Across North America, recyclers are expanding their capabilities for ACSR (Aluminum Conductor Steel Reinforced) wire processing as utilities continue large‑scale grid modernization and decommissioning projects. The global ACSR market is projected to grow steadily through 2026, driven by infrastructure upgrades and increased conductor replacement activity. As older transmission lines are removed, recyclers are receiving higher volumes of ACSR cable containing valuable aluminum and recoverable steel.
At the same time, the recycling sector is responding to stronger commodity pricing. In early 2026, ACSR wire scrap values in the U.S. averaged 0.42 USD/lb, with highs reaching 0.59 USD/lb, reinforcing the importance of efficient metal recovery systems. This combination of rising material flow and favorable pricing is pushing recyclers to invest in systems that deliver consistent throughput, clean separation, and long‑term operational stability.
Engineered Recycling Systems supports this industry shift with fully engineered ACSR wire recycling systems designed for continuous‑duty performance. ERS systems integrate primary and secondary shredding, high‑efficiency granulation, and advanced air separation to create a controlled, balanced material flow. Precision magnetic separation ensures reliable steel removal, while automated controls maintain steady production even under demanding load conditions.
Every ERS installation is engineered around the customer’s material stream, volume targets, and facility layout. This ensures that each ACSR recycling system delivers the exact purity levels, output consistency, and operational durability required for high‑volume production. As utilities accelerate conductor replacement and recyclers scale their ACSR operations, ERS continues to provide the technical expertise and long‑term support needed to keep these lines running efficiently.
Companies planning to expand their ACSR processing capabilities can rely on ERS to design a solution that meets demanding throughput expectations while maintaining the highest standards of metal recovery.
