In the world’s new energy vehicle ownership exceeded 30 million today, a new industry about the future of sustainable development is rising – lithium battery recycling. Today, we take you into an annual processing capacity of 30,000 tonnes of used lithium iron phosphate battery regeneration production line to see how the ‘decommissioned’ batteries get a new lease of life!
This lithium battery pulverising process production line adopts the “physical dismantling + accurate sorting” process to achieve a resource recovery rate of more than 95%:
- Pre-processing system
Shredder physically crushes batteries into particles, with low-temperature treatment, to completely solve the problem of flammable and explosive. 2. - Core sorting technology
four-stage crushing system with synchronous magnetic separation, to achieve efficient separation of black powder and collector
Multi-stage airflow sorting to accurately extract copper and aluminium foils (purity>98%)
Intelligent visual screening system to ensure that the particle size of the lithium iron phosphate powder is ≤0.075mm - Closed-loop production chain
Lithium iron phosphate powder can be used in the production of new batteries directly, and the 1 tonne of recycled material can reduce 4.8 tonnes of carbon emissions, with a purity of 99.9% of copper and aluminium metal. The purity of copper and aluminium metal is up to 99.9%, which really realises “retired is reborn”.
Waste lithium battery powdering process is an important part of resource recycling, its technical equipment route and economic value has been widely recognised. By optimising the process and improving the performance of the equipment, this technology will provide strong support for the sustainable development of the new energy industry. In the future, with the promotion of policies and technological breakthroughs, the waste lithium battery recycling industry will usher in a broader space for development.
