Core Insights - The National Water Network has been established as the world's largest water infrastructure system, with investments exceeding 5.68 trillion yuan during the 14th Five-Year Plan period, marking four consecutive years of over 1 trillion yuan in investment [1][2] Investment and Infrastructure Development - During the 14th Five-Year Plan, the National Water Network has achieved a water supply capacity increase of 31.8 billion cubic meters [4] - The network has also expanded irrigation areas by over 53 million acres, significantly enhancing agricultural productivity [5] Rural Water Supply and Quality of Life - By the end of 2025, the rural tap water coverage rate is expected to reach 96%, reflecting the country's commitment to improving rural water supply systems [6] - The initiative has led to the construction of over 5,500 "Happy Rivers and Lakes," enhancing ecological restoration and improving the living environment for rural populations [6] Ecological and Social Impact - The National Water Network not only provides essential water resources but also plays a crucial role in ecological conservation, ensuring the restoration of rivers and lakes that had previously dried up [6] - The network is designed to integrate water supply across urban and rural areas, thereby improving the overall quality of life for millions of citizens [6][7]

Core Viewpoint - The approval of the feasibility study report for the Nangua Ping Reservoir project in Lijiang, Yunnan Province, marks a significant step in the implementation of a major infrastructure project with a total investment of 4.059 billion yuan [1] Group 1: Project Overview - The Nangua Ping Reservoir is located in Ninglang County, Lijiang City, Yunnan Province, on the upper reaches of the Wulang River, a first-level tributary of the Jinsha River [1] - The project has a total investment of 4.059 billion yuan and a total storage capacity of 118 million cubic meters, classified as a large (II) type reservoir [1] - The primary purposes of the reservoir are irrigation and urban-rural water supply, while also considering ecological environment protection in the Chenghai Lake watershed [1] Group 2: Significance and Next Steps - The project is one of the 150 major water conservancy projects in the country, and its approval signifies the transition from planning to construction phase [1] - The project is set to commence full-scale construction soon, moving from the "blueprint" stage to the "construction drawing" stage [1]

Group 1 - The National Development and Reform Commission has officially approved the feasibility study report for the second phase of the Central Yunnan Water Diversion Project, marking a significant breakthrough in the largest investment scale and longest water diversion route in Yunnan's water conservancy history [1] - The Central Yunnan Water Diversion Project, which began construction in August 2017, aims to address severe water shortages in the central Yunnan region by diverting water from the Jinsha River [1] - The total investment for the project is 9.994 billion yuan, consisting of water diversion and regulation projects, including the construction of nine new water diversion main lines and the establishment and expansion of four reservoirs [1] Group 2 - Once fully completed, the project is expected to divert an average of 3.4 billion cubic meters of water annually to the central Yunnan region, benefiting an area of 36,900 square kilometers [1] - The project will enhance the province's water resource allocation capacity, effectively alleviating long-term water shortages in the central Yunnan region and improving the aquatic ecological environment of rivers and highland lakes [1] - The approval of this project further clarifies and perfects the main framework and arteries of Yunnan's water network, positioning the province to seize national strategic opportunities for construction and expand effective investment [2]

Group 1 - The core focus during the "14th Five-Year Plan" period in Qinghai is on improving rural and pastoral water supply, with the implementation of 535 projects benefiting 3.2 million people [1] - The rural and pastoral tap water penetration rate increased from 78.1% at the end of the "13th Five-Year Plan" to 87.5%, with 43.5% of the rural population covered by large-scale water supply projects [1] - The construction of 1,240 water purification and disinfection facilities has led to a steady improvement in water quality standards in rural areas [1] Group 2 - Qinghai is actively building a system for "engineering prevention and control + monitoring and early warning + emergency response" during the "14th Five-Year Plan" period [2] - A total of over 940 kilometers of major tributaries and small rivers have been treated, with the river embankment compliance rate increasing from 70% to 93% [2] - The province has established a comprehensive rainwater monitoring and forecasting system with 1,906 rain monitoring stations, achieving full coverage of early warning information in key areas [2]

Group 1 - During the "14th Five-Year Plan" period, Qinghai Province implemented over 2,300 water conservancy projects with a total investment of 28.2 billion yuan, setting a new historical record [1] - The water resource capacity of the "Chinese Water Tower" is steadily improving, with the total water resources in the province expected to reach 95.859 billion cubic meters by 2024 [1] - The province has created 100 provincial-level "Happy Rivers and Lakes," with three rivers receiving national recognition for their restoration efforts [1] Group 2 - The "No. 1 Water Conservancy Project" of the Yangtze River Diversion has been fully completed and operational, supporting irrigation for one million acres and benefiting approximately 3 million people [2] - The province has added a water supply capacity of 5.22 billion cubic meters, significantly supporting the development of two trillion-level industrial clusters [2] - The establishment of the South-to-North Water Diversion Group Qinghai Company and the initiation of the first phase of the water resource allocation project in the Qaidam Basin, with an investment exceeding 10 billion yuan, aims to promote collaborative development of green water, green electricity, and green computing [2]

来源：中国新闻网 编辑：张澍楠 "十四五"期间 青海实施水利项目2300余项 中新网西宁1月12日电 (李隽 杨子潇)12日，记者从青海省"'十四五'发展成就"系列主题新闻发布会省水 利厅专场获悉，"十四五"期间，该省实施水利项目2300余项，完成投资282亿元，再创历史新高。 "青海'一号水利工程'引大济湟全面竣工验收投产达效，支撑百万亩灌溉、两个千亿级产业集群、两市5 县区城乡供水，惠及人口约300万人。"青海省水利厅副厅长崔存勇介绍，该省新增供水能力5.22亿立方 米。 同时，该省着眼于形成集水资源配置与利用、流域防洪排涝、水生态系统保护等功能于一体的综合性、 系统性高原水网，通过优化配置水资源，既保障城市群、能源基地、重点生态功能区水安全，又将水网 延伸到中小河流、乡村河湖等"最后一公里"，谋划构建省、市、县三级水网，打造高质量的水利公共服 务体系。 图为新闻发布会现场。李隽 摄 "我们立足流域整体和水资源空间均衡配置，建立重大工程省级推进、区域重点项目市州推进、小型项 目县级推进的前期工作协调推进机制和水利项目储备库机制，储备水利项目投资规模约1698亿元。"青 海省水利厅规划计划财务处处长邢永军介 ...

Core Insights - The Guangdong Leizhou Peninsula irrigation project is a significant water conservancy initiative aimed at enhancing agricultural productivity and ensuring regional food security in the western Guangdong area [1][2] - The project has received official approval from the provincial development and reform commission, marking a critical step towards its full-scale construction [1] Group 1: Project Overview - The Leizhou Peninsula irrigation project is the largest new irrigation area under construction in China, expected to rank as the seventh largest in the country and the largest in South China upon completion [1] - The project will cover three regions: Leibei, Leixiannan, and Leidongnan, benefiting an area of 4.64 million acres, with 2.54 million acres newly restored for irrigation and 580,000 acres improved [1] Group 2: Economic and Environmental Impact - The project aims to increase the grain planting area by 1.888 million acres, reaching a total of 3.185 million acres, with an expected increase in grain production of 715,000 tons [2] - The annual economic benefit from agriculture is projected to increase by 2.58 billion yuan [2] - The project will also reduce the over-extraction of groundwater by 8.234 million cubic meters annually and decrease the ecological water consumption by 1.986 million cubic meters, contributing to the protection of the water ecological environment [2] Group 3: Construction and Management Strategy - The project employs a combination of project-based and non-project-based approaches, integrating military, civilian, and enterprise efforts to expedite construction [2] - The next phase will involve preliminary design, with a focus on establishing project management systems, including responsibility and bidding processes, to ensure timely commencement of the main construction [2]

2024年以来，省水利厅充分发挥绩效评价正向激励作用，会同省财政厅加快预算资金分解下达，指 导市县聚焦移民美丽家园建设、安置区产业发展、移民就业创业能力提升等重点任务，建立健全项目储 备制度，及时完成年度项目计划编制。市、县移民管理机构及时足额发放移民补助资金，加快项目建设 与资金支付进度，绩效管理意识明显提高，推动项目高质量建成、移民尽早受益。2024年通过惠民惠 农"一卡通"系统发放移民补助资金3.21亿元，惠及移民53.53万人，建成移民美丽家园建设项目921个、 产业扶持项目502个，完成就业创业能力培训3.88万人次，绩效目标顺利完成。 省水利厅相关负责人表示，水库移民安置区产业转型升级、美丽家园建设等重点工作的深入开展， 有效改善了移民生产生活条件，进一步增强了水库移民的获得感、幸福感。（记者：徐颖） 1月8日，记者从省水利厅获悉：近日，财政部办公厅、水利部办公厅联合通报2024年度中央水库移 民扶持基金绩效评价结果，陕西再次荣获优秀等次。这是陕西自2016年以来，连续第九次获得优秀等 次，为全省水库移民工作持续健康发展奠定了坚实基础。 ...

滇中引水二期配套工程玉溪段顶管施工总长达8.65千米，需穿越玉溪市主城区道路、昆玉铁路及多条高 速公路。雄关隧洞顶管段衔接进口与出口段，全长163米，平均埋深26.7米。 本报讯 记者杜仲莹报道 1月9日，随着顶管钻头精准破壁，滇中引水二期配套工程玉溪段华宁干线雄关 隧洞顶管段实现贯通。至此，全长7.05千米的雄关隧洞全隧贯通。 ...

在监控室智慧媒体屏上，盾构机掘进土仓压力、油缸推力、各点位作业影像等关键运行参数全部清晰呈 现，技术人员可实时掌握盾构机地下作业状态。 红枫湖至花溪水库连通工程是贵州省首个采用盾构技术的水利输水工程，一台长150米的盾构机，能同 步完成掘进、出渣、管片安装、注浆等工序，施工效率较普通施工提高25%以上。据了解，连通工程主 要由取水口、输水隧洞组成。整个输水线路总长19.65公里，每年将通过自流方式从红枫湖水库将2.18亿 立方米的水量引入花溪水库，有效保障贵阳市的供水安全。 转自：贵州日报 本报讯（记者 向莉君）2025年12月24日，在贵阳市红枫湖至花溪水库连通工程4号竖井主体工程建设现 场，盾构机正在44.8米深的井下开展掘进作业。 ...