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 the coastal wetland restoration project of the northern reclamation area of Huizhou Pinghai Power Plant. In order to reflect the principle of openness and fairness and strengthen public participation, we are now publicizing the basic information of the environmental impact assessment documents of the project for a period of 5 working days (April 15, 2025 to April 21, 2025). If you have any opinions, please write or call our bureau during the publicity period to reflect them. Contact Address: Room 414, Building 7, Huizhou Citizen Service Center, No. 31 Sanxin North Road, Huicheng District, Huizhou City, Postal Code: 516008 Contact Phone: 0752-2168718 Email: shjhyk@huizhou.gov.cn 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 proposed decision to approve the environmental impact assessment documents for construction projects. Project name: Coastal Wetland Restoration Project of Reclamation Project in the North of Huizhou Pinghai Power Plant Construction unit: Guangdong Huizhou LNG Co., Ltd. Construction site: mudflat along the coast of Furong Village, northeast of Fanhe Port, Huidong County Environmental Impact Assessment Agency: Nanjing Guohuan Technology Co., Ltd. Project overview: The project plans to transform mangrove forest and suitable forest land along the beach of Furong Village, northeast of Fanhe Port, covering an area of about 5 hectares. Temporary cofferdams are formed by loosening wooden piles, laying woven cloth (or bamboo strips), and the outside sea mud is filled or dredged with machinery to improve the height of mudflat and fix the newly built For the purpose of improving the soil quality of mudflat, the mudflat height is suitable for mangrove growth, and the amount of sludge backfilling is 61200 cubic meters. The planting area of mangrove forest is 4.65 hectares, and the tree species used are white soil and red sea olive, with a planting density of 3 plants per square meter. The total investment of this project is 3.8637 million yuan, with an environmental protection investment of 2.1374 million yuan and a construction period of 3 months. Main environmental impacts and measures to prevent or mitigate adverse environmental impacts: 1. Environmental impact analysis and evaluation. The construction period of the project is 3 months, and after completion, the mangrove planting area is 4.65 hectares. (1) The hydrodynamic impact of the project construction on the marine hydrodynamic environment is relatively small. After the project, the water depth in the soil extraction area increases, and the flow velocity slows down to a certain extent. After the project, the tidal channel formed in the mangrove planting area increases the flow velocity, and overall, the tidal current changes little. (2) The impact of topography and erosion environment on this project is relatively small. After the ecological restoration project, a certain degree of sedimentation occurred in the front-end area, with a maximum sedimentation rate of 0.03m/a. After the soil excavation project, the water depth increased and the flow velocity slightly slowed down. The suspended sediment in this area is more prone to settlement than before the project, and there is slight sedimentation after the project, with a sedimentation rate of 0.04m/s in most areas. After the construction of the soil sampling area and mangrove planting area, there was an increase in flow velocity, resulting in a certain degree of erosion. The maximum erosion velocity occurred in the southern area of the soil sampling area, with most areas experiencing erosion rates not exceeding 0.1m/a. Overall, this project has little impact on the erosion and deposition of the terrain and landforms. (3) Sea water quality environmental impact project mud taking, mudflat