Austria

Australia

Belgium

Bulgaria

Canada

China

Czechia

Germany

Estonia

Spain

Finland

France

United Kingdom

Global

Croatia

Hungary

Ireland

India

Italy

Japan

Korea, Republic of

Lithuania

Luxembourg

Mexico

Netherlands

Norway

Poland

Portugal

Romania

Central Asia and Pacific Asia, Oceania, Antarctica

East Europe and Iceland

Africa except Egypt and South Africa

Latin America except Brazil

Middle East, Asia and Egypt

Russian Federation (the)

Sweden

Slovenia

Slovakia

Türkiye

Taiwan (Province of China)

United States of America (the)

South Africa

Blast furnace gas

Alberta, CA

British Columbia, CA

Manitoba, CA

New Brunswick, CA

Newfoundland and Labrador, CA

Nova Scotia, CA

Northwest Territories, CA

Nunavut, CA

Ontario, CA

Prince Edward Island, CA

Quebec, CA

Saskatchewan, CA

Yukon, CA

New Zealand

Natural gas (industrial subsector)

Natural gas (electric utilities subsector)

Natural gas (manufacturing industries subsector)

Emission intensity for '24: Blast furnace gas'. Published by the Australian Government (DCCEEW) on 21 September 2023: National Greenhouse and Energy Reporting (Measurement) Determination (NGER). Retrieved from Schedule 1 - Energy content factors and emission factors: Part 2 - Fuel combustion - gaseous fuels.

Emission intensity for '24: Blast furnace gas'. Published by the Australian Government (DCCEEW) on 31 August 2024: National Greenhouse and Energy Reporting (Measurement) Determination (NGER). Retrieved from Schedule 1 - Energy content factors and emission factors: Part 2 - Fuel combustion - gaseous fuels. Converted from GJ using the energy content factor.

Emission intensity for '24: Blast furnace gas'. Published by the Australian Government (DCCEEW) on 31 August 2024: National Greenhouse and Energy Reporting (Measurement) Determination (NGER). Retrieved from Schedule 1 - Energy content factors and emission factors: Part 2 - Fuel combustion - gaseous fuels.

Emission intensity of blast furnace gas. The emission factor represents greenhouse emissions from fuel combustion or use. Published by the Chinese Academy of Environmental Planning. Retrieved from the China Products Carbon Footprint Factors Database (2022).

Emission intensity of supply chain in EUR spend on: blast furnace gas. Retrieved from the EXIOBASE v3.8.2 model outputs for products. These factors were calculated based on 2019 data. They include emissions from land-use. The split into constituent gases is not provided as the source does not provide a split of gases. The LCA boundaries of these factors are not defined by the source. These factors include effects of international trade.

Emission intensity of supply chain in EUR spend on: blast furnace gas. Retrieved from the EXIOBASE v3.8.2 model outputs for products. These factors were calculated based on 2019 data. They include emissions from land-use. The split into constituent gases is not provided as the source does not provide a split of gases. The LCA boundaries of these factors are not defined by the source. These factors include effects of international trade. WARNING: This factor exhibits suspicious pattern and could be erroneous. It is included to retain consistency with the source.

Emission intensity of supply chain in EUR spend on: blast furnace gas. Retrieved from the EXIOBASE v3.8.2 model outputs for products. These factors were calculated based on 2019 data. CO2 equivalent factors incorporate emissions from land use; constituent gases have not been included as they do not. The LCA boundaries of these factors are not defined by the source. These factors include effects of international trade.

Emission intensity of blast furnace gas related to the net calorific value (NCV). Provided by the Official Journal of the European Union for the purposes of the carbon border adjustment mechanism during the transitional period. Retrieved from Annex VIII - Table 1 at the source URL. NOTE: this value is provided in CO2 only and does not include the impact of other GHGs.

Emission intensity of blast furnace gas. Provided by the Official Journal of the European Union for the purposes of the carbon border adjustment mechanism during the transitional period. Retrieved from Annex VIII and calculated by multiplying the columns: Emission factor (t CO2/TJ) and Net calorific value (TJ/Gg) from Table 1 at the source URL. NOTE: this value is provided in CO2 only and does not include the impact of other GHGs.

Property	Value
Name	Blast furnace gas And 2 Other Names Blast furnace gas Blast furnace gas (gross CV)
Sector	Energy
Category	Fuel
Source	CAEP, CBAM, DISER, EXIOBASE, Netherlands Enterprise Agency
Region	Austria (AT), Australia (AU), Belgium (BE), Bulgaria (BG), Canada (CA), China (CN), Czechia (CZ), Germany (DE), Estonia (EE), Spain (ES) View all 42 regions
Unit Type	Energy Money Volume Weight
Year	2019 2022 2023 2024
LCA Activity	fuel_combustion, unknown

Blast furnace gas

Activity summary

API Reference

Interested in licensing this data?

Related factors

Fuel Emission Factors

Natural gas (industrial subsector)

Natural gas (electric utilities subsector)

Natural gas (manufacturing industries subsector)

Emission Factor Name	Region	Source	Year	Unit
Blast furnace gas	Australia	DISER	2023	Volume
Blast furnace gas	Australia	DISER	2023	Energy
Blast furnace gas	Australia	DISER	2024	Volume
Blast furnace gas	Australia	DISER	2024	Energy
Blast furnace gas	China	CAEP	2022	Volume
Blast furnace gas	Austria	EXIOBASE	2019	Money
Blast furnace gas	Australia	EXIOBASE	2019	Money
Blast furnace gas	Belgium	EXIOBASE	2019	Money
Blast furnace gas	Bulgaria	EXIOBASE	2019	Money
Blast furnace gas	Canada	EXIOBASE	2019	Money
Blast furnace gas	China	EXIOBASE	2019	Money
Blast furnace gas	Czechia	EXIOBASE	2019	Money
Blast furnace gas	Germany	EXIOBASE	2019	Money
Blast furnace gas	Estonia	EXIOBASE	2019	Money
Blast furnace gas	Spain	EXIOBASE	2019	Money
Blast furnace gas	Finland	EXIOBASE	2019	Money
Blast furnace gas	France	EXIOBASE	2019	Money
Blast furnace gas	United Kingdom	EXIOBASE	2019	Money
Blast furnace gas	Global	CBAM	2023	Energy
Blast furnace gas	Global	CBAM	2023	Weight