Lithium battery recycling equipment with high recycling capacity
Release Time：2022-11-27 Source：Lithium battery recycling equipment Share：
The working principle of waste lithium battery recycling equipment is to first mechanically dismantle the whole lithium battery, separate the shell, separate the diaphragm, and then crush the positive and negative raw materials to below 10mm with coarse crusher, and then enter the particle crusher for stripping and crushing, and then enter the particle classifier for separation and processing, and the tail ash is collected by the back channel cyclone separator and pulse dust collector.
High value of comprehensive utilization of waste lithium batteries, including cobalt, lithium, copper and plastic are valuable resources, scientific and effective treatment and disposal of waste lithium batteries, not only has significant environmental benefits, but also has good economic benefits. Waste lithium battery recycling equipment mainly uses physical recycling methods, with green low-carbon, no secondary pollution and other characteristics, and take into account the economy and efficiency, lithium battery recycling treatment not only to achieve the use of valuable components, but also harmless treatment of harmful components. The whole recycling process has realized industrial automation, good recycling efficiency and strong processing capacity.
The electric material of waste lithium-ion battery enters the environment, and can undergo chemical reactions such as hydrolysis, decomposition and oxidation with other substances in the environment, producing heavy metal ions, strong alkali and negative carbon dust, resulting in heavy metal pollution, alkali pollution and dust pollution; the electrolyte enters the environment, and can undergo chemical reactions such as hydrolysis, decomposition and combustion, producing HF, arsenic-containing compounds and phosphorus-containing compounds, resulting in fluorine pollution and arsenic pollution. Waste lithium-ion batteries are mainly composed of shell, positive, negative, electrolyte and isolation film, which contain more copper, aluminum, graphite, cobalt, lithium and other substances of greater utilization value.