Can lithium battery positive and negative electrode pieces be recycling?
Release Time：2023-01-03 Source：Lithium battery recycling equipment Share：
The new process of lithium battery positive and negative electrode piece recycling equipment to treat lithium-ion battery positive materials, using mechanical physical process, the lithium battery electrode piece is sorted into aluminum powder and lithium cobaltate, copper powder and graphite powder, good effect on lithium battery electrode piece processing, high yield. The process flow of lithium battery positive and negative electrode piece recycling equipment.
The whole set of lithium battery positive and negative electrode chip recycling equipment odor removal system includes sealed gas collection chamber, pulse dust collector, activated carbon adsorption facilities and odor purification facilities, the odor will be collected to the odor purification facilities, the middle connection pulse dust collector to the dust in the flue gas for processing, through the dust or the exhaust gas through the fan through the connection facilities to the activated carbon adsorption tower, adsorption tower is equipped with activated carbon, the organic waste gas in the exhaust gas Adsorption treatment is carried out. Electric vehicles, cars, cell phones and other end-of-life energy batteries are increasing in number, and there is a lot of room for development. xingm environmental protection new lithium battery recycling treatment equipment can achieve the subsequent treatment of a variety of end-of-life lithium batteries and resource recycling development; using the new lithium battery crushing and recycling technology, the separation of lithium battery positive and negative materials and lithium battery equipment metal energy treatment can be completed. Lithium battery recycling equipment is responsible for recycling the dismantled unqualified end-of-life battery cells, and fully re-cycling the positive electrode material, electrolyte, shell material, diaphragm and negative electrode material in the lithium battery monomer cells through a suitable process.