Core Insights - The article highlights the achievements of Professor Fu Jie from Zhejiang University, who received the "Innovation Award" at the 17th Hou Debang Chemical Science and Technology Award for his contributions to the high-value utilization of biomass and carbon dioxide as "green carbon" resources [1][2]. Group 1: Research Direction - Fu Jie began his research journey in 2005, focusing on biomass conversion, recognizing it as the only renewable carbon resource [2]. - After returning to China in 2012, he concentrated on the high-value utilization of waste oils, establishing collaborations with major companies like Sinopec and Kangnbei Group [2]. Group 2: Core Breakthroughs - Fu Jie's team developed a technology to convert waste oils into high-value chemicals, utilizing a unique catalyst design and a clear technical route involving "oils—fatty acids—deoxygenation—long-chain hydrocarbons" [3]. - The team introduced the "dual swirling mixing" technology to enhance mass transfer efficiency, crucial for industrial applications [4]. Group 3: Expansion of Research - The team's research has expanded to include carbon dioxide electrocatalytic conversion, addressing challenges such as low solubility and mass transfer in aqueous electrolytes [5]. - They are also working on the high-value utilization of agricultural and forestry waste, aiming for a "zero waste" circular economy through innovative processing techniques [5]. Group 4: Industry-Academia Integration - Fu Jie's research paradigm emphasizes industry application, where engineering challenges refine scientific questions, creating a virtuous cycle of application and basic research [6][7]. - Future goals include scaling up oil chemical technology, achieving demonstration projects for carbon dioxide electrocatalysis, and developing replicable commercial projects for agricultural waste utilization [7].

Core Viewpoint - The "SCIP+" Green Chemistry and Chemical Engineering Innovation and Entrepreneurship Competition concluded with significant achievements in innovative projects focused on future materials, energy, and environment [1] Group 1: Competition Overview - The final event and award ceremony took place on December 12 in the Shanghai Chemical Industry Zone [1] - The competition attracted 618 participating teams, showcasing cutting-edge technologies and industry practices in carbon neutrality, new energy, and new materials [1] Group 2: Award Winners - Hangzhou Deep Principle Technology Co., Ltd. won the first prize in the entrepreneurial practice group with its "ReactiveAI Technology Platform" project [1] - The Sun Yat-sen University team secured the first prize in the entrepreneurial innovation group with their project on "Nano Carbon Tube Composite Coating Aluminum Foil for High Energy Storage Batteries" [1] - In the overseas category, the American company Phytonix Corporation won the first prize in the entrepreneurial practice group for its "Light-Driven Cyanobacteria Conversion of CO/CO2 Biomanufacturing Process" [1] - The Cambridge University team, Zhihui Taxus, received the first prize in the innovation and entrepreneurship group for their "AI-Driven Synthetic Biological Anticancer Raw Material Industrialization Project" [1]

在全场嘉宾见证下，相关单位代表共同上台启动平台，随着触摸装置的点亮，一幅"高校科研优势+企 业产业资源"的创新版图正式展开。 据介绍，该平台将系统梳理成员单位的尖端仪器设备、实验场地及专业技术团队资源，建立标准化共享 清单与便捷化预约机制，面向联盟成员开放共享。这一举措将有效降低企业研发成本，加速高校科研成 果就地转化，为提升"大零号湾"科创能级提供坚实支撑。此前，区域相关单位已组建"三区联动"大零号 湾开放创新联盟，此次共享实验室平台的成立，标志着联盟从"机制共建"迈入"资源共享"的实质性发展 阶段。 活动中，上海交通大学材料科学与工程学院副院长董杰提出的构建"开放创新联盟"及成立"大零号湾"共 享实验室平台的倡议，引发全场共鸣。 "校区是创新源头活水，园区是产业化核心载体，城区是保障的关键枢纽。"董杰在分享中表示，"大零 号湾"作为科技创新策源功能区，急需搭建一个概念验证和中试验证公共综合平台，协同高校与园区补 齐初创企业空间、资金、管理短板，降低创新风险。这一倡议得到区域内高校与企业的积极响应，上海 交通大学、华东师范大学、上海汽轮机厂等8家单位率先"结盟"，成为平台首批核心成员。 中化新网讯 12月1 ...

Core Viewpoint - The industry standard for humic acid-containing compound fertilizers, drafted by Henan Xinlianxin Chemical Industry Group, has been awarded the "14th Five-Year" National Standard Innovation Contribution Award in the field of humic acid fertilizers [1] Group 1: Industry Standards - The lack of authoritative industry or national standards for humic acid-containing compound fertilizers has hindered the sustainable development of the industry [1] - In May 2022, the company initiated the drafting of the industry standard for humic acid-containing compound fertilizers to address this issue [1] - The newly developed detection method by the company significantly improves the accuracy of humic acid content detection while being simple and cost-effective [1] Group 2: Implementation and Recognition - The drafted standard successfully passed the approval of the Ministry of Industry and Information Technology in September this year and will be implemented in March 2026 [1] - The standard has gained widespread recognition in the market due to the excellent efficacy of humic acid-containing compound fertilizers [1]

Core Viewpoint - The successful commissioning of BASF's 500,000 tons/year polyethylene plant in Guangdong marks a significant advancement in high-end polyolefin supply for the South China region [1] Group 1: Project Overview - The project was officially signed and initiated on December 15, 2022, utilizing an EPCC (Engineering, Procurement, Construction, and Commissioning) contracting model [1] - The plant achieved a successful one-time feed startup, producing qualified products [1] Group 2: Technical Innovations - The project management team implemented several value engineering initiatives, including the addition of a light hydrocarbon recovery system, which significantly reduced nitrogen consumption and improved light hydrocarbon recovery rates [1] - The first-time configuration of an energy recovery unit maximized waste heat utilization and addressed challenges in waste gas emission monitoring [1] - The use of seawater as a cooling source for the core heat exchangers and closed-loop water systems resulted in a record low for fresh water consumption in the industry [1] - The comprehensive implementation of digital collaborative design and digital delivery systems laid a solid foundation for the lifecycle operation and maintenance of the smart factory [1]

营商环境是园区发展的核心竞争力。抚顺高新区通过构建"落地无忧、靶向赋能、安商护航"的全生命周 期服务体系，实现"园区所能"精准对接"企业所需"的服务范式，让精准服务成为吸引、留住、成就企业 的最佳名片。 精准适配：让企业"落地无忧" 企业落地初期，面对繁杂的审批流程与陌生的政策环境，往往"不知从何下手"。为此，抚顺高新区将复 杂的落地流程转化为清晰易懂的服务指南，让企业"一目了然"。针对首次落地、缺乏经验的企业，高新 区推出"单项+全流程"双叠加服务模式，提供从工商登记到许可审批的全流程"帮办代办"服务。"企业来 我们这里投资都是奔着长远发展来的，得把咱们承诺的政策给落实好，让企业感受到在这里投资落地有 保障、有人帮。"抚顺高新区投资促进局副局长张勇表示。 辽宁优尔实业有限公司公共事业部部长刘赫对此感受颇深。这家从辽阳奔赴抚顺、盘活本地老旧企业的 外来企业，于去年1月顺利试生产。"我们选择了落地全流程服务，每个环节都有专人跟进，还会主动告 知政策节点，让我们少跑腿。"刘赫表示，目前公司已进入正式生产阶段，二期项目正在筹划中。 很多企业像辽宁优尔一样，被优良的营商环境所吸引，在高新区落地生根。"十四五"期间，抚 ...

Core Viewpoint - The Ministry of Industry and Information Technology and six other departments have jointly issued the "Work Plan for Steady Growth in the Petrochemical Industry (2025-2026)", aiming to promote high-quality development and create new international competitive advantages for the industry [1] Group 1: Industry Development Strategy - The "Work Plan" emphasizes the need for the petrochemical industry to enhance technological innovation and improve effective supply capabilities [2] - The Nanjing Jiangbei New Materials Science and Technology Park will implement the "Work Plan" by optimizing supply, expanding effective demand, and ensuring a solid industrial foundation for sustainable growth [1][2] Group 2: Technological Innovation and High-End Supply - The Technology Park has established a New Materials Industry Innovation Alliance and several innovation platforms to facilitate the transformation of over 40 technological achievements [2] - The focus will be on high-end polyethylene, high-performance fibers, specialty rubber, and electronic chemicals, aiming to create a product matrix of high-value derivatives [2] Group 3: Green and Intelligent Transformation - The Technology Park is accelerating its transformation and upgrading, focusing on industrial structure, safety levels, and green low-carbon development [3] - The "Work Plan" calls for effective investment to drive industry transformation, emphasizing digitalization and the establishment of intelligent factories [3] Group 4: Expanding Demand and Market Opportunities - The "Work Plan" addresses structural contradictions in supply and demand, aiming to expand market demand and improve supply quality [4] - The Technology Park will enhance industrial collaboration, develop new consumption demands in emerging fields, and strengthen international cooperation to attract foreign investment [4]

推动四中全会精神落地见效，关键在实干，根本靠担当。该公司立足实际把全会精神贯彻落实到各项工 作中，把学习成果转化为提质降本增效的动力。持续推进"降本赋能"措施落实，加强吨产品费用管控， 将成本要素细化到每套装置、每个产品，不断提高装置经济运行水平，降低各项成本，提升产品竞争能 力。1—11月份产品加工费1793.7元/吨，同比下降11.07%。推进节水减排工作，加强水资源重复回收利 用率，实施多项节水措施，1—11月，新鲜水用量同比减少99.44万吨，同比降低34%。 连日来，中石化江汉盐化工湖北有限公司通过党委理论学习中心组学习、支部主题党日、"三会一课"等 形式学习贯彻党的二十届四中全会精神，对标全会精神，梳理各项工作，扎实推进党建引领、安全环 保、提质增效、市场开发、改革发展，把全会精神转化为干事创业的强大动力。 面对年终冲刺和安全环保的双重考验，江汉盐化工运用全会精神积极应对困难挑战、筑牢安全环保防 线。公司制定HSE管理提升方案，围绕风险管控、责任落实两大核心，深刻反思思想、作风、责任三大 深层次问题，健全明责履责追责的责任体系，引导全员落实"一切操作有标准、一切按标准操作"。紧扣 安全生产"雷霆行 ...

Core Viewpoint - The company is actively implementing the "Erneng Xiangxin·Green Intelligence Pioneer" brand to integrate party building with production and operation, aiming for high-quality development in the energy and chemical industry [2][3][6]. Group 1: Brand Development - The "Erneng Xiangxin·Green Intelligence Pioneer" brand was officially launched in July 2025, emphasizing the company's commitment to energy security and the integration of party leadership into corporate governance [2][6]. - The brand focuses on developing new energy and materials, promoting a multi-dimensional coupling development model of "coal-electricity-chemicals-new" [2][3]. - The company aims to accelerate the implementation of green hydrogen and ammonia projects, exploring new paths for low-carbon development [2][3]. Group 2: Party Building Integration - The company emphasizes that strengthening party building is essential for state-owned enterprises, integrating it into all aspects of corporate governance and operations [3][6]. - The "Six Steps Deep Integration" method has been implemented to ensure that party building resonates with core business operations, enhancing internal motivation [7]. - The company has established a brand theme for each party branch, promoting a culture of excellence and accountability among employees [8][11]. Group 3: Talent Development - The company recognizes talent as a core competitive advantage and has established a "Five-Ring Collaborative" talent value chain to enhance talent development [14][15]. - A total of 30% of the new recruits in 2023 were full-time master's degree holders, reflecting an improvement in educational standards [14]. - The company has implemented a multi-dimensional evaluation mechanism for talent selection, ensuring that capable individuals are recognized and promoted [17]. Group 4: Green and Low-Carbon Initiatives - The company is currently constructing a green low-carbon industrial demonstration park, with significant progress on projects such as a 10,000 tons/year liquid sunshine project and a coal-electricity integration project [19][21]. - The 10,000 tons/year liquid sunshine project is the first of its kind in China, utilizing a fully self-owned process for CO2 to green hydrogen methanol production [22]. - The company aims to align with national "dual carbon" strategies, promoting a comprehensive industrial chain from green electricity to green hydrogen and green chemicals [22].

Core Viewpoint - Mitsui Chemicals, Idemitsu Kosan, and Sumitomo Chemical have reached a final agreement to create a strong polyethylene production company, addressing the challenges in Japan's polyethylene market due to declining demand and oversupply issues [1][2]. Group 1: Company Collaboration - The three Japanese chemical giants announced a memorandum of understanding on September 10 to integrate their polyethylene businesses, specifically combining the operations of Prime Polymer Co., Ltd. (PRM) and Sumitomo Chemical's polypropylene (PP) and linear low-density polyethylene (LLDPE) businesses in Japan [1]. - The agreement involves two phases: the first phase will see Sumitomo Chemical transfer its PP and LLDPE business to PRM, acquiring a 20% stake in PRM by July 1, 2026, while Mitsui will hold 52% and Idemitsu will hold 28% [1][2]. Group 2: Market Context - Polyolefins account for approximately 50% of Japan's plastic demand, making it crucial for the industrial sector [1]. - The Japanese market is experiencing a decline in demand for polyolefins due to population decrease and changing lifestyles, leading to expectations of further demand reduction [1]. Group 3: Production Capacity and Financial Impact - PRM currently has a production capacity of 1.26 million tons/year for polypropylene and 0.55 million tons/year for polyethylene, making it a major producer in Japan [2]. - After the completion of the integration, PRM's total production capacity will reach 2.31 million tons/year, with projected net sales of 387.3 billion yen for the fiscal year 2024 and annual cost savings exceeding 8 billion yen [2]. - Following the integration, the combined production capacity will account for over 30% of Japan's domestic plastic capacity [2].