According to the relevant regulations on the approval process for environmental impact assessment of construction projects, our bureau intends to review the environmental impact assessment documents of Guangdong Hengfu Energy Recycling Technology Co., Ltd.'s annual processing of 50000 tons of waste lithium-ion battery recycling project. In order to reflect the principle of openness and fairness, and strengthen public participation, the basic information of the environmental impact assessment documents of the project is now publicly announced for a period of 5 working days. If you have any opinions, please send a letter or call to our bureau during the public announcement period. Contact address: Building 7, Citizen Service Center, No. 31 Sanxin North Road, Jiangbei, Huizhou City, postal code 516001 Contact phone number: 0752-2167968 Hearing notice: According to the Administrative Licensing Law of the People's Republic of China, within five working days from the date of public announcement, applicants and interested parties may apply for a hearing on the approval decision of the environmental impact assessment documents for the following construction projects. Project Name: Guangdong Hengfu Energy Recycling Technology Co., Ltd. Annual Processing of 50000 Tons of Waste Lithium ion Battery Recycling Project Construction Unit: Guangdong Hengfu Energy Recycling Technology Co., Ltd. Construction Location: Xiangshui Elderly Care Home (Tumen), Huzhen Town Economic Union General Society, Boluo County Environmental Impact Assessment Agency: Guangdong Evergreen Environmental Protection Technology Co., Ltd. Project Overview: The project is planned to be located in Xiangshui Elderly Care Home (Tumen), Huzhen Town Economic Union General Society, Boluo County, with a total investment of approximately 310 million yuan, including 12.1933 million yuan in environmental protection investment. Construct 5 assembly lines for dismantling waste lithium battery packs and 80 automatic lithium battery sorting cabinets, 2 production lines for resource utilization, crushing, and dismantling of waste lithium ion batteries, and 2 production lines for resource utilization, crushing, and screening of waste lithium ion battery electrode sheets. It is expected to recycle and regenerate 50000 tons of waste lithium ion batteries per year, including approximately 25000 tons per year of retired new energy vehicle battery packs, approximately 15000 tons per year of waste lithium ion battery cells, 5000 tons per year of waste positive electrode sheets, and 5000 tons per year of waste negative electrode sheets. Main environmental impacts and measures to prevent or mitigate adverse environmental impacts: 1. Wastewater discharge: Regularly discharged discharge wastewater belongs to hazardous waste and is entrusted to qualified units for treatment; Spray wastewater, indirect cooling water, and initial rainwater are treated with "sand filtration+carbon filtration" and reused in the spray system without being discharged. After pre-treatment in septic tanks and oil separators, domestic sewage is discharged into the Xiangshuiputou Domestic Sewage Treatment Plant in Huzhen Town, Boluo County through the municipal pipeline network. After meeting the standards, the tail water is discharged into the Shahe River and finally flows into the Dongjiang River. 2. The exhaust gas mainly comes from processes such as salt water discharge, rough crushing and drying, anaerobic crushing and pyrolysis, crushing and screening of waste batteries, crushing and screening of waste electrode sheets, and step-by-step utilization welding. Saltwater discharge, rough crushing and drying, anaerobic crushing and pyrolysis waste gas: The saltwater discharge process mainly produces NMHC and HF, and the waste gas is collected under closed negative pressure; The rough drying process mainly produces NMHC and HF, which are collected by directly connecting the exhaust outlet of the equipment to the gas collection pipe and collecting the exhaust gas through a double-layer enclosed workshop with overall ventilation; The anaerobic crushing pyrolysis mainly produces NMHC, HF, and pyrolysis dust. The anaerobic crusher and anaerobic pyrolysis furnace are both enclosed equipment, and the exhaust gas outlet of the equipment is directly connected to the gas collection pipe for collection, and the double-layer enclosed workshop is used for overall exhaust collection of exhaust gas. Mixed waste gas collected during saltwater discharge, rough crushing and drying, anaerobic crushing and pyrolysis processes