据了解，引大济岷工程从大渡河泸定水电站库区取水，蜿蜒穿越至成都平原，构建起"一总两干"的输水格局——总干线133千米，南干线103千米，北干线25 千米，工程输水线路总长261千米，其中隧洞占比超58%(151千米)，堪称"地下输水长城"。因此，在前期工作推进之路，也是一场水利工程技术攻坚的"硬 仗"。 11月7日，引大济岷工程建设动员大会在雅安市天全县召开，作为四川水利史上投资最大、线路最长、受益最广的跨流域引调水工程正式启动建设。覆盖成 都、德阳、绵阳、遂宁、内江、雅安、眉山、资阳共8市43县(市、区)，受益人口3413万人，建成后将成为四川水网主骨架和大动脉的核心组成。 在生态保护中"不破防线"：工程通过优化线路绕避核心区、采用隧洞暗挖减少地表扰动、补建鱼类通道等措施，实现"工程建设与生态保护双赢"。智慧管 控"全程赋能"：同步构建基于数字孪生的全生命周期管理体系，从勘察设计、施工建设到运营调度，全程植入信息化技术，打造"智慧水利"示范工程。 工程需攻克复杂地质条件下深埋长隧洞、大流量高落差消能、大直径有压管道三大核心技术难题，仅可研阶段就已完成深埋长隧洞TBM选型、复杂地质环 境地下水防控等48项科研 ...

Core Insights - During the "14th Five-Year Plan" period, Guangxi has prioritized water network construction as a key support for building a beautiful Guangxi, integrating various water networks and achieving recognition as a national pilot area for water networks [1][2] Group 1: Water Network Development - Guangxi has established a leadership group for water network planning and construction, focusing on the collaborative development of five water networks: flood control and drainage, urban and rural water supply, agricultural irrigation, ecological water, and smart water networks [1] - Key projects such as the Pinglu Canal and the Guangxi Water Resource Allocation Project are accelerating, contributing to the construction of the main framework of the water network [2] Group 2: Water Security and Disaster Prevention - The region has improved its flood and drought disaster prevention capabilities, achieving a 74.9% compliance rate for river embankments and successfully managing severe droughts and typhoons this year [2] - The completion of the Datiangxia Water Conservancy Hub has enhanced water resource management and disaster response [2] Group 3: Water Supply and Agricultural Security - Since the beginning of the "14th Five-Year Plan," Guangxi has increased its water supply capacity by 9.5 billion cubic meters, with rural tap water coverage rising to 91.4% [3] - The region has also improved irrigation efficiency, with a significant reduction in water usage per unit of industrial GDP, down 48.4% compared to the end of the "13th Five-Year Plan" [3] Group 4: Ecological Protection and Economic Growth - Guangxi has addressed 2,432 issues related to river and lake management, with a focus on improving water quality and reducing soil erosion [4] - Water conservancy investment has increased annually, with projections for 2025 to exceed 50 billion yuan, reflecting a shift towards diversified financing models [4] - Smart water management technologies are being developed to enhance efficiency in monitoring and managing water resources [4]

Core Insights - Digital technology is rapidly integrating into various industries, becoming a core driver for industrial upgrades [1] - Traditional management models in water resources are insufficient for the demands of precision and efficiency, necessitating an information technology transformation [1] Group 1: Technological Implementation - Shandong Mobile Qingdao Branch is taking on the responsibility of a central enterprise by developing a smart water conservancy solution that integrates precise monitoring, intelligent early warning, and efficient scheduling [1] - The company has deployed over 200 IoT sensors in key areas of the Noceng Reservoir to collect real-time data on water levels, water quality, rainfall, and flow speed [1] - AI algorithms are utilized for intelligent analysis of video monitoring, enabling automatic warnings for safety hazards such as exceeding water levels and unauthorized intrusions [1] Group 2: Benefits and Outcomes - The digital upgrade in water resource management has led to the efficient allocation and utilization of water resources, with an expected annual saving of over 5 million cubic meters of irrigation water and a reduction in agricultural water costs by over 8 million yuan [2] - The safety compliance rate of water conservancy facilities has reached 100%, effectively safeguarding the lives and property of over 300,000 residents in 15 towns and streets [2] - The company plans to continue leveraging its technological advantages to promote smart water conservancy construction and enhance water resource protection and safety [2]

水库安全事关下游城乡安危，传统人工巡检存在盲区多、效率低、风险高等痛点。山东移动广泛部署 5G 700M低时延高可靠网络，实现对大坝渗压、位移、变形等关键参数的毫秒级监测与回传。在临沂等 多地水库，该技术帮助建成"无人值守+智能诊断"的安全管理模式，人工巡检频次下降50%，故障预判 准确率超92%，显著提升工程安全与水资源利用效率。 智能灌区：全光网+AI，农田灌溉更节水 山东农业用水约占全省总用水量70%，但灌区传统"大水漫灌"方式浪费严重，节水压力巨大。山东移动 在聊城彭楼灌区打造"全光网络+AI决策"的智慧用水体系，铺设119公里主干光缆，部署智能感知与远程 控制设备，实现作物需水精准判断和闸门自动调控。项目运行后，灌溉用水节约20%，亩均增产约 10%，有力支持了粮食安全和农业现代化转型。 山东作为水资源紧缺、水旱多发的农业大省，建设现代水网、实现精准治水，关乎民生安全与高质量发 展。面对新时期水利高质量发展的迫切需求，山东移动以5G、AI、物联网、大数据等新一代信息技术 为核心，全面融入山东现代水网建设，从防汛抗旱到灌溉节水，从水库调度到水质监管，构建起"源- 供-用-排"全链条智慧水利体系，为齐鲁 ...

叶尔羌河畔村民告别"汛期守河"，和田绿洲棉田迎来"准点供水"，玛纳斯棉农靠手机"管水"，塔里木河 流域大石峡水利枢纽工程稳步推进……新疆维吾尔自治区成立70年来，水利事业实现从"人逐水 走"到"水为人用"的跨越，交出了一份惠及民生、守护生态、支撑发展的答卷，成为新疆经济社会高质 量发展的坚实基石。 兴修工程，农田用水有保障 "过去每年5到8月，全村人都要守在河边防洪。"莎车县霍什拉甫乡阿尔塔什村村民玛尔江古丽·图尔荪 至今对10多年前的叶尔羌河记忆犹新。这条河曾是新疆洪涝灾害最严重的河流之一，每年汛期，流域 90%以上劳动力都要投入防洪。 改变开始于2011年阿尔塔什水利枢纽的破土动工。这座工程从一开始就面临"高面板堆石坝、高边坡、 高地震烈度、河床覆盖层深"的难题。"上百家参建企业施工人员翻山越岭、风餐露宿，用10年时间啃下 了这块硬骨头。"新疆叶河公司副总经理段新文说。 2021年工程投运后，叶尔羌河下游防洪标准大幅提升，灌溉面积从651万亩拓展至千万亩以上。玛尔江 古丽的生活变了样，"现在春灌、冬灌用水都准时，粮食产量翻了一倍！"她家买了运输车，还住进了宽 敞的新房。 智慧赋能，绿洲焕发新生机 在塔里木 ...

兴修工程，农田用水有保障 叶尔羌河畔村民告别"汛期守河"，和田绿洲棉田迎来"准点供水"，玛纳斯棉农靠手机"管水"，塔里木河 流域大石峡水利枢纽工程稳步推进……新疆维吾尔自治区成立70年来，水利事业实现从"人逐水 走"到"水为人用"的跨越，交出了一份惠及民生、守护生态、支撑发展的答卷，成为新疆经济社会高质 量发展的坚实基石。 大石峡水利枢纽工程是国家172项节水供水重大水利工程之一。"预计今年9月三期面板浇筑完成后启动 下闸蓄水，总库容11.7亿立方米。"王峰斌介绍，工程2026年完工后，每年可向塔里木河干流提供生态 用水，为800余万亩农田提供水利保障。 智慧赋能，绿洲焕发新生机 在塔里木盆地南缘的崇山峻岭间，乌鲁瓦提水利枢纽如一条巨龙横卧喀拉喀什河上游。对于和田地区墨 玉县萨依巴格乡乌鲁格阿塔村村民赛迪热合曼·图荪来说，这座工程是他家农田的"定心丸"。 "现在，冬小麦浇水从2至3次增加到4至5次，产量提高了不少。"赛迪热合曼说。截至目前，乌鲁瓦提水 利枢纽累计向下游供水239亿立方米，让和田地区灌溉面积增加至603.79万亩，灌溉水利用系数提升至 0.575。 "过去每年5到8月，全村人都要守在河边防洪。" ...

Core Viewpoint - The construction of resilient cities is essential for enhancing flood defense capabilities and adapting to extreme weather events in large urban areas like Beijing [1][7]. Group 1: Technological Empowerment in Water Management - Beijing prioritizes technological innovation, with R&D investment exceeding 6% annually, positioning it among the leading global innovative cities [2]. - The city is transitioning from experience-driven to data-driven water management, utilizing advanced technologies such as big data, cloud computing, and IoT [2]. - Projects like smart dams and digital twin systems are being implemented to enhance urban water governance [2][3]. Group 2: Flood Defense Strategies - Six major initiatives have been proposed to improve flood defense, including the establishment of flood control systems and the enhancement of water resource management [3]. - The integration of ecological and engineering approaches is recommended for effective water source protection and management [4]. - Short-term forecasting capabilities are crucial for emergency response during extreme rainfall events, with current systems able to predict flooding areas and depths effectively [5][6]. Group 3: Resilient City Framework - The increase in extreme rainfall events is attributed to global warming and local climatic conditions, necessitating the development of resilient urban infrastructures [7]. - A comprehensive drainage and flood prevention system is essential, focusing on reducing emissions at the source and improving emergency response capabilities [7]. - The promotion of sponge city concepts and the establishment of large-scale water retention spaces are vital for urban planning [7].

作为指导未来一段时期川渝两地水利协同发展的总纲，《战略合作协议》明确了双方合作的重点领域和 工作内容。一是完善流域防洪减灾体系，保障防洪安全；二是加快区域水网重大工程建设，保障供水安 全；三是加强保护与修复，提升水生态系统质量和稳定性；四是加强数字融合，推进智慧水利建设；五 是深化创新协同，构建现代水治理体系，统筹推进川渝两地水利事业协同发展，全面提升区域水安全保 障能力。 当天，《川渝共建幸福河湖合作协议》和《川渝水利综合监督一体化合作框架协议》同步签署。其中， 《川渝共建幸福河湖合作协议》明确，到2035年，川渝跨界规模以上流经场镇的河流总体建成幸福河 湖，川渝毗邻地区河流保护积极性全面激发，跨界河流治理效能大幅提升，跨界河流断面水质优良达标 率稳定保持100%。 近日，川渝两地水利部门签署《关于进一步深化新时代成渝地区双城经济圈水利领域建设战略合作框架 协议》(下称《战略合作协议》)。 ...

Core Viewpoint - The signing of the "Strategic Cooperation Framework Agreement" between Sichuan and Chongqing aims to enhance water resource management and cooperation in the Chengdu-Chongqing economic circle, focusing on high-quality development and regional water security [1][2][3]. Group 1: Strategic Cooperation Agreement - The agreement outlines key areas for collaboration, including improving flood prevention systems, accelerating major water network projects, enhancing ecological protection, advancing digital integration, and fostering innovative governance [1][2]. - The agreement serves as a guiding framework for the future development of water resources in the region, emphasizing a systematic and integrated approach to water management [1][3]. Group 2: Goals and Principles - The cooperation is driven by the principle of "complementary advantages, co-construction and sharing, collaborative linkage, and mutual benefit," aiming to create a unified strategy for water resource management [2][3]. - Key focus areas include collaborative planning, ecological protection, integrated supervision, digital empowerment, and resource sharing to enhance regional water security [2][3]. Group 3: Future Initiatives - The "Happy Rivers and Lakes Cooperation Agreement" aims for the rivers in the region to achieve excellent water quality standards by 2035, with a target of maintaining a 100% compliance rate for cross-border river water quality [4]. - The "Integrated Supervision Framework Agreement" emphasizes comprehensive cooperation in water resource supervision, including shared expert resources and mutual recognition of supervisory outcomes [4].

Core Viewpoint - The article highlights the significant role of smart water management systems in disaster prevention and response, particularly in the context of recent flooding in Guangxi, China, showcasing the effectiveness of technology in enhancing water safety and resource management [1][2]. Group 1: Smart Water Management Applications - The smart water management system developed by iFlytek successfully issued 114 real-time warning messages to 57 responsible individuals during a flood event, leading to the safe evacuation of 361 people from danger zones [1]. - Smart water management is defined as the use of IoT, big data, cloud computing, and AI to enhance water safety, resource management, and ecological protection [2]. - iFlytek's comprehensive solution includes a platform that integrates various water management data, facilitating better decision-making and management across different levels of water governance [2][3]. Group 2: Industry Development and Challenges - The smart water management sector in China is experiencing rapid growth, with a projected market size of 10.23 billion yuan by 2024, driven by increased investment in water infrastructure [4]. - Despite advancements, challenges remain, including insufficient monitoring coverage for smaller rivers and reservoirs, and a lack of standardized data integration across different regions and departments [3][4]. - The industry is moving towards a phase of deep application, focusing on digital twin technology and AI to enhance decision-making and operational efficiency in water management [6]. Group 3: Future Opportunities - Future developments will focus on enhancing monitoring systems, integrating data across various departments, and leveraging AI technologies to improve water management services [5][6]. - The construction of a unified data standard and the establishment of a comprehensive data-sharing mechanism are seen as critical for maximizing the value of water management data [5]. - The emphasis on "AI + water management" initiatives is expected to drive innovation and improve operational capabilities within the sector [5][6].