读者关切 比如，新疆大石峡水利枢纽工程是全国首批12个政府和社会资本合作（PPP）试点重大水利项目之 一，构建了"政府引导+社会资本主导+金融机构支持"的多元投融资体系，有效破解重大水利工程投资 回收慢、吸引力不足的问题。目前，水库已下闸蓄水，预计2026年10月全面完工。 织密现代化水网，要在数字赋能上积极探索。 过去我们小区水压不太稳，水源换成地表水后，这个问题解决了。听自来水公司工作人员说，水是 通过国家水网工程调来的。我想了解，国家水网是一张啥样的网？能给咱老百姓带来哪些实惠？ "十五五"规划建议提出："加快建设现代化水网，增强洪涝灾害防御、水资源统筹调配、城乡供水 保障能力。" 加快建设现代化水网，是统筹解决水资源、水生态、水环境、水灾害问题的必然要求。"十四五"时 期，我国建成了引江济淮一期等12项重大引调水工程，《国家水网建设规划纲要》明确的40条骨干输排 水通道中，已建和在建35条，"南北调配、东西互济"的水资源配置格局加快形成，为保障防洪安全、供 水安全、粮食安全、生态安全发挥重要作用。 推进中国式现代化，要把水资源问题考虑进去。水利部规划计划司副司长王九大介绍，夏汛冬枯、 北缺南丰，水资源 ...

比如，新疆大石峡水利枢纽工程是全国首批12个政府和社会资本合作（PPP）试点重大水利项目之一， 构建了"政府引导+社会资本主导+金融机构支持"的多元投融资体系，有效破解重大水利工程投资回收 慢、吸引力不足的问题。目前，水库已下闸蓄水，预计2026年10月全面完工。 加快建设现代化水网，是统筹解决水资源、水生态、水环境、水灾害问题的必然要求。"十四五"时期， 我国建成了引江济淮一期等12项重大引调水工程，《国家水网建设规划纲要》明确的40条骨干输排水通 道中，已建和在建35条，"南北调配、东西互济"的水资源配置格局加快形成，为保障防洪安全、供水安 全、粮食安全、生态安全发挥重要作用。 推进中国式现代化，要把水资源问题考虑进去。水利部规划计划司副司长王九大介绍，夏汛冬枯、北缺 南丰，水资源时空分布极不均衡是我国基本水情，再叠加极端水旱灾害多发的显著态势，这对构建国家 水网提出更高要求。与此同时，水利基础设施存在互联互通和协同融合不够、水利公共服务水平有待提 高等短板，接下来必须固底板、补短板、锻长板，打造高质量、高标准、强韧性的现代化水网。 织密现代化水网，要在互联互通上发力。 "水利部门聚焦卡点堵点，将以联网、 ...

Group 1 - The core message emphasizes the importance of implementing Xi Jinping's directives regarding water management in Xinjiang, focusing on water conservation and systematic governance [3][7] - The Ministry of Water Resources aims to enhance agricultural water efficiency, promote modern irrigation systems, and improve the overall utilization of water resources in Xinjiang [7][8] - There is a strong emphasis on the need for a comprehensive approach to river and lake management, including initial water rights allocation and the exploration of water rights trading [7][8] Group 2 - The strategy includes the construction of a modern water network that is safe, efficient, and environmentally friendly, aligning with the broader goals of socialist modernization in Xinjiang [8] - The plan involves the integration of digital technologies to enhance water network operations, focusing on predictive capabilities and intelligent management systems [8]

Core Viewpoint - The Ministry of Water Resources emphasizes the importance of modernizing water management systems in the Fujian province to ensure water safety and support high-quality development in line with national modernization goals [1][3]. Group 1: Modernization Goals - The focus is on constructing a modern water infrastructure system that enhances flood safety and operational sustainability, while also improving the capacity for disaster prevention and water resource management [3][5]. - The goal is to achieve a "systematic, safe, efficient, green, intelligent, and orderly" water network that integrates various aspects of water management [3]. Group 2: Technological Integration - The Ministry aims to accelerate the development of a digital twin water network and an integrated monitoring system that combines various technologies for better water management [3][5]. - Emphasis is placed on enhancing predictive capabilities for flood forecasting through advanced monitoring and warning systems [5]. Group 3: Governance and Management - The approach includes strengthening the river and lake chief system, promoting unified planning, governance, and management of river basins [5]. - There is a commitment to addressing issues through both remediation and preventive measures, focusing on the ecological protection of important river systems [5].

Core Insights - The article highlights the successful transformation of water resource management in Wudi County, Shandong Province, which has overcome severe water scarcity issues through modern water network construction and innovative management strategies [1][2][3][4][5] Group 1: Water Resource Management - Wudi County faced significant water resource challenges, with per capita water resources only one-fourth of the national average and 67% of agricultural and industrial water relying on the Yellow River [1] - The county has implemented a modern water network construction strategy, integrating multiple departments and investing 4.6 billion yuan in water resources [2] - The introduction of digital technologies has enabled intelligent management of the water supply, drainage, and flood prevention processes [2] Group 2: Infrastructure Development - Significant investments have been made in expanding and enhancing water storage and irrigation capabilities, including 1.2 billion yuan spent on river dredging and the construction of new water gates [3] - The county's water storage capacity has increased by 60 million cubic meters over three years, equivalent to building 13 medium-sized reservoirs [3] - The "West Water East Transfer" project has improved water resource distribution, alleviating flood pressure and addressing irrigation challenges in eastern towns [3] Group 3: Desalination Projects - The North Lu Water Source Desalination Project, with a total investment of 1.5 billion yuan, aims to produce 50,000 tons of fresh water daily, significantly contributing to local water supply needs [4] - The cost of desalinated water has been reduced to 7.5 yuan per ton, making it economically viable for local enterprises and saving them approximately 150 million yuan annually [4] Group 4: Ecological and Economic Impact - The water network construction has not only addressed water scarcity but also enhanced the ecological environment, transforming polluted waterways into scenic areas [5] - The integration of water resources with tourism and agricultural development has created a sustainable model for economic growth, emphasizing the importance of water in urban and rural development [5] - The ongoing improvements in the water network are expected to lead to a high-quality, sustainable water management system in Wudi County, promoting both ecological health and economic prosperity [5]

Core Viewpoint - The article highlights the transformation of the Huai River management from passive defense to proactive control, showcasing advancements in technology and engineering over the past 75 years, which have significantly improved flood management and water resource allocation [1][2][4]. Group 1: Historical Context - The Huai River was historically known as one of the most difficult rivers to manage in China, with an average of 94 floods every century from the 16th century until the founding of the People's Republic of China [2]. - The management approach relied heavily on manpower, exemplified by the 1991 flood disaster where temporary shelters were set up for displaced residents, and flood control was primarily reactive [2]. Group 2: Engineering Developments - The Huai River basin has seen the construction of over 8,600 reservoirs, 86,000 kilometers of levees, and more than 40,000 sluices, forming a comprehensive flood control system capable of withstanding the largest floods since the establishment of New China [2][4]. - The completion of the Huayuan Lake flood control gate in 2020 marked a shift from uncontrolled flooding to managed flow, enhancing flood control capabilities [3]. Group 3: Technological Innovations - The implementation of the "Four Preventions" system (forecasting, early warning, drills, and plans) has become a core operational system for flood management, achieving a maximum flow forecasting error of less than 10% [4]. - The system successfully predicted the maximum water level of Hongze Lake at 13.60 meters with an error of only 3 centimeters, demonstrating the effectiveness of advanced forecasting techniques [4]. Group 4: Future Prospects - The integration of digital technologies and AI in river management is expected to enhance efficiency and precision, moving towards a more scientific and comprehensive management approach [5][6]. - The ongoing development of digital twin technologies for river basins and water networks aims to further improve water resource management and flood control strategies [6].