Lithium Battery Recycling Plant
Product Video
Product Description
ENERPAT Lithium Battery Recycling Plant
The widespread use of lithium batteries has created a significant challenge in managing end-of-life batteries. Improper disposal can lead to severe pollution from materials like lithium hexafluorophosphate, carbonates, and heavy metals (cobalt, copper, etc.). However, these batteries contain valuable recoverable resources. ENERPAT Lithium Battery Recycling Plant offers a scientific and efficient solution, balancing environmental protection with economic benefits.
Safety Features: An intelligent monitoring system provides real-time oxygen concentration readings, ensuring effective nitrogen protection and proactive fire prevention. A triple slide gate valve seal isolates flames from the air, preventing fire spread. A CO2/water spray extinguishing system activates immediately in case of fire.
Processable Materials: The ENERPAT lithium battery recycling line handles various lithium battery types, including NMC, LFP, prismatic, pouch, and blade batteries. It offers high crushing efficiency and adjustable output size for diverse recycling needs.
Product Applications
End products
Core Advantages
Advantages
Modular & Adaptable: Modular design enables flexible layout based on site and needs. |
Versatile & Efficient Crushing: Handles NMC, LFP, pouch, blade batteries; up to 4 tons/hour, <1% coating, adjustable size, custom screens. |
Smart Detection & Active Fire Suppression: Real-time oxygen monitoring (O₂ < 5%), auto-alarm, shutdown, valve closure, and CO₂ fire suppression. |
Premium Components & Durable: German Dillinger alloy blades (tough, wear/heat/corrosion resistant); mortise & tenon welded box, vacuum-tempered for strength. |
Sealed Design & Safety: Fully enclosed system ensures secure operation from feeding to shredding. |
Equipment Parameters
Overall Equipment Parameter | Crushing System | Feeding System | |||
External Dimensions of Equipment | Approximately 10000 x 10500 x 15000 mm (Length x Width x Height) | Power Configuration | Three-phase five-wire system 380V/50Hz | Equipment Mode | T1300 |
Model | MSC-E1900 | Elevator Type | Chain Single Bucket | ||
Crushing Method | Shearing | Elevator Height | Approximately 130,000mm | ||
Crushing Chamber Dimensions | 1870mm x 2070mm | Bucket Dimensions | 2000mm x 2000mm x 2500mm | ||
Drive Method | Motor-driven | Elevator Power | 11KW | ||
Successful Cases
Processed Material Types: Soft-pack batteries and blade batteries
Processing Capacity: 4000 kg/h
Processed Material Type: BYD batteries
Processing Capacity: 3500 kg/h
Processed Material Type: Lithium iron phosphate (LiFePO4) batteries
Processing Capacity: 3000 kg/h