Group 1 - The Jinan City held a site promotion meeting for urban renewal and rural revitalization from June 14 to June 17, focusing on the effectiveness of these initiatives across various districts and counties to promote high-quality economic and social development [1] Group 2 - The first phase of the Cuizhai Wastewater Treatment Plant project is located in the Jinan Qibu District, covering a total planned area of approximately 300 acres, with a designed wastewater treatment capacity of 100,000 tons per day [3] - The project includes the construction of a new underground box, UV disinfection and measurement facilities, a comprehensive building, a reclaimed water pool, and various supporting infrastructure, with a total building area of 18,000 square meters [3] - The project is set to start operations in December 2024, having commenced in June 2022 [3] Group 3 - The project serves as a demonstration facility, with underground wastewater treatment and an above-ground water-saving exhibition hall and open water-saving park, showcasing the concept and practice of creating a benchmark water-saving area [5] Group 4 - The plant will collect and treat wastewater from surrounding residential areas and communities, with treated water being reused for landscape irrigation, road cleaning, and river replenishment, thereby improving water resource utilization and alleviating water resource shortages in the Qibu District [7] - The project aims to reduce pollution to surface and groundwater, enhance the urban ecological environment, and generate positive economic and social benefits [7]

Core Viewpoint - The water scarcity in Shaanxi province is a significant constraint on its economic and social development, prompting a call for enhanced water conservation efforts across various sectors [1][2]. Group 1: Agricultural Water Conservation - Agriculture accounts for approximately half of the total water usage in Shaanxi, necessitating a focus on reducing high water-consuming crop cultivation and promoting drought-resistant varieties [1]. - The implementation of water-saving irrigation techniques such as spray irrigation, drip irrigation, and micro-irrigation is essential, especially during critical periods for summer and autumn grain production [1]. Group 2: Industrial Water Conservation - Industries in water-scarce regions are urged to phase out high water-consuming outdated capacities and adhere to strict water resource assessment protocols for new projects [1]. - Industrial enterprises should enhance water-saving technology upgrades and promote practices like condensate water recovery and water recycling to improve water reuse rates [1]. Group 3: Urban Water Conservation - Municipal departments are encouraged to expand the use of recycled water in areas such as landscaping and road cleaning, while households should adopt habits of reusing water [2]. - Government and enterprises are called to lead by example in water-saving initiatives, fostering a culture of conservation among citizens [2]. Group 4: Community Engagement and Education - The initiative emphasizes the role of youth in advocating for water-saving principles and practices, promoting awareness and participation in conservation efforts [2]. - Local governments are tasked with integrating water conservation into performance assessments and developing comprehensive water-saving plans [2].

今天的活动现场设置了四个打卡点，每个点位都设计了趣味节水小游戏和互动环节，如拉洋片、节水知 识问答挑战、小水滴大作战、手工DIY等。参与者每完成一个打卡点的活动，就能收集一枚印章，集齐 一定数量的印章便可兑换纪念品。 比如，在亮度上采用"水暗陆明、冷暖交融"的方式，水面利用低亮冷光营造静谧氛围，岸线则使用渐变 暖光，丰富坝河的景观层次。驳岸处，一线水光连缀，勾勒出晶莹唯美的水岸轮廓，打造静谧亲水岸 线；坡地的星光平台高光悬浮，实现星光与水光交织。此外，照明兼具引导功能与景观美感，植物区域 的照明使树木亮化与道路透光相结合，形成自然舒展的线性光带，桥体照明则随自身形态起伏呈现明暗 变化。 值得一提的是，此次活动举办地位于坝河（酒仙桥路至郎园段）滨水空间。自去年10月开放以来，这里 已成为市民休闲娱乐的热门打卡地，亮丽的景观照明为坝河增添了别样魅力。 新京报讯（记者吴婷婷）5月12日，朝阳区2025年全国城市节约用水宣传周启动仪式在坝河颐堤港湾码 头举行。记者从活动上获悉，坝河借助景观照明工程升级，打造"夜跑+夜骑+夜游"复合型滨水空间。 在为期一周的节水宣传周期间，朝阳区将采取线上线下（300959）相结合的方 ...

Core Viewpoint - The article discusses the critical importance of water resource management in the Yellow River basin, particularly in the "几字弯" region, highlighting innovative strategies for water conservation and the integration of ecological, agricultural, and industrial development [2][4][9]. Water Resource Allocation - The Yellow River's water allocation plan distributes a total of 210 billion cubic meters, with a focus on sustainable usage across agriculture, industry, and ecology [2][9]. - The "八七分水方案" aims to control water extraction quantitatively, ensuring that each region's water needs are met while promoting high-quality development [2]. Agricultural Innovations - In the "几字弯" region, agricultural water usage accounts for 65% of total consumption, prompting the adoption of drought-resistant crops and advanced irrigation techniques to enhance water efficiency [5][9]. - Techniques such as planting trees during optimal weather conditions and utilizing satellite technology for precise timing have increased tree survival rates by 30% without additional water usage [5]. Industrial Development and Water Rights - The "几字弯" area is a significant energy hub, housing over 50% of China's coal, oil, and natural gas reserves, with water rights trading allowing agricultural water savings to be allocated to industrial projects [10]. - Successful water rights transactions have supported over 540 industrial projects, with the Ningdong Industrial Park achieving a total output value of 180 billion yuan in 2023, representing 30% of Ningxia's industrial output [10]. Renewable Energy and Future Prospects - The region is leveraging abundant renewable energy resources, such as solar and wind power, to support new industries without depleting water resources [11]. - The establishment of national data centers and computing power hubs in the "几字弯" area positions it as a key player in the future of technology and energy, contributing to high-quality development without relying on Yellow River water [11].

Core Viewpoint - Beijing, facing severe water scarcity with a per capita water resource of only 150 cubic meters, has achieved the highest water efficiency in the country, with water consumption of 8.45 cubic meters per 10,000 GDP in 2024, showcasing effective water conservation strategies [1][8]. Group 1: Water Efficiency Achievements - In 2024, the water consumption per 10,000 GDP in Beijing is projected to be 8.45 cubic meters, leading the nation [1]. - The China World Trade Center (CWTC) has reduced its water consumption to 2.95 cubic meters per 10,000 GDP, significantly lower than the average of 5.06 in Chaoyang District [4]. - From 2012 to 2024, the water consumption per unit area in CWTC decreased from 1.63 tons/㎡ to 1.18 tons/㎡, a reduction of 27% [4]. Group 2: Water Management Initiatives - Chaoyang District has established a four-level management system for water conservation, ensuring dynamic data sharing among water departments, supply companies, and users [5]. - The district's GDP is expected to exceed 900 billion yuan in 2024, with a water consumption of 4.17 cubic meters per 10,000 GDP, indicating efficient water use [4]. Group 3: Legislative and Institutional Framework - Beijing has implemented comprehensive water-saving legislation, including the "Beijing Water Saving Regulations" and the "14th Five-Year Plan for Water Saving," which incorporates water consumption control into government performance assessments [8]. - Between 2014 and 2024, the water consumption per 10,000 GDP in Beijing decreased by 33.7%, while the industrial value-added water consumption dropped by 61.3% [8]. Group 4: Technological Innovations - Beijing University of Technology has developed water-saving devices and implemented rainwater collection and recycling systems, significantly reducing water consumption on campus [9][10]. - The university has invested over 4 million yuan in water-saving projects during the 14th Five-Year Plan, achieving a total water savings of 7.2 million tons since 2006 [10].