Core Insights - The successful shipment of core equipment for the NPG project marks a significant milestone for the company in the Indonesian market [1][2] - The project utilizes a fully localized process technology with a 100% domestic material rate, showcasing China's advanced chemical technology and high-end equipment going global [1] Group 1 - The NPG project has a capacity of 30,000 tons per year and is the seventh EPC project undertaken by the company in Indonesia [1] - The project team faced challenges such as tight schedules and transportation difficulties, which were addressed through careful planning and integration of equipment from eight suppliers, totaling approximately 4,500 tons [1] - Innovative logistics strategies were employed, including a framework bidding model and direct land transport solutions, which reduced booking difficulties and overall logistics costs [1] Group 2 - The successful shipment propels the project into a peak phase of equipment delivery, laying a foundation for subsequent construction [2] - The project team aims to enhance the "China Chemical" brand's influence in the international market through localized management and rich engineering experience [2]

Core Insights - The Global Impact Alliance (GIC), led by CEOs from major chemical companies, has initiated a collaborative research project aimed at exploring the synergy between traditional chemical processes and emerging waste conversion technologies for circular and net-zero emissions [1] Group 1: Project Overview - The project will focus on the direct conversion of waste into chemicals in a more sustainable manner, utilizing gasification processes to transform complex waste streams into high-value C2+ compounds [1] - These C2+ compounds are essential raw materials for producing products such as sensitive plastics, detergents, coatings, and textiles [1] Group 2: Environmental and Economic Assessment - Researchers from ETH Zurich will conduct environmental and techno-economic assessments of the direct conversion process, which will help evaluate the feasibility of concept validation and outline conditions for potential pilot-scale projects [1] - The project aims to shift the chemical industry from reliance on fossil-based raw materials to renewable and circular carbon sources [1] Group 3: Technological Challenges - The collaboration will also address key technological challenges in the waste-to-chemical conversion process, including the handling of heterogeneous waste and the integration of new raw materials into the existing chemical value chain [1]

在前期基于超稀释前驱体溶液赋能化学液相沉积法制备aZIF薄膜策略的基础上，研究团队提出了制备 aZIF薄膜的新方法。经过系列实验和仿真，研究团队得到了薄膜沉积的本征速率，并揭示了薄膜沉积均 匀性的关键影响因素。 研究团队利用该化学液相沉积方法，制备了锌/2-甲基咪唑，锌/苯并咪唑、锌/4,5-二氯咪唑和钴/2-甲基 咪唑等多种aZIF薄膜，并对aZIF薄膜作为正型光刻胶和负型光刻胶的图案化性能进行了测试。他们还验 证了aZIF薄膜作为光刻胶在下一代光刻技术中应用的可行性。 中化新网讯 华东理工大学副教授庄黎伟、美国约翰霍普金斯大学教授迈克尔·萨帕希斯领衔的国际合作 团队，提出了一种间歇性旋涂化学液相沉积制备非晶态沸石咪唑酯骨架(aZIF)薄膜的方法，实现了薄膜 沉积速率和厚度的可控，并进行了电子束光刻和超越极紫外光刻验证。相关研究近日发表于《自然-化 学工程》。 据介绍，近年来，aZIF薄膜被用作先进光刻胶。实现aZIF薄膜的大面积、高精度可控制备，对相关领域 的先进光刻工艺具有重要意义。 ...

近日，由上海交通大学朱新远教授团队完成的"新一代运载火箭表面特种防护涂层技术与应用"项目荣获 上海市科技进步奖特等奖。该成果在航天热防护材料领域实现重大突破，在国际上首次提出并实践 了"超支化聚合物涂层一体化防护"全新路线，替代了传统隔热片拼接工艺。这种新型"护甲"避免了大量 拼接界面，解决了以往防护技术可靠性低、制造周期长的问题。 他们与上海宇航系统工程研究所等航天核心单位强强联合，组建了一支产学研用深度融合的攻关团队， 建立了上海航天特种环境高分子功能材料工程技术研究中心，形成了"基础研究源头创新—核心技术攻 关—工程化应用"的完整闭环创新链条，一同勇闯航天材料"无人区"。 攻关团队提出极具颠覆性的构想，即抛弃传统的"拼拼补补"，采用一体成型的防护涂层。这种方案只需 一次喷涂即可成型，彻底消除拼缝隐患，理论上能大幅提升可靠性，显著缩短生产周期。 攻克四大核心技术 实现规模化生产 实践发现，这种涂层必须拥有三大"技能"："粘得牢""耐极温""喷得好"。其核心在于将超支化聚合物与 无机功能填料的优势相结合。团队另辟蹊径，创造性提出两种或多种聚合反应协同进行的杂化聚合新思 想，实现了超支化聚合物的可控制备与规模 ...

Core Viewpoint - The collaboration between Dongfang Electric (Fujian) Innovation Research Institute and PetroChina Changqing Oilfield Research Institute marks a significant advancement in the field of hydrogen production from produced water in gas fields [1] Group 1: Project Overview - The project focuses on the research and demonstration of hydrogen production technology from produced water, addressing the complex composition and high treatment costs associated with over 3 million tons of produced water generated annually by Changqing Oilfield [1] - The collaboration aims to validate the stability and economic viability of the hydrogen production technology under scaled conditions, which is crucial for the integration of hydrogen energy with green and low-carbon development in oil and gas fields [1] Group 2: Technological Achievements - In May 2024, the research institute successfully expanded the seawater direct electrolysis hydrogen production technology to industrial wastewater, completing a field test in the Sulige gas field that operated stably for 330 hours [1] - The test achieved direct electrolysis of various types of produced water without purification, overcoming technical challenges and receiving certification from a third-party organization, establishing a leading position in the domestic market [1] Group 3: Future Implications - Successful implementation of the project will provide a key technological foundation for the integration of renewable energy consumption, wastewater utilization, and low-carbon transformation in China's oil and gas production areas [1]

中化新网讯 9月24日，中国石化仪征化纤公司携怡然速干涤纶工装面料、防砸劳保鞋等劳动保护系列产 品亮相第四届易派客工业品展览会暨石油石化工业展览会。 轻柔保暖絮片则利用熔喷布生产装置研制，性能与同重量羽绒相当，不仅实现了保暖材料的自主创新， 还为服装加工企业提供了阻燃和远红外两种特殊功能冬装用絮片。 仪纶防静电工装面料作为合成纤维，能在保障防静电性能的同时适用于紫外线不强的户外环境，有效解 决产业工人在室外工作闷热的难题。 图为展会现场。 怡然速干涤纶工装面料以回收聚酯瓶为原料，经粉碎清洗、熔融挤出等工艺将其制成再生涤纶短纤维， 并通过创新技术赋予其永久抗菌、吸湿排汗等功能。这种面料强度高、耐磨抗皱，清洗后易干燥、不褪 色，能有效抑制细菌滋生，保持皮肤干爽舒适。 防砸劳保鞋拥有抗压性能的对位芳纶鞋头、超高分子量聚乙烯纤维防刺中底，有轻量化、高强度、耐高 温、抗切割、抗穿刺、阻燃等多重优势，既能满足各类严苛作业环境的防护需求，又能最大程度提升穿 着的舒适性。 ...

Group 1 - The 18th typhoon "Haikashan" has brought severe weather to South China, prompting local chemical companies to take proactive measures to ensure safety and operational continuity [1][2] - China National Petroleum Corporation's Guangdong Petrochemical Company activated its emergency response mechanism on September 22, entering a Level 2 emergency response on September 23, with most employees working from home [1] - China National Offshore Oil Corporation's Dongfang Petrochemical Company implemented a "checklist + four defenses" work model to enhance safety measures and minimize risks associated with extreme weather [2] Group 2 - Hainan Refining and Chemical Company completed nine dock operations ahead of the typhoon, ensuring the safe departure of vessels and maintaining energy supply stability in South China [3] - Guangxi Huayi's Qinzhu base conducted thorough inspections and strengthened emergency response teams, collaborating closely with local emergency management [3] - Guangxi Huayi New Materials Company prepared emergency supplies and established a 24-hour duty system to monitor the typhoon's impact and ensure safety [3] Group 3 - The National Development and Reform Commission allocated 200 million yuan for post-disaster recovery efforts in Guangdong Province, focusing on restoring infrastructure and public services affected by the typhoon [5]

Core Insights - Clarivate announced the 2025 Citation Laureates, recognizing 22 distinguished scholars from 8 countries, including Zhang Tao from China for his pioneering work in single-atom catalysis, making him the first scientist from mainland China to receive this award [1][3]. Group 1: Award Significance - The Citation Laureates award is based on a comprehensive evaluation of multidimensional data, including citation performance, originality and breakthrough of research, identification of core contributors, and peer recognition [5]. - Since its establishment in 2002, 83 Citation Laureates have eventually won Nobel Prizes, highlighting the award's significance in identifying impactful researchers [5]. Group 2: Zhang Tao's Contributions - Zhang Tao and his team proposed the concept of single-atom catalysis in 2011, advancing heterogeneous catalysis research to an atomic precision scale, laying the scientific foundation for precise control in catalytic processes [3]. - The systematic research conducted by Zhang's team not only advanced the field of catalysis but also had a broad impact on various interdisciplinary fields such as energy chemistry, materials science, and biomedicine [3]. - Single-atom catalysis has influenced both academia and industrial applications, with new processes achieving industrial-scale implementation, supporting green chemistry and carbon neutrality goals [3].

Core Insights - The acceleration of domestic industrial software localization is underway, with a focus on enhancing the level and scale of domestic alternatives in the oil and chemical engineering sectors [1][2] - The digital and intelligent transformation of the engineering construction industry is essential for fostering new productive forces and achieving high-quality development [1] - Companies are actively developing and implementing proprietary software solutions to meet the design needs of the petrochemical industry, achieving significant advancements in technology [2] Group 1 - The importance of industrial software for ensuring supply chain security and building national competitive advantages is emphasized by government officials [1] - There is a call for improved political awareness and solid progress in domestic industrial software replacement and capability enhancement [1] - The need for ecosystem construction and the establishment of supply-demand communication platforms is highlighted to support national strategies [1] Group 2 - Beijing Guli Technology Co., Ltd. has developed the BIMBasePlant system, achieving 100% autonomy in core code and practical applications in digital factory design within the petrochemical sector [2] - The BIMBasePlant system meets a significant portion of the design needs in three-dimensional scenarios, reaching a level comparable to foreign counterparts [2] - Collaborative efforts among various companies aim to expand the application of AI technology in core engineering design processes, promoting a domestic industrial software ecosystem [2]

工程项目自2024年4月开工建设以来，作为联合EPC(工程总承包)单位的中石化四建公司和智汇工程设计院，并充分发挥工程管理 施工优势，精心组织、科学施工，克服了地质条件较差、施工场地狭窄、极端天气影响等诸多难题，狠抓严管保安全、细致入微 保质量、全力以赴保进度，在施工过程中积极采用新技术、新工艺，严格按照设计标准和施工规范推进工程建设，推动项目建设 提质快跑，为工程项目顺利投产做足了准备，保障了项目建设的"全程无忧"，再一次展现了石化四建铁军施工新实力。 9月23日，中国石化工程院油田化学剂成果转化中心(天津)项目在天津经开区南港工业区顺利投产。 据介绍，该项目工程投资额3.5亿多元，建筑面积2万多平方米，作为国内油田化学剂领域工艺最先进、规模最完备的中试科研转 化平台，将为中国石化集团、天津经开区乃至天津市科技创新体系的构建与完善提供关键支撑，是天津经开区"打造创新驱动新 引擎、建设科技创新高地"的重要实践载体。 该工程项目是中国石化天津南港高端新材料产业集群项目的重要组成部分，主要建设油田化学剂科学研究平台、产品质量检测平 台及科研成果小试的科研实验区，高分子聚合、液体合成、乳液聚合、固相反应、捏合反应的 ...