新华社北京7月29日电 近日，中共中央办公厅、国务院办公厅印发《地方党政领导干部生态环境保护 责任制规定(试行)》，并发出通知，要求各地区各部门认真遵照执行。 《地方党政领导干部生态环境保护责任制规定(试行)》全文如下。 地方党政领导干部生态环境保护责任制规定(试行) (2025年7月18日中共中央批准 2025年7月18日中共中央办公厅、国务院办公厅发布) 第一章 总则 第一条 为了坚持和加强党对生态文明建设的全面领导，健全落实生态环境保护责任制，根据有关党内 法规和法律，制定本规定。 第二条 本规定适用于县级以上地方党委和政府领导班子成员、生态环境部门和承担重要生态环境保护 职责的部门负责人(以下统称地方党政领导干部)。 乡镇(街道)、各类开发区领导班子成员落实生态环境保护责任制，参照本规定执行。 第三条 实行地方党政领导干部生态环境保护责任制，坚持以习近平新时代中国特色社会主义思想为指 导，完整准确全面贯彻新发展理念，牢固树立和践行绿水青山就是金山银山的理念，加强组织领导、强 化统筹协调、完善体制机制、严格监督考核，构建覆盖全面、权责一致、奖惩分明、环环相扣的责任体 系，保障以高水平保护支撑高质量发展， ...

新华社北京7月29日电 近日，中共中央办公厅、国务院办公厅印发《地方党政领导干部生态环境保 护责任制规定（试行）》，并发出通知，要求各地区各部门认真遵照执行。 《地方党政领导干部生态环境保护责任制规定（试行）》全文如下。 地方党政领导干部生态环境保护责任制规定（试行） （2025年7月18日中共中央批准 2025年7月18日中共中央办公厅、国务院办公厅发布） 第一章 总则 第一条 为了坚持和加强党对生态文明建设的全面领导，健全落实生态环境保护责任制，根据有关 党内法规和法律，制定本规定。 第二条 本规定适用于县级以上地方党委和政府领导班子成员、生态环境部门和承担重要生态环境 保护职责的部门负责人（以下统称地方党政领导干部）。 乡镇（街道）、各类开发区领导班子成员落实生态环境保护责任制，参照本规定执行。 第三条 实行地方党政领导干部生态环境保护责任制，坚持以习近平新时代中国特色社会主义思想 为指导，完整准确全面贯彻新发展理念，牢固树立和践行绿水青山就是金山银山的理念，加强组织领 导、强化统筹协调、完善体制机制、严格监督考核，构建覆盖全面、权责一致、奖惩分明、环环相扣的 责任体系，保障以高水平保护支撑高质量发展， ...

Core Viewpoint - The article emphasizes the transformation of chemical parks in China towards green, low-carbon, and zero-carbon development, highlighting the achievements and practices in energy conservation, resource recycling, and ecological protection. Group 1: Green Transformation of Chemical Parks - As of now, 37 chemical parks in China have been recognized for their efforts in promoting resource utilization and sustainable development, showcasing significant demonstration effects [1] - The Hangzhou Bay Shangyu Economic Development Zone has integrated ecological priorities and green development into its planning and production processes, achieving recognition as a national ecological industrial demonstration park and a green chemical park [1] Group 2: Industrial Upgrading and New Economic Structure - Since 2017, the Hangzhou Bay Shangyu Economic Development Zone has eliminated 93 low-efficiency chemical enterprises, freeing up 3,000 acres of land and investing 6.4 billion yuan in smart upgrades for 98 enterprises [2] - The industrial structure is evolving from a single focus on fine chemicals to a modern industrial system characterized by three strategic emerging industries: advanced materials, intelligent equipment, and life health [2] Group 3: Innovative Ecological Governance - The Hangzhou Bay Shangyu Economic Development Zone has developed a new ecological governance model, creating a green ecological paradise that supports biodiversity [3] - A major project by Kang En Bei Group will process over 200,000 tons of hazardous waste annually, saving 100,000 tons of coal and reducing carbon emissions by 400,000 tons [3] Group 4: Resource Recycling and Waste Utilization - The Shaoxing Green Exhibition Environmental Protection Co., Ltd. has successfully transformed solid waste into new building materials, addressing the demand for sustainable construction resources [4] - The economic zone has implemented a point-to-point management approach for hazardous waste utilization, promoting resource recycling and reducing carbon emissions by 70,000 tons annually [4] Group 5: Technological Innovation and Green Production - The establishment of a new research and development base for high-end polyolefin elastomer catalysts marks a significant step in the full-chain transformation from research to industrialization [6] - The economic zone has fostered a collaborative innovation ecosystem involving government, industry, academia, and research institutions to support technological advancements and green production [6] Group 6: Environmental Measures and Competitive Edge - Companies in the economic zone are adopting innovative technologies and processes to enhance environmental performance, with significant reductions in waste and emissions reported [7] - For instance, Longsheng Group has achieved over 80% reduction in wastewater and organic waste emissions through advanced purification techniques [7]

Core Viewpoint - Green and low-carbon development is essential for the high-quality development of chemical enterprises, requiring the integration of energy-saving and carbon reduction concepts into corporate strategies to achieve transformation and ecological protection [1][2]. Group 1: Conceptual Foundation - The "dual carbon" goal guides the development direction, making energy-saving and carbon reduction a key path for sustainable development [1]. - The company conducts regular training and policy briefings to enhance the green and low-carbon awareness among all employees, fostering a culture of participation in energy-saving initiatives [1]. - An incentive mechanism links energy-saving and carbon reduction targets to performance assessments, ensuring accountability at all levels [1]. Group 2: Technological Empowerment - Technological innovation is identified as the primary driver for energy-saving and carbon reduction [2]. - The company has implemented energy optimization projects, such as collaborating with Xi'an Ge Rui Company to enhance the efficiency of the circulating water system, resulting in savings of 2.26 million yuan [2]. - The introduction of high-efficiency Venturi steam traps in various facilities has led to a steam cost saving of 700,000 yuan [2]. Group 3: Resource Optimization - The company emphasizes a collaborative and circular utilization approach to resource optimization in energy-saving and carbon reduction efforts [2]. - By supplying excess air duct resources to other facilities and shutting down two air compressors, the company saves 415 kWh per hour, demonstrating efficient resource allocation [2]. - A partnership with Huayang Liquid Carbon has established a carbon capture demonstration base, achieving an annual carbon capture of 400,000 tons [2]. Group 4: Practical Implementation - The integration of green development concepts, technological innovation, and resource optimization can enable traditional chemical enterprises to achieve transformation and contribute to carbon peak and carbon neutrality goals [2].

Core Points - The meeting focused on the "14th Five-Year Plan" development journey and insights, as well as the challenges and strategic directions for the "15th Five-Year Plan" in Hangzhou [1][2] - Experts discussed key areas such as technological innovation, digital economy, modern industrial system, reform and opening-up, private sector vitality, urban-rural integration, green development, urban renewal, common prosperity, talent cultivation, and social welfare [1][2] Group 1 - The meeting was chaired by the Chairman of the Municipal Political Consultative Conference, Ma Weiguang, and included contributions from seven experts [1] - The importance of compiling the "15th Five-Year Plan" was emphasized as a significant task for the city this year [2] - The meeting aimed to gather expert opinions to enhance the planning process and ensure high-quality development in Hangzhou [2] Group 2 - The discussions were aligned with the directives from Xi Jinping regarding the planning work and the development of Hangzhou [2] - The focus was on achieving high-quality development and establishing Hangzhou as a model for modern Chinese cities [2] - The meeting aimed to leverage the expertise of the Political Consultative Conference to propose forward-looking and feasible suggestions for the "15th Five-Year Plan" [2]

Core Insights - The first "Jinggui Chemical Dialogue - Future New Materials and Chemical Engineering International Academic Conference" was held to deepen collaboration between Peking University, Guizhou Minzu University, and Guizhou Phosphate Group, focusing on the "Rich Mineral Precision Development" strategy to support regional industrial upgrades [1][3] Group 1: Conference Overview - The conference was organized by the Ministry of Education's School Planning and Development Center and Guizhou Provincial Education Department, with participation from top experts in chemical engineering and materials science [3] - The event aimed to address key issues, technological bottlenecks, and future trends in new materials and chemical engineering under the "dual carbon" goals, promoting the integration of industry, academia, and international cooperation [3][11] Group 2: Key Themes and Discussions - The conference emphasized the importance of chemical engineering as a cornerstone for building a modern industrial system, addressing global challenges such as climate change and resource scarcity [7] - Guizhou, rich in phosphate and barite resources, is focusing on deep processing and the establishment of a new energy base, aiming for a modern industrial system that emphasizes low-carbon, circular, intelligent, and efficient development [9] Group 3: Expert Contributions - Notable experts delivered keynote speeches on various topics, including spin science, low-carbon energy, and asymmetric catalysis, sharing cutting-edge research findings [11][13] - Discussions included the integration of transportation energy, the value of phosphogypsum resource utilization, and innovative synthesis paths for magnetic materials, contributing to the advancement of new materials and chemical engineering [11][13]

Group 1 - The Guangxi Futures Exchange is actively promoting the development and listing of new futures products, including platinum, palladium, and lithium hydroxide, with expectations for them to be launched this year [1][2] - Platinum and palladium are crucial materials in the new energy and high-tech manufacturing sectors, with their demand increasing significantly due to the rapid advancement of the global new energy vehicle and clean energy industries [1][2] - Platinum prices have surged over 50% this year, reaching over $1400 per ounce, while palladium prices have also increased by 41%, indicating a growing need for financial tools for risk management in these markets [1][2] Group 2 - Lithium hydroxide is a key raw material for new energy battery manufacturing, and its market is experiencing supply-demand imbalances, leading to increased price volatility and a pressing need for risk management tools [2] - The introduction of futures products for platinum, palladium, and lithium hydroxide is expected to fill market gaps, providing risk management tools for upstream and downstream enterprises, thereby enhancing their risk resilience and supporting stable industry development [2] - The development and listing of electricity futures are also under focus, with the Guangxi Futures Exchange emphasizing its commitment to serving green and low-carbon development [2][3]

Economic Performance - Yulin's GDP for the first half of the year reached 348.57 billion yuan, with a year-on-year growth of 5.4% [1] - The primary industry added value was 5.53 billion yuan, growing by 2.4%; the secondary industry added value was 253.52 billion yuan, increasing by 7.0%; the tertiary industry added value was 89.52 billion yuan, also growing by 2.4% [1] - In comparison, Yulin's economic total experienced negative growth in the same period last year [1] Coal Industry Dependency - Yulin's economic trajectory is closely tied to coal market conditions, with a notable GDP decline in 2020 and a significant nominal growth of 33% in 2021 due to rising coal prices [2] - The coal market is currently under pressure, with coal prices hitting a five-year low and significant declines in prices for coking coal and coke [2] - Similar to Yulin, other coal-dependent cities like Ordos and Shanxi have also reported negative GDP growth in the first half of the year [2] Structural Adjustments - Yulin is actively pursuing industrial restructuring, focusing on emerging industries such as hydrogen energy, modern coal chemical industry, and new energy equipment, although traditional industries still dominate [2] - The local government acknowledges the challenges of transitioning to a low-carbon economy while facing price volatility in energy and commodities [3][4] Challenges Ahead - The primary challenge for Yulin is to break free from traditional path dependence and achieve green low-carbon development, a common issue for resource-based cities [4]

Economic Performance of Yulin - Yulin's GDP for the first half of the year reached 348.74 billion yuan, with a year-on-year growth of 5.4% [1] - The primary industry added value was 5.53 billion yuan, growing by 2.4%; the secondary industry added value was 253.52 billion yuan, increasing by 7.0%; the tertiary industry added value was 89.52 billion yuan, also growing by 2.4% [1] - In comparison to the previous year, Yulin's economic total experienced negative growth [1] Coal Industry Dependency - Yulin's economic trajectory is closely tied to coal market conditions, with a notable GDP decline in 2020 and a significant nominal growth of 33% in 2021 due to rising coal prices [2] - The coal market is currently under pressure, with coal prices hitting a five-year low and significant declines in prices for coking coal and coke [2] - Yulin's economy, heavily reliant on coal, faces challenges similar to other coal-dependent cities like Ordos and Shanxi, which also reported negative GDP growth [2] Industrial Transition Efforts - Yulin is actively pursuing industrial restructuring, focusing on emerging sectors such as hydrogen energy, modern coal chemical industry, and new energy equipment [2] - Despite these efforts, traditional industries remain dominant, making it difficult for new sectors to offset the downturn in traditional industries in the short term [2][3] - The local government acknowledges the challenges of transitioning to a low-carbon economy while managing price volatility in energy and commodities [3][4]

Core Insights - Qinghai Province is leveraging its clean energy resources to pursue a path of green and high-quality development, becoming a leader in clean energy production in China [1][3] Group 1: Clean Energy Infrastructure - Qinghai's total installed power capacity reached 75.9 million kilowatts by June 2023, with clean energy and renewable energy accounting for 94.2% and 72.6% of the total, respectively, both ranking first in the country [1] - The province has established the first clean energy and green computing scheduling center, which connects data from 28 power generation companies and 558 renewable energy stations, enabling efficient management of dispersed power generation facilities [2] Group 2: Operational Efficiency - The scheduling center allows for unmanned operation and centralized monitoring, reducing operational personnel costs by over 40% for power generation companies [2] - The center supports real-time monitoring, remote control, and fault handling, ensuring the safe operation of the power grid [2] Group 3: Green Computing Integration - Qinghai is integrating clean energy with green computing, responding to the growing demand for computing power driven by advancements in artificial intelligence [3][4] - The province has developed a big data model for coordinated scheduling of computing power and energy, optimizing energy consumption during periods of abundant renewable energy supply [4] Group 4: Carbon Footprint Management - Green computing is being utilized for carbon footprint tracking and green low-carbon certification for export products, enhancing the international competitiveness of enterprises [5] - The scheduling center has established a carbon footprint database for export-oriented companies, providing proof of green computing usage to help them navigate global green trade barriers [5]