Core Insights - The Shunyi District surface water plant and pipeline project has received approval, marking the first surface water plant in the district, with construction set to begin in 2026 and completion expected by the end of 2029 [1] Group 1: Project Overview - The project will include the construction of a standardized water supply plant with a design capacity of 150,000 cubic meters per day [1] - Key construction components include water intake facilities, clarification pools, filtration pools, membrane workshops, and a pump station, along with approximately 9.3 kilometers of 1.4-meter diameter pipelines [1] - The plant will source water from the Jingmi Water Diversion Canal, providing water service guarantees for the western region of Shunyi [1] Group 2: Design and Technology - The project adheres to the highest standards of the "Sanitary Standards for Drinking Water" (GB5749-2022) and employs advanced treatment processes including pre-ozonation, mechanical stirring clarification, carbon-sand filtration, and ultrafiltration systems [2] - Additional features include a membrane treatment workshop and pre-chlorination with ozonation, along with reserved advanced UV disinfection equipment, ensuring water quality exceeds national standards [2] Group 3: Impact and Benefits - The completion of the surface water plant will significantly enhance the regional water supply system, improve public welfare, and support industrial upgrades, effectively meeting the water demands of key areas such as Shunyi New City and the Capital Airport Economic Zone [3] - The regional water supply security coefficient will increase from 1 to 1.3, creating a multi-source complementary water supply structure that enhances supply resilience [3] - The project aims to gradually replace major water sources with surface water, optimizing water resource allocation and expanding public water supply coverage to rural areas [3]

Core Viewpoint - The Ministry of Water Resources has reported significant progress in the "Mother River Revival Action," with 88 rivers and lakes achieving their ecological restoration goals by September 2025, emphasizing the ongoing commitment to river and lake health [1][2]. Group 1: Ecological Improvement - The Yongding River, which had been dry for 26 years, has been flowing continuously for five years, achieving the goals of a "flowing, green, clean, and safe river" [2]. - The number of days with water in 52 key rivers in the Haihe River basin increased from 221 days in 2020 to 283 days in 2024, with the proportion of rivers with water rising from 82.7% to 95.7% [2]. Group 2: Water Resource Management - The Ministry has implemented unified water resource scheduling to optimize allocation and support ecological restoration, following principles of water conservation and ecological protection [4]. - A total of 7.88 billion cubic meters of water has been supplied to the northern section of the Grand Canal, exceeding the planned supply by 142% [5]. Group 3: Groundwater Management - The over-extraction of groundwater has decreased by 31.9% compared to previous evaluations, with the area of severely over-extracted groundwater reduced by 51% [5]. - The revival of springs, such as the re-emergence of 81 springs in Beijing, indicates successful groundwater management [5]. Group 4: Water Usage Efficiency - During the 14th Five-Year Plan, water usage in the Haihe River basin has been stabilized at around 37 billion cubic meters, with significant reductions in water usage per unit of GDP and industrial output [7]. - The use of unconventional water sources reached 4.59 billion cubic meters in 2024, accounting for 12% of total water supply in the basin [7]. Group 5: Tailored Restoration Strategies - The Ministry emphasizes the need for tailored restoration plans for each river and lake, focusing on specific regional challenges such as river flow interruptions and lake shrinkage [8]. - Collaborative efforts among various departments are essential to ensure resource allocation and project focus on the ecological restoration of rivers and lakes [8].