Waste batteries contain a lot of heavy metals and waste acid, waste alkali and other electrolyte solutions. If carelessly discarded, batteries will damage our water supply and erode the natural environment.
We provide complete solutions and turnkey equipment for lithium battery recycling plants. Our Lithium Battery Recycle Line efficiently disassembles and separates different lithium batteries, producing high-purity copper, aluminum, and graphite powder.
Lithium Battery Recycling Equipment Manufacturer-PEAKS-ECO has developed a sustainable hydrometallurgical process that uses recycled liquid solvents to extract metals to bring high-purity chemicals back into the battery supply chain. Realizing the recycling of waste batteries, which not only saves resources, but also prevents environmental pollution.
Our Lithium-Ion Battery Recycling System is designed to handle a wide variety of lithium batteries from different applications, including EV battery cells and small modules (NMC or LFP types), mobile phone batteries, and notebook computer batteries. It efficiently processes lithium-ion batteries from multiple sources—such as end-of-life vehicle modules, consumer electronics, and portable devices—ensuring safe, clean, and efficient material recovery.
The recycling plant is capable of dismantling and recycling various battery structures, such as soft pack, cylindrical, aluminum shell, and mobile phone batteries. Since each battery type requires a specific recycling procedure, we offer customized configurations tailored to different materials and capacities, helping achieve maximum recovery efficiency and optimal recycling results.
Get a Quote for Your Recycling Project
The pretreatment process of Lithium Batetry Recycling Plant mainly comprises the following steps: after discharging the recovered waste batteries, crushing, magnetic separation, air separation, crushing, gravity separation, screening and other processes are carried out by mechanical equipment.
Shredde - Hammer - Crusher - Grinder - Separation Machine - Collector - Pulse Purifier - Classifying Screen - Magnetic Machine - Gravity Separator - High-pressure Blower
1. Shredder: Breaks batteries into smaller pieces.
2. Hammer Crusher: Performs secondary crushing of shredded materials.
3. Grinder: Grinds the crushed materials.
4. Separation Machine: Separates materials after grinding.
5. Collector: Collects and releases dust.
6. Pulse Purifier (Air Cleaner): Cleans dust generated throughout the system.
7. Classifying Screen: Screens materials sorted by the separation machine and removes large metal pieces.
8. Magnetic Machine: Separates nickel from metals.
9. Gravity Separator: Separates fine materials from the screening process, completing metal separation.
10. High-Pressure Blower: Maintains negative pressure throughout the system for material collection and air purification.
1. Conserves Natural Resources: Recycling allows products to be made from recovered materials rather than virgin resources, reducing the need for mining and preserving land.
2. Saves Energy: Producing recycled metals consumes significantly less energy. For instance, secondary copper, aluminum, lithium, and cobalt require up to four times less energy than producing primary metals.
3. Protects Air and Water: Manufacturing with recycled materials generally produces less air and water pollution compared to using virgin materials.
4. Reduces Landfill Waste: By transforming recyclable materials into new products instead of sending them to landfills or incinerators, valuable landfill space is conserved.
5. Cuts Costs and Creates Jobs: Recycling processes generate more employment opportunities than landfills or incineration, and recycling is often the most cost-effective waste management solution for cities and towns.
Lithium-ion batteries contain valuable raw materials such as copper, aluminum, graphite, and lithium, giving them high recycling value. Our Lithium Battery Recycling Machine uses physical separation to efficiently recover these materials.
