Africa

China

European Union

Europe and South America

Japan

Korea, Republic of

Middle East

North America

Oceania

Other Asia

Russian Federation (the)

Aluminium

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

Basic and semi-finished products of aluminum and alloys

Basic and semi-finished products of non-ferrous metals and alloys (except aluminum)

Cold-rolled iron or steel products

Emission intensity of aluminium - Africa. This data has been derived from the world aluminium LCA's. They have produced LCA reports for Europe North America and worldwide aluminium. Modelled at worldwide average scrap input of 31% to avoid market distortions. Modelled with 25.6% extrusions 55.7% rolled and 18.7% castings. The source does not clarify if the kgCO2e value is calculated using either IPCC Fourth Assessment Report (AR4) or IPCC Fifth Assessment Report (AR5) methodologies.

Emission intensity of aluminium - africa. This data has been derived from the world aluminium LCA's. They have produced LCA reports for Europe North America and worldwide aluminium. Modelled at worldwide average scrap input of 31% to avoid market distortions. Modelled with 25.6% extrusions 55.7% rolled and 18.7% castings. Module D = -8.65 kg CO2e per unit. EOL recovery rate of 83% based upon worldwide global aluminium flow model and for the building and construction sector. With a 2% material loss yield on the scrap recovered. The source does not clarify if the kgCO2e value is calculated using the IPCC Fourth Assessment Report (AR4) or IPCC Fifth Assessment Report (AR5) or IPCC Sixth Assessment Report (AR6) methodologies.

Emission intensity of aluminium - China. This data has been derived from the world aluminium LCA's. They have produced LCA reports for Europe North America and worldwide aluminium. Modelled at worldwide average scrap input of 31% to avoid market distortions. Modelled with 25.6% extrusions 55.7% rolled and 18.7% castings. The source does not clarify if the kgCO2e value is calculated using either IPCC Fourth Assessment Report (AR4) or IPCC Fifth Assessment Report (AR5) methodologies.

Emission intensity of aluminium - china. This data has been derived from the world aluminium LCA's. They have produced LCA reports for Europe North America and worldwide aluminium. Modelled at worldwide average scrap input of 31% to avoid market distortions. Modelled with 25.6% extrusions 55.7% rolled and 18.7% castings. Module D = -10.25 kg CO2e per unit. EOL recovery rate of 83% based upon worldwide global aluminium flow model and for the building and construction sector. With a 2% material loss yield on the scrap recovered. The source does not clarify if the kgCO2e value is calculated using the IPCC Fourth Assessment Report (AR4) or IPCC Fifth Assessment Report (AR5) or IPCC Sixth Assessment Report (AR6) methodologies.

Emission intensity of aluminium - produced in Europe. This data has been derived from the world aluminium LCA's. They have produced LCA reports for Europe North America and worldwide aluminium. Modelled at worldwide average scrap input of 31% to avoid market distortions. This entry doesn’t consider aluminium imported into Europe. The aluminium must be made in Europe. Modelled with 25.6% extrusions 55.7% rolled and 18.7% castings. The source does not clarify if the kgCO2e value is calculated using either IPCC Fourth Assessment Report (AR4) or IPCC Fifth Assessment Report (AR5) methodologies.

Emission intensity of aluminium - produced in europe. This data has been derived from the world aluminium LCA's. They have produced LCA reports for Europe North America and worldwide aluminium. Modelled at worldwide average scrap input of 31% to avoid market distortions. This entry doesn���t consider aluminium imported into Europe. The aluminium must be made in Europe. Modelled with 25.6% extrusions 55.7% rolled and 18.7% castings. Module D = -3.64 kg CO2e per unit. EOL recovery rate of 83% based upon worldwide global aluminium flow model and for the building and construction sector. With a 2% material loss yield on the scrap recovered. The source does not clarify if the kgCO2e value is calculated using the IPCC Fourth Assessment Report (AR4) or IPCC Fifth Assessment Report (AR5) or IPCC Sixth Assessment Report (AR6) methodologies.

Emission intensity of aluminium - South America. This data has been derived from the world aluminium LCA's. They have produced LCA reports for Europe North America and worldwide aluminium. Modelled at worldwide average scrap input of 31% to avoid market distortions. Modelled with 25.6% extrusions 55.7% rolled and 18.7% castings. The source does not clarify if the kgCO2e value is calculated using either IPCC Fourth Assessment Report (AR4) or IPCC Fifth Assessment Report (AR5) methodologies.

Emission intensity of aluminium - south america. This data has been derived from the world aluminium LCA's. They have produced LCA reports for Europe North America and worldwide aluminium. Modelled at worldwide average scrap input of 31% to avoid market distortions. Modelled with 25.6% extrusions 55.7% rolled and 18.7% castings. Module D = -5.65 kg CO2e per unit. EOL recovery rate of 83% based upon worldwide global aluminium flow model and for the building and construction sector. With a 2% material loss yield on the scrap recovered. The source does not clarify if the kgCO2e value is calculated using the IPCC Fourth Assessment Report (AR4) or IPCC Fifth Assessment Report (AR5) or IPCC Sixth Assessment Report (AR6) methodologies.

Emission intensity of aluminium - Japan. This data has been derived from the world aluminium LCA's. They have produced LCA reports for Europe North America and worldwide aluminium. Modelled at worldwide average scrap input of 31% to avoid market distortions. Modelled with 25.6% extrusions 55.7% rolled and 18.7% castings. The source does not clarify if the kgCO2e value is calculated using either IPCC Fourth Assessment Report (AR4) or IPCC Fifth Assessment Report (AR5) methodologies.

Emission intensity of aluminium - japan. This data has been derived from the world aluminium LCA's. They have produced LCA reports for Europe North America and worldwide aluminium. Modelled at worldwide average scrap input of 31% to avoid market distortions. Modelled with 25.6% extrusions 55.7% rolled and 18.7% castings. Module D = -7.34 kg CO2e per unit. EOL recovery rate of 83% based upon worldwide global aluminium flow model and for the building and construction sector. With a 2% material loss yield on the scrap recovered. The source does not clarify if the kgCO2e value is calculated using the IPCC Fourth Assessment Report (AR4) or IPCC Fifth Assessment Report (AR5) or IPCC Sixth Assessment Report (AR6) methodologies.

Emission intensity of aluminium - South Korea. This data has been derived from the world aluminium LCA's. They have produced LCA reports for Europe North America and worldwide aluminium. Modelled at worldwide average scrap input of 31% to avoid market distortions. Modelled with 25.6% extrusions 55.7% rolled and 18.7% castings. The source does not clarify if the kgCO2e value is calculated using either IPCC Fourth Assessment Report (AR4) or IPCC Fifth Assessment Report (AR5) methodologies.

Emission intensity of aluminium - south korea. This data has been derived from the world aluminium LCA's. They have produced LCA reports for Europe North America and worldwide aluminium. Modelled at worldwide average scrap input of 31% to avoid market distortions. Modelled with 25.6% extrusions 55.7% rolled and 18.7% castings. Module D = -8.31 kg CO2e per unit. EOL recovery rate of 83% based upon worldwide global aluminium flow model and for the building and construction sector. With a 2% material loss yield on the scrap recovered. The source does not clarify if the kgCO2e value is calculated using the IPCC Fourth Assessment Report (AR4) or IPCC Fifth Assessment Report (AR5) or IPCC Sixth Assessment Report (AR6) methodologies.

Emission intensity of aluminium - Middle East. This data has been derived from the world aluminium LCA's. They have produced LCA reports for Europe North America and worldwide aluminium. Modelled at worldwide average scrap input of 31% to avoid market distortions. Modelled with 25.6% extrusions 55.7% rolled and 18.7% castings. The source does not clarify if the kgCO2e value is calculated using either IPCC Fourth Assessment Report (AR4) or IPCC Fifth Assessment Report (AR5) methodologies.

Emission intensity of aluminium - middle east. This data has been derived from the world aluminium LCA's. They have produced LCA reports for Europe North America and worldwide aluminium. Modelled at worldwide average scrap input of 31% to avoid market distortions. Modelled with 25.6% extrusions 55.7% rolled and 18.7% castings. Module D = -7.48 kg CO2e per unit. EOL recovery rate of 83% based upon worldwide global aluminium flow model and for the building and construction sector. With a 2% material loss yield on the scrap recovered. The source does not clarify if the kgCO2e value is calculated using the IPCC Fourth Assessment Report (AR4) or IPCC Fifth Assessment Report (AR5) or IPCC Sixth Assessment Report (AR6) methodologies.

Emission intensity of aluminium - North American. This data has been derived from the world aluminium LCA's. They have produced LCA reports for Europe North America and worldwide aluminium. Modelled at worldwide average scrap input of 31% to avoid market distortions. Modelled with 25.6% extrusions 55.7% rolled and 18.7% castings. The source does not clarify if the kgCO2e value is calculated using either IPCC Fourth Assessment Report (AR4) or IPCC Fifth Assessment Report (AR5) methodologies.

Emission intensity of aluminium - north american. This data has been derived from the world aluminium LCA's. They have produced LCA reports for Europe North America and worldwide aluminium. Modelled at worldwide average scrap input of 31% to avoid market distortions. Modelled with 25.6% extrusions 55.7% rolled and 18.7% castings. Module D = -3.69 kg CO2e per unit. EOL recovery rate of 83% based upon worldwide global aluminium flow model and for the building and construction sector. With a 2% material loss yield on the scrap recovered. The source does not clarify if the kgCO2e value is calculated using the IPCC Fourth Assessment Report (AR4) or IPCC Fifth Assessment Report (AR5) or IPCC Sixth Assessment Report (AR6) methodologies.

Emission intensity of aluminium - Oceania. This data has been derived from the world aluminium LCA's. They have produced LCA reports for Europe North America and worldwide aluminium. Modelled at worldwide average scrap input of 31% to avoid market distortions. Modelled with 25.6% extrusions 55.7% rolled and 18.7% castings. The source does not clarify if the kgCO2e value is calculated using either IPCC Fourth Assessment Report (AR4) or IPCC Fifth Assessment Report (AR5) methodologies.

Emission intensity of aluminium - oceania. This data has been derived from the world aluminium LCA's. They have produced LCA reports for Europe North America and worldwide aluminium. Modelled at worldwide average scrap input of 31% to avoid market distortions. Modelled with 25.6% extrusions 55.7% rolled and 18.7% castings. Module D = -8.9 kg CO2e per unit. EOL recovery rate of 83% based upon worldwide global aluminium flow model and for the building and construction sector. With a 2% material loss yield on the scrap recovered. The source does not clarify if the kgCO2e value is calculated using the IPCC Fourth Assessment Report (AR4) or IPCC Fifth Assessment Report (AR5) or IPCC Sixth Assessment Report (AR6) methodologies.

Emission intensity of aluminium - Other Asia. This data has been derived from the world aluminium LCA's. They have produced LCA reports for Europe North America and worldwide aluminium. Modelled at worldwide average scrap input of 31% to avoid market distortions. Modelled with 25.6% extrusions 55.7% rolled and 18.7% castings. The source does not clarify if the kgCO2e value is calculated using either IPCC Fourth Assessment Report (AR4) or IPCC Fifth Assessment Report (AR5) methodologies.

Emission intensity of aluminium - other asia. This data has been derived from the world aluminium LCA's. They have produced LCA reports for Europe North America and worldwide aluminium. Modelled at worldwide average scrap input of 31% to avoid market distortions. Modelled with 25.6% extrusions 55.7% rolled and 18.7% castings. Module D = -11.19 kg CO2e per unit. EOL recovery rate of 83% based upon worldwide global aluminium flow model and for the building and construction sector. With a 2% material loss yield on the scrap recovered. The source does not clarify if the kgCO2e value is calculated using the IPCC Fourth Assessment Report (AR4) or IPCC Fifth Assessment Report (AR5) or IPCC Sixth Assessment Report (AR6) methodologies.

Property	Value
Name	Aluminium
Sector	Materials and Manufacturing
Category	Metals
Source	Circular Ecology
Region	Africa (AFRICA), China (CN), European Union (EU), Europe and South America (EU_S_AMERICA), Japan (JP), Korea, Republic of (KR), Middle East (MIDDLE_EAST), North America (N_AMERICA), Oceania (OCEANIA), Other Asia (OTHER_ASIA) View all 11 regions
Unit Type	Weight
Year	2019 2024
LCA Activity	cradle_to_gate

Emission Factor Name	Region	Source	Year	Unit
Aluminium	Africa	Circular Ecology	2019	Weight
Aluminium	Africa	Circular Ecology	2024	Weight
Aluminium	China	Circular Ecology	2019	Weight
Aluminium	China	Circular Ecology	2024	Weight
Aluminium	European Union	Circular Ecology	2019	Weight
Aluminium	European Union	Circular Ecology	2024	Weight
Aluminium	Europe and South America	Circular Ecology	2019	Weight
Aluminium	Europe and South America	Circular Ecology	2024	Weight
Aluminium	Japan	Circular Ecology	2019	Weight
Aluminium	Japan	Circular Ecology	2024	Weight
Aluminium	Korea, Republic of	Circular Ecology	2019	Weight
Aluminium	Korea, Republic of	Circular Ecology	2024	Weight
Aluminium	Middle East	Circular Ecology	2019	Weight
Aluminium	Middle East	Circular Ecology	2024	Weight
Aluminium	North America	Circular Ecology	2019	Weight
Aluminium	North America	Circular Ecology	2024	Weight
Aluminium	Oceania	Circular Ecology	2019	Weight
Aluminium	Oceania	Circular Ecology	2024	Weight
Aluminium	Other Asia	Circular Ecology	2019	Weight
Aluminium	Other Asia	Circular Ecology	2024	Weight

Aluminium

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Metals Emission Factors

Basic and semi-finished products of aluminum and alloys

Basic and semi-finished products of non-ferrous metals and alloys (except aluminum)

Cold-rolled iron or steel products