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On March 17, an environmental protection technology company in Yangquan proposed the construction of the "Annual 120,000-ton Spent New Energy Power Battery Comprehensive Utilization Project." Phase I of the project involves the dismantling and crushing of 20,000 tons of spent new energy power batteries and the cascade utilization of 5,000 tons of spent new energy batteries.

On March 16, the Longwan District Bureau of Ecology and Environment released the environmental impact assessment public notice for the "Spent Power Battery Dismantling and Standardized Cascade Utilization Project" undertaken by a battery energy company in Wenzhou. The project primarily involves battery assembly processes. It will add an annual capacity for cascade utilization of 5,000 tons of spent lithium-ion batteries, which are primarily used for base station backup power and energy storage systems.

On March 20, in accordance with the relevant provisions of the environmental impact assessment approval process for construction projects, the Jiujiang Municipal Bureau of Ecology and Environment planned to accept the environmental impact assessment documents for the "Ruichang City Lithium New Energy Battery Material Regeneration Production Project" undertaken by a company in Jiangxi. The core content of the project is to construct a comprehensive project for the precise recycling and regeneration of spent lithium battery materials, with a planned annual processing capacity of 38,000 tons of spent lithium-ion batteries. This includes 2 precise dismantling and material regeneration lines for lithium iron phosphate, with an annual processing capacity of 20,000 tons;

Recently, a new energy company in Hubei released the first public notice for the environmental impact assessment of its "Annual 240,000-ton Iron Process Lithium Iron Phosphate and Supporting Public Auxiliary Facilities Project." Upon completion, the project will achieve an annual production scale of 240,000 tons of lithium iron phosphate.

On March 24, the Lianyungang Municipal Bureau of Ecology and Environment released the acceptance announcement for the environmental impact assessment report of the "Annual 50,000-ton Spent Lithium Battery Resource Utilization Project" undertaken by a recycling technology company in Jiangsu. The project involves constructing 1 cascade utilization production line and 2 regeneration utilization production lines, establishing a resource utilization capacity of 50,000 tons/year for spent lithium batteries.

Recently, the Bengbu Municipal Bureau of Ecology and Environment in Anhui Province released the acceptance announcement for the environmental impact assessment report of the "Lithium Iron Phosphate Battery Cathode Material Repair Project" undertaken by a new energy technology company in Anhui. Phase I involves the procurement of pretreatment equipment, separation and repair equipment, mixing equipment, environmental protection equipment, etc., and the construction of one new production line for repairing 10,000 tons of lithium iron phosphate battery cathode materials. Phase II involves the construction of one new production line for repairing 10,000 tons of lithium iron phosphate battery cathode materials.

Recently, the Jiujiang Municipal Bureau of Ecology and Environment in Jiangxi Province released the acceptance announcement for the environmental impact assessment report of the "Ruichang City Lithium New Energy Battery Material Regeneration Production Project" undertaken by a company in Jiangxi. According to the public notice, a new materials company in Jiangxi has a project investment of 60 million yuan. The construction site is located in the Ruichang Economic Development Zone in Jiangxi. The project involves constructing 4 production lines, including 2 precise dismantling and material regeneration lines for lithium iron phosphate, with an annual processing capacity of 20,000 tons;

Recently, a relevant website released the environmental impact assessment announcement for the "Shanxi Lithium Battery Recycling, Crushing, and Powdering Project (First Phase)" undertaken by a company in Shanxi. According to the public announcement, the project has a total investment of 47 million yuan and is located in the Songcun Industrial Park, Zhangzi County, Changzhi City, Shanxi Province. It plans to construct 3 lithium battery powdering and crushing production lines, with an annual output of 20,000 tons of graphite powder, copper granules, aluminum granules, and lithium cobalt oxide powder.

Recently, a relevant website released the completion environmental protection acceptance monitoring report for the "Green Dismantling, Energy Saving, Emission Reduction, Recycling, and Reuse Vehicle Power Battery Pack Project" undertaken by a low-carbon technology company in Shandong, indicating the project is about to enter the production phase. The project primarily procures battery pack dismantling equipment, battery pack testing equipment, module testing equipment, battery testing equipment, assembly equipment, etc. Using acquired spent power battery packs as raw materials and purchased wiring harnesses, casings, etc., as auxiliary materials, through processes of dismantling, assembly, testing, and assembly

Recently, the Fuding Ecological Environment Bureau in Ningde City, Fujian Province, released the acceptance announcement for the environmental impact assessment document of the "Lithium Battery Material (General Industrial Solid Waste) Collection and Recycling Project" undertaken by an environmental protection technology company in Ningde. This project involves the recycling and processing of waste battery materials and waste lithium battery electrode sheet materials. It utilizes anode (negative electrode) sheets to separate copper particles and graphite powder through crushing and screening processes. The project has an annual capacity of recycling 30,000 tons of waste battery materials and processing 50,000 tons of waste lithium battery electrode sheet materials.

Recently, the official website of the Yantai Municipal People's Government in Shandong Province released the acceptance announcement for the environmental impact assessment document of the "12,000 Tons/Year High-Efficiency Power Battery Regeneration and Harmless Treatment Project (Phase I)" undertaken by a technology company in Zhaoyuan. Upon completion, the project will process 12,000 tons/year of power batteries, including a processing capacity of 8,000 tons/year for lithium iron phosphate battery recycling and 4,000 tons/year for ternary battery recycling. It will recover positive and negative electrode materials (black powder), aluminum granules, copper granules, iron granules, etc., annually.

Recently, the Hefei Xinzhan High-Tech Industrial Development Zone in Anhui Province released an announcement regarding the approval decisions for environmental impact assessment documents for construction projects made between March 2, 2026, and March 8, 2026. According to the announcement, a company specializing in recycling technology in Anhui has a comprehensive waste resource utilization project with a total investment of 45 million yuan. The construction site is located in the Hefei Xinzhan High-Tech Industrial Development Zone. The project will establish one new production line for the physical separation of lithium battery negative electrode sheets, one comprehensive utilization line for lithium battery positive/negative electrode sheets

Recently, a relevant website released the first public notice for public participation in the environmental impact assessment of the "Guangdong Province Spent Lithium Battery Recycling Industry Base Cluster Project (Phase I)" undertaken by a company from Guangdong. According to the public notice, the project is located in Huadu District, Guangzhou City, and is primarily engaged in the comprehensive utilization of spent lithium batteries. Upon completion, using 15,000 t/a of spent lithium-ion battery cells as raw materials, the project will produce main products including ternary battery mixed powder

Recently, the engineering construction acceptance inspection website published the environmental protection acceptance inspection for the "Annual 100,000-ton Spent Lithium Battery Recycling, Dismantling, and 20,000-ton Spent Lithium Iron Phosphate Powder Recycling Comprehensive Utilization Project" undertaken by a new energy technology company in Hunan, indicating the project is about to enter the production phase. The project will involve renovating an existing 2,000-ton lithium iron phosphate production line, replacing raw materials, auxiliary materials, and production equipment, and adding new equipment. Using 20,000 tons of spent lithium iron phosphate powder as the primary raw material.