In the new energy lithium battery industry, GeekingTech evaporators are mainly used for the preparation of battery materials, treatment of waste liquid, and recycling of lithium batteries, thereby reducing waste liquid pollution and achieving effective resource recovery.
Evaporation, concentration, crystallization and drying in the production of lithium battery raw materials such as lithium hydroxide(LiOH), Li2CO3, cobalt chloride(CoCl2), lithium chloride (LiCl), manganese sulfate(MnSO4), cobalt sulfate(CoSO4), lithium sulfate(Li2SO4), nickel sulfate(NiSO4), zinc sulfate(ZnSO4), etc.
Treatment of wastewater from lithium battery production, such as various types of wastewater generated during the production of ternary materials (precursors), lithium iron phosphate(LiFePO4), copper foil, etc, including high salt wastewater treatment such as ammonium chloride(NH4Cl), ammonium sulfate(NH4)2SO4), sodium chloride (NaCl), sodium sulfate(Na2SO4), etc.
As an important component of the positive electrode material for lithium batteries, Lithium salt is usually extracted from ores or salt lake brine. During the extraction and purification of lithium salts, evaporators are used to concentrate brine, with which lithium salts can be effectively recovered while removing some impurities.
In the lithium battery recovery field, the application of evaporators mainly focuses on treating organic solvents in waste lithium batteries, extracting valuable metals such as lithium, cobalt, nickel, and wastewater treatment, which is of great significance for resource recovery.
GeekingTech has breakthrough processes in scaling, high energy consumption, and corrosion of equipment materials, which have been extensively and successfully validated.
In addition to lithium, GeekingTech, an industrial evaporator manufacturer , has been commercially validated in terms of sustainable production and recovery of other precious metals, such as nickel, cobalt, and uranium, and it also provides comprehensive solutions for new energy lithium battery industry.
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