Complete Turnkey System for Processing Baled Used Beverage Cans (UBC)

As the demand for sustainable aluminum recycling continues to grow, baled used beverage cans (UBC) have become an important source of secondary aluminum. A complete turnkey system for processing baled used beverage cans (UBC) provides an integrated solution for converting compressed beverage cans into clean, high-quality aluminum scrap or recycled aluminum products. From bale breaking and shredding to de-coating, sorting, and final processing, the complete system can be designed according to raw material conditions, capacity, and final product requirements.

A complete turnkey UBC recycling system is a fully integrated processing line designed to handle baled waste aluminum cans. Instead of purchasing individual machines and connecting them manually, a turnkey system combines material feeding, size reduction, separation, de-coating, dust collection, and other processing equipment into one coordinated production line.

The typical UBC recycling process includes:

This integrated approach helps maintain stable material flow and makes the recycling plant easier to operate and manage.

Baled beverage cans are highly compressed, so they normally need to be loosened and reduced in size before efficient separation. A UBC shredder can break cans into smaller pieces while improving the uniformity of the material stream.

The size-reduction process can provide several benefits:

Depending on the material condition and required capacity, the processing line can use different shredding or crushing equipment. Proper size control is important because excessively large pieces may reduce separation efficiency, while excessive shredding can increase energy consumption and material loss.

Used beverage cans usually contain paint, printing ink, protective coatings, and organic residues. Therefore, UBC de-coating is an important stage before aluminum melting.

A thermal de-coating system heats the processed UBC under controlled conditions to remove or reduce coatings and organic contaminants. This can improve the quality of the aluminum feedstock and reduce the amount of organic material entering the melting furnace.

A complete de-coating system may include:

The operating temperature and residence time should be adjusted according to the UBC composition and plant design.

A complete turnkey system for processing baled used beverage cans (UBC) may combine multiple machines to create a continuous recycling process. Typical equipment includes:

The equipment configuration can be customized according to the customer's raw materials, required capacity, available space, and final aluminum product specifications.

Building a complete UBC recycling plant starts with an analysis of the incoming baled cans. Factors such as bale density, contamination level, aluminum composition, moisture, and processing capacity should be considered before equipment selection.

A typical project development process includes:

A turnkey supplier can provide the complete engineering and equipment package, reducing the difficulty of coordinating multiple individual suppliers.

The main output of a UBC recycling system is recovered aluminum with reduced levels of ferrous and non-metallic contamination. After further melting and refining, the recovered material can be converted into secondary aluminum ingots or other recycled aluminum products.

Recycled aluminum can be used in:

The major benefits of UBC recycling include efficient aluminum recovery, reduced demand for primary aluminum resources, improved waste utilization, and the creation of valuable secondary raw materials.

For recyclers, a complete turnkey system for processing baled used beverage cans (UBC) provides an integrated approach to bale breaking, shredding, separation, de-coating, and material recovery. By selecting the appropriate equipment and process configuration, the system can be adapted to different UBC feedstocks and production requirements while supporting consistent and efficient aluminum recycling.