Lithium Battery Recycling Pyrolysis Furnace

With the rapid growth and explosion of new energy vehicles. Therefore the upstream capacity is overflowing. Then a large number of used power batteries will face decommissioning. If it is not handled properly, it will cause a waste of resources. It will also cause serious pollution to the environment. Therefore, lithium battery recycling pyrolysis furnace has become a lithium battery recycling enterprises more efficient, environmentally friendly way of handling recycling. To achieve the maximum recovery and reuse of valuable metal materials in the waste lithium battery.

Lithium battery recycling pyrolysis furnace is specialised in the recycling of waste lithium battery equipment. In the high-temperature oxygen-poor pyrolysis environment blind. The waste lithium battery is recovered by pyrolysis. It can thoroughly pyrolyse the water, electrolyte, binder, plastic diaphragm and other organic components in the lithium battery. Converted into gas and residue. Precisely control the temperature and atmosphere. And then through the fine crushing and screening process of waste lithium batteries. Separate and recycle the positive and negative electrode powder, copper, aluminium and magnetic materials in the waste lithium battery. So as to achieve the efficient recycling of waste lithium batteries.

The main core principle of lithium battery recycling pyrolysis furnace is: precise temperature control and atmosphere regulation. Firstly, the waste lithium batteries are shredded into 3-4cm pieces. Through the feeding system to the pyrolysis furnace body. Then the temperature will be heated to: 400 ℃ or so. The organic matter inside the battery is pyrolysed. It can be converted into gas and small molecule compounds. At the same time to achieve the effective stripping and detachment of metal. The atmosphere inside the furnace is critical throughout the pyrolysis process. Ensure that the pyrolysis is carried out in an oxygen-free or oxygen-poor environment. Real-time monitoring of the gases and temperatures generated throughout the recovery process can be realised. To ensure the safety and environmental protection of pyrolysis state policy Cinderella.

Through the pyrolysis after the material. After the dry physical and mechanical method, fine screening and wet extraction process. Through the recovery of valuable materials. The recovered materials can be reused in the manufacturing of lithium batteries and gas products. The extraction of primary resources is greatly reduced, and the waste of scrap metal is also reduced.