How do I treat and produce after waste lithium-ion battery?

　　Author ：Iflowpower – Portable Power Station Supplier

How to handle and produce after using waste lithium-ion battery? How to deal with the waste lithium-ion battery recovery? With the development of my country's electronic industry, there are more and more lithium-ion batteries, and there are more and more waste lithium-ion batteries. How to recover and deal with these waste lithium-ion batteries have become an urgent need to solve. Therefore, scientifically effectively dispose of used lithium-ion batteries not only has significant environmental benefits, but also has good economic benefits.

How to treat and produce after using waste lithium ion battery? After abandoning lithium-ion battery pretreatment, the ingredients of the broken product are generally complicated, including lithium-ion batteries, positive data, negative electrode data, copper collecting, aluminum liquid collection, separation, electrolysis Liquid, etc., should be further separated. Recovery and use valuables recycling and utilize valuables recycling and utilizing valuables recycling and utilizing valuables recycling and using precious metal recycling and using precious metals.

Valuable resources, high recycling value. Waste lithium-ion batteries are important from housing, positive, negative electrode, electrolyte and separation composition. The positive electrode is formed by coating a lithium cobalt oxide powder coated with polyfial fluoride (PVDF) on both sides of the aluminum foil collecting liquid as a binder.

The structure of the negative electrode is similar to the structure of the positive electrode. Recycling, common recycling methods for waste lithium-ion batteries, Wet metallurgical law, fire magazine method and mechanical physical law. Compared with wet, fire, the lithium-ion battery crusher uses mechanical physical methods, does not use chemical reagents, low energy consumption, is an environmentally efficient approach.

Lithium-ion battery retrieve.jpg (1) Physical sorting method Physical sorting method is a sorting method based on the particle size, density, magnetic material function of the material, first screening, gravity sorting, flotation, magnetic separation. First, the discarded lithium ion battery is sieved by vertical shear machine, wind turbine, and vibration, by breaking and sorting the positive electrode data, negative data, gap data, and fluid collection data.

The heat treatment of 500 positive and negative data is used to remove cobalt oxide and graphite by flotation. The recovery rate of cobalt oxide of the process can reach 97%. (2) Fire Metallurgical Academic Fire Metallurgical Measures To give up lithium-ion battery pretreatment, take off the battery case, then mix the data to restore baking, adhesives and other organic gas escape, low boiling lithium oxide in steam escape in most In the case, the metal absorbs water absorption, other metals (copper, nickel, cobalt, etc.

) form alloy, followed by wet metallurgy technology, fluorine, phosphorus, etc. Merica International Co., Ltd.

has a recycling plant in Oren, Belgium, with an annual processing capacity of 7,000 tons. my country's new energy vehicle is important to use pure electric mode, so the problem of failure of dynamic lithium-ion batteries after the government has expired has become a serious problem. my country's new energy vehicle is important to use pure electric mode, so the problem of failure of dynamic lithium-ion batteries after the government has expired has become a serious problem.

Lithium-ion battery recycling industry is significant, carrying out the pilot work of dynamic lithium-ion battery recovery, will promote the improvement of the market to speed up the power lithium-ion battery recovery system. Lithium-ion battery recall, the next industry will break! The value of billions of dollars of lithium-ion battery is smaller, so talk about their pollution is not much significant. First, we can see the management and control of manufacturing companies.

The management and control of chemical pesticide processing are very good. Instead, the lithium-ion battery processing company does not implement management and control, this is not to ignore. According to the research report, the power lithium-ion battery will soon usher in the first wave of retirement tide.

It is estimated that by 2020, the overall scale of lithium-ion battery recycling mall will reach 15.6 billion yuan. Sany-lithium-ion battery resource recovery may become dominated, recycled network + professional framework business model continuously optimized.

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