Core Viewpoint - The article emphasizes the importance of quality in the petroleum and chemical industry as a foundation for industrial development and national competitiveness, highlighting the need for a strategic shift towards quality enhancement and innovation [1][10]. Group 1: Quality Transformation - The core of the quality power strategy is the transition from "Made in China" to "Created in China," focusing on quality over quantity and establishing a modern industrial system [2]. - The industry must pursue global leadership in quality by providing high-performance, high-purity, and reliable raw materials and chemicals to support emerging sectors like renewable energy and aerospace [2]. Group 2: Green and Low-Carbon Development - Quality now encompasses green, low-carbon, and circular attributes, necessitating a shift towards eco-friendly production processes and sustainable product development [3]. Group 3: Technological Innovation - The industry should integrate quality improvement with technological innovation to overcome critical technological bottlenecks, ensuring the safety and high quality of supply chains [4]. Group 4: Digital and Intelligent Empowerment - Utilizing big data, AI, and industrial internet technologies is essential for reshaping quality management, enabling precise predictions, intelligent risk warnings, and comprehensive quality traceability [5]. Group 5: Brand and Cultural Development - The industry aims to cultivate world-class brands and a quality culture, emphasizing that quality is synonymous with brand reputation and competitiveness in the global market [6]. Group 6: Historical Development of Quality Management - The evolution of quality management in the petroleum and chemical industry can be divided into four distinct phases, reflecting the broader industrial development in China [7][8][9]. - The current phase, since 2012, has seen a significant transformation towards high-quality development and digitalization, integrating quality management with smart manufacturing and sustainability [9]. Group 7: Implementation of Quality Guidelines - The China Petroleum and Chemical Industry Federation plays a crucial role in implementing the "Quality Power Construction Outline," acting as a guide, promoter, and service provider for the industry [10]. - Key measures include enhancing policy communication, building a quality work system, establishing public service platforms, and promoting brand and standard development [10][11]. Group 8: QC Group Activities - QC group activities have evolved into a systematic and institutionalized quality management tool within the industry, significantly impacting quality improvement efforts [12]. - Future directions for QC activities include digital transformation, expanding into new areas, and fostering cross-industry collaboration [13][14].

Core Insights - The Hydrogen Industry Index was introduced to evaluate and measure the development level of the hydrogen industry in specific regions, focusing on five core evaluation dimensions: resource endowment, policy system, industrial chain level, application status, and infrastructure [1] Group 1: Hydrogen Resource Index - Shanxi Province is a significant energy and industrial base in China, with a hydrogen resource index of 678.6, ranking first among major hydrogen development regions [2] - The province's coke production capacity is projected to reach 120 million tons by 2024, enabling a hydrogen production capacity of approximately 120,000 tons from by-product coke oven gas, sufficient to meet the hydrogen demand of over 60,000 hydrogen heavy trucks annually [2] Group 2: Hydrogen Station Construction Index - As of mid-2025, Shanxi Province has established 26 hydrogen refueling stations, exceeding the national average by 12 stations, resulting in a hydrogen station construction index of 262.3, ranking fifth among major hydrogen development regions [2] Group 3: Fuel Cell Vehicle Promotion Index - By mid-2025, Shanxi Province has promoted 1,286 fuel cell vehicles, surpassing the national average by 882 vehicles, with a fuel cell vehicle promotion index of 268.06, ranking seventh among major hydrogen development regions [2] Group 4: Policy Support Index - Shanxi Province has implemented 25 supportive policies for hydrogen industry development, exceeding the national average by 21 policies, leading to a policy support index of 175, ranking seventh among major hydrogen development regions [3] Group 5: Hydrogen Fuel Cell Vehicle Industry Chain Development Index - The number of enterprises in Shanxi's hydrogen fuel cell vehicle industry chain is nearly 50, slightly below the national average of 58, resulting in an industry chain development index of 225.5, ranking seventh among major hydrogen development regions [3] Group 6: Comprehensive Hydrogen Industry Development Index - The comprehensive hydrogen industry development index for Shanxi Province is 365.76, significantly higher than the national average, ranking third among major hydrogen development regions, indicating strong potential for hydrogen industry development [3] Group 7: Local Insights from Lüliang - Lüliang City, as a key energy and raw materials industrial base in Shanxi, has the largest industrial by-product hydrogen capacity in the province, with a comprehensive hydrogen industry development index of 551.49, ranking first in Shanxi [4] - The hydrogen industry development index serves as a crucial tool for evaluating regional hydrogen industry progress and is expected to aid in sustainable and high-quality development aligned with carbon neutrality goals [4]

Core Viewpoint - The successful commissioning of the second phase project at Jiangxi Xinyan Chemical Industrial Group marks a significant milestone in the company's strategic upgrade and aims to enhance its competitive edge in the market [1][2] Group 1: Project Overview - The total investment for the Jiangxi second phase project is 10 billion yuan, with construction officially starting in May 2024 [1] - The project aims to achieve an annual production capacity of 1.5 million tons of synthetic ammonia and 200,000 tons of DMF, targeting green agriculture, new materials, and new energy sectors [1] - The project is expected to generate an additional annual revenue of 4.2 billion yuan upon reaching full production [1] Group 2: Technological Advancements - The project utilizes advanced international technology and incorporates automation tools such as AGV unmanned forklifts, drones for inspections, and rail-mounted robots, alongside nearly 500 proprietary patents [1] - The overall technological level of the project is positioned to be industry-leading [1] Group 3: Construction Challenges and Achievements - The construction faced multiple challenges, including large-scale equipment, complex processes, and adverse weather conditions, yet the team managed to recover a 70-day delay within 50 days [2] - Key milestones include the successful completion of high-standard boiler water pressure tests and the early completion of steam pipeline cleaning by 11 days [2] - All six major units successfully completed their first joint trial runs during the hottest summer on record, showcasing the team's resilience and collaborative efforts [2] Group 4: Strategic Implications - The completion of the Jiangxi second phase project is seen as a crucial step for the company’s high-quality development and will inject new momentum into its operations [2] - The company plans to continue optimizing production operations and accelerate the development of new projects, aiming to achieve the "100 billion base" target [2]

Core Viewpoint - The comprehensive production launch of the Bohua Nangang New Materials Industrial Park's Phase II chlor-alkali integration project, with a total investment exceeding 5 billion yuan, marks a significant advancement in the region's industrial ecosystem and cluster effect [1] Group 1: Project Details - The project has achieved an annual production capacity of 300,000 tons of caustic soda, 400,000 tons of vinyl chloride, and 400,000 tons of polyvinyl chloride [1] - The successful commissioning of core facilities enhances the industrial ecosystem and strengthens the regional industrial cluster effect [1] Group 2: Regional Impact - The Bohua Nangang New Materials Industrial Park is collaborating with several leading enterprises in the Tianjin Economic Development Zone, contributing to the establishment of a complete industrial system from basic chemical raw materials to high-end new materials [1] - The integration of upstream and downstream industries is expected to further bolster the strength of the regional green petrochemical industry cluster [1] Group 3: Future Prospects - The South Port Industrial Zone aims to attract high-quality upstream and downstream enterprises by leveraging leading projects like the Bohua Nangang New Materials Industrial Park [1] - The focus will be on enhancing the layout of ten sub-chains, including specialty olefin derivatives and advanced chemical materials, to accelerate the construction of a modern industrial system with international competitiveness [1]

Core Viewpoint - The company, Solvay Group, will indefinitely suspend production at its methyl methacrylate (MMA) plant in Rho, Italy, starting September 29 due to ongoing low profitability [1] Group 1: Production Suspension - The MMA plant has an annual capacity of 100,000 tons and will cease operations due to persistent low profitability [1] - High energy and raw material costs are significant challenges faced by European producers, with methanol contract prices remaining high in the first two quarters of this year [1] - Acetone contract prices are approximately €200 per ton higher than spot market prices [1] Group 2: Future Production Plans - The company hopes to resume production in the future but requires clearer outlook assessments [1] - The Rho plant will continue to produce PMMA, a major derivative of MMA, using existing MMA inventory as raw material, though the duration of this inventory's availability is uncertain [1] Group 3: Recycling Initiatives - In June 2024, the company launched an advanced PMMA recycling pilot facility at the Rho plant based on depolymerization technology [1] - This recycling project was initially announced in December 2023 and focuses on extracting high-purity MMA monomer from pre-consumer and post-consumer PMMA waste through a continuous process [1]

我国盐湖卤水通常具有较高的镁锂比和总盐浓度。这种高盐环境就像一面"放大镜"，会彻底暴露这种权 衡效应所带来的弊端，在这样的环境下，用传统纳滤膜分离镁离子和锂离子需用大量淡水稀释，不仅增 加成本，在缺水地区更是难以实施。因此，业界迫切需要一种能够在高盐环境下同时实现高通量和高选 择性的分离膜技术。 从分子设计破题 创新界面聚合策略 孙海翔团队从化学反应的底层逻辑出发，提出了一种创新的界面聚合策略，通过可逆烯胺反应实现对双 水相单体反应行为的分阶段控制，为精确调控膜结构、提高分离性能提供了全新途径。 用于制备纳滤膜的传统界面聚合策略通常只会使用一种水相单体，这种方法虽然成熟，但形成的膜结构 由其单一单体的分子结构所决定，其性能存在一个天花板上限，这使得它们难以满足某些特定领域分离 的需求。该技术正是打破了"单一水相单体"的这个传统，实现了对"双水相单体"反应过程的精密控制。 这就好比在建造一堵精确控制的"分子筛"墙时，不是一次性把所有砖块都倒进去，而是通过巧妙的工程 设计，让不同大小、功能的砖块按照预设顺序自动到位，各司其职，最终构筑起结构精密的分离层。 锂是新能源汽车电池的核心原材料。我国锂资源储量丰富，其中约 ...

在二氧化碳管输环节，该项目创新研制出我国首台可满足超临界管输需求的八级整体齿轮式二氧化碳压 缩机，可将捕集到的气态二氧化碳压缩至超临界态，提高管道输送效率，大幅降低输送能耗与成本。 华能正宁电厂厂长张延伟表示，作为全球最大的煤电碳捕集示范工程，该项目的二氧化碳捕集率超过 90%，每年可捕集二氧化碳150万吨，相当于处理了60万辆汽车一年的碳排放量，可助力燃煤电厂实现 大规模工业化深度减排，推动煤电绿色清洁发展，助推碳中和目标实现。 据介绍，该项目在碳捕集、压缩、封存等关键环节突破多项技术瓶颈，创造多项"全球首次"与"国内首 创"，核心装备也100%实现国产化。在二氧化碳捕集领域，他们创新采用复合式吸收塔"二塔合一"设 计，将烟气预洗涤与碳捕集环节深度集成，解决了传统工艺输送路线长、阻力大的能耗问题，并通过富 液分流、中间循环冷却等多种节能技术，实现热量利用最大化，整体节能效果显著。 近日，全球规模最大的煤电碳捕集示范工程在华能甘肃正宁电厂完成72小时试运行，正式投入运营。这 标志着我国碳捕集、利用和封存(CCUS)技术实现从"万吨级示范"到"百万吨级工业化应用"的跨越，为 全球煤电绿色低碳转型提供"中国方案" ...

中化新网讯 9月24日，南通经开区与宜宾临港经开区举行合作共建框架协议签约仪式。 根据框架协议，双方将深化宜宾临港—南通合作共建工作，充分发挥各自优势，通过合作共建、产业联 动，实现资源共享、优势互补，推动各类要素资源高效便捷流动，进一步拓展优化发展空间，促进贸易 和投资自由化便利化，打造区域协同创新发展共同体。 南通市人大常委会副主任、南通经开区党工委书记保德林表示，作为全国首批14个国家级经济技术开发 区之一，南通经开区建区40年来始终致力于高水平对外开放，着力打造产业高地。此次与宜宾临港经开 区的合作既是贯彻落实国家级经开区合作共建、区域协调发展要求的具体行动，也是两地实现优势互 补、携手共赢的战略选择。希望双方以"机制共建"夯实合作基础，定期开展多层面、多渠道、全方位合 作交流；以"产业共兴"激活协同动能，全力推动"宜宾临港—南通产业园区"建设，在新能源、高端装备 等优势产业领域深化联动，促进产业链协作深度融合。 三江新区（宜宾临港经开区）党工委书记陈永生表示，南通市地处中国东部海岸线与长江交汇处，宜宾 市是万里长江第一城，两地都坐拥长江黄金水道优势，是推动长江经济带高质量发展的重要节点。此次 与南通 ...

Core Viewpoint - The comprehensive production launch of the Chlor-Alkali Integration Project at the Bohua Nangang New Materials Industrial Park marks a significant investment exceeding 5 billion yuan, enhancing the regional industrial ecosystem and cluster effect [1] Group 1: Project Details - The project has achieved an annual production capacity of 300,000 tons of caustic soda, 400,000 tons of vinyl chloride, and 400,000 tons of polyvinyl chloride [1] - The successful operation of core facilities contributes to the establishment of a complete industrial system from basic chemical raw materials to high-end new materials in the Nangang Industrial Zone [1] Group 2: Regional Impact - The project strengthens the regional green petrochemical industry cluster by leveraging the upstream and downstream linkages within the industrial chain [1] - Future plans include attracting high-quality upstream and downstream enterprises to enhance the layout of ten sub-chains, including specialty olefin derivatives and advanced chemical materials, aiming to build a modern industrial system with international competitiveness [1]

锂是新能源汽车电池的核心原材料。我国锂资源储量丰富，其中约80%存在于盐湖卤水中。然而，盐湖 卤水中的镁和锂离子性质相近、共存一体，难以分离。传统聚酰胺纳滤膜长期受制于渗透性和选择性难 以兼顾的问题，在超高盐环境下性能急剧下降。基于此，中国石油大学(华东)孙海翔教授领衔的研究团 队提出了一种新型的分级调控界面聚合策略，用来调控纳滤膜的结构，可高效分离高镁锂比盐湖卤水中 的镁离子和锂离子。9月16日，中国化工报记者采访了研究团队的核心成员——中国石油大学(华东)博 士研究生陈宇昊。 传统膜材遇瓶颈 盐湖有锂难寻 我国盐湖卤水通常具有较高的镁锂比和总盐浓度。这种高盐环境就像一面"放大镜"，会彻底暴露这种权 衡效应所带来的弊端，在这样的环境下，用传统纳滤膜分离镁离子和锂离子需用大量淡水稀释，不仅增 加成本，在缺水地区更是难以实施。因此，业界迫切需要一种能够在高盐环境下同时实现高通量和高选 择性的分离膜技术。 该技术为保障国家锂资源安全，特别是当前以新能源汽车为代表的锂产业链安全带来了希望。陈宇昊指 出："用这项技术制备的纳滤膜可以在极高的盐浓度下运行，使开发特高镁锂比盐湖资源成为可能。"在 实际应用方面，新型纳滤膜 ...