Lithium Recycling Plant

ENERPAT Lithium Recycling Plant

The widespread use of lithium batteries has intensified environmental and resource waste concerns due to increasing volumes of spent batteries. Improper disposal of these batteries, containing materials like lithium hexafluorophosphate, organic carbonates, and heavy metals such as cobalt and copper, poses significant environmental risks. Simultaneously, lithium batteries hold substantial recycling value for resources like cobalt, lithium, copper, and plastics.

The implementation of the ENERPAT lithium recycling plant is crucial for mitigating the environmental threats and resource wastage associated with end-of-life lithium batteries. It serves as an effective method for promoting sustainable development and the circular use of resources.

Leading Safety with Nitrogen-Protected Crushing

• Nitrogen Protection: The crushing system is entirely nitrogen-protected, with real-time oxygen monitoring ensuring O₂ levels below 5%, eliminating fire risks.

• Active Fire Suppression: An intelligent monitoring system provides real-time alerts, automatically shutting down operations, closing valves, and activating a CO₂ fire suppression system in case of fire, preventing fire spread.

• Crushing Efficiency: Achieves up to 4 tons/hour, with less than 1% coating after crushing, and offers adjustable output sizes to meet diverse needs.
  

Modular Design for Flexible Production

• Flexible Layout: The entire line features a modular design, allowing customers to freely plan the layout based on their production site and needs.

• Broad Applicability: Suitable for various lithium battery types, including ternary lithium, LFP, pouch cells, and blade batteries. Screen mesh sizes can be customized according to material characteristics.

High-Quality Components for Stable Operation

• German Dillinger Alloy Blades: Tough, wear-resistant, heat-resistant, and corrosion-resistant, ensuring a longer service life.

• Mortise and Tenon Welded Box Body: Vacuum tempered for 48 hours, providing high mechanical strength and long-term dimensional stability.

• Fully Sealed Design: From feeding to shredding, the entire process is enclosed, strictly controlling safety aspects to ensure stable operation.

Win-Win for Environmental and Economic Benefits

• Resource Recovery: Efficiently extracts valuable resources such as cobalt, lithium, and copper, enhancing economic returns.

• Environmental Compliance: Scientifically processes end-of-life lithium batteries, preventing environmental pollution and assisting enterprises in achieving a green transition.
  

Material application

Cylindrical Battery

Soft Pack Battery

Blade Battery

Prismatic Battery

Output material

Battery fragment

Battery fragment