Core Viewpoint - The article emphasizes the importance of early preparation and rapid response in ensuring the safety of significant water conservancy projects during heavy rainfall events [1] Group 1: Emergency Response Mechanisms - Multiple departments including meteorology, water conservancy, urban management, and emergency services collaborated to provide real-time alerts and manage flood risks during the heavy rainfall in Weifang [2] - Weifang has established a "half-hour guarantee circle" for flood prevention, which compresses the response time for materials, equipment, and personnel to within 30 minutes, allowing for early detection and handling of potential hazards [4][5] - The city has implemented a "1+1" warning mechanism that ensures emergency alerts reach frontline personnel immediately, facilitating quick action at all administrative levels [6][7] Group 2: Training and Support for Small Reservoirs - Weifang has adopted a "big leads small" approach, where larger reservoirs provide technical support and resources to smaller reservoirs, creating an integrated management system for flood prevention [8] - Training sessions are conducted for small reservoir staff to enhance their ability to identify potential hazards and respond effectively during flood events [9] - Continuous support and training throughout the year ensure that small reservoir managers are well-prepared for emergencies, thereby reducing flood risks [9]

Core Viewpoint - The Altash Water Conservancy Project has significantly improved the livelihoods of local villagers by providing employment opportunities and enhancing infrastructure, ultimately contributing to the socio-economic development of the region [1][5][8]. Group 1: Project Overview - The Altash Water Conservancy Project is the largest water conservancy project in Xinjiang, located at the border of Shache County and Akto County [1][5]. - As part of the national "13th Five-Year Plan," the project was completed in 2021 and has resolved issues related to water scarcity and flooding in the Yarkand River basin [5]. - The project features a dam height of 164.8 meters, making it the tallest dam built on soft foundations at the time of its completion [5]. Group 2: Economic and Social Impact - The project has provided employment for 80% of the labor force in the village, leading to increased income and skill development among villagers [1][5]. - Infrastructure improvements in transportation and communication have been stimulated by the project, creating additional job opportunities [8]. - The project has ensured stable water and electricity supply, significantly improving the quality of life for local residents and enabling them to invest in their futures [8]. Group 3: Technical Achievements - The construction of the dam involved overcoming several world-class technical challenges, including high seismic intensity and stability of high slopes [5]. - Advanced technologies such as high slope stability techniques and concrete construction methods in cold regions were applied, establishing the project as a benchmark in the water conservancy field [5]. Group 4: Broader Implications - The Altash Water Conservancy Project serves multiple functions, including power generation, flood prevention, irrigation, and ecological protection, contributing to social stability and national security in the region [5][8]. - The project exemplifies the "water management for prosperity" initiative in southern Xinjiang, promoting ethnic unity and socio-economic development [8].

Core Viewpoint - The Altash Water Conservancy Project has significantly improved the living conditions and economic prospects of local villagers since its construction began in 2011, providing employment and enhancing technical skills for 80% of the labor force in the village [1]. Group 1: Project Overview - The Altash Water Conservancy Project is the largest water conservancy project in Xinjiang, located at the border of Shache County and Akto County [1]. - As part of the national "13th Five-Year" plan, the project was completed in 2021, effectively addressing the frequent water-related disasters and seasonal water shortages in the region [5]. - The project features a dam height of 164.8 meters, making it the tallest dam built on soft foundations in the world at the time of its completion [5]. Group 2: Economic and Social Impact - The project has led to improvements in local infrastructure, including transportation and communication, creating numerous job opportunities [8]. - Before the dam's construction, villagers faced unstable drinking water supplies and agricultural irrigation challenges, leading to low incomes and safety risks from seasonal floods [8]. - Post-construction, the project has stabilized water and electricity supplies, significantly enhancing the quality of life for local residents and enabling them to invest in better living conditions [8]. Group 3: Multifunctional Benefits - The Altash Water Conservancy Project integrates multiple functions, including power generation, flood control, irrigation, and ecological protection, contributing to social and economic development in Xinjiang [8]. - The project serves as a safety barrier for national security, social stability, and ethnic unity in the region, marking a new chapter in water management and development in southern Xinjiang [8].

Core Insights - The book "Water and Electricity in Late Qing China: The Life of Danes in Tianjin, 1860-1912" presents a comprehensive view of Danish immigrants and their families in Tianjin during the late Qing Dynasty, highlighting their contributions to the city's development [1][7] Group 1: Danish Contributions to Tianjin - Nearly 150 Danes lived and worked in Tianjin from the late 19th century to the early 20th century, participating in the city's modernization and development through entrepreneurship and employment [1][12] - Key figures such as Karl Puhlsen and Lind made significant contributions to Tianjin's public utilities and infrastructure, including the establishment of telegraph and water supply systems [3][6][9] - Puhlsen, who arrived in 1881, played a crucial role in training Chinese telegraph operators and was involved in various social and political activities in Tianjin [3][4] Group 2: Professional and Social Dynamics - The Danish immigrants primarily worked in technical fields, driven by Denmark's rapid population growth and the demand for skilled labor in Tianjin during the Self-Strengthening Movement [10][11] - The presence of Danish professionals led to the formation of a community that engaged in social activities, often gathering in the homes of prominent figures [11][12] - The book also highlights the diverse experiences of these immigrants, including both successful individuals and those who faced legal troubles, emphasizing the importance of studying all facets of their lives [10][11] Group 3: Historical Context and Research Significance - The research sheds light on the motivations and paths of different nationalities in Tianjin, providing a new perspective on the city's urban history [9][10] - The book contributes to the understanding of how smaller nations like Denmark influenced Asian cities through technical expertise in communication and municipal engineering [9][10] - The study of Danish immigrants in Tianjin fills a gap in historical research, particularly regarding less prominent figures and their everyday lives [10][11]

（原标题："首都居民喝水有了保障" ——中企承建毛里塔尼亚贝尼纳吉原水预处理项目通水） "开闸！"近日，毛里塔尼亚南部的贝尼纳吉原水预处理项目现场，随着项目经理杨东彬一声指令， 塞内加尔河水滚涌而出，通过钢管流入高密度沉淀池。该地区上游已进入雨季，河水携裹着泥浆，浊浪 翻涌。 河水通过不同管道分别进入6组高密度沉淀池系统。项目现场技术负责人介绍流程："通过添加不同 药剂，先混凝、再絮凝。"数小时后，河水从浑黄逐渐转为浅灰、最后呈现较为清澈的状态，经集水槽 和汇水井输送至下一工序，处理后供应市政系统。 毛里塔尼亚水利与水处理部部长阿迈勒·穆卢德特意来到现场观摩。她走上操作平台，仔细查看出 水水质和各类监测数据。水样检测结果显示，出水浊度已从最初的3000 NTU降至113 NTU（注：NTU 为水的浊度指标。世界卫生组织最新版《饮用水水质准则》将龙头水的浊度最高限值定为1 NTU）。她 微笑着向在场技术人员竖起大拇指："这不仅仅是一个处理站，更是我们兑现民生承诺的象征。"阿迈勒 ·穆卢德表示，"中企在极端环境下高效履约，展现出专业能力与责任感。因为你们的贡献，首都居民喝 水有了保障。" 毛里塔尼亚首都及沿线地区 ...

Core Points - The Qiong Northwest Water Supply Project has achieved overall connectivity, benefiting 630,000 residents in Danzhou and Baisha [2][3] - The project is a key national water network backbone project under the 14th Five-Year Plan and one of the 150 major water conservancy projects identified by the State Council [2] - The project aims to address agricultural irrigation and urban-rural water supply issues, ensuring water safety for both domestic and industrial use in the regions [2] Project Progress - As of now, the project has completed 91% of its overall progress, with a target to complete the main construction by 2025 [3] - The Longling Tunnel, a critical control node of the project, has successfully passed through complex geological conditions, marking a significant milestone [2][3] - The construction employs a layered step excavation method to enhance safety and efficiency, addressing various construction challenges [2]

Core Viewpoint - The construction of water conservancy projects in southern Xinjiang has significantly improved water management, alleviating drought and flood issues, and enhancing agricultural productivity and local livelihoods [1][2][3][4][5][6][7]. Group 1: Water Conservancy Projects - The Altarash Water Conservancy Hub, the largest in Xinjiang, has a total storage capacity of 2.249 billion cubic meters and an annual designed power generation of 2.186 billion kilowatt-hours, addressing historical water issues in the region [2]. - The Uruvat Water Conservancy Hub has generated a total of 6.14 billion kilowatt-hours since its completion, improving water availability for over 2.4 million acres in the Kashgar River irrigation area [3]. Group 2: Ecological and Economic Benefits - The construction of water projects has led to a 12% increase in wetland vegetation coverage and improved habitats for over 40 species of migratory birds in the Lari Kun National Wetland Park [4]. - The availability of controlled water resources has enabled local farmers in the Piyalema Township to cultivate nationally renowned pomegranates and raise fish, generating significant income [5]. Group 3: Drinking Water Safety - The Kashi region has implemented a drinking water safety project with a total investment of 1.749 billion yuan, constructing a reservoir with a capacity of 8.09 million cubic meters, ensuring safe drinking water for residents [6][7]. - The water supply network in Kashi spans 4,875 kilometers, delivering over 13 million cubic meters of water annually, achieving 100% coverage in rural drinking water safety [7].

Group 1 - The company, Dayu Water-saving Group, announced that its subsidiary, Gansu Dayu Water-saving Group Hydropower Engineering Co., has won a bid for a significant agricultural water price reform project in Yunnan Province, with a total investment of approximately 916.5 million yuan [2][1] - The project involves modern irrigation area construction, including the establishment of a 56.73 km water distribution network and 22 pump stations, with a project duration of 365 calendar days [1][2] - Successful implementation of this project is expected to enhance the company's technical capabilities in modern irrigation construction and improve its overall operational efficiency in regional water assets [1][2]

（编辑 任世碧） 证券日报网讯 8月13日晚间，大禹节水发布公告称，2025年8月12日，云南省昆明市公共资源交易服务 平台发布《晋宁区滇池流域深化农业水价综合改革及现代化灌区-再生水利用项目EPC+O（设计-施工总 承包-运营）中标结果公示》，公司全资子公司甘肃大禹节水集团水利水电工程有限责任公司（简称"水 电公司"）（联合体牵头人）与河南灵捷水利勘测设计研究有限公司组成的联合体中标晋宁区滇池流域 深化农业水价综合改革及现代化灌区-再生水利用项目EPC+O（设计-施工总承包-运营）（简称"本项 目"）。根据联合体协议约定，水电公司承担本项目工程施工、EPC实施过程管理、运营包含的全部工 作内容，河南灵捷水利勘测设计研究有限公司承担本项目工程设计部分包含的全部工作内容。 ...

大禹节水8月13日晚间发布公告称，2025年8月12日 ， 云南省昆明市公共资源交易服务平台发布《晋宁 区滇池流域深化农业水价综合改革及现代化灌区-再生水利用项目EPC+O（设计-施工总承包-运营）中 标结果公示》，大禹节水集团股份有限公司（以下简称"公司"）全资子公司甘肃大禹节水集团水利水电 工程有限责任公司（简称"水电公司"）（联合体牵头人）与河南灵捷水利勘测设计研究有限公司组成的 联合体中标晋宁区滇池流域深化农业水价综合改革及现代化灌区-再生水利用项目 EPC+O（设计-施工 总承包-运营）。 中标金额9165.07万元。 （文章来源：每日经济新闻） ...