A brief description of the main battery type recovery method and its purpose

Different types of lithium batteries are widely used in different occasions. It is a natural and human health undertaking to recycle used batteries more scientifically and economically. After hundreds of years of development, the basic recovery methods for major battery brands are currently the same in all countries around the world.

Dry batteries: alkaline manganese dry batteries and zinc manganese dry batteries, commonly referred to as carbon batteries and alkaline batteries. Such batteries are now required to ban Mercury and are therefore safe in life. For this reason, recycling is not required for such batteries. Of course, those who wish to recycle can engage in this business. It is also not necessary for users to put them into garbage cans. The purpose of recycling is to obtain metal steel and copper.

Nickel Battery: Nickel is also a toxic substance. Nickel batteries include nickel-cadmium and nickel-metal hydride batteries, which are used as substitutes for alkaline zinc and manganese batteries on many occasions. Nickel-cadmium and nickel-metal hydride batteries are at all recycling points in some public sites, and consumers can put waste batteries together for recycling. The purpose of the recovery is to obtain nickel, iron, zinc, cadmium by heating, and other metal oxides can be reprocessed.

Button batteries: including silver oxide batteries and button lithium-manganese batteries. This small battery is usually used in small devices such as calculators, watches, computers, and mice. This type of battery is characterized by low usage, small size, and Mercury. metal. The recycling method is to replace old batteries by professionals. Therefore, when the electric equipment is unable to use the battery, it can carry the electric equipment to the repair point and exchange the new battery from there. The recovered treatment is to crush and recover the metal.

Fourth, lithium-ion batteries. Lithium batteries are a type of environmentally friendly battery with high manufacturing costs. Since batteries are usually the main accessories of equipment, equipment recycling sites are generally willing to recycle lithium batteries. Recovery purpose: The positive and negative electrode of lithium-ion battery and some electrolytes can be reused.

Lead acid batteries have the highest recovery rates among all batteries because of the high risk of hazardous substances and the high availability of waste batteries, including plastics, sulfuric acid and lead. It is a widely used chemical raw material.

With the exception of dry batteries, which are basically free of pollution, other batteries are recycled either because of high prices or because of pollution or because of high recyclability. In general, they are battery products containing heavy metals. Of course, this type of battery is often encountered in people's daily life. As for industrial batteries, it is not discussed. Such batteries are often large devices themselves.

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