Environmental impact assessment for Gansu Jinhui Neng’s 100,000-ton advanced material project for power battery anodes officially made public

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The environmental impact assessment for Gansu Jinhui Neng’s project to produce 100,000 tons of advanced materials for power battery anodes has been officially made public. 2026-03-11 15:03:10 Recently, Gansu Jinhui Neng New Materials Co., Ltd. officially released the full text of the Environmental Impact Assessment Report for this project, which aims to produce 100,000 tons per year of advanced materials for power batteries. The Gansu Jinhui Neng industrial project for the production of 100,000 tons per year of advanced materials for power batteries, which is being publicized here, is located in the Circular Economy Demonstration Park of Zhangye Economic and Technological Development Zone. The total investment in this project amounts to 3,333,579.6 thousand yuan. The main construction components of the project include the pretreatment workshop, low-temperature modification workshop, powder production workshop, power workshop, medium-temperature modification workshop, fast-charging workshop, spare parts/fire-resistant materials warehouse, machinery repair workshop, pressure pump station/fire pump room, office building/shift dormitories, cafeteria, precursor material handling workshop, precursor preparation workshop, auxiliary systems, cryogenic air separation unit, 35kV substation, finished product workshop, crystallization workshop, gatehouse, and other core structures. It also includes other utility and auxiliary projects such as the overall plant layout and transportation systems, water supply and drainage systems, power supply systems, telecommunications systems, fire protection systems, and pipeline networks across the plant. The 330kV substation will undergo a separate environmental impact assessment and is not part of the scope of this evaluation. Upon completion, the project will have an annual production capacity of 100,000 tons of advanced materials for power batteries. By leveraging the mature technical capabilities of the parent company as well as the resource advantages of the location where the project is situated, it will be possible to further improve the performance of graphite anode materials, increase core production capacity, and reduce overall production costs, thereby meeting and supporting the rapid development needs of the current new energy vehicle battery industry.