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Aluminium beverage cans recorded an increase in the tonnes of aluminium recycled, up to 580,000 tonnes, saving 5.4 million tonnes CO2eq1
The increase in recycled aluminium volume reflects a higher overall consumption of aluminium beverage cans in 2022 which resulted in more cans entering the recycling stream. However, a stable collection and sorting level meant that the recycling rate percentage decreased slightly due to the larger rise in total can production and consumption.
Beverage can manufacturers (members of Metal Packaging Europe [1]) and their aluminium suppliers (members of European Aluminium [2]) remain resolved to increase the recycling rate at European level. However, the evidence is clear that without improved national collection and sorting infrastructure, specifically increases in the number of Deposit Return Systems, EU Member States will struggle to reach 90% recycling or more.
The newly appointed Director of the Packaging Group at European Aluminium, Andy Doran, commented, “Our continuing high recycling rates demonstrate our ongoing push for improvement. The recent results also show that this is a marathon, not a sprint. 2022 marked the beginning of a new phase of implementation for several Deposit Return Systems and as these schemes mature, recycling rates will grow further. But there is no time to waste, as our member companies continue to grow and invest in expanded recycling capacities in Europe and rely on increased high-quality scrap for recycling within the European circular economy”.
“We are pleased with the latest achievements and believe the industry remains on the right long-term path towards 100% circularity of aluminium beverage cans by 2050. Aluminium is a ‘permanent’ material, which means that it can be recycled multiple times through high quality recycling processes without losing its inherent properties. Following the recent adoption of the EU Packaging and Packaging Waste Regulation, we encourage Member States to implement well balanced and efficient Deposit Return Systems to help move to a fully circular solution for the aluminium beverage can via ‘can-to-can’ recycling,” said Krassimira Kazashka, CEO of Metal Packaging Europe
1 Based on calculation of the GHG savings through Used Beverage Can (UBC) recycling using the substitution method, i.e. avoided primary production net of UBC remelting ,Data from European Aluminium Environmental Profile Report 2024 (Year 2021 data)
2 If a yearly GHG emission of 9,2 tonnes is assumed per EU citizen as used in the Product Environmental Footprint methodology, see Normalisation method and data for Environmental Footprints – Deliverable 2 of the AA Environmental Footprint and Material Efficiency Support for Product Policy (No. 70307/2012/ENV.C.1/635340)
Links:
[1] https://metalpackagingeurope.org/
[2] https://www.european-aluminium.eu/