1. Production line name:
Lithium battery disassembly and recycling production line
 
2. Production line page title:
Lithium battery disassembly and recycling production line | New energy power battery recycling and comprehensive utilization technology and equipment provider
 
3. Production line keywords (reference)
Lithium battery recycling, power battery disassembly, positive and negative electrode material recycling, lithium nickel cobalt manganese recycling, battery resource utilization, hydrometallurgy, battery crushing and sorting, environmentally friendly battery recycling equipment, cascade utilization, black powder purification
 
4. Production line description,
The lithium battery disassembly and recycling production line is an efficient and environmentally friendly new energy battery resource utilization system. The production line adopts intelligent crushing and sorting, efficient hydrometallurgy, fine purification, and other processes to harmlessly disassemble waste lithium batteries, recycle valuable metals such as lithium, nickel, cobalt, manganese, and positive and negative electrode materials, and realize efficient regeneration of resources. This technology can be widely used in the recycling fields of power batteries, 3C batteries, energy storage batteries, etc., to help the development of the circular economy in the new energy industry.
 
5. Production line parameters
Scope of application: power batteries (lithium iron phosphate, ternary lithium batteries), 3C batteries (mobile phone batteries, laptop batteries), energy storage batteries
Recycled materials: copper, aluminum, black powder (including lithium, nickel, cobalt, manganese), diaphragms, plastics
Processing capacity: annual processing capacity can reach 5,000-100,000 tons (customizable)
Application areas: new energy power battery recycling, energy storage battery recycling, 3C electronic product battery recycling, cascade utilization, battery recycling material manufacturing
6. On-site pictures
 
7. Process flow chart
With process diagram
 
8. Technical parameters
Independent webpage
 
9. Project advantages/highlights
1. Efficient and automated disassembly and precise sorting
The intelligent disassembly and sorting technology can accurately separate copper, aluminum, black powder, plastic, diaphragm, etc., and improve the recycling efficiency and purity.
2. Environmentally friendly and harmless treatment, in line with policy requirements
The whole process is equipped with waste gas treatment and wastewater recycling systems to achieve green and harmless recycling, which is in line with national environmental protection standards.
3. High-value material recycling and resource regeneration
Through hydrometallurgy and fine purification processes, high-purity nickel, cobalt, lithium, and other metals are recovered, which are suitable for battery remanufacturing and other high-value-added applications.
4. Adapt to different types of lithium batteries and have wide applicability
Support the processing of various kinds of batteries such as lithium iron phosphate, ternary lithium, lithium manganese oxide, lithium cobalt oxide, etc., to meet market demand.
5. Intelligent control, energy saving, and cost reduction
Adopt an intelligent monitoring and automatic control system to optimize process parameters, improve production efficiency, and reduce energy consumption and labor costs.
6. The market prospects are broad and in line with the "dual carbon" strategy
The amount of scrapped power batteries continues to grow, and policy support is strong. The lithium battery recycling industry has huge market potential.
 
10. Related cases

Row Material Material	TimeTime	Region/Project
3C battery	2023/1/8	Sichuan Chengdu 3C lithium battery recycling project
Lithium iron phosphate battery	2023/4/10	Zhejiang Ningbo lithium iron phosphate disassembly and recycling project
Ternary lithium battery	2024/3/22	Guangdong Shenzhen ternary lithium battery disassembly base
Power battery	2022/12/15	Jiangsu Changzhou power battery recycling project
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11. Application scenarios
1) Power battery recycling
Used for resource utilization of retired batteries of new energy vehicles, recycling metals such as lithium, nickel, and cobalt, and reusing them in battery manufacturing.
2) Energy storage battery recycling
Recycling retired batteries of wind power and photovoltaic energy storage power stations, extracting usable materials, and realizing recycling.
3) 3C battery recycling
Recycling of small lithium batteries such as mobile phones, notebooks, and smart wearable devices, recycling positive and negative electrode materials, and reducing pollution.
4) Battery cascade utilization
Secondary sorting of some retired batteries with high remaining capacity, applied to low-speed electric vehicles, energy storage systems, etc.
5) Black powder purification and regeneration
Purify high-purity black powder (containing lithium, nickel, cobalt, and manganese) for the manufacture of new battery materials to improve resource utilization.
6) Environmentally friendly circular economy
Reducing the pollution of waste batteries to the environment and promoting the sustainable development of the new energy industry are in line with the requirements of the "dual carbon" strategy.