Europe’s aluminium beverage can recycling system is gaining momentum, with the sector now aiming for 100% recycling by 2030. According to Metal Packaging Europe, aluminium beverage cans reached a recycling rate of 76.3% in Europe in 2023, supported by established collection infrastructure and the growing use of Deposit Return Schemes across several markets.

The progress is significant because aluminium cans are one of the clearest examples of packaging with strong circular potential. When collected and sorted effectively, used beverage cans can be recycled into new cans in a closed material loop, preserving aluminium quality and reducing reliance on primary metal production.

Deposit Return Schemes are becoming one of the main drivers of higher recovery rates. Countries with mature systems show what is possible when consumers have a simple financial incentive and convenient return infrastructure. Germany and Finland have achieved aluminium beverage can recycling rates of 99%, setting a benchmark for the rest of Europe.

Aluminium beverage cans can support a high-quality circular model when collection systems are strong enough to keep material in a can-to-can loop.

The EU Packaging and Packaging Waste Regulation is expected to accelerate this transition. The PPWR requires Member States to reach a 90% separate collection rate for beverage containers by 2029, which is likely to support wider adoption of effective collection models, including Deposit Return Schemes. For aluminium packaging, this creates a clearer pathway toward higher recovery and better material retention.

The circularity case for aluminium is based on its status as a permanent material. The aluminium industry estimates that around 75% of all aluminium ever produced is still in use or in circulation. Unlike some materials that lose quality after repeated recycling cycles, aluminium can be recycled again and again while maintaining its core properties, making it highly suitable for closed-loop packaging systems.

• Collection performance is the key factor determining whether cans return to the recycling loop.
• Deposit Return Schemes can quickly increase recovery rates when well designed.
• Can-to-can recycling helps preserve material quality and value.
• Scrap retention strengthens Europe’s resource security and industrial resilience.

Resource security is becoming an increasingly important part of the discussion. By retaining high-quality aluminium scrap, such as used beverage cans, Europe can reduce dependence on imported primary aluminium and strengthen regional supply chains. This is particularly relevant as trade rules, energy costs and raw material availability become more strategic concerns for packaging and manufacturing industries.

Recycling aluminium also offers major climate benefits. Producing recycled aluminium requires around 94% less energy than primary aluminium production. This energy saving gives beverage can recycling a strong role in reducing the carbon impact of packaging, especially when recovered material remains within Europe and is used again in new packaging applications.

Metal Packaging Europe argues that the defining milestone for the sector will be a fully functioning European can-to-can value loop. In practical terms, this means that used beverage cans are consistently collected, sorted and recycled into new aluminium cans made in Europe. Achieving this will require not only strong consumer participation, but also efficient sorting, investment in recycling capacity and policy measures that prevent high-quality scrap from leaving the region.

The PPWR also reinforces the importance of recyclable-by-design packaging and recycling at scale. For aluminium beverage cans, this regulatory direction can support wider recognition of formats that already perform well in circular systems. However, the industry is also seeking a framework that recognises permanent materials and supports their specific recycling strengths.

The path to 100% recycling by 2030 will depend on alignment between policy, infrastructure and industry action. Deposit systems must be convenient, harmonised and trusted by consumers. Sorting and recycling systems must keep aluminium streams clean. Brands and can makers must continue investing in lightweighting, recycled content and design choices that support high-quality recovery.

Europe’s aluminium beverage can market is therefore entering a decisive phase. The material has strong circular credentials, but those credentials only become real when cans are collected and recycled back into new cans. With the PPWR setting stronger collection expectations and DRS models proving their effectiveness, the industry’s 2030 ambition is becoming a practical test of whether Europe can turn packaging circularity from a target into a working system.