Batteries contain an abundance of valuable metals like cobalt, nickel, copper, aluminum, and iron, making them an inexhaustible "urban mine." Standardized recycling not only generates significant economic returns but also prevents toxic environmental pollution and conserves precious natural resources.
In alignment with global industry standards and regulations, our comprehensive processing lines utilize an advanced, multi-stage treatment workflow:
Safe Discharging: Fully neutralizes residual cell energy to eliminate fire and shock hazards.
Coarse Crushing: Heavy-duty initial shredding to break down robust battery packs and modules.
Pyrolysis / Thermal Drying: Safely evaporates hazardous electrolytes, separators, and organic binders.
Fine Crushing: Micro-granulation to thoroughly detach active materials from metal foils.
Precision Sorting: Advanced air and magnetic separation to guarantee maximum material purity.
1. Advanced Nitrogen-Blanketed Oxygen-Free Crushing
Our anaerobic crushing system operates within a rigorously sealed environment completely flooded with nitrogen (or other inert gases). Raw battery packs and modules are safely fed into the primary heavy-duty shredder via a fully enclosed conveying system, eliminating any risk of thermal runaway, combustion, or explosion during the initial breakdown phase.
2. Intelligent, Data-Driven Control Center
Experience seamless automation with our smart PLC control system. Managing every single production unit across the entire line, it features intuitive one-key start/stop functionality, real-time telemetry, advanced data analytics, auto-fault diagnosis, and responsive alarm linkages. Built-in industrial smart sensors continuously track operational metrics, delivering instant feedback to guarantee maximum uptime.
3. Zero-Emission, Fully Sealed Negative Pressure Conveying
Environmental compliance meets workplace safety. Our high-closure conveying network works in tandem with a centralized negative-pressure dust collection system. By generating a continuous internal vacuum, it effectively traps 100% of hazardous waste gases and volatile dust, ensuring a clean, pollutant-free workshop environment for your operators.
4. High-Efficiency Vibrating Screening
Utilizing specialized negative pressure aerodynamics, materials are seamlessly transferred to the high-frequency vibrating screening system. The system delivers a perfectly uniform material distribution, facilitating an ultra-efficient secondary screening process that prepares the separated elements for flawless downstream sorting.
5. Precision Crushing & Closed-Loop Processing
Driven by an automated screw silo feeding system, materials are uniformly metered into the secondary granulator, precisely reducing particle size to approx. 8mm. This optimized size ensures maximum liberation of active materials. The separated black mass and high-value metals are then remotely transported via a heavy-duty negative pressure system, preventing any material loss.
1. High-Efficiency Disintegration & Material Liberation
Our recycling plant leverages advanced shredding technologies to split expired battery cells into optimized geometric sizes. This highly controlled downsizing facilitates the premium, clean-cut separation of black mass, metallic foils, and polymers—significantly streamlining downstream sorting lines for maximum asset recovery and profitability.
2. High-Torque, Low-Speed Twin-Shaft Shredder
Engineered for heavy-duty volume reduction, the integrated primary twin-shaft shredder delivers massive cutting torque at a low rotational speed. This advanced mechanical design minimizes hazardous friction-induced heat, prevents fine dust emissions from the source, and delivers industrial-grade processing efficiency—providing a safe, eco-friendly, and cost-effective shredding foundation.
3. Closed-Loop Strategic Metal Recovery
The system is deeply optimized for high-yield resource extraction from retired New Energy Vehicle (NEV) and consumer electronics batteries. By integrating clean mechanical separation and environmental-compliant filtration, the plant recovers maximum amounts of high-purity Lithium, Cobalt, and Nickel, actively driving sustainable circular economies while mitigating environmental liability.
4. Scalable, Modular & Fully Customizable Architecture
Built with flexible industrial engineering, our battery recycling solutions are fully configurable to align with your unique footprint, budget, and operational throughput. From modular pilot plants for localized R&D testing to fully automated, multi-ton megawatt industrial facilities, the system scales up seamlessly without sacrificing performance efficiency.
Why Choose SOYU Battery Recycling System?
Full-Scale Turnkey Engineering
We deliver completely integrated, end-to-end solutions that masterfully cover the entire lifecycle—from initial safety discharging and risk-free mechanical disintegration to high-throughput, automated material sorting.
Maximum Purity & Yield Optimization
Our advanced mechanical and thermal liberation technologies maximize the recovery of high-value fractions, including polymer separators, premium-grade black mass (active powder), clean copper/aluminum foils, and volatile electrolytes.
Eco-Friendly, Risk-Mitigated Operation
Engineered to meet the world's most stringent environmental mandates, our lines feature closed-loop emission containment and negative-pressure dust filtration systems to guarantee zero secondary pollution and absolute workshop safety.
Partner with SOYU to future-proof your waste management and recycling facilities with smart, automated, and high-yield lithium-ion battery recycling technology.
