转自：衢州日报 （来源：衢州日报） 本报讯 （通讯员 胡文佳 魏恒） 2月11日上午，伴随着哗哗水声，清澈的乌溪江水自乌引枢纽进水闸奔 涌而出，一路向东，送往龙游县洪畈水库。这是乌引工程今年第二轮向龙游供水，将为春节期间龙游城 区用水筑牢保障。 此前，受降水偏少影响，龙游城区供水面临压力。1月13日，市水利管理中心通过乌引渠道，向洪畈水 库输送今年第一轮供水，解了当地供水"燃眉之急"。"真是'及时雨'啊！"水库负责人由衷感慨。 据市水利管理中心水资源管理科负责人介绍，水利部门克服乌引库区项目施工难题，多次协调提升石室 堰渠道通水能力，全力保障沿线供水需求。1月13日至17日，乌引工程开展第一轮供水，5天内向洪畈水 库供水250万立方米。 为进一步夯实龙游春节期间城区用水保障，自2月11日起，乌引工程开启今年第二轮供水，预计持续5 天，可输送优质水源200万立方米，有效保障龙游县城区及周边乡镇约12万人近20天的生活饮用水需 求。 2025年以来，我市平均降水量持续偏少，导致全市水库蓄水量偏低，其中龙游城区饮用水源地——高坪 桥、社阳、洪畈3座水库可用水量仅603.58万立方米，供水保障面临挑战。对此，市水利局 ...

新闻事实：2025年6月29日，青海最大跨流域调水工程引大济湟工程实现全面竣工验收、整体投运，惠 及300多万人口，将湟水北岸100万亩旱地变为水浇地，彻底改变当地农民千百年来"靠天吃饭"的干旱农 业历史，为农牧产业用水和民生供水提供稳定保障。 事件意义：彻底破解青海东部农业区水资源短缺瓶颈，夯实农牧产业稳产高产的水利基础，保障粮食安 全。显著改善民生供水条件，提升群众生产生活质量，筑牢乡村振兴的水利根基。推动农业种植结构优 化升级，促进农业现代化与规模化发展，实现生态补水、农业灌溉与民生保障多重效益叠加。 热点话题：引大济湟工程全面竣工赋能农牧与民生 ...

Group 1 - The core viewpoint of the news is that the South-to-North Water Diversion Project has successfully increased water supply and improved water security for northern regions during the 14th Five-Year Plan period [1][2] - The East and Middle Line Phase I of the project has safely and steadily operated, adding over 45 billion cubic meters of water supply and serving more than 52 million people [1] - Cumulatively, the project has diverted over 85 billion cubic meters of water, providing a stable and high-quality water source for 195 million people across 48 major cities in seven provinces [1] Group 2 - By 2025, the comprehensive benefits of the South-to-North Water Diversion Project are expected to be fully realized, exceeding annual water diversion targets [1] - The Middle Line's water supply volume reached 6.261 billion cubic meters, ensuring drinking water safety for 118 million people along the route [1] - The East Line's Shandong main line supply volume reached 1.322 billion cubic meters, meeting the designed supply scale, while the emergency supply project for the East Line provided over 2.9 billion cubic meters to Tianjin and Hebei [1] Group 3 - The high-quality development of subsequent projects under the South-to-North Water Diversion initiative is being actively promoted, including the construction of the Middle Line Jianghe Supplementary Project and improvements to the storage and regulation system [2] - The company is also accelerating preliminary work on the West Line and deepening the feasibility studies for the East Line's subsequent projects [2] - The company plans to actively participate in national water network construction and expedite the water resource allocation projects in the Qaidam Basin and Qinghai [2]

南水北调东线一期工程正式通水以来，统筹优化利用当地水、淮河水、长江水，顺利完成12个年度调水 任务，累计抽江水量529亿立方米，其中，向山东省调水80.9亿立方米，北延工程向河北、天津供水超8 亿立方米，为沿线受水区经济社会高质量发展提供了充足水源保障，助推区域水生态环境持续向好。 北京1月15日电 记者从中国南水北调集团有限公司获悉：1月15日，位于山东省枣庄市的台儿庄泵站开 机运行，南水北调东线一期工程2025至2026年度全线调水工作正式启动。根据水利部印发的水量调度计 划，2025至2026年度，南水北调东线一期工程计划向受水区净增供水量16.38亿立方米，创历史新高， 其中江苏、安徽、山东分别净增供水量6.62亿立方米、0.46亿立方米和9.30亿立方米；苏鲁省际台儿庄 泵站计划向山东省调水13.21亿立方米。 ...

记者从中国南水北调集团有限公司获悉：1月15日，位于山东省枣庄市的台儿庄泵站开机运行，南水北 调东线一期工程2025至2026年度全线调水工作正式启动。根据水利部印发的水量调度计划，2025至2026 年度，南水北调东线一期工程计划向受水区净增供水量16.38亿立方米，创历史新高，其中江苏、安 徽、山东分别净增供水量6.62亿立方米、0.46亿立方米和9.30亿立方米；苏鲁省际台儿庄泵站计划向山 东省调水13.21亿立方米。 南水北调东线一期工程正式通水以来，统筹优化利用当地水、淮河水、长江水，顺利完成12个年度调水 任务，累计抽江水量529亿立方米，其中，向山东省调水80.9亿立方米，北延工程向河北、天津供水超8 亿立方米，为沿线受水区经济社会高质量发展提供了充足水源保障，助推区域水生态环境持续向好。 （文章来源：人民日报） ...

光明日报北京1月15日电记者陈晨从中国南水北调集团获悉，15日12时，位于山东省枣庄市的台儿庄泵 站开机运行，南水北调东线一期工程2025至2026年度全线调水正式启动。根据水利部印发的水量调度计 划，2025至2026年度，南水北调东线一期工程计划向受水区净增供水量16.38亿立方米，创历史新高， 其中江苏、安徽、山东分别净增供水量6.62亿立方米、0.46亿立方米和9.3亿立方米。 南水北调东线一期工程是构成我国水资源"四横三纵、南北调配、东西互济"总体格局的重要组成部分， 也是缓解我国北方水资源严重短缺局面的战略性基础设施。东线一期工程正式通水以来，统筹优化利用 当地水、淮河水、长江水，高质量、高标准服务沿线用水需求，已顺利完成12个年度调水任务，累计抽 江水量529亿立方米，其中，向山东省调水80.9亿立方米，北延工程向河北、天津供水超8亿立方米，为 沿线受水区经济社会持续稳定高质量发展提供了充足的水源保障，助推区域水生态环境持续向好、沿线 经济结构不断优化升级。 《光明日报》（2026年01月16日 10版） [ 责编：孙宗鹤 ] ...

Core Viewpoint - The construction of the Yinda Jimi Water Diversion Project in Sichuan marks the largest investment and longest route in the province's water conservancy history, officially entering the construction phase [1] Summary by Relevant Sections Project Overview - The Yinda Jimi Project starts from the Luding Hydropower Station reservoir and extends to the Chengdu Plain, featuring a total water conveyance system of 261 kilometers, with a main line of 133 kilometers, a southern branch of 103 kilometers, and a northern branch of 25 kilometers, where over 58% of the route consists of tunnels [1] - The project is designed to divert 1.523 billion cubic meters of water annually, with an intake flow rate of 80 cubic meters per second, benefiting 34.13 million people across 43 counties in 8 cities, including Chengdu, Deyang, and Mianyang [1] Benefits and Impact - Upon completion, the project will create a dual water source network with the Dujiangyan water supply system, ending the Chengdu Plain's reliance on a single water source [1] - It will increase irrigated land by 1.79 million acres and improve irrigation on 5.91 million acres, reinforcing the irrigation security for the "Tianfu Granary" [1] - The project connects multiple rivers, enhancing regional water resource regulation and supporting ecological corridor construction in the Chengdu-Chongqing area, while also addressing water scarcity issues in Chengdu and Deyang, providing stable water sources for key industries such as electronics and equipment manufacturing [1]

Core Insights - The Yinda Jimin Project is a significant water diversion initiative in Sichuan, marking the largest investment and longest route in the province's water conservancy history, officially commencing construction on November 7 [1][2] - The project aims to enhance water resource management, ecological restoration, and economic empowerment, creating a dual water source network with the Dujiangyan water supply system [2] Summary by Sections Project Overview - The Yinda Jimin Project starts from the Luding Hydropower Station reservoir and spans 261 kilometers, with a total mainline of 133 kilometers, a southern branch of 103 kilometers, and a northern branch of 25 kilometers, featuring over 58% of its length as tunnels [1] - The project is designed to divert 1.523 billion cubic meters of water annually, with a maximum flow rate of 80 cubic meters per second, benefiting 34.13 million people across 8 cities and 43 counties [1] Economic and Ecological Impact - Upon completion, the project will increase irrigation areas by 1.79 million acres and improve irrigation for an additional 5.91 million acres, reinforcing the irrigation network for Sichuan's agricultural sector [2] - The project will alleviate water shortages in the affected regions, supporting key industries such as electronics and equipment manufacturing, and is expected to contribute an average annual GDP growth of 1.2 percentage points in the region [2]

Core Viewpoint - The completion of the last section of the Fengtun Tunnel marks a significant milestone for the Yunnan Province's largest-ever livelihood project, the Dianzhong Water Diversion Project, which aims to alleviate water resource conflicts in the region and improve the ecological environment of highland lakes [1][3]. Group 1: Project Overview - The Dianzhong Water Diversion Project spans three major river basins: the Jinsha River, Lancang River, and Red River, with a total length of 664 kilometers, benefiting over 11.12 million people across six states (cities) including Kunming and Chuxiong [3]. - The Chuxiong section of the project is 153.53 kilometers long, with 91.6% of it consisting of tunnels, and it traverses complex geological areas such as the "Dianzhong Red Layer" and the foothills of the Hengduan Mountains [3]. Group 2: Construction Challenges - The construction of the Chuxiong section faces four major global challenges: deep tunnel construction difficulties, groundwater management issues, crossing fractured fault zones, and dealing with significant soft rock deformation [3][5]. - The Fengtun Tunnel, which is 9.87 kilometers long, is a critical part of the Chuxiong section, with a maximum depth of 630 meters and extreme water inflow reaching 30,000 cubic meters per day [5]. Group 3: Technological Innovations - The construction team developed a "forewarning-dynamic adjustment-precise support" technical system to address the complex geological conditions, utilizing technologies such as TSP detection and transient electromagnetic methods to create a geological "perspective network" for real-time monitoring [5]. - The innovative "micro-step + locking large pipe shed" technique reduced soft rock deformation by 80%, achieving a 100% qualification rate for initial support [5].

Core Insights - The completion of the main structure of the Shartohai Water Conservancy Hub Phase II project, constructed by China Energy Engineering Group, marks a significant milestone for this multi-functional water conservancy project, which is crucial for irrigation, flood control, and future power generation [1] - The project is located in Jinghe County, Bortala Mongol Autonomous Prefecture, Xinjiang, and aims to enhance water resource allocation in the region [1] Group 1 - The Phase II project will increase the total reservoir capacity from 9.98 million cubic meters to 21.93 million cubic meters, effectively doubling the water storage capacity, which is equivalent to one West Lake [1] - The dam's top elevation will be 620.5 meters, with a normal water level of 618 meters and a design flood level of 617.92 meters, significantly improving flood control capabilities [1] - The project is part of the dual key initiatives outlined in the "14th Five-Year Plan" for water security in the Yellow River Basin and Xinjiang, ensuring robust ecological safety and public welfare in the region [1] Group 2 - Once completed, the Shartohai Water Conservancy Hub Phase II will effectively irrigate 208,500 acres of farmland, addressing seasonal water shortages in the Dahuai irrigation area and enhancing irrigation reliability [2] - The project is expected to provide a strong impetus for the modernization of local agriculture, optimization of the ecological environment, and high-quality economic and social development [2]