Germany reports a 99 per cent recycling rate for used aluminium beverage cans, the highest figure in a European packaging picture where the overall recycling rate stands at 76.3 per cent. According to an International Aluminium Institute (IAI) study cited in the source material, aluminium cans lead the country's packaging recovery, followed by PET bottles at 95 per cent and glass bottles at 81 per cent. Behind that number sits a collection architecture built around a Deposit Return Scheme (DRS), widely known in Germany as Pfand.
From a mandatory deposit to a nationwide system
The current single-use beverage deposit system did not appear in one step. The mandatory deposit requirement was decided in 2003, and in 2005 retailers and the drinks industry jointly established Deutsche Pfandsystem GmbH (DPG) to build a standardised framework for implementing it. The nationwide DPG system for single-use beverage packaging came into operation in May 2006, supported by an extended take-back obligation that required the new arrangements to be in place from May 1 that year. The stated goal was an efficient system with common standards while letting retailers, drinks companies and other market participants manage their respective roles.
The design gives empty containers a monetary value. Consumers pay a EUR 0.25 (USD 0.28) deposit on eligible single-use beverage containers and recover it when they return the empty packaging to an accepted collection point. Retail take-back, reverse-vending machines and standardised container identification have helped make returns part of routine shopping. The system now handles around 20 billion containers annually, which the supplied DPG material describes as the largest one-way deposit-return system in the European Union, with more than 1,000 companies affiliated as participants and partners.
Why the deposit matters for aluminium
For the aluminium industry, the significance of DRS is not only the number of cans returned but the character of the stream they create. The deposit helps generate a reliable, dedicated flow of used beverage cans that enters organised collection and recycling channels rather than being dispersed into mixed waste.
The refund gives consumers a direct financial reason to bring containers back. Retail take-back and reverse-vending machines keep the process convenient, while container recognition and standardised identification help distinguish eligible packaging and route materials into separate collection streams. The result is a substantial and recurring flow of packaging for recovery, and a mechanism that discourages consumers from placing eligible containers into ordinary disposal routes.
A recycling industry that can absorb the volume
Germany's collection performance is matched by a sizeable recycled aluminium industry. The supplied material estimates national recycled aluminium capacity at around 700,000–720,000 tonnes annually. Among the operations named are:
- Novelis operates its Nachterstedt facility, described in the supplied material as the world's largest aluminium recycling facility, with capacity to process up to 400,000 tonnes of aluminium scrap annually.
- Hydro-owned WMR Recycling GmbH in Dormagen supplies technology-driven sorting equipment and can sort 36,000 tonnes of aluminium scrap per year, using X-ray transmission and other sorting technologies.
- Trimet Aluminium SE has expanded its Gelsenkirchen recycling facility, raising production capacity by 20 per cent to 80,000 tonnes of recycled aluminium.
Taken together, these operations illustrate the link between collection and industrial recovery. DRS brings containers into organised channels; sorting and recycling facilities then prepare the recovered metal for further use. Collection and recovery are complementary parts of the same story.
Twenty years of the scheme
Germany marked 20 years of its nationwide one-way deposit scheme at anniversary celebrations in Berlin on June 17, 2026. The European Commission and Germany's Federal Environment Ministry highlighted the scheme's contribution to the circular economy.
EU Commissioner for the Environment Jessika Roswall praised the system's role in making packaging returns routine, stating that all packaging, whether glass bottles, plastic bottles or aluminium cans, should be sent for recycling in order to increase efficiency, reduce waste and protect the environment. Antje von Broock, Head of the Department for Circular Economy, Air Pollution Control and Chemical Safety at the Federal Environment Ministry, said the deposit-refund system makes a very important contribution to the circular economy today. DPG Managing Director Susanne Kürschner pointed to the system's development over time, noting that the organisation and its partners had maintained its stability while making it more efficient, resilient, future-proof and scalable.
What the model does and does not cover
Germany's DRS also operates alongside broader packaging collection arrangements, including household sorting through the Dual System commonly associated with the Grüner Punkt. The deposit scheme provides a dedicated route for eligible single-use beverage containers, while other packaging remains subject to the relevant collection and compliance arrangements. That division matters when reading the 99 per cent figure: the rate describes aluminium beverage cans within a system designed to capture them, not all aluminium packaging.
For the wider European push to strengthen packaging circularity, Germany's two-decade record offers a practical example of how a collection system can connect consumer behaviour with aluminium can recycling. The deposit supplies a recurring, identifiable feedstock; the recycling industry supplies the capacity to process it. As Europe looks to improve packaging recovery, the German arrangement shows where the two sides meet, and where the boundary of the deposit scheme itself lies.