ReMA 2026 Review: From Equipment Selection to System Evolution

During ReMA 2026, we engaged in in-depth discussions with multiple metal recycling companies across North America. Compared to traditional equipment-focused inquiries, there is a clear shift toward system-level optimization and long-term operational evolution.

Two representative cases highlight the changing demands within the industry:

Case 1: Upgrading Existing Lines Under Real-World Constraints

The client operates an established scrap shredding line, already equipped with basic separation systems such as air classification and magnetic separation. Their current objective is to introduce non-ferrous metal recovery into the existing process.

However, site conditions present notable constraints. The facility is relatively old, with limited building height, making it difficult to implement standard, modular solutions.

Through detailed discussions, we worked closely with the client to review the overall plant design and implementation approach. Starting from the target separation performance, we systematically clarified:

Target separation efficiency

Equipment configuration priorities

Material flow pathways

Space-adapted layout solutions

The next phase will involve detailed equipment layout and system optimization based on the client’s site drawings.

Case 2: Planning a New High-Capacity Processing Line

The second client has recently procured a SIMVIC 4000HP shredding system and is currently in the planning phase for downstream separation.

Their focus extends beyond individual equipment performance to broader strategic considerations:

To what extent should the separation system be developed at the initial stage

How to avoid future reinvestment and system reconstruction

How to ensure long-term scalability of the overall process

In response, we introduced SIMVIC’s methodology for full-plant engineering, along with the design logic behind separation systems, helping the client establish a structured and forward-looking understanding from the early stage.

Conclusion

Insights from ReMA 2026 indicate a clear shift in industry demand:

From focusing on whether equipment is available,
to evaluating whether the overall system is well-designed, sustainable, and capable of continuous optimization.

This transition places higher demands on plant engineering capabilities and project execution expertise, reinforcing the importance of a system-driven approach in modern metal recycling operations.