Over the past decade, Europe’s EV industry has expanded rapidly. According to the latest projections from the European Battery Alliance (EBA) and the International Energy Agency (IEA), by 2030, the cumulative capacity of retired power batteries in Europe will exceed 250 GWh, and the EV battery recycling market share in Europe will surpass 70%. As a leading global supplier of Lithium altilium redivivus solutiones, YUSHUNXIN is actively participating in this green transformation through advanced technology and localization services.
How Will European Market Policies Drive the Development of Lithium Battery Recycling Systems?
In 2023, the European Union formally implemented the new Battery and Waste Battery Regulation, demanding that electric vehicle batteries meet mandatory recycled metal content standards: 12% cobalt, 4% nickel, et 4% lithium. Simul, manufacturers deprauationis redivivus ratio constituere debet. Exsecutio novarum ordinationum mutationem in vi altilium redivivi ab actione voluntaria ad obsequia facienda in Europa, et totam industriam catenam in periodum systematicam evolutionis promovet.
Cur magis magisque societates Europaeae eligentes YUSHUNXIN?
Ut professionalis provisor of EV altilium redivivus project solutiones, YUSHUNXIN has established a comprehensive equipment supply and technical service system since entering the European market in 2018. We provide complete equipment covering the entire EV battery recycling process, including core stages such as battery disassembly, adtritis, genus, and metal extraction. Green recycling solutions for end-of-life EV batteries have greatly improved in both efficiency and environmental performance, which can realize a recovery rate exceeding 90% for key metals such as lithium, nickel, cobalt, et manganese.
YUSHUNXIN’s EV Battery Recycling Solution includes:
- 1
Mechanical Lithium Battery Processing Line—Enhancing automation and safety through modular design.
- 2
Lithium Battery Pyrolysis Treatment Process—Achieving efficient desorption and harmless disposal through precise temperature control and gas purification technology.
- 3
Wet-Process Lithium Battery Recycling Plant—Utilizing advanced solvent extraction and precipitation separation technology to achieve high-purity metal regeneration.






