Lifecycle

IAI-Lifecycle
IAI-MaterialFlowAnalysis
IAI-Recycling
IAI-Scenarios&Forecasts

Journey of a European Aluminium Beverage Can

Published in

2022

A new study confirms that an aluminium beverage can placed on the European market generates almost 90% of its added value in Europe.

Eunomia Research and Consulting, on behalf of the International Aluminium Institute (IAI), have built a material flow model for aluminium cans sold in Europe including raw material extraction and all production stages. The countries included in this model referred to as ‘Europe’ are the 27 European Union member states, European Free Trade Association member countries and the United Kingdom. The model displays where raw material extraction and production are taking place to produce an aluminium can put on the market in Europe.

This data, together with economic data on the aluminium can value chain concludes that the European value-added share of a can put on the European market is reported at 89.1% in 2019.

This material flow model, based on the data developed by Eunomia Research & Consulting – from mining to use and recycling of a can sold in Europe in 2019, is now available on alucycle

Related Resources

IAI-Bauxite Residue

An evidence-based industry position paper assessing the chemistry, performance and economics of carbon dioxide mineral sequestration in unmodified bauxite residue – showing its limited storage potential from both a chemistry and economic standpoint

...

Published in

IAI-Energy
IAI-Recycling

Driving Aluminium Circularity in the Solar Photovoltaic Sector The project, funded by the International Aluminium Institute (IAI) and other partners, and undertaken by Rennie Advisory, explored end-of-life management options for photovoltaic (PV) systems, with a particular focus on aluminium circularity. The report sets out practical recommendations to maximise: Aluminium is ...

Published in

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