ASR Fines Processing Systems

Automotive Shredder Residue (ASR) fines contain valuable metals that can be recovered through a controlled, high‑efficiency separation process. ERS designs complete fines processing systems that stabilize material flow, reduce dust, and deliver consistent recovery performance across a wide range of input conditions.

Glass and Rock Contamination in ASR Fines

Across the ASR processing industry, one issue continues to impact operators more than almost any other: glass and rock contamination in ASR fines. These dense materials reduce recovery efficiency and cause significant wear on downstream equipment when they are not removed early in the process.

Many facilities struggle to separate these contaminants effectively, and the problem often becomes more severe as throughput increases or material streams change. The result is higher maintenance costs, shorter component life, and reduced overall system reliability.

ERS works with ASR fines processing every day, and we understand the challenges operators face when dealing with glass, rocks, and other heavy contaminants. Our ASR Fines Processing System is engineered to remove these materials as a first step, minimizing abrasion and mechanical stress throughout the rest of the process.

By addressing contamination early, facilities achieve cleaner fines, smoother operation, and longer equipment life — all while improving recovery efficiency.

If your facility is experiencing issues with glass or rock contamination in your fines stream, our team can review your application, evaluate your material flow, and determine the best approach for improving fines processing performance.

System Design for High‑Efficiency Fines Recovery

ERS systems are engineered to stabilize fines flow, reduce dust, and deliver predictable separation performance. Each installation is configured for the customer’s material profile, throughput requirements, and downstream recovery goals. Controlled feeding, precise size reduction, and advanced air separation ensure consistent results with minimal operator involvement.

The system layout is designed to minimize maintenance, reduce wear, and maintain stable operation even under variable material conditions. Components are selected for durability, serviceability, and long‑term reliability in high‑abrasion environments.

Integration and Support

ERS provides full system integration, including layout planning, equipment selection, controls, and long‑term service. Every facility has unique requirements based on material mix, available space, and recovery objectives. ERS works directly with operators to configure a fines processing system that fits their workflow and delivers dependable performance over the long term.