Aluminum Cans Lead Global Beverage Recycling: Why UBC Sorting Quality Matters
Aluminum beverage cans remain one of the strongest examples of circular material recovery. New global data published on September 22, 2026 shows that aluminum cans outperform other major beverage container formats in both collection and recycling.
According to the International Aluminium Institute, the 2026 Global Beverage Container Recycling Dataset reports that 77% of aluminum cans are collected for recycling globally and 76% are recycled. The study covers markets representing at least 84% of global sales for each container format. International Aluminium Institute
Aluminum Cans Perform Well — But Sorting Still Matters
High collection rates are only the beginning of the recycling process. Used beverage cans, commonly known as UBC, can arrive at recycling facilities mixed with steel containers, plastics, dirt and other contaminants.
Before aluminum can move efficiently into downstream recycling, these unwanted materials need to be removed. A cleaner UBC fraction reduces the amount of non-target material carried into later processing stages.
The latest global figures reinforce the value of this material stream. Aluminum cans recorded higher recycling rates than PET bottles and glass bottles in the new dataset, making effective UBC recovery particularly relevant to recyclers handling post-consumer packaging. International Aluminium Institute
Magnetic Separation Removes Ferrous Contamination
Steel containers and other ferrous pieces can be removed using magnetic separation.
Because aluminum itself is non-ferrous, a magnetic separator can target iron and steel without relying on manual identification of every individual item. This makes magnetic separation a useful preparation stage when UBC feed contains ferrous contamination.
Removing these materials early also gives downstream equipment a more consistent aluminum-rich stream to process.
Eddy Current Separation Recovers Aluminum
When aluminum cans are mixed with non-metallic materials, eddy current separation provides another useful recovery stage.
An eddy current separator generates a changing magnetic field that induces electrical currents in conductive non-ferrous metals. The resulting force changes the trajectory of aluminum, allowing it to separate from many plastics and other non-conductive materials.
CurrenTek lists UBC aluminum recovery among its recycling applications, alongside Zorba, ASR, glass, plastics and mixed scrap. Its equipment range includes magnetic separators, eddy current separators, trommel screens and AI separators, allowing different separation stages to be configured according to the incoming material. Currentek
Cleaner Fractions Support Circular Aluminum
UBC recycling works best when recovered material can return to productive use with minimal contamination. The latest global recycling data demonstrates that beverage cans already have a strong collection and recycling infrastructure in many markets.
The next operational question for recyclers is therefore how cleanly and consistently that collected material can be prepared.
Equipment selection should depend on actual feed composition, particle size, contamination and the required final product. Magnetic separation, screening and eddy current separation solve different problems within that process.
For recycling plants processing used beverage containers, effective sorting is not simply about recovering more aluminum. It is about producing a cleaner aluminum fraction that can move efficiently through the next stage of the circular supply chain.