"这本证，是我们核发的第200本水利工程不动产权证！"近日，浙江省临海市不动产登记服务中心一名工作人员手持崭新的证书说。自2024年1月获批全 国仅有的9个水库不动产登记试点以来，这座滨海城市以"破局者"姿态攻坚水利工程产权管理难题，截至目前，已累计颁发水利工程不动产权证200本，为全 国水利资产规范化管理和生态产品价值实现探索出一条可复制和推广的"临海路径"。 精准破题 从"权属模糊"到"有规可依" 从"跑腿折腾"到"一站通办" "以前办水利工程确权，要跑水利、自规、政务服务等多个部门，提交十几份材料，光来回跑就得半个月。现在线上一键申报，材料精简到5项，还能实 时查询进度，20多天就拿到证了！"日前，刚刚办理完山塘产权证的临海市永丰镇新四村党支部书记方言平点赞道。 临海市自然资源和规划局主导"一站式通办"服务体系：在政务服务大厅设立水利工程不动产登记专属窗口，整合自规、水利等部门业务环节，推行"一 窗受理、并联审批"；线上打通数据壁垒，实现材料递交、审核公示、证书查询全流程数字化，让数据多跑路、群众少跑腿。针对部分老旧水利工程资料缺 失的情况，该局牵头组建权属调查专班，联合水利、档案部门上门开展实地勘测、 ...

Core Viewpoint - The proposal by the Qinghai Provincial Committee emphasizes the construction of a modern infrastructure system in the region, focusing on enhancing safety, sustainability, and digital transformation of traditional infrastructure [1] Infrastructure Development - Strengthening overall planning of infrastructure, optimizing layout and structure, and promoting integration and resilience [1] - Advancing new infrastructure with a focus on 5G-A and 10G networks, and orderly deployment of sixth-generation mobile communication networks [1] - Accelerating the digital, networked, and intelligent transformation of traditional infrastructure [1] Transportation Network - Promoting the construction of a modern railway network, including the electrification of the Xining to Chengdu railway and the Golmud to Lhasa railway [1] - Enhancing connectivity with the "Belt and Road" initiative and the Western Land-Sea New Corridor [1] - Improving the road network to ensure smooth transportation routes, including upgrades to national and provincial roads and rural road enhancements [1] Airport and Air Traffic - Promoting the construction of a high-altitude airport cluster and orderly layout of general airports and low-altitude infrastructure [1] - Establishing a multi-level hub system centered around national comprehensive transportation hubs and regional traffic nodes [1] Water Resource Management - Accelerating the construction of a modern high-altitude water network and implementing key water resource allocation projects [1] - Researching and promoting major water diversion projects to optimize water resource allocation in key areas [1] - Strengthening flood prevention and disaster reduction systems in modern river basins [1]

Core Viewpoint - The article highlights the significant contributions of Zhang Jinliang, a leading figure in the management and innovation of the Yellow River, showcasing his dedication and the technological advancements achieved in river management over the past four decades [2][8]. Group 1: Contributions to Yellow River Management - Zhang Jinliang has dedicated over 40 years to the Yellow River, overcoming numerous global challenges in river management through technological innovation [2][3]. - He led the first large-scale artificial prototype experiment for Yellow River water and sediment regulation in 2002, which successfully enhanced the river's flow capacity by 400 cubic meters per second [3][4]. - The third water and sediment regulation experiment in 2004 introduced the "artificially shaped heavy flow" method, marking a world-first achievement in sediment management [4]. Group 2: Technological Innovations - Zhang's team developed a high-performance inorganic loess solidifying agent, which improved sediment dam capacity by 30%-40% and reduced construction costs by 25%-35% [5][6]. - He invented a new method for rock breaking using high-pressure water, addressing challenges in hard rock excavation [6][7]. - Zhang has been instrumental in creating the "Yellow River Basin Ecological Protection and High-Quality Development Water Security Guarantee Plan," contributing to national water management strategies [7]. Group 3: Mentorship and Legacy - Zhang emphasizes the importance of passing knowledge to younger generations, having mentored many who have become leaders in engineering projects [6][8]. - His approach to training includes hands-on experience in the field, ensuring that new talents understand practical applications of their studies [6][8]. - Zhang's commitment to the Yellow River and his role as a mentor reflect a deep sense of responsibility and dedication to the future of water management in China [8].

Core Viewpoint - The construction of a modern water network is essential for addressing water resource management, ecological balance, and disaster prevention in China, as highlighted in the "14th Five-Year Plan" and ongoing projects [1][2]. Group 1: Modern Water Network Construction - The modern water network aims to enhance flood disaster prevention, water resource allocation, and urban-rural water supply capabilities, with significant projects already completed during the "14th Five-Year" period [1]. - A total of 35 out of 40 key water transport channels outlined in the National Water Network Construction Plan have been built or are under construction, contributing to a more balanced water resource distribution across regions [1]. Group 2: Investment and Financing Reforms - The water sector is exploring integrated construction and management models, utilizing public-private partnerships (PPP) to attract social capital for water network projects [3]. - The Dashi Gorge Water Conservancy Project in Xinjiang serves as a model for a multi-channel financing system, addressing slow investment recovery in major water projects [3]. Group 3: Digital Empowerment - The water sector is advancing digital technologies, including digital twin models for water networks, to enhance monitoring and operational efficiency [4]. - Initiatives include the establishment of a National Water Network Dispatch Center and a Big Data Center to support the integration of physical and digital water networks [4]. Group 4: Public Benefits - The focus is on improving water resource infrastructure in key urban areas, energy bases, and agricultural regions to ensure water security and high-quality public services [5]. - Efforts are being made to extend water network coverage to smaller rivers and rural areas, enhancing accessibility and service quality for local communities [5].

Group 1 - The company is actively maintaining and repairing water supply pipeline valves to ensure the safety and efficiency of the water supply system in Liaoning Province [1] - The Panjin water supply project aims to address water resource shortages and improve groundwater conditions, playing a significant role in the overall water network construction in the province [1] - As of October 1, the project has officially entered the operational phase, having already supplied 15 million cubic meters of water to the Panjin area, enhancing the living conditions for urban residents and supporting regional economic development [1] Group 2 - The company plans to increase efforts in high-quality infrastructure projects related to cross-regional water resource allocation, urban-rural integrated water supply, and rural water supply during the 14th Five-Year Plan period [2] - The company emphasizes the collaborative development of water resource allocation, ecological protection, engineering construction, hydropower, and smart water management [2]

Core Viewpoint - The deployment of the first hydrological rain measurement radar system on the Yangtze River marks a significant enhancement in rainwater monitoring and forecasting capabilities for major water conservancy infrastructure in China [1][3]. Group 1: Technological Advancements - Traditional rain measurement methods using rain gauges are limited to recording precipitation that has reached the ground, which can be influenced by environmental factors and has a low resolution [3]. - The new generation rain measurement radar system overcomes the limitations of ground-based rain gauges by providing a comprehensive three-dimensional scan of liquid water in the atmosphere, allowing for detailed monitoring and forecasting of rainfall over an area of approximately 13,000 square kilometers around the Three Gorges Dam [3]. Group 2: Implementation and Future Plans - The first hydrological rain measurement radar system on the Yangtze River is scheduled to officially enter operation by the end of 2026, with a focus on data quality control, platform functionality enhancement, and intelligent application development [4]. - The Ministry of Water Resources is accelerating the construction of a three-tiered rainwater monitoring and forecasting system during the 14th Five-Year Plan period, with the Three Gorges Project being a key pilot for the first tier of radar construction and application [3][4]. Group 3: Monitoring and Forecasting System - The three-tiered rainwater monitoring and forecasting system consists of meteorological satellites, rain measurement radars, rain gauges, hydrological stations, and forecasting models [5]. - The first tier focuses on monitoring and forecasting "cloud rain" to extend short-term rainfall prediction periods, while the second tier aims to improve the accuracy of "ground rain" forecasts and warnings [5].

Group 1 - The first railway transport of "Chengdu-made" power lithium batteries marks a new logistics model, with the first trial train carrying batteries from Zhongxin Innovation Technology (Chengdu) Co., Ltd. to Shanghai, indicating a shift from road to rail transport, which is expected to reduce logistics costs by 20% to 30% [2] - Atlas Data Storage has launched the "Atlas Eon 100," the world's first scalable DNA data storage solution, claiming it can store data for thousands of years without needing refreshment, and remains stable in high-temperature environments [2] - The deployment of a hydrological radar system at the Three Gorges Project enhances safety and flood prevention efforts, addressing limitations of traditional rain measurement methods that are affected by environmental factors and have low resolution [2]

"哐哐哐"——沉闷的轰鸣穿透岩层，在环北部湾广西水资源配置工程（以下简称"环北广西工程"） 玉林供水片区施工D2标六万大山隧洞平威竖井工区深处，硬岩隧道掘进机（TBM）正在奋力掘进，连 续皮带系统将碎渣源源不断排出洞外。这项迄今为止广西投资最大、输水线路最长、受益人口最多的调 水工程，在复杂地质条件下不断刷新建设速度。 作为国务院部署的150项重大水利工程之一，环北广西工程491.1公里的输水线路串联起12条河流、 15座水库，沿途要穿越六万大山等复杂地形，面临着多重技术难题的考验。 "工程啃的是'一高、二长、三大'的硬骨头。"中铁隧道局广西水资源项目D2标工程师时伟强直 言，"隧洞内地温最高近40℃，TBM需要独头掘进11.487公里，是整条线路独头掘进距离最长的，270米 长的蚀变带像'豆腐块'很容易塌方；还有3.12兆帕的水压，相当于312米高水柱的水压压在管壁上。"面 对这些难题，团队通过不断优化施工组织与工法，提高TBM掘进效率。"截至目前，TBM累计掘进1060 米，比原方案提前近两个月。"他的声音里，透露出无数个昼夜攻坚的底气与信心。 进度与环保，在工地上从未失衡。"平威竖井施工采用清污分流，把 ...

Core Viewpoint - The construction of a modern water network is essential for addressing water resource management, ecological balance, and disaster prevention in China, as highlighted in the "14th Five-Year Plan" and ongoing projects [1][5]. Group 1: Modern Water Network Construction - The modern water network aims to enhance flood disaster defense, water resource allocation, and urban-rural water supply capabilities, with significant projects already completed or underway [1]. - The network's development is crucial for addressing the uneven distribution of water resources across regions, particularly in light of increasing extreme weather events [1][2]. Group 2: Investment and Financing Reforms - The water sector is exploring integrated construction and management models, utilizing public-private partnerships (PPP) to attract social capital for water network projects [3]. - The Dashi Gorge Water Conservancy Project in Xinjiang exemplifies a successful PPP model, addressing investment recovery challenges and expected to be fully operational by October 2026 [3]. Group 3: Digital Empowerment - The water sector is advancing digital technologies, including digital twin models for water networks, to enhance monitoring and operational efficiency [4]. - Initiatives include the establishment of a national water network scheduling center and a big data center to support the integration of physical and digital water networks [4]. Group 4: Public Benefits - The focus is on improving water resource management in key urban areas, energy bases, and agricultural regions, ensuring water safety and quality public services [5]. - Efforts are being made to extend the water network to smaller rivers and rural areas, enhancing accessibility and service quality for local communities [5].

（文章来源：证券日报） 本报讯天眼查App显示，近日，贵州省水利投资集团（安顺）有限公司成立，注册资本约3.59亿元，经 营范围包括建设工程施工等。股东信息显示，该公司由贵州省水利投资（集团）有限责任公司全资持 股。 ...