（来源：中国改革报） 转自：中国改革报 □ 郭 兴 张小宝 近日，中国产业发展促进会能源降碳及碳资产管理产业分会（以下简称"能碳分会"）成立大会暨2026能 源降碳及碳资产管理研讨会在北京召开。本次会议聚焦"十五五"关键时期能源行业的核心议题，共同探 索以协同机制推动行业绿色转型的系统路径。 会议指出，"十五五"是我国初步建成清洁低碳、安全高效新型能源体系、实现碳达峰目标的攻坚阶段。 面对保障能源安全与推动绿色转型的双重压力，构建系统化的能源降碳与碳资产管理能力已成为行业发 展的战略支点。在此背景下，国内首个聚焦能源降碳与碳资产管理全链条协同的专业平台——能碳分会 正式成立，旨在填补行业级协同服务的空白，为产业系统性降碳提供中枢支撑。 六是聚焦人才培育，夯实行业发展根基。史玉波指出当前碳资产管理专业人才短缺。能碳分会应发挥专 业平台优势，联合专业机构开展专项培训，建立人才培养与交流机制，提升全行业专业能力。 业内专家表示，总的来看，上述路径共同勾勒出了多维协同、系统推进的能碳治理生态蓝图，标志着我 国能源降碳事业从分散探索走向系统整合，从被动适应转向主动引领，为国家"双碳"目标实现提供了机 制支撑。 二是推动 ...

Core Viewpoint - Guangdong Petrochemical has achieved significant recognition in energy efficiency, with its ethylene plant retaining the title of "Energy Efficiency Leader" and its aromatics plant winning dual honors for energy and water efficiency in its first competition [1]. Group 1: Energy Efficiency Achievements - The ethylene plant has successfully implemented an intelligent control system, enhancing operational stability and energy efficiency [2]. - The introduction of the IPC system has led to automatic load adjustments and temperature control, improving ethylene yield and reducing fouling issues in the furnace [3]. - The aromatics plant has demonstrated superior energy consumption and water usage metrics, with a comprehensive energy consumption of 145.51 kg standard oil/ton and a water intake of 0.209 cubic meters/ton, both significantly better than national standards [6]. Group 2: Technological Innovations - The use of a new fuel gas line has effectively addressed the surplus of methane gas, allowing for a utilization rate of 5,880 cubic meters per hour, saving 12,000 tons of fuel gas annually [4]. - Optimization efforts in the propylene tower have reduced the reflux from 1,800 tons/hour to 1,650 tons/hour, saving 5,000 cubic meters of fuel gas per hour [4]. - The introduction of patented technologies, such as the water droplet-type furnace tube and deep cold ethylene recovery technology, has minimized ethylene loss and extended operational cycles [4][3]. Group 3: Management and Operational Strategies - Guangdong Petrochemical has established a four-level energy and carbon management system, enhancing operational efficiency and accountability [2]. - The integration of energy consumption metrics with performance evaluations has motivated teams to optimize operations continuously [5]. - The company has implemented a closed-loop management mechanism for process optimization, ensuring long-term stable operations [7]. Group 4: Future Goals and Vision - The company aims to transition from being scale-leading to efficiency-leading through systematic optimization across equipment, processes, and technologies [8]. - The chairman emphasizes the importance of meticulous production, management, and technological advancements to establish a world-class refining enterprise [8].

Core Viewpoint - The document outlines the initiative for constructing zero-carbon parks to support China's carbon peak and carbon neutrality goals, emphasizing the need for a comprehensive green transformation in economic and social development [2][6]. Group 1: Key Tasks - Accelerate the transformation of energy structure in parks by enhancing the utilization of renewable energy and developing green electricity supply models [2][3]. - Promote energy conservation and carbon reduction in parks by establishing energy and carbon emission management systems and encouraging the adoption of advanced energy-efficient technologies [3][4]. - Optimize the industrial structure of parks by developing low-energy, low-pollution, and high-value-added emerging industries, and exploring green manufacturing models [3][4]. - Enhance resource conservation and intensive use in parks by improving spatial planning and promoting the recycling of industrial waste [3][4]. - Upgrade park infrastructure by optimizing planning and construction of energy supply systems, and promoting low-carbon transportation [3][4]. Group 2: Support Measures - The National Development and Reform Commission will utilize existing funding channels to support zero-carbon park construction, encouraging local governments to provide financial backing [6]. - Policy banks are encouraged to offer medium- to long-term credit support for eligible projects, and enterprises are supported in issuing bonds for zero-carbon park construction [6]. - The document emphasizes the importance of introducing external talent and technology to assist in energy conservation and carbon emission management [6]. Group 3: Implementation Organization - The National Development and Reform Commission will coordinate the construction of zero-carbon parks, providing support in areas such as pilot exploration and project funding [7]. - Local development and reform commissions are tasked with recommending eligible parks for national-level zero-carbon park construction based on various factors [8]. - A thorough evaluation process will be conducted post-construction to assess the effectiveness of the zero-carbon parks, with successful projects being officially recognized [8].

Core Viewpoint - The Yangkou Chemical Industrial Park in Jiangsu, China, has transformed from a saline wasteland into a vibrant chemical hub, focusing on high-end, intelligent, innovative, and green development, aiming to create a competitive new materials industry chain [1][2]. Group 1: Industrial Development - The park leverages the rich technological innovation resources of the Yangtze River Delta to integrate innovation, talent, and industry chains, establishing a high-standard innovation incubation center [2]. - The fine chemical new materials industry chain focuses on high-end specialty chemicals, attracting quality enterprises such as Jiatuo Energy and BASF [2]. - The park has introduced multiple engineering research centers, with over 80% of its output coming from high-tech industries, and hosts three Fortune Global 500 companies [2][3]. Group 2: Innovation and Research - The park has established various innovation platforms, including an electronic chemicals industrial park and a green energy incubator, to foster future industries like green hydrogen and new energy storage [3]. - A chemical pilot base has been set up to provide a practical platform for new materials research, addressing the challenges of technology transfer in the pilot phase [4][5]. - The first batch of pilot projects includes a high-end nylon project with a total investment of 50 million yuan, aimed at applications in aerospace, defense, and medical fields [5]. Group 3: Green and Digital Transformation - The park aims to become a zero-carbon industrial zone by 2025, focusing on green low-carbon development and leveraging a complete green energy industrial system [6][7]. - It is developing clean energy projects, including LNG facilities with a capacity of 20-30 million tons per year, and promoting distributed photovoltaic projects among chemical enterprises [6]. - The park collaborates with Envision Group to build a carbon emission visualization and management platform, enhancing carbon management capabilities and aiming to meet Jiangsu's zero-carbon standards by 2030 [7].