From electric vehicles to energy storage power stations, the use of lithium batteries is growing at an annual rate exceeding 20%. თუმცა, the resulting issue of waste lithium battery recycling has also become a critical part of the global new energy industry. Over the past three years, global demand surges for advanced lithium battery recycling machines. Governments and enterprises around the world are accelerating the development of ლითიუმის ბატარეის გადამუშავების გადაწყვეტილებები to promote efficient resource reuse.

Why is the global market experiencing a surge in demand for lithium battery recycling equipment?

many waste batteries
waste batteries recycling
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  • According to the International Energy Agency 2024 report, the cumulative global volume of retired power batteries will exceed 12 million tons by 2030. Countries including Europe, the United States, Japan, and Korea have introduced policies to encourage the development of efficient, low-carbon, and recyclable ნარჩენების მართვის ელექტრონული სისტემა. ამასობაში, equipment manufacturers are transitioning from single-device suppliers to providers of systematic solutions.

  • YUSHUNXIN is precisely the representative enterprise of this trend. We not only provide core equipment, but also integrate advanced technologies. მაგალითად, wet extraction, automatic disassembly, მტვრის მოცილება, and intelligent detection.

What are our representative projects?

What are the key technical features of YUSHUNXIN lithium battery recycling equipment?

Due to the fact that global demand surges for advanced lithium battery recycling machines, the new generation of lithium battery recycling equipment has achieved breakthrough in automation and green safety. This enables resource regeneration in a safer and more eco-friendly manner.

ლითიუმ იონური ბატარეის გადამუშავების ხაზი
YUSHUNXIN lithium battery recycling equipment

The carbonization furnace processes electrode sheet materials under inert atmosphere. დამატებით, it integrates with exhaust gas purification equipment to achieve thermal energy reuse.

Magnetic separation, eddy current separation, and flotation machines collaborate to separate metals from non-metals. შემდგომში, hydrometallurgical processes recover high-purity nickel, კობალტი, და ლითიუმი.

Our lithium battery recycling solution incorporates explosion-proof construction, negative pressure dust removal, and automatic fire suppression system, which meets EU and North American safety standards.