四川青川5万吨锂电池材料项目落地！

Core Viewpoint - The Sichuan Qingchuan Economic Development Zone has announced a second public notice for the environmental impact assessment of the Sichuan Xingheng Qiyuan New Materials Technology Co., Ltd. project, which focuses on the construction of a production line for new energy battery materials, including solid-state batteries and manganese-based precursor materials [1][10]. Group 1: Project Details - The project will cover an area of approximately 33,559.69 square meters with a total construction area of 14,840.02 square meters and a total investment of 200 million yuan [10]. - The production line aims to achieve an annual output of 50,000 tons of new energy battery materials, producing 11,250 tons of lithium manganese oxide, 35,000 tons of lithium iron manganese phosphate, and 3,750 tons of single crystal manganese oxide annually [10]. - The existing single crystal manganese oxide production line will undergo technical upgrades to replace manganese sulfate with polycrystalline manganese oxide as the main raw material, along with simultaneous upgrades to environmental protection facilities [10]. Group 2: Company Overview - Xingheng Qiyuan has established itself as a leader in the Qingchuan lithium battery industry since its inception in 2022, focusing on new energy lithium battery materials and precursors [3][12]. - The company launched its first phase project with an annual production capacity of 5,000 tons of manganese oxide in October 2022, and the second phase project, targeting an annual output of 50,000 tons of new energy lithium battery materials, is set to enter trial production in December 2024 [3][12]. - Xingheng Qiyuan's product range includes manganese oxide, manganese-based precursors, and solid-state battery electrolytes, with plans for technological upgrades to achieve large-scale production and full industry chain coverage from upstream to midstream in lithium batteries [3][12]. Group 3: Industry Standards and Initiatives - The China Electronic Energy Conservation Technology Association's Battery Recycling Utilization Committee is leading the drafting of multiple group standards related to the recycling and regeneration of used lithium-ion batteries, inviting excellent enterprises to participate [3][14]. - The committee, established in 2016, focuses on promoting battery recycling and reuse across various industries, including new energy vehicles, energy storage, and communications, to support sustainable development [15][16]. - The committee currently has over 600 member units and has become a recognized authority in the battery recycling field, facilitating standard formulation and industry events [16].