Core Points - The conference aims to promote technological innovation and development in the petroleum and chemical industry, focusing on key technology breakthroughs and the transformation of achievements to support high-quality development in the sector [2]. Group 1: Conference Overview - The "6th Innovation Development Conference for Refining and Chemical Enterprises and New Technology Achievement Exhibition" will be held from October 27-29, 2025, in Jiujiang, Jiangxi [3]. - The conference will feature experts from national ministries, universities, research institutes, and major refining companies such as China National Petroleum Corporation (CNPC), Sinopec, and CNOOC [2]. Group 2: Conference Themes and Objectives - The main theme of the conference is "Technology Leading, Digital Intelligence Empowering," aimed at assisting the refining industry in structural adjustment and green low-carbon transformation [2]. - The conference will include keynote speeches, academic forums, and exhibitions showcasing the latest innovations in refining and chemical technology [14]. Group 3: Key Topics of Discussion - Topics will cover advanced processing technologies for low-quality heavy oil, deep integration in refining, specialty oil products, high-end chemical new materials, new energy, advanced separation technologies, and digital and intelligent empowerment [14][15]. - Discussions will also focus on green low-carbon transformation strategies, including energy system optimization and the application of green electricity and hydrogen [18]. Group 4: Exhibition and Networking Opportunities - A dedicated area for the promotion and exhibition of new technologies, equipment, and achievements will be set up to provide a platform for enterprises, research institutes, and technology service providers [19]. - The exhibition will highlight key technologies and equipment in refining engineering design, construction, and intelligent manufacturing [19]. Group 5: Participant Scope - Participants will include leaders and experts from refining enterprises, provincial petroleum societies, research institutes, universities, and technology service companies [23]. - The conference aims to facilitate knowledge sharing and collaboration among stakeholders in the refining and chemical industry [21].

广发银行南京分行党委委员、副行长赵磊代表南京分行致辞，对镇江市政府长期以来的关心与支持表示感谢。赵磊表示，南京分行将以此次金融服务合作协 议的签署为契机，紧密围绕江苏省委省政府关于发展新质生产力、强化科技创新引领、推动产业转型升级、促进绿色低碳转型、构建区域协调发展新格局等 重点部署，与镇江市政府深化合作，引导更多优质金融资源汇聚镇江、服务镇江。 江南时报讯 9月23日，广发银行南京分行与镇江市政府签署金融服务合作协议。镇江市市长徐曙海，广发银行南京分行行长王保洲出席签约仪式。 镇江作为长三角重要的先进制造业基地和区域中心城市，历史悠久、文化厚重、产业兴盛、创新活跃、生态宜居。广发银行是经国务院批准最早设立的具有 央企背景的全国性股份制商业银行，2016年，中央金融企业中国人寿集团增持广发银行股份，成为广发银行单一最大股东，实现强强联合，战略互补。 作为广发银行在江苏的直属省级分行，广发银行南京分行将进一步发挥"银行+保险+投资"协同的综合金融优势和股份制银行的创新优势，做好金融"五篇大 文章"，紧密围绕镇江市"四群八链"主导产业和"876"创新工程，精准支持民生项目、城市基建、实体产业与普惠金融发展，推动更 ...

Core Viewpoint - The Ministry of Industry and Information Technology, along with other departments, has issued a work plan for the construction materials industry aimed at stabilizing growth from 2025 to 2026, emphasizing strict control over cement and glass production capacity [1] Group 1: Capacity Control Measures - New production capacity for cement clinker and flat glass is strictly prohibited, and any new or modified projects must develop capacity replacement plans [1] - The transfer of cement clinker and flat glass production capacity from non-key air pollution prevention areas to key areas is strictly forbidden [1] - Cement companies are required to formulate capacity replacement plans by the end of 2025 for any capacity exceeding project filings, ensuring alignment between actual and filed capacities [1] Group 2: Environmental and Quality Standards - The plan aims to eliminate outdated production capacities for cement and flat glass through legal and regulatory means, focusing on quality, environmental protection, energy consumption, and safety standards [1] - Enterprises with low environmental performance are encouraged to gradually exit the market [1] Group 3: Industry Transformation Initiatives - The transition of risk warning for photovoltaic glass production capacity from project management to planning guidance is to be accelerated [1] - Leading companies are encouraged to collaborate with social capital to explore the establishment of green low-carbon transformation funds, promoting the exit of inefficient production capacities through market-oriented operations [1]

人民财讯9月24日电，工信部等六部门印发《建材行业稳增长工作方案(2025—2026年)》，其中提出， 严格水泥玻璃产能调控。严禁新增水泥熟料、平板玻璃产能，新建改建项目须制定产能置换方案。严禁 从非大气污染防治重点区域向大气污染防治重点区域转移水泥熟料、平板玻璃产能。水泥企业要在2025 年底前对超出项目备案的产能制定产能置换方案，促进实际产能与备案产能统一。发挥质量、环保、能 耗、安全等综合标准作用，依法依规淘汰水泥、平板玻璃落后产能,推动环保绩效低的企业逐步退出。 加快光伏压延玻璃产能风险预警由项目管理向规划引导转变。鼓励骨干企业联合社会资本，探索设立绿 色低碳转型基金，以市场化运作方式加快低效产能退出。 ...

每经AI快讯，9月24日，工业和信息化部、自然资源部、生态环境部、住房城乡建设部、水利部、农业 农村部印发《建材行业稳增长工作方案(2025—2026年)》，严格水泥玻璃产能调控。严禁新增水泥熟 料、平板玻璃产能，新建改建项目须制定产能置换方案。严禁从非大气污染防治重点区域向大气污染防 治重点区域转移水泥熟料、平板玻璃产能。水泥企业要在2025年底前对超出项目备案的产能制定产能置 换方案，促进实际产能与备案产能统一。发挥质量、环保、能耗、安全等综合标准作用，依法依规淘汰 水泥、平板玻璃落后产能,推动环保绩效低的企业逐步退出。加快光伏压延玻璃产能风险预警由项目管 理向规划引导转变。鼓励骨干企业联合社会资本，探索设立绿色低碳转型基金，以市场化运作方式加快 低效产能退出。 ...

提供清洁能源 点亮美好生活 中国大唐集团有限公司党组书记、董事长 吕军 三是坚持"两端"发力，推动转型升级。深入推进新能源集约化、基地化发展和煤电升级改造，在役在建 百万千瓦级清洁能源基地超过20个。新建清洁高效煤电402万千瓦，实施"三改联动"9240万千瓦，基础 保障灵活调节水平大幅提升。 四是强化主体意识，深化科技创新。坚持科技创新与产业创新融合发展，健全开放协同的创新体系，聚 焦构建新型电力系统所需，围绕自主可控和行业前沿，强化科技攻关，培育能源电力新质生产力。关键 部件、关键材料研发取得重大突破，风光火热储一体化、风渔融合等领域取得了一批开创性技术成果， 构建了一批引领性示范项目。 五是聚焦"一带一路"，推进国际合作。持续开拓东南亚以及中亚、中东、非洲等区域能源电力市场，广 泛开展技术服务、国际贸易等业务。境外在役在建及核准待建发电装机规模突破500万千瓦，其中可再 生能源占比接近80%，为所在国提供了清洁、安全、可靠的电力供应方案。 当前，新一轮科技革命和产业变革在能源电力领域加速落子，能源电力科技进步、绿色转型加速演进， 全国统一电力市场加速建设，绿色电力向生产、生活各领域加速渗透，新技术、新业 ...

Core Points - The article highlights that Ma Dejun, Vice Chairman of the China Battery Industry Association, received the 2025 Lord Kelvin Award, becoming the first Chinese expert to achieve this honor [1] - The Lord Kelvin Award is named after the first chairman of the IEC and is awarded annually to a top expert for long-term contributions in electrical, electronic engineering, and related technologies [1] - Ma Dejun has worked in international standardization for 35 years, achieving breakthroughs in key areas such as household appliances, electrical safety, and assistive living technologies [1] Industry Impact - The award signifies a notable increase in China's influence in global electrical and electronic standard-setting, with international recognition of its contributions [1] - China aims to share its technological innovations and standard practices with the world to promote green and sustainable development in related industries [1] - Recent advancements in standard innovation from China have contributed to global climate governance, including a lithium recovery rate exceeding 90% through directional recycling technology [1] - The implementation of full lifecycle carbon footprint management allows for measurable, reportable, and verifiable battery carbon emissions [1] - The synergy of "standards-products-supply chain" is accelerating the low-carbon transformation of the global battery industry [1] - China plans to lead with high-quality standards and collaborate with global partners to contribute greater wisdom and efforts towards building a community with a shared future for mankind [1]

今年是"双碳"目标提出5周年。记者22日从国家发展改革委获悉，5年来，各地区、各部门锚定"双碳"目 标，加强统筹协调，坚持系统推进，推动经济社会发展全面绿色转型。 能源是国民经济的命脉，也是推进碳达峰碳中和的主战场。 截至今年6月底，可再生能源装机容量超21.59亿千瓦，占全部发电装机的比重约59.2%；非化石能源消 费比重由2020年的15.9%增至2024年的19.8%，煤炭消费比重从2020年的56.8%降至2024年的53.2%；截 至2024年底，新型储能装机规模突破7000万千瓦、全球占比超过40%……一组组数据，见证我国能源绿 色低碳转型成效显著。 节能降碳是加快发展方式绿色转型的重要抓手，既利当前、更利长远。数据显示，2021年至2024年，全 国单位GDP能耗累计下降率达到11.6%，达到"十四五"目标进度要求。 值得注意的是，我国风电、太阳能发电累计装机容量已经达到16.8亿千瓦，是2020年的3倍以上，提前6 年多实现向国际社会承诺的装机容量目标。 积极推动全球绿色转型。我国风电、太阳能发电总装机容量和森林蓄积量已提前完成2030年目标。向全 球提供了60%的风电设备、70%的光伏组件设 ...

Core Viewpoint - The Ministry of Ecology and Environment, in collaboration with the National Development and Reform Commission and the Ministry of Industry and Information Technology, has issued the "Nitrous Oxide Emission Control Action Plan" for the industrial sector, setting the tone and direction for future nitrous oxide emission control efforts in China, which will positively impact the green and low-carbon transformation of the industry [1][2]. Group 1: Emission Control and Impact - Nitrous oxide is the third-largest greenhouse gas globally, with a global warming potential approximately 300 times that of carbon dioxide, and its atmospheric lifespan exceeds 100 years [1]. - In 2021, China's nitrous oxide emissions accounted for about 4.3% of the total greenhouse gas emissions, with industrial nitrous oxide emissions estimated at 154 million tons of CO2 equivalent [1]. - The main sources of nitrous oxide emissions in the industrial sector are the production processes of adipic acid, nitric acid, and caprolactam, with the adipic acid industry being the largest contributor [2]. Group 2: Policy and Technological Development - The action plan aims to enhance emission reduction technology innovation and management capabilities, improve the control and recycling levels of nitrous oxide emissions in the industrial sector, and promote continuous reductions in nitrous oxide emissions per unit product in the adipic acid, nitric acid, and caprolactam industries [2]. - Effective control of nitrous oxide emissions in the industrial sector can provide climate benefits by mitigating global warming, environmental benefits by controlling pollutants, and economic benefits through resource utilization, supporting the integrated approach of "carbon reduction, pollution reduction, and green growth" [2]. - Since 2021, China has gradually included nitrous oxide emission data from nitric acid production in the national carbon market, and domestic companies have developed proprietary emission reduction technologies with competitive efficiency and cost advantages [3].

Core Viewpoint - The "expanding demand" is crucial for reversing the supply-demand imbalance in the steel industry, while "supporting the strong and eliminating the weak, and precise regulation" is a significant highlight of the work plan [1][2] Group 1: Growth Targets - The work plan aims for an average annual growth of around 4% in the steel industry's added value from 2025 to 2026, with economic benefits stabilizing and recovering [2][3] - The steel industry is a foundational and pillar industry for the national economy, and it has faced significant downward pressure in recent years, with profits in 2024 expected to be 66.29 billion yuan, a year-on-year decrease of 42.6% [2] Group 2: Enhancing Supply and Demand - The work plan proposes ten specific measures across five areas, focusing on governance, supply optimization, transformation promotion, consumption expansion, and cooperation enhancement [3] - It emphasizes "supporting the strong and eliminating the weak" through precise control of production capacity and output, promoting differentiated support for projects like electric furnace steel and low-carbon metallurgy [3][4] Group 3: Demand Expansion Strategies - The work plan identifies three areas to explore steel application demand: leveraging global trade recovery and marine resource development, enhancing steel structure applications, and promoting collaboration among steel structure-related enterprises [4] - It aims to deepen cooperation in key steel usage areas, such as shipbuilding, and to expand the production and application of steel structures [4] Group 4: Green and Digital Transformation - The work plan emphasizes achieving ultra-low emission transformation by the end of 2025, reflecting a systematic approach to green and low-carbon transformation [5][6] - It includes measures for technological upgrades and innovation, such as accelerating the upgrade of outdated equipment and developing carbon footprint accounting standards for steel products [6] - The digital transformation of the industry is highlighted as a crucial driver, with plans to implement guidelines and assess digital transformation levels [6][7] Group 5: Opportunities in Sub-sectors - The implementation of the work plan is expected to create significant development opportunities in sub-sectors like low-carbon metallurgy, intelligent manufacturing, and new steel materials [1][7] - It will also promote the research and application of technologies related to green hydrogen production and hydrogen metallurgy [1][7]