When a tech-driven environmental enterprise—specializing in e-waste, industrial solid waste, and resource recycling—needed a high-efficiency solution for large-scale scrap appliance dismantling, they turned to ChunMu: purchasing 2 units of our CM580S Refrigerant Recovery Machine to handle refrigerant extraction from end-of-life home appliances.

Why Chose the CM580S Refrigerant Recovery Machine

For this client, the priority was meeting strict environmental standards while scaling their scrap appliance (fridges, window ACs, split ACs) dismantling operations. The CM580S stood out for its ability to combine speed, thoroughness, and compliance—critical for handling high volumes of e-waste safely and sustainably.

Key CM580S Features Tailored to E-Waste Recycling

• High-volume efficiency: New 3-stage compression technology (57m³/h displacement) powers 12 standard simultaneous recovery ports (expandable to 40 ports), cutting down processing time for bulk e-waste.
• Thorough, eco-compliant recovery: Achieves a deep vacuum of -0.095Mpa, ensuring 100% refrigerant (e.g., Freon) extraction—meeting the strictest global environmental regulations.
• Process control & safety: Industrial oil-water separation (removes oil/impurities), pressure detection (identifies refrigerant presence at a glance), and cylinder pressure monitoring (with pressure relief) streamline operations while mitigating risks.
• User-friendly monitoring: Digital station boxes provide dual refrigerant status tracking, simplifying workflow management for high-throughput dismantling lines.

Driving Circular Economy Goals with ChunMu

This collaboration aligns with both the client’s mission (sustainable resource recycling) and ChunMu’s commitment to eco-friendly industrial solutions. The CM580S not only boosts the client’s operational efficiency but also ensures their e-waste processing meets global environmental standards—turning scrap appliances into responsibly recycled resources.

We’re proud to support forward-thinking enterprises in building a greener, more circular economy through reliable, high-performance refrigerant recovery technology.