Core Viewpoint - The construction of the Pinglu Canal is progressing rapidly, with over 15,000 workers dedicated to achieving the navigation goal by 2026, having completed significant milestones in excavation and concrete pouring [1][3]. Group 1: Construction Progress - The Pinglu Canal has completed a total earthwork excavation of 306 million cubic meters and poured 5.846 million cubic meters of concrete for the lock structure, with approximately 115 kilometers of the waterway in basic construction [1][3]. - As of November 30, 2024, the Ma Dao hub achieved a record daily concrete production and pouring volume of 16,409 cubic meters, setting a world record for similar single-unit projects [3]. Group 2: Engineering Challenges - The construction of the Ma Dao, Qi Shi, and Youth hubs involves complex processes such as deep foundation excavation, concrete pouring for various structures, and the construction of large water pools and drainage gates, facing challenges like large single pour volumes and high temperature control difficulties [3][4]. Group 3: Management and Technology - The construction management team has implemented a scientific approach to scheduling, resource allocation, and safety control, establishing Asia's largest smart mixing plant to support large-scale continuous construction [4]. - The team has developed intelligent temperature control technology for large volume concrete, ensuring precise management throughout the production, transportation, pouring, and curing processes [4]. Group 4: Infrastructure Development - On New Year's Day, four bridges including the Jinhaiwan Bridge and Wanshengtang Bridge were completed and opened to traffic, enhancing transportation efficiency and improving the quality of life for local residents [6]. - The next phase of the Pinglu Canal hub project will focus on the installation of gates, debugging of electromechanical equipment, and construction of auxiliary projects to ensure high-quality and efficient completion [6].

工程建设任务为防洪和行洪区安全建设，包括疏浚六坊堤河段、汤渔湖河段，退建、加固堤防，新 建汤渔湖进洪和退洪设施，新建高皇保庄圩，废弃程小湾圩，按影响处理退建新城口圩等。工程建成 后，将扩大淮河干流滩槽行洪能力，保障汤渔湖行洪区及时有效安全运用，改善行洪区内群众正常生活 条件，进一步完善淮河流域防洪工程体系，全面发挥淮河干流行洪区调整和建设工程整体效益，加快皖 北地区全面振兴、促进区域经济社会高质量发展。（记者 汤超） 该工程是国务院批复的《淮河流域综合规划（2012—2030年）》《淮河流域防洪规划》中明确的重 点项目，也是国务院确定的进一步治理淮河38项工程和国家150项重大水利工程之一。 淮河干流峡山口至涡河口段行洪区调整和建设工程开工 2025年12月31日，淮河干流峡山口至涡河口段行洪区调整和建设工程在淮南市潘集区高皇镇老胡村 开工。工程估算总投资102.68亿元，总工期42个月。 ...

新甘肃·每日甘肃网记者 石磊 当永靖县红泉镇砂子沟的村民拧开水龙头，清泉奔涌的时候，远在会宁县韩家集镇云台山村的田间，引 洮河水正通过新建成的调蓄水池，涌入干渴的旱塬里…… 甘肃水资源短缺，分布不均，农村水利基础设施薄弱，曾是制约发展和影响民生的突出短板。为民实事 水利项目，直指这一核心困境。 在庆阳市环县的北部山区，山大沟深，群众居住分散，自来水管网难以全覆盖。当地没有蛮干硬铺，而 是创造性地实施"小微型调蓄设施标准化水窖"项目，巧妙化"天雨"为"甘霖"。一座50立方米的水窖，配 以200平方米的集流场和净化设备，就能保障一户家庭全年稳定用水。这种因地制宜的"环县方案"，为 全省乃至全国类似缺水地区提供了宝贵借鉴。 在陇南市康县望关镇的高半山区，曾经的供水工程因年代久远，面临水源枯竭、管道老化之痛。群众守 着"自来水管"，却常常为水而忧。2025年，当地水务部门翻山越岭，勘测设计，新建维修截水坝、蓄水 池，铺设上万米新管道，为640名群众送去了"稳定水、放心水"。验收时，群众满意度达到100%。 而定西市则采取了"标本兼治"的系统策略。一面新建50座调蓄水池，增加水源储备，解决"水从哪里 来"的问题；一面同 ...

Core Viewpoint - The completion and acceptance of the Zhao Kou Yellow River Irrigation District Phase II project marks a significant advancement in water resource management for the eastern Henan region, enhancing agricultural irrigation and water supply capabilities [1][2]. Group 1: Project Overview - The Zhao Kou Yellow River Irrigation District Phase II project has passed its completion acceptance, officially entering a new phase of comprehensive operational management [1][2]. - This project is part of the national initiative to enhance water conservation and supply, included in the planning for an additional 1 billion jin of grain production capacity [1]. Group 2: Agricultural Impact - The project is expected to add 4.09 billion jin of grain annually for the eastern Henan region, significantly improving local agricultural productivity [2]. - The total irrigated area of the Zhao Kou Yellow River Irrigation District will reach 5.87 million acres, covering 14 counties in five cities, including Zhengzhou and Kaifeng [2]. Group 3: Water Resource Management - The project will facilitate an annual water resource allocation of 651 million cubic meters, with an average annual intake of 237 million cubic meters from the Yellow River [2]. - It also has the capability to supplement groundwater through coordinated channel management and can provide ecological replenishment to local rivers, enhancing flood disaster prevention in the region [2].

（来源：辽宁日报） 转自：辽宁日报 修葺后的辽河于岗子排水一站，主要承担着城市排水和农田排涝功能。 省水利厅供图 本报讯 记者胡海林报道 近日，我省水利建设传来喜讯：历经4年施工、总投资超70亿元的辽宁省辽河干流防洪提升工程，迎来一个标志性时点——堤防防洪 标准全线达标！至此，这项承载着防洪安全、粮食安全、生态安全重要使命的国家重大水利工程宣告全面建成。 辽宁省辽河干流防洪提升工程既是国务院确定的150项重大水利工程之一，也是"水润辽宁"战略的核心骨干工程。工程治理干流河长538公里，惠及辽宁省沈 阳、鞍山、铁岭、盘锦4市14个县区，直接守护约350万人口的生命财产安全和734万亩耕地安全。工程自2021年12月启动建设，2024年底实现主体工程基本 完工，近日堤防全线达标。 建设期间，施工单位辽水集团克服诸多不利因素，累计加培老堤602公里，新建堤防41公里，处理砂基砂堤137公里和防护堤坡42公里，治理险工53处；修建 堤顶防汛路589公里，为防汛抢险和日常管护提供便捷通道；改造穿堤设施184座，新建防汛交通桥7座，并创新性建设鱼道1处，有效兼顾了生态保护。 辽河干流防洪提升工程的建成，将给辽河干流防洪能 ...

Group 1 - The winter and spring seasons are identified as the optimal period for water conservancy project construction, with Jiangsu province accelerating the progress of key water conservancy projects to ensure effectiveness during the upcoming flood season [2] - The Xinjianhe Station project, part of the second phase of the Huaihe River to the sea waterway project, is a critical node that will achieve a self-drainage capacity of 121 cubic meters per second, significantly enhancing flood control and drainage capabilities in the surrounding area [4] - The project has completed over 70% of its total investment, with construction tasks progressing steadily according to the timeline [4] Group 2 - The Tongji River (Zhenjiang section) rehabilitation project is the largest provincial water conservancy project in Zhenjiang in recent years, designed to meet 20-year flood and drainage standards, improving irrigation conditions for 72,000 acres of land [8] - Four out of five sections of the project have been substantially completed, with ongoing construction for the second phase [8] - The project aims to complete 90% of the slope protection work by the end of the year and finish underwater engineering by the end of April next year to ensure safety during the flood season [10] Group 3 - The total construction task for key water conservancy projects in the province for 2025 is set at 22 billion yuan, with expectations that Jiangsu will exceed its annual construction targets [12]

Group 1 - The construction of water conservancy projects in Nanjing is entering a "golden period," with 48 projects scheduled to start or accelerate construction this winter and spring, aiming for completion before the main flood season in May next year [1] - Among the 48 projects, four key water conservancy projects are crucial for regional flood control, water resource allocation, and ecological balance, with an expected annual investment of approximately 1.5 billion yuan [1] - The completed projects will address issues such as insufficient levee height, slope erosion, and accessibility of flood control roads, ensuring flood safety along both banks [1] Group 2 - The external Qinhuai River flood control capacity enhancement project, covering a total length of 12.9 kilometers, aims to improve flood defense from a 100-year to a 200-year flood event [2] - The project includes raising flood walls, reinforcing levees, and addressing seepage issues, following the recognition of flood risks during the 2020 historical flood event [2] - A total of 22 flood risk mitigation and 5 urban waterlogging remediation projects have been identified, with a total investment of approximately 195 million yuan, focusing on areas prone to waterlogging [3]

Core Insights - The completion of the last concrete pouring at the Two Chah River Reservoir dam marks a significant milestone in the key water source project included in Guizhou Province's "14th Five-Year" water conservancy development plan and the three-year water network construction action [1][4] Group 1: Project Overview - The Two Chah River Reservoir is a critical water supply project supporting industrial development in Xifeng County, providing 22.45 million cubic meters of industrial water annually [3] - The reservoir is the only medium-sized industrial water reservoir in Xifeng County, directly meeting the water needs of the Xifeng phosphate and coal fine chemical industrial park and Hejiaba industrial area, aiding the "strong industrial county" strategy [3] Group 2: Construction Challenges and Innovations - The construction team overcame complex geological conditions and construction pressures during the flood season through technical innovation and meticulous management [3] - The project team optimized parameters through pre-rolling concrete tests and developed a reliable flood season dam foundation construction plan, successfully eliminating major safety hazards [3] Group 3: Future Operations and Management - Upon completion, the reservoir will establish a long-term operational system focusing on "safe operation, intelligent scheduling, and collaborative management" to ensure its comprehensive benefits [3] - Plans include the development of an integrated information management platform for real-time monitoring of dam deformation and seepage, utilizing drones and unmanned boats for inspections [3] - The reservoir will also implement a flood control linkage mechanism with the upstream Yujian River Reservoir and ensure ecological base flow release, balancing flood safety and ecological protection [3][4] Group 4: Future Development Plans - The reservoir has been incorporated into the "Xiwang Mountain - Xifeng Lake Body Tourism Integration Group" plan, aiming to expand into waterfront sports and ecological health industries, promoting the integration of "water conservancy + tourism" [4]

Core Viewpoint - The water conservancy construction projects in Baokang County, Hubei Province, are being accelerated during the dry season to enhance agricultural production, flood prevention, drought resistance, and public welfare, thereby injecting strong momentum into rural revitalization [1][2]. Group 1: Key Water Conservancy Projects - The Huangbao River small watershed governance project, with a total length of 6.32 kilometers and an investment of 21 million yuan, is a key initiative that aims to improve water safety and ecological environment in the region [1]. - The project includes the reinforcement of 3,360 meters of riverbank, the construction of 4,080 meters of new embankments, and the building of six water and sand retention dams, employing over 200 workers and 40 machines daily during construction [1]. - Other significant projects in Baokang County include the Wudao Gorge Reservoir, Beiyu Gully Water Plant, and Xiemajian Town water supply project, all of which are nearing completion and expected to enhance water supply and safety for local residents [2][3]. Group 2: Community Impact and Future Plans - The riverbank governance has transformed previously flood-prone farmland into secure agricultural land, ensuring the safety of villagers' lives and property [2]. - The local government plans to leverage ecological improvements to promote specialty planting and rural tourism, converting natural resources into economic benefits for the community [2]. - The Wudao Gorge Reservoir, with a total investment of 161 million yuan and a capacity of 2.05 million cubic meters, is expected to significantly enhance drinking water safety for 120,000 residents in the county after its completion [2][3].

Core Viewpoint - The completion of the main construction of the Guanlu Reservoir marks a significant milestone for water resource management in Shandong Province, enhancing water supply capabilities for Qingdao and the Jiaodong Peninsula [1] Group 1: Project Overview - The Guanlu Reservoir, located downstream of the墨水河 in Jiaozhou, Qingdao, is the largest newly built reservoir in Shandong Province in recent years, with a total investment of 9.145 billion yuan and a total storage capacity of 211 million cubic meters [1] - The reservoir is expected to begin water storage in the second half of 2026, contributing to the construction of a modern water network in the province [1] Group 2: Benefits and Impact - Upon completion, the reservoir will alleviate the current reliance on single-channel and overloaded water supply systems, creating a dual-source complementary water supply structure that significantly enhances water resource allocation and supply security for Qingdao and the Jiaodong Peninsula [1] - The project aims to support high-quality economic and social development in the region [1] Group 3: Construction Challenges and Innovations - Since the project commenced in 2023, it has faced challenges such as high groundwater levels, limited effective construction time, and cross-seasonal operations, yet it has successfully tackled significant construction difficulties [1] - The construction process has implemented a quality closed-loop system focusing on "model guidance + standard guidelines + smart construction," promoting green construction practices and resulting in over 10 patented innovative construction methods [1]