Core Viewpoint - The "Implementation Plan for High-Quality Development of Water-Saving Equipment (2025-2030)" aims to enhance the water-saving equipment industry, focusing on technological innovation, industrial upgrades, and talent cultivation to ensure national water security and support new industrialization [1][3]. Group 1: Water-Saving Equipment Development - By 2027, breakthroughs in key water-saving equipment and a more robust standard system are expected, along with the cultivation of leading enterprises and specialized "little giant" companies [1]. - By 2030, a comprehensive, technologically advanced water-saving equipment system is to be established, enhancing the supply capacity of high-performance, efficient, and reliable water-saving equipment [1][3]. Group 2: Industrial Water Efficiency - The Ministry of Industry and Information Technology (MIIT) has implemented actions to improve industrial water efficiency, achieving a 50% reduction in water usage per unit of industrial added value over the past decade while maintaining zero growth in total industrial water consumption [2]. - A policy framework for industrial water efficiency has been established, including the "Industrial Water Efficiency Improvement Action Plan" and "Industrial Wastewater Recycling Implementation Plan" [2]. Group 3: Key Tasks and Innovations - The plan emphasizes the need for breakthroughs in critical components, materials, and processes in water-saving equipment, aiming for a collaborative industrial chain that covers material research, equipment manufacturing, and system integration [3][5]. - The focus is on enhancing the efficiency of water-saving technologies in various industrial processes, particularly in high-water-consumption sectors like steel manufacturing [6]. Group 4: Challenges and Shortcomings - Despite having over 2,000 large-scale water-saving equipment manufacturers, the industry faces challenges such as over 50% reliance on imports for key components and low levels of equipment intelligence and system integration [4]. - The lack of a robust innovation mechanism and low conversion rates of scientific achievements hinder the industry's growth and international competitiveness [4]. Group 5: Technological Integration and Smart Solutions - The integration of new technologies like industrial internet, big data, and artificial intelligence is crucial for enhancing water-saving management efficiency [7]. - The plan promotes the digital transformation of the water-saving equipment industry, aiming to improve operational efficiency and resource utilization through smart monitoring and management systems [7][8]. Group 6: Policy Support and Talent Development - The MIIT will increase policy support for updating water-saving equipment and accelerating the development of necessary standards [8]. - There will be a focus on cultivating applied talent in water-saving disciplines to link the talent chain with the industry chain effectively [8].

Core Insights - The "Water-Saving Equipment High-Quality Development Implementation Plan (2025-2030)" aims to enhance the water-saving equipment industry, focusing on breakthroughs in key equipment and establishing a robust standard system by 2027, with a comprehensive and advanced water-saving equipment system by 2030 [1][3] Group 1: Industry Development - The water-saving equipment industry is crucial for national water security and sustainable resource utilization, presenting significant development opportunities through technological innovation and industrial upgrades [1][3] - The industrial water efficiency improvement actions have led to a zero growth in industrial water use over the past decade while supporting an average industrial economic growth of 5.7% [2] - The current scale of water-saving equipment manufacturing enterprises exceeds 2,000, positioning China among the global leaders in this sector [4] Group 2: Technological Focus - The implementation plan emphasizes the need for innovation in key components, materials, and processes within the water-saving equipment industry, aiming for a collaborative approach across the entire supply chain [3][4] - Specific technological advancements are targeted in water supply equipment, including high-precision filtration and the utilization of unconventional water sources such as rainwater and seawater [5] - The plan outlines critical directions for wastewater recycling technologies, focusing on membrane technologies and intelligent operation systems [5][6] Group 3: Smart Water Management - The integration of smart technologies such as AI and IoT is highlighted as a key pathway to enhance water management efficiency, with many enterprises already adopting digital water management systems [7] - The current coverage of smart monitoring and management platforms in the industrial sector is below 30%, indicating significant potential for growth in digital applications [7] Group 4: Policy Support - The Ministry of Industry and Information Technology plans to increase policy support for the upgrade and technological transformation of key industry water-saving equipment [8] - Efforts will be made to accelerate the development of urgently needed standards in the water-saving equipment sector, promoting standardization and series production [8]

Core Insights - The water-saving equipment industry in China is experiencing significant growth, driven by government policies and regulations aimed at improving water efficiency and reducing consumption [1] - The market size for water-saving equipment in China is projected to reach 551.577 billion yuan in 2024, reflecting a year-on-year growth of 0.7% [1] - The industry has developed a comprehensive supply chain, with over 2,000 large-scale manufacturing enterprises, positioning China among the global leaders in this sector [1] Industry Overview - Water-saving equipment encompasses mechanical and storage devices that meet quality, safety, and environmental standards, primarily used in industrial, agricultural, and urban settings [1] - The industry is characterized by a high degree of segmentation and diverse competition across various market segments [1] - Key areas of technological advancement include membrane separation, smart water meters, and efficient cooling systems, where China has established notable advantages [1] Future Outlook - The water-saving equipment market is expected to enter a new phase of high-quality development, influenced by the "dual carbon" goals and the trend towards smart transformation [1] - The ongoing development of advanced water-saving technologies and practices is anticipated to create substantial growth opportunities within the industry [1]

Core Viewpoint - The article discusses the implementation plan for high-quality development of water-saving equipment from 2025 to 2030, aiming to establish a comprehensive and technologically advanced water-saving equipment system, addressing water resource supply and demand conflicts in China [1][3]. Policy Support - The plan outlines three key measures: upgrading water-saving equipment in key industries through old-for-new policies, utilizing green finance tools to guide enterprises in purchasing advanced water-saving equipment, and implementing insurance compensation mechanisms for major technological equipment to accelerate the promotion of innovative water-saving technologies [1][3]. Overall Requirements - The initiative is guided by Xi Jinping's thoughts on ecological civilization and aims to enhance the innovation and supply capacity of water-saving equipment, focusing on areas with severe water shortages and environmental sensitivity [4][5]. Technological Innovation - Emphasis on enhancing the technical innovation level of water-saving equipment, including: - **Water Purification Equipment**: Focus on high-precision, low-energy consumption filtration devices [6]. - **Unconventional Water Utilization Equipment**: Encouragement of the use of reclaimed water and seawater in industrial applications [7]. - **Special Purpose Water Treatment Equipment**: Development of modular and specialized water treatment solutions for various industrial needs [9]. Efficiency Improvement - The plan aims to improve the water-saving efficiency of key equipment, including: - **Washing Equipment**: Development of high-efficiency cleaning devices that optimize water usage [10]. - **Cooling Equipment**: Innovations in cooling systems to enhance water recycling and energy efficiency [11]. - **Condensate Water Recovery Equipment**: Focus on efficient recovery and purification of condensate water in industrial thermal systems [13]. Wastewater Recycling - Addressing technical bottlenecks in wastewater recycling equipment, including: - **Membrane Separation Equipment**: Development of high-performance membranes for effective wastewater treatment [14]. - **Concentrated Water Treatment Equipment**: Innovations for efficient treatment of complex industrial wastewater [16]. Digital Transformation - Promotion of intelligent manufacturing in the water-saving equipment sector, integrating AI and IoT technologies to enhance production efficiency and product quality [17][18]. Policy and Environment Optimization - Strengthening policy support for the development of water-saving equipment, including financial incentives and the establishment of a comprehensive standard system [21][22].

Core Insights - The Chinese government aims to develop the water-saving industry to a scale of 1 trillion yuan by 2027, as outlined in the recent guidelines from six departments including the National Development and Reform Commission and the Ministry of Water Resources [1] - A "1+N" policy system has been established to support the water-saving industry, focusing on statistical surveys, financial investment, tax incentives, and green finance [1] - The water-saving equipment manufacturing sector is identified as a crucial part of the water-saving industry, with plans to foster leading enterprises and "little giant" companies by 2030 [1] Group 1 - The water-saving industry is becoming increasingly institutionalized, with a focus on creating industrial clusters in regions such as Beijing-Tianjin-Hebei, the Yangtze River Delta, and the Guangdong-Hong Kong-Macao Greater Bay Area [1] - Over 29,000 patents related to water-saving technologies have been publicly disclosed, with 194 mature water-saving technologies and 150 industrial water-saving processes and equipment selected for promotion [1] - The Ministry of Industry and Information Technology and the Ministry of Water Resources have jointly issued a development plan for high-quality water-saving equipment from 2025 to 2030, emphasizing a framework focused on supply, usage, recycling, and digital transformation [1] Group 2 - The water-saving industry is closely linked to residents' daily lives, with significant achievements from initiatives aimed at increasing water resource supply, reducing water loss, and enhancing water efficiency [2] - The utilization of recycled water reached 21.2 billion cubic meters in 2024, equivalent to the capacity of 1.3 Three Gorges Reservoirs, with projections to exceed 25 billion cubic meters by 2030 [2] - The leakage rate of water supply networks has decreased from 13.4% in 2020 to below 9% in 2024 due to technological improvements [2] - The adoption of water-saving devices has improved living standards, with an average household saving approximately 70 cubic meters of water annually by using efficient water-saving products [2]

Core Viewpoint - The Ministry of Industry and Information Technology and the Ministry of Water Resources of China have jointly released the "Implementation Plan for the High-Quality Development of Water-Saving Equipment (2025-2030)", aiming to enhance the development of water-saving technologies and equipment, promote industrial upgrades, and address water resource shortages in the country [1][2]. Summary by Sections Development Goals - By 2027, breakthroughs in water-saving equipment for key areas such as supply, usage, and recycling are expected, with a focus on mastering core technologies with independent intellectual property rights [1] - By 2030, a comprehensive, technologically advanced water-saving equipment system is to be established, with manufacturing capabilities reaching world-class standards [1] Current Industry Status - Over the past decade, China's industrial water usage has maintained "zero growth" while supporting an average industrial economic growth of 5.7%, with water usage per unit of industrial added value decreasing by over 50% [2] - In 2024, China's industrial water consumption is projected to be 97.1 billion cubic meters, accounting for approximately 16% of the national water usage [2] Challenges and Shortcomings - The industry faces significant challenges, including over 50% reliance on imports for key components like high-performance membrane materials and precision sensors, which limits the autonomy of the supply chain [3] - There is a lack of innovation, low levels of standardization, and inadequate collaboration between academia and industry, which hampers the scale and international development of water-saving equipment [3] Focus Areas of the Implementation Plan - The plan emphasizes enhancing the technological innovation of water supply equipment, improving the water-saving efficiency of key usage equipment, and overcoming technical bottlenecks in wastewater recycling [4] - A significant highlight is the focus on unconventional water resource utilization, including the recycling of wastewater, seawater, and rainwater, to provide diversified water source solutions for water-scarce regions [4][5] Specific Technological Innovations - The plan proposes targeted measures for high-water-consumption processes, such as developing advanced cleaning and cooling technologies, including high-pressure cleaning and energy-efficient cooling systems [5] - It encourages the use of liquid cooling and evaporative cooling technologies for new infrastructure like data centers, promoting a synergistic effect between water, energy, and carbon [5]

Core Viewpoint - The implementation plan aims to promote the high-end, intelligent, and green transformation of China's water-saving equipment manufacturing industry by 2030, addressing the current challenges of water resource scarcity and enhancing the competitiveness of the entire industry chain [1][2]. Group 1: Implementation Goals - By 2027, breakthroughs in key water-saving equipment will be achieved, a more robust standard system will be established, and leading enterprises in water-saving equipment will be cultivated [1]. - By 2030, a comprehensive and technologically advanced water-saving equipment system will be constructed, with enhanced supply capabilities of high-performance, high-efficiency, and high-reliability water-saving equipment [1]. Group 2: Current Challenges - China's per capita water resources are only one-fourth of the global average, with industrial water consumption projected to be 97.1 billion cubic meters in 2024, accounting for 16% of total water usage [1]. - The water consumption per unit of industrial added value is 24 cubic meters, indicating a gap compared to international advanced levels [1]. Group 3: Strategic Measures - The plan addresses high-end technology bottlenecks in the water-saving equipment industry, such as reliance on imported core components like high-end reverse osmosis membranes, emphasizing the need for improved import substitution rates [2]. - Key tasks include focusing on water-intensive general equipment in production processes and promoting the development and digital transformation of supply, usage, and recycling equipment [2]. Group 4: Support System - The implementation plan outlines a support system from four aspects: policy, standards, technology, and talent [2]. - Policy measures include equipment renewal policies, exploring the establishment of a water-saving industry fund, and promoting green financial products like "water-saving loans" [2]. - The standard system will accelerate the development of urgently needed standards for water efficiency evaluation and intelligent operation, promoting the internationalization of advantageous standards [2]. - Technological innovation will be driven by a "challenge mechanism" for core technologies, establishing national innovation centers and pilot platforms [2]. - Talent cultivation will involve establishing a collaborative mechanism between industry, academia, and research, enhancing professional technical training [2]. Group 5: Industry Impact - The implementation of the plan is expected to accelerate the import substitution process in the water-saving equipment industry and drive upgrades across the entire industry chain [3]. - It will not only assist in water conservation and reduction in the industrial sector but also provide technical support for agriculture, municipal sectors, and contribute to the overall green transformation of the economy and society [3].