记者 戚颖璞 陈玺撼 查睿 王力 束涵 春节前最后一波寒潮昨天抵达上海，大风、降温、降雨组团来袭，申城开启"速冻模式"。这一天， 市区气温上演断崖式下跌，从上午最高8.3℃一路直线走低，到20时仅2.7℃，较前一日同时段低了 10℃。傍晚时分，崇明、青浦、奉贤、松江等郊区飘起短时雨夹雪，湿冷寒意拉满。 根据上海中心气象台数据，本周末是此次寒潮的最强影响时段。预计今天郊区最低温零下1℃，市 区1℃；明天气温再下探，市区最低为零下2℃，郊区零下7℃至零下4℃，有冰冻或严重冰冻。昨天，多 个郊区已经发布了区域道路结冰黄色预警。 天寒地冻又临近春节，菜篮子供应稳不稳，家用水电煤和日常出行是否受影响，受到了大家的关 注。记者走访多个行业发现，全城"硬核"守护已上线。这场节前的寒潮"压轴考"，考的是应急能力，更 是平时功夫。 交通 火车站新添连廊遮挡风雨 昨天，上海各大火车站发送旅客超50万人次，截至发稿，客运量还在持续攀升中。上海站、上海松 江站两大火车站通宵运营，昨天深夜至今天凌晨共开出红眼列车18趟。 铁路上海站做好周全准备，把候车室的照明、空调、饮用水设备都检查维护好，还在电梯、站台、 进出站通道这些人多的地方， ...

Core Insights - The Chinese urban water supply industry is experiencing growth, with a total supply expected to reach 704.88 billion tons in 2024, marking a year-on-year increase of 2.52% [21][26] - The industry is entering a mature phase, with future demand growth expected to slow down despite ongoing urbanization [21][28] - Key listed companies in the sector include Beijing Enterprises Water Group, Beijing Capital Eco-Environment Protection Group, and others [21][26] Urban Water Supply Industry Overview - Urban water supply systems consist of water source extraction facilities, treatment plants, and distribution networks, adhering to principles of resource development and water conservation [21][23] - The process involves transporting water from sources to treatment facilities, followed by purification and distribution to households, including secondary supply measures for high-rise buildings [23][26] Industry Policies - The urban water supply sector is critical for public health and social stability, prompting the government to implement various policies aimed at enhancing water supply safety and promoting sustainable development [26][27] - Notable policies include the 2025 plan for comprehensive river protection and the 2025-2030 implementation plan for high-quality development of water-saving equipment [26][27] Development Background - The urban water supply industry's growth is closely linked to urbanization, with the urbanization rate in China rising from 58.52% in 2017 to 67% in 2024 [28] - Future developments will focus on water safety, efficiency, and smart management alongside meeting increasing demand [28] Industry Chain - The urban water supply industry chain includes upstream components such as water sources and treatment facilities, midstream construction and operation, and downstream markets comprising residential and commercial users [30][31] Current Industry Status - The urban water supply sector is a vital infrastructure component of the national economy, essential for urbanization and sustainable development [32][35] - The total length of urban water supply pipelines in China has increased from 710,200 kilometers in 2015 to 1,199,500 kilometers in 2024, with a compound annual growth rate of 6% [33][35]

Core Insights - The Chinese urban water supply industry is entering a mature phase, with total water supply expected to reach 704.88 billion tons in 2024, a year-on-year increase of 2.52% [1][13]. Industry Overview - Urban water supply is a vital municipal infrastructure system consisting of water source extraction facilities, water treatment plants, and distribution networks, adhering to principles of water source development and conservation [3]. - The industry is closely linked to urbanization, with the urbanization rate in China increasing from 58.52% in 2017 to 67% in 2024, driving demand for both domestic and industrial water [8]. Supply Scale - The total length of urban water supply pipelines in China has grown from 710,200 kilometers in 2015 to 1,199,500 kilometers in 2024, with a compound annual growth rate of 6% [9][10]. - The comprehensive production capacity of urban water supply is projected to be 34.418 million cubic meters per day in 2024, with a utilization rate of 56.11%, an increase of 0.08 percentage points year-on-year [11][12]. Demand Scale - The urban water user population in China increased from 451 million in 2015 to 564 million in 2023, with a compound annual growth rate of 2.85%. However, it is expected to slightly decline to 564 million in 2024 [15]. Competitive Landscape - The urban water supply industry features a diversified competitive landscape characterized by state-owned dominance, the rise of private enterprises, and foreign investment penetration. Major players include Beijing Enterprises Water Group, Beijing Capital Eco-Environmental Protection Group, and others [16][17]. Development Trends - The industry is shifting from a focus on quantity expansion to ensuring quality and safety in water supply, emphasizing comprehensive water quality monitoring and risk management [18]. - Business models are evolving from traditional water supply to integrated water service providers, offering a range of value-added services [19]. - Value creation is transitioning from cost control to leveraging data assets and smart operations, utilizing IoT and AI for enhanced efficiency and decision-making [20].

Core Viewpoint - The Chinese government is implementing measures to promote private investment, emphasizing the need for a fair competitive market environment and the removal of hidden barriers to encourage private enterprises to invest and achieve returns [1] Group 1: Market Access - The core of breaking down barriers for private capital is transforming the principle of "non-prohibition means entry" into actionable institutional arrangements, moving from "able to enter" to "easy to operate" [2] - A nationwide unified and dynamically updated negative list for market access will be established, gradually reducing restrictive items, ensuring that "everything not on the list is allowed" [2] - In monopolistic sectors, a "mandatory opening ratio" will be set, requiring a minimum shareholding ratio for private investment in state-dominated areas like railways and oil pipelines [3] Group 2: Process Reform - The approval process will be reformed to lower entry costs, promoting a commitment system for enterprise investment projects, which can significantly reduce pre-approval time [4] - A nationwide integrated government service platform will be established for online processing of private investment project approvals, eliminating offline bureaucracy [4] Group 3: Financial Support - To address the financing challenges faced by private capital, a multi-channel approach involving loans, bonds, and equity financing will be adopted [5] - A "project library + information sharing" mechanism will be established to facilitate precise matching of credit products to private investment projects [5] - The issuance conditions for corporate bonds will be relaxed, allowing private enterprises to issue bonds for technology innovation and green projects, with financial subsidies for interest rates exceeding a certain threshold [6][7] Group 4: Project Implementation - A unified and dynamic information platform will be created to ensure transparency in project promotion, allowing private capital to easily find and understand projects [8] - Priority will be given to land use for key private investment projects, with simplified approval processes for land and environmental assessments [9] Group 5: Policy Stability and Transparency - The establishment of a "Promotion of Private Investment Regulations" will ensure long-term policy stability and transparency, with mechanisms for assessing policy adjustments [12][13] - Regular public reporting on policy execution and project progress will enhance transparency and allow private capital to stay informed [13] Group 6: Fair Competition and Returns - A negative list and blacklist system will be implemented to eliminate discrimination against private enterprises in government procurement and project bidding [15] - Support for private enterprises in R&D and technological upgrades will be enhanced, with financial incentives for innovation [16] - A reasonable return mechanism will be established for private investments in infrastructure projects, ensuring minimum yield rates and government support for underperforming projects [17] Conclusion - Establishing a long-term mechanism to promote private investment is a comprehensive system engineering effort that requires institutional innovation, precise services, and a fair environment to create a virtuous cycle of private capital investment [18]

Core Viewpoint - The Ministry of Finance, in collaboration with relevant departments, has drafted guidelines to standardize the construction and operation of existing government and social capital cooperation (PPP) projects, aiming to enhance the quality and efficiency of public service supply and promote stable economic development [2][3]. Summary by Sections Background of the Guidelines - The guidelines are a response to the need for effective management of existing PPP projects as the economic structure shifts from expansion to optimization of existing resources [2]. - The central government emphasizes the importance of establishing a long-term mechanism for government investment to effectively drive social investment [2]. Key Requirements for Smooth Operation of Existing PPP Projects - Local governments are required to take responsibility and implement targeted measures to support the stable operation of PPP projects [4]. - The guidelines outline four principles: systematic promotion, classified policies, cost reduction and efficiency enhancement, and strengthening guarantees [4][5]. Support for Existing Projects in Operation - Approximately 70% of existing PPP projects are in operation, and their performance directly impacts the quality of public services [6]. - Key requirements include adherence to contracts, timely performance-based payments, and ensuring that social capital providers meet quality standards [6][7]. Requirements for Projects Under Construction - For ongoing projects, the guidelines stress prioritizing projects based on local needs and financial conditions, accelerating construction progress, and ensuring financing needs are met [8][9]. Resource Utilization and Policy Tools - The guidelines advocate for comprehensive use of various resources and policy tools, including strict budget management and the use of local government bonds for financing [9][10]. Implementation and Coordination - The successful implementation of the guidelines requires collaboration among local governments, industry regulators, financial institutions, and project implementation agencies [11][12].

Core Insights - Ordos City is characterized by severe water scarcity, with a per capita water resource of only 1,299 cubic meters, significantly lower than national and regional averages [1] - The city has implemented a "quality-based water supply, gradient treatment, and recycling" system to promote water conservation and efficient utilization [1] - As of December 2024, the groundwater level in Ordos has risen by 1.84 meters year-on-year, marking three consecutive years of increase [1] Water Resource Management - In November 2022, Ordos issued the "Four Waters and Four Determinations" plan to enforce water management principles [1] - The "Ordos City Water Resource Management Regulations" came into effect on January 1, 2024, providing legal support for standardized water resource management [1] - A water supply project utilizing the Yellow River's water indicators was launched on July 18, 2024, allowing for an annual intake of 28 million cubic meters [1] Industrial Water Conservation - The Zhongtian Hechuang Chemical Company has established a three-tiered water-saving management system, achieving significant water efficiency [2] - The company has a 3,000 cubic meters per hour deep processing facility for mine water, which replaces Yellow River water for production [2] - An investment of 150 million yuan in a high-salinity water salt production project reduces hazardous waste by 52,000 tons annually [2] Agricultural Water Efficiency - The Ordos region is promoting facility-based water-saving agriculture, with farmers exchanging irrigated land for greenhouses, significantly reducing water usage [6] - Each greenhouse can save over 1,500 cubic meters of irrigation water annually compared to traditional crops [6] - The implementation of small-flow drip irrigation technology has led to a 30% to 50% reduction in water usage while increasing crop yields by 15% [9] Urban Water Recycling - In the Kangbashi District, 80% of urban greening water comes from recycled water, with a daily processing capacity of 12,000 tons [11] - The district has laid 3,051.4 kilometers of recycled water pipelines, achieving an 83% irrigation rate for urban greening [12] - The annual savings from using recycled water for irrigation amount to 15.74 million cubic meters, reducing irrigation costs by 130 million yuan [12]