Adopting the cascade recovery process of decommissioned power batteries, the lithium recovery rate exceeds 92%, reducing carbon emissions by 60% compared with primary lithium salts. The product purity reaches more than 99.5%, which can meet the production requirements of energy storage batteries, and reduces procurement costs by 40% compared with primary lithium salts. It is accompanied by ISCC PLUS sustainable certification, meeting the sustainable procurement requirements of Europe and the United States. It is packaged in jumbo bags, adapting to the batch procurement needs of large-scale energy storage battery production.
It appears as white crystalline powder, with Li₂CO₃ content not less than 99.5%, lithium recovery rate ≥92%, Na≤30ppm, Ca≤15ppm, Fe≤8ppm, SO₄²⁻≤150ppm, Cl⁻≤80ppm, moisture ≤0.1%, bulk density 0.7-1.1g/cm³, D50 particle size range 15-25μm. It is packaged in 1000kg food-grade polypropylene jumbo bags, stored in a ventilated and dry place, with a melting point of 618℃ and a relative density of 2.11g/cm³, and passed the ISCC PLUS sustainable raw material certification.
It is mainly used in the production of lithium iron phosphate batteries for energy storage power stations, assembly of household energy storage battery modules; used as battery raw materials for distributed photovoltaic energy storage systems; adapting to the sustainable procurement standards of global energy storage enterprises, helping enterprises achieve carbon neutrality goals while reducing the production cost of energy storage batteries.
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