New Study From Crown Holdings and IAI Actions Critical Steps To Strengthen Global Aluminum Beverage Can Recycling
Study identifies 20 levers to contribute to a savings of 60 million metric tons of CO2
These advancements are critical to keeping up with growing global beverage can consumption, which is set to increase by 50 percent between 2020 and 2030 and will likely increase the amount of used beverage cans (UBCs) by around three million metric tons each year in the same time period. Stronger global recycling systems can help ensure that additional volume of aluminum maintains a circular life cycle rather than be misdirected to landfill—an important measure for not only keeping valuable materials in a closed loop and preserving natural resources, but also for reducing the energy consumption and emissions levels associated with production from raw materials. This potential for a smaller carbon footprint for the beverage can would boost the format's existing sustainability attributes of infinite recyclability, high recycled content and fast recycling turnaround time.
"The carbon reduction potential of recycling cannot be underestimated; recycling has a huge role to play in the overall decarbonization of the aluminum industry, because recycling currently emits 0.6 metric tons of CO2e per metric ton compared to 16.6 metric tons of CO2e per metric ton for primary aluminum," said
Drawing from assessments of waste management and regulatory schemes, collection infrastructure, recycling and landfill rates, volumes on market, UBC trade, material flows and future targets, the report zeroed in on several missed opportunities in the current recycling systems of each country. For some areas, these include bridging the gap between UBC collection and complete can-to-can recycling, as well as understanding why some cans are lost to landfill even when the region maintains a more successful recycling system. For others, challenges lie in a lack of initial recycling access points or, on the other end, a lack of infrastructure for waste trading and traceability.
The report details these potential areas of improvement and offers strategies for advancing progress in each country. Using this evaluation, Crown and IAI will work together with local partners in the
"The superior recyclability of aluminum beverage cans continues to inspire us to raise awareness and build infrastructure for a stronger recovery rate across the globe," said Sandrine Duquerroy-Delesalle, Director, Sustainability & External Affairs at Crown. "Through conducting this new study with the
As an upcoming next step, Crown will present the report findings at Asia CanTech 2023 to initiate discussions on recycling system strategies with supply chain partners and to action the levers identified in the study. Crown will also continue to focus on these efforts as part of its larger Twentyby30™ sustainability program, which aims to achieve 20 measurable goals by or before 2030.
Detailed information from the study can be found in the
To learn more about Crown's global recycling initiatives and Twentyby30™ sustainability program, visit crowncork.com/sustainability.
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For editorial inquiries: Emily Hogan, Senior Account Executive, FINN Partners; Tel: (630) 248-5232; Email: emily.hogan@finnpartners.com.
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