Beverage Cans: Making a beverage can from recycled aluminum reduces energy use and greenhouse gas emissions by more than 80 percent compared to using new aluminum.
Food Cans: Steel production with recycled steel produces 78% fewer greenhouse gas emissions than making steel with virgin steel.
Aluminum and steel generate revenue for recyclers, with aluminum beverage cans typically the most valuable material in the residential recycling stream. Looking at metal recycling generally, it has a greater economic impact and supports more American jobs than the recycling of all the other commodities combined.
The beverage can’s existing circular system recycles nearly 46.7 billion cans each year in the United States. That is the equivalent of 11 12-packs per person and more than 5.4 million cans each hour. This scale and the fact that most recycled cans get turned into new cans is how the average aluminum beverage can in the United States has 73 percent recycled content. Further, these recycled cans go from recycling bin to store shelf as new cans in as little as 60 days. Steel food cans are also recycled at scale with a 62 percent recycling rate. The aluminum beverage can industry expects to have more cans recycled in the coming years as it executes on its roadmap to achieve its ambitious recycling rate targets.
Aluminum and steel maintain their structural integrity during the recycling process and can be recycled infinitely. In contrast, the plastic in flexible pouches is rarely accepted in residential U.S. recycling programs, and plastic (PET) bottles can be recycled a maximum of 10 times with a third of the material lost in the recycling process. The can industry is committed to building on its leading recycling rates to generate additional environmental and economic impact.
Use the section headers on the left to further explore why metal cans are the textbook example of the circular economy and the shining stars in the recycling system.
Below are two infographics that highlight the beverage can’s economic impact and environmental impact.