Lithium battery recycling

A New Journey of Green Technology: Full Analysis of Lithium Battery Recycling Treatment
With the increasing global attention to clean energy and sustainable development, lithium batteries, as a core component in the field of energy storage and power, have shown explosive growth in its use. This article will introduce the research and development and industrialisation of complete sets of equipment for the intelligent dismantling and resource recovery of waste lithium battery recycling and treatment equipment.

Safe pre-treatment, unlocking the component mystery
Recycled lithium batteries first enter the safety pre-processing link. In order to eliminate the potential safety hazards that may be caused by the residual power in the battery, professional technicians use specially designed discharge equipment to release the power to the safe range in a safe and efficient way. Immediately thereafter, automated dismantling equipment comes into play, precisely dismantling the battery casing and separating the battery cells, circuit boards and various connecting parts. In this process, advanced crushing and screening technology further breaks the electric core into tiny particles, and with the help of magnetic separation, specific gravity sorting and other means, it successfully separates copper, aluminium and other metals as well as plastics, graphite and other non-metallic substances one by one, creating favourable conditions for the subsequent extraction of valuable metals and the regeneration of materials.

Lithium battery recycling and processing equipment core technology
Lithium battery charged dismantling technology: Intelligent ‘self-locking’ shredding device, micro-half hot runner model based on the design of the arc surface porous distribution surface, multi-stage coupling shear dispersion technology to solve the high cost of brine pre-discharge, pollution pain points.
Automated fine dismantling and gradient sorting: the total recovery rate of positive and negative electrode powder is ≥98%, the recovery rate of steel shell is ≥99%, the recovery rate of copper is ≥97%, the recovery rate of aluminium is ≥97%, and the recovery rate of diaphragm is ≥85%, which solves the pain point of low recovery rate and low purity of black material.

The research, development and industrialisation of complete sets of equipment for intelligent dismantling and resource recycling of waste lithium battery recycling and treatment equipment will help improve the recycling efficiency and resource utilisation of waste lithium batteries, reduce environmental pollution and promote the sustainable development of the new energy automotive industry. At the same time, it will also bring huge market opportunities and economic benefits for related enterprises.