Energy

IAI-Energy
IAI-GreenhouseGases
IAI-Lifecycle

Aluminium: Benefits in Transport

Published in

2015

Reducing the weight of transportation vehicles is an important method of improving fuel efficiency – reducing energy consumption and greenhouse gas emissions.

The 20 million tonnes of aluminium used in transport today could save 400 million tonnes CO2 and over 100 billion litres of crude oil over the vehicles’ life.

About 660 million tonnes of greenhouse gas could be saved during the use phase if all transport units (including road vehicles, trains and aircraft) were replaced by lightweight vehicles of current design with the same functional properties.

Over 80% of energy consumption and corresponding emissions are associated with the automotive use phase. The focus of measures to reduce energy consumption during the life cycle of a vehicle should therefore concentrate on the use stage.

Download attachments from this resource.

Related Resources

Aluminium beverage cans are a true symbol of circularity, endlessly recyclable without losing quality. Our latest fact sheet explores how alloy design, process control and advanced recycling turn used cans back into new ones again and again. By combining precise metallurgy with efficient scrap sorting and delacquering, metal recovery improves ...

Published in

No data was found

Eunomia was commissioned by the Global Beverage Can Circularity Alliance (GBCCA) to calculate the collected for recycling and recycling rates for aluminium cans, PET bottles, and glass bottles across global markets.  Conducted in 2025 as the first in a three-year series, the research captured data representing 90% of the global market ...

Published in

IAI-Industry&Sustainability
IAI-Recycling

In 2022, the IAI published Guidelines on Transparency that state that when reporting the cradle-to-gate carbon footprint of products that contain scrap there should be full transparency on the methodology used for the carbon footprint calculation. This reference document, summarising three potential approaches, should serve aluminium producers to disclose the methodology they ...

Published in