Battery Recycling Production Line
Waste NCM/LFP batteries undergo live-safe crushing under inert/special atmosphere, followed by drying to remove electrolyte, high temperature pyrolysis to decompose separator, binders and residual electrolyte. The process dissociates most active materials from current collectors, followed by multi-stage combined sorting to efficiently recover casing, copper, aluminum and electrode powders.
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Product Feature
Waste gases generated during battery crushing and pyrolysis undergo incineration cracking and spray neutralization absorption to meet emission standards, with special treatment for electrolyte to eliminate it via combustion while minimizing natural gas consumption.
Product Details
| Indicator | Black Powder Recovery | Copper & Aluminum Content | Copper & Aluminum Recovery Rate | Copper & Aluminum Recovery Purity | VOCs Emission | Fluoride Emission | PM Emission |
| Parameter | ≥98% | ≤1% | ≥98% | ≥95% | <40mg/m³ | <3mg/m³ | <20mg/m³ |
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