• LECA PRODUCTION LINE
  • MAGNESIUM PRODUCTION LINE
  • ACTIVE LIME PRODUCTION LINE
  • CEMENT GRINDING STATION
  • CEMENT PRODUCTION LINE
  • LIME SLAKING PLANT
  • MAGNESIUM OXIDE (MgO) PLANT
  • LITHIUM PRODUCTION LINE
  • ORE DRESSING LINE
  • GYPSUM POWDER PRODUCTION LINE
  • ALUMINUM ASH PROCESSING SYSTEM
  • FRACTURING PROPPANT PRODUCTION LINE
  • SOLID (HAZARDOUS) WASTE INCINERATION SYSTEM
  • PULVERIZED COAL PREPARATION PRODUCTION LINE
  • GGBS PRODUCTION LINE
  • SUPERPHOSPHATE PRODUCTION LINE
  • MOLECULAR SIEVE PRODUCTION LINE
  • FLUE GAS PURIFICATION SYSTEM
  • FGD SYSTEM
  • SOIL REMEDIATION SYSTEM
  • PHOSPHOGYPSUM DISPOSAL PRODUCTION LINE
  • PHOSPHATE ORE DRESSING LINE
  • PHOSPHATE ORE PELLETIZATION PRODUCTION PROCESS
  • LITHIUM BATTERY RECYCLING LINE
  • ALUMINA CALCINING LINE
  • Grinding Mills
  • Kilns & Dryers
  • Granulators
  • Conveyors
  • Crushers
  • Bucket Elevators
  • LITHIUM BATTERY RECYCLING LINE

    Capacity: 5,000–100,000 t/a (customizable)

    Recoverable Materials: Copper, aluminum, Black mass (containing Li, Ni, Co, Mn) Separator, plastics

    Application: New energy power battery recycling, Energy storage battery recycling, 3C electronic device battery recycling,Second-life applications, Battery material regeneration

    ​The lithium battery dismantling and recycling production line is a highly efficient and eco-friendly resource recovery system for new energy batteries. This production line adopts intelligent crushing and sorting, advanced hydrometallurgical extraction, and precision purification processes to safely dismantle spent lithium batteries and recover valuable metals such as lithium, nickel, cobalt, and manganese, as well as cathode and anode materials, achieving high-efficiency resource regeneration.

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    Introduction

    The lithium battery dismantling and recycling production line is a highly efficient and eco-friendly resource recovery system for new energy batteries. This production line adopts intelligent crushing and sorting, advanced hydrometallurgical extraction, and precision purification processes to safely dismantle spent lithium batteries and recover valuable metals such as lithium, nickel, cobalt, and manganese, as well as cathode and anode materials, achieving high-efficiency resource regeneration.

    This technology is widely applicable in the recycling of power batteries, 3C batteries, energy storage batteries, and other related fields, supporting the circular economy development of the new energy industry.

    Advantages

    1. High-Efficiency Automated Dismantling & Precision Sorting

    Utilizes intelligent dismantling and sorting technologies to accurately separate copper, aluminum, black mass, plastics, and separators, improving recovery rates and material purity.

    2. Eco-Friendly Processing Compliant with Regulations

    Equipped with exhaust gas treatment and wastewater recycling systems throughout the process, achieving green and non-hazardous recycling that meets national environmental standards.

    3. High-Value Material Recovery for Resource Regeneration

    Recovers high-purity nickel, cobalt, lithium and other metals through hydrometallurgical and precision purification processes, suitable for battery remanufacturing and other high-value applications.

    4. Wide Compatibility with Various Lithium Battery Types

    Capable of processing LFP, NMC, LMO, LCO and other battery chemistries to meet diverse market demands.

    5. Intelligent Control for Energy Savings & Cost Reduction

    Features smart monitoring and automated control systems to optimize process parameters, enhance production efficiency, and reduce energy consumption/labor costs.

    6. Promising Market Prospects Aligned with "Dual Carbon" Strategy

    With growing volumes of end-of-life power batteries and strong policy support, the lithium battery recycling industry offers tremendous market potential.


    Technology

    1. EV Battery Recycling

    Repurposing retired new energy vehicle batteries to recover lithium, nickel, cobalt and other valuable metals for reuse in battery manufacturing.

    2. Energy Storage Battery Recycling

    Processing decommissioned batteries from wind and solar energy storage stations to extract reusable materials for sustainable regeneration.

    3. 3C Battery Recycling

    Environmentally responsible recycling of small-format lithium batteries from mobile devices, laptops and wearables to recover cathode/anode materials and minimize pollution.

    4. Battery Second-Life Applications

    Selective repurposing of retired batteries with sufficient remaining capacity for secondary uses in low-speed EVs and energy storage systems.

    5. Black Mass Refining & Regeneration

    Purification of high-grade black mass (containing Li, Ni, Co, Mn) for manufacturing next-generation battery materials, maximizing resource utilization efficiency.

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