抚顺石化聚乙烯装置安排经验丰富、责任心强的管理人员节日期间24小时值班，强化异常工况处置。值 班员工舍小家、为大家，严格遵守工艺、操作、劳动纪律，保障装置平稳运行和安全生产。 新春佳节，举国欢庆。当万家团圆时，我国石油和化工企业许多干部职工坚守生产一线，恪尽职守、严 细实精，全力保障春节期间生产安全平稳运行。 春节期间，古雷石化人把"平常"做到"极致"、用"提前量"赢得"主动权"，将春节假日的关键窗口期当作 攻坚契机。从装置现场的精细巡检到指挥部里的方案推演，从保供一线的提前布局到提质增效的深度挖 潜，古雷石化人以"抢前抓早、实干为先"的奋斗姿态，打响了一场开局之战。 图为大年初一，上海石化炼油部炼油联合装置中控室内操查看装置运行参数。(李英豪 摄) 节日期间，上海石化多措并举保障安全稳定生产。炼油部优化改造了2号催化裂化、双脱等装置，装置 运行性能全面提升，能耗指标显著优化。通过上游装置的技术改造，有效解决了原料丙烯阶段性短缺的 现状。目前，在稳定、高质量的丙烯原料供应保障下，多套装置均已实现满负荷运行，关键牌号产品市 场供给稳定。 乌鲁木齐石化公司干部员工用最朴素的坚守、最严谨的操作，筑牢企业安全生产与能 ...

Core Viewpoint - The central economic work conference in December 2025 emphasized the deepening and expansion of "AI+" as a policy direction for the 14th Five-Year Plan, highlighting the rapid development of the AI industry and its integration with traditional manufacturing sectors [1] Group 1: Accelerating Integration of Manufacturing and Digital Technologies - Multiple local government work reports have identified the upgrading of traditional industries as a key focus for 2026, with Anhui Province proposing tailored strategies for sectors like steel and chemicals, aiming for over 1,200 major technology transformation projects [2] - The integration of AI in the new materials industry can significantly reduce research and development cycles and costs by simulating material properties, optimizing production parameters in real-time, and enhancing supply chain efficiency [2] Group 2: Promoting Innovation in Scientific Research - Local government reports have included initiatives related to "AI for Science" (AI4S), with Guangxi proposing the establishment of AI research platforms and laboratories to enhance technological capabilities [3] - Suggestions have been made to expand public computing power service pools to support research teams and small enterprises, emphasizing the importance of foundational research capabilities for national technological independence [3] Group 3: Building a Comprehensive Digital Ecosystem - The transition of traditional manufacturing industries to "smart manufacturing" relies on the deep integration of industrial, value, and innovation chains, with a focus on the digital transformation of small and medium-sized enterprises (SMEs) [4] - Local governments are initiating pilot projects for SME digital transformation, promoting cloud adoption and data utilization, while also exploring the establishment of specialized funds to support AI transformation efforts [5]

Group 1 - The core message of the articles emphasizes the commitment of Jinxin Petrochemical to transform the spirit of the 20th Central Committee into practical actions for building a green and intelligent new energy system and becoming a model for sustainable development [1][2] - Jinxin Petrochemical has established an "online + offline" learning matrix to facilitate the understanding of the "14th Five-Year Plan" and the important speeches of General Secretary Xi Jinping, ensuring comprehensive training for party members and cadres [1] - The company actively promotes the core significance of the Central Committee's spirit through a "visual + all-media" communication matrix, producing thematic promotional videos to make the content more accessible to all employees [1] Group 2 - Jinxin Petrochemical is closely integrating the spirit of the Central Committee with the construction of a new energy system and high-quality development, focusing on the requirement for "promoting clean and low-carbon energy transformation" [2] - The company has completed five key energy-saving projects, including enhancing heating furnace efficiency and low-temperature heat recovery, and plans to develop green methanol and waste plastic recycling projects during the "14th Five-Year Plan" [2] - The company is committed to building a customized 5G network across the plant and aims to establish a comprehensive environmental protection facility system, including wastewater treatment and VOCs governance, in line with the "dual carbon" goals [2]

中化新网讯 近日，中国石化建设的"石油化工行业通用高质量数据集"通过工业和信息化部电子工业标 准化研究院测评，成为国内首个通过国家标准测评的行业高质量数据集。 此次测评依据国家标准《高质量数据集 质量评测规范》，通过"数据+模型"相结合的测评方法，涵盖数 据集说明文档、数据质量、模型应用3大维度17项指标，对数据集进行多维度全链条质量评估。"石油化 工行业通用高质量数据集"包含行业特定术语、公式、分子式等，在格式规范性、内容一致性、内容干 净性指标上得分均超90分，数据质量达到行业领先水平，充分验证其在支撑人工智能深度应用方面的可 靠性。 该数据集支持了中国石化长城大模型训练，以及分子理解、分子生成、审计等专业大模型训练，其自主 研发的高质量数据集全链路工具套件为系统内86家单位近900个用户开展数据加工处理工作提供支撑。 同时，其标准化构建方法也为石油化工行业提供了可参考的建设范本。 ...

Core Viewpoint - The Hubei Provincial Economic and Information Technology Department has recognized four manufacturing innovation centers as provincial-level centers, aiming to enhance innovation capabilities and support high-quality development in Hubei's manufacturing sector [1] Group 1: Recognized Innovation Centers - The four recognized centers include: 1. "Hubei Industrial Mother Machine Intelligent CNC System Innovation Center" led by Huazhong CNC Co., Ltd. in Wuhan [1] 2. "Hubei Nutrient Synthesis Biotechnology Manufacturing Innovation Center" led by Jabiou Biotechnology (Wuhan) Co., Ltd. in Wuhan [1] 3. "Hubei Anti-Virus Traditional Chinese Medicine Preparation Manufacturing Center" led by Zhen'ao Honeysuckle Pharmaceutical Co., Ltd. in Xianning [1] 4. "Hubei Precision CNC Machine Tool Equipment Manufacturing Center" led by Yixing Intelligent Equipment Co., Ltd. in Suizhou [1] Group 2: Objectives and Support - The provincial government aims for these centers to integrate industry innovation resources, focus on key common technology research, and enhance the engineering capabilities of innovation outcomes [1] - Local economic and information departments are encouraged to increase support for these innovation centers, guiding them to improve innovation capabilities and modernize industrial chains [1]

Core Viewpoint - The Ministry of Commerce of China has announced the inclusion of 20 Japanese entities in a watchlist due to the inability to verify the end users and end uses of dual-use items, aiming to curb Japan's militarization efforts and nuclear ambitions [1][2] Group 1: Watchlist Entities - The watchlist includes companies such as Subaru Corporation, Yusoki Co., Ltd., and ENEOS Corporation, among others [3][6][7] - Exporters are prohibited from applying for general licenses or obtaining export certificates for dual-use items to these entities, and must submit risk assessment reports for individual license applications [1][2] Group 2: Regulatory Measures - The Ministry of Commerce will implement stricter end-user and end-use reviews for exports to the listed entities, particularly concerning military users and purposes that could enhance Japan's military capabilities [1][2] - Entities on the watchlist can apply for removal if they comply with verification obligations as per the relevant export control regulations [1]

Core Insights - Yunnan Energy Group was established through the integration of Yunnan Energy Investment Group and Yunnan Coal Industry Group, aiming to enhance energy security and promote green energy development in Yunnan Province [1][2] Group 1: Company Overview - Yunnan Energy Group has total assets of 269 billion yuan and approximately 27,200 employees, with installed power capacity exceeding 26 million kilowatts and annual coal production capacity over 27 million tons by the end of 2025 [1] - The establishment of Yunnan Energy Group is a strategic move by the provincial government to optimize state-owned capital layout and support the development of a modern industrial system focused on green electricity and advanced manufacturing [1] Group 2: Strategic Goals - The company aims to become a leading green energy enterprise in China and a key energy player in Yunnan, focusing on the "8+X" pillar sectors within the energy industry [2] - Yunnan Energy Group plans to enhance six key capabilities: total energy scale, resource reserves and production, system regulation ability, integrated capacity, financial collaboration ability, and strategic organizational capability [2] Group 3: Industry Context - There is a wave of professional restructuring among local energy state-owned enterprises across China, with several notable mergers and reorganizations occurring in recent years, indicating a trend towards consolidation in the energy sector [2]

Core Insights - The article highlights the successful development of domestic POE (polyolefin elastomer) technology by China Chemical Engineering Research Institute, marking a significant advancement in high-end material production in China [1][2][4] Group 1: Technological Breakthrough - The research team has achieved a comprehensive breakthrough by mastering both ethylene-butene copolymer POE (C4) and ethylene-octene copolymer POE (C8), with the ability to switch production flexibly on the same platform [2] - The C8 products outperform domestic C4 products and are suitable for high-end applications such as photovoltaics and automotive components, with performance metrics comparable to imported products [2] Group 2: Industrialization Progress - The project has reached a critical milestone with the successful completion of the feasibility review for a 50,000-ton annual production demonstration project, which has now entered the full implementation phase [2][3] - The pilot plant for POE has operated for over 13,000 hours, successfully overcoming challenges in scaling up production [3] Group 3: Future Outlook - The team is committed to accelerating the industrialization of POE technology to enhance its application in high-end fields such as photovoltaic packaging and lightweighting for new energy vehicles [3][4] - The overall technology is expected to achieve international advanced levels by August 2025, as confirmed by the China Petroleum and Chemical Industry Federation [2]

Core Viewpoint - The article highlights the successful development and impending industrialization of POE (polyolefin elastomer) technology by the China Chemical Engineering Research Institute, marking a significant advancement in China's high-end material capabilities and reducing reliance on imports [2][3][4]. Group 1: Project Background and Development - The "Pearl" project was initiated in early 2020 when China had no independent POE technology, with global production capacity around 1 million tons and a zero market share for China [2]. - The project focused on industrial application from the outset, with a collaborative effort between scientists and engineers leading to over a thousand experiments and optimizations [2][3]. - The team achieved breakthroughs in catalyst activity, stability, and product quality, mastering both C4 and C8 POE systems, with C8 products offering superior performance for high-end applications [2][3]. Group 2: Technological and Industrial Advancements - The self-developed metallocene catalyst exhibits high activity and is at an advanced industry level, with lower energy consumption and high domestic equipment localization [3]. - The project has established a complete industrial chain from raw materials to end applications, achieving full autonomy in production [3]. - A key milestone was reached with the successful completion of a feasibility review for a 50,000-ton annual production demonstration project, marking the transition to full implementation [3]. Group 3: Future Prospects and Commitment - The team is committed to accelerating the industrialization of POE technology to empower sectors such as photovoltaic packaging and lightweighting in new energy vehicles [3][4]. - The ongoing dedication to research and development is evident, with plans to continue enhancing the technology and its applications in high-end materials [4][6].

Core Viewpoint - AES Andes has decided to abandon a $10 billion investment in green hydrogen and ammonia projects in Chile to focus on developing renewable energy and storage projects [1] Group 1: Project Developments - In December 2024, AES Andes submitted an environmental assessment report for the project to Chilean authorities and engaged in discussions with South Korean company Samsung C&T to explore production opportunities for green hydrogen for domestic consumption or international export [1] - Since launching its transformation strategy "Greentegra" in 2018, AES Andes has added 2,181 megawatts of renewable energy generation and battery storage facilities in Chile [1] Group 2: Future Plans - The company plans to commission two new energy projects, Andes Solar III and Bolero BESS, in the first half of 2026, while continuing the construction of four additional renewable energy projects: Arenales, Cristales, Pampas, and Atacama BESS [1] - By 2027, these projects are expected to add 2,363 megawatts of installed capacity, bringing AES Andes' total installed capacity in Chile to approximately 4.5 gigawatts [1]