Group 1 - The core project, a 150,000 tons/year polyether polyol facility and storage tank, has successfully produced qualified products [1] - The project is located in the Guangxi Free Trade Pilot Zone, covering approximately 2,400 acres, and is a key initiative by Tongkun Group to respond to the Belt and Road Initiative [1] - The production will continuously supply high-quality green polyether polyol products, significantly promoting the development of the regional green chemical new materials industry [1] Group 2 - The project is expected to inject new momentum into the construction of the chemical fiber and textile industry cluster along the new western land-sea corridor [1]

中化新网讯 日前，石油化工科学研究院天津科学试验基地项目中间交工暨首产成功仪式在天津经济技 术开发区举行。此前，石科院管理的公司北京兴普精细化工技术开发有限公司在基地打通润滑油脂生产 线全流程，首批润滑油脂产品成功试生产下线，基地正式具备生产能力，实现"研发—中试—生产"全链 条贯通。 石科院天津科学试验基地项目是中石化天津南港工业区高端新材料集群重点项目之一，建有低碳油化一 体化、资源循环利用、新材料、高端化学品、氢能及电化学5个科研中试平台，以及特种润滑油脂、石 油产品中试生产基地，由广州工程公司设计、四建公司承建。按照项目验收及合同关闭路线图，项目建 设依次包括机械完工、机械竣工、中间交工验收、交工验收、竣工验收等关键节点。2023年3月，该项 目启动地基预处理工程，今年9月实现生产区机械竣工。 ...

面对行业变革与自身转型挑战，东华公司将品牌建设提升至公司战略层面，创新构建并实施了"四个路 径"品牌运营模型。该公司以"系统性+统一性"规范品牌管理路径，通过发布制度、搭建模块，筑牢品牌 根基;以"创新力+高质量"夯实品牌价值路径，依托严苛的质量管理体系和多项关键技术的创新突破，持 续强化核心竞争力;以"文化力+合规性"规范品牌行为路径，升级文化体系，独创"四周联动"机制，推动 理念内化于行;以"责任感+传播力"拓展品牌形象路径，积极践行ESG理念，并通过高端行业会议与媒体 矩阵主动传播，提升品牌感召力与影响力。 中化新网讯 近日，中国石油和化学工业联合会公布2025年度石油和化工行业质量提升与品牌建设典型 案例名单，中国化学工程所属东华工程科技股份有限公司申报的《"双碳"背景下以"专业绘就美好"焕新 传统化学工程公司品牌》案例入选品牌建设方向典型案例。 ...

坐落在南疆塔河边的阿拉尔纺织，在两年时间里打了一场漂亮的翻身仗。它从连年亏损的困境中突围， 在2025年四季度成功实现月度连续盈利。 该公司坚持以党建为引领，将"一岗双责"深度融入业务肌理。"每一次生产协调会，第一个议题必是汇 报支部工作与党员作用的发挥，确保企业经营航向不偏不倚，将党的政治优势、组织优势转化为攻坚克 难的制胜优势。"高检法介绍说。 在这场深刻的变革中，一线员工的感受尤为真切。"经历了那段长达半年的停车检修，我们每个人都深 刻感受到了市场的冷酷和生存的压力。"酸站车间主任陶继海回忆道，"正是那段最难熬的日子，让我们 彻底明白，企业不能再像过去那样'等、靠、要'了。"思想的改变，催生了行动的自觉。 此后，"算账"意识被植入每一位员工心中。该公司全面推行"动态成本跟踪表"制度，所有费用收支按生 产、运维、项目等分类，每周清算、全程可视，让每个岗位都清楚自己的"责任田"。这些思想上的转 变，为后续的市场突围与成本管控打下了基础。 向市而行 生态重塑 思想统一后，阿拉尔纺织果断放弃了过去"生产导向"的老路子，将指挥棒彻底交给市场。 "以前是车间生产什么，销售就推销什么，不对路就堆仓库;现在是市场要什么 ...

Core Viewpoint - The Ministry of Emergency Management has released a mandatory industry standard titled "Guidelines for the Design of Safety Facilities in Hazardous Chemical Construction Projects" (AQ 3066—2025), which will take effect on July 1, 2026. This standard aims to enhance safety risk prevention and control in hazardous chemical projects by addressing design flaws and emphasizing inherent safety design principles [1]. Group 1 - The guidelines focus on fundamental and critical work to prevent major safety risks from the source and implement inherent safety [1]. - The standard incorporates lessons learned from recent accidents, addressing design deficiencies and "inherent shortcomings" [1]. - It emphasizes process hazard analysis and sets strict qualification requirements for design units [1]. Group 2 - The guidelines specify requirements for process safety reliability verification, safety risk assessment of reactions, and external safety protection distances [1]. - It strengthens safety control measures related to "two key points and one major" and under abnormal working conditions [1]. - Detailed requirements for safety facilities include automation control, process systems, layout, equipment and piping, electrical instruments, and emergency response [1]. Group 3 - The guidelines clarify responsibilities regarding who should design safety facilities and how to approach the design process [1]. - They address what should be included in the specialized documentation and how it should be written [1]. - The implementation of these guidelines is expected to significantly improve the safety risk prevention and control level in hazardous chemical construction projects [1].

Core Viewpoint - China Petroleum Guangxi Petrochemical Company has officially commenced the construction of a 300,000 tons/year EVA plant (tubular method) and a 100,000 tons/year H-EVA plant (kettle method), targeting high-end market demands and applications in various industries [1]. Group 1 - The 300,000 tons/year tubular method plant focuses on large-scale production of photovoltaic-grade EVA, with a planned completion date of December 2027 [1]. - The 100,000 tons/year kettle method plant specializes in high-end specialty H-EVA products, expected to be completed by the end of February 2028 [1]. - The products from both plants will serve multiple sectors, including photovoltaic film, high-end cables, foamed products, and medical devices [1]. Group 2 - The photovoltaic-grade EVA products will effectively fill the domestic supply gap for high-grade EVA used in photovoltaic films [1]. - The high-end cable EVA is designed to meet the needs of new energy vehicles and smart grid applications [1]. - The foamed products will replace traditional materials in high-end packaging and automotive interiors [1].

惠州32-5平台是南海东部油田的高产原油平台之一。为深入推进绿色低碳转型，南海东部油田以该平台 为试点，创新构建了二氧化碳高效捕集、回注与封存技术体系。 项目工艺流程主要包含原料气预处理、膜分离脱碳、膜后处理与回收三个环节。其中，膜分离脱碳环节 采用了中国海油自主研发的膜脱碳装置。该装置占用空间少、能耗低，高度适配海上平台环境。在膜后 处理与回收阶段，项目创新运用同井注采工艺，在不影响原油开采的同时，实现二氧化碳的压缩与安全 回注，解决了海上平台井槽资源紧张难题，为海上油田碳封存提供了可复制、可推广的新路径。 中化新网讯 1月19日，中国海油官网发布消息，我国首个海上膜脱碳示范工程——惠州32-5平台伴生气 回收脱碳及二氧化碳封存项目累计回收伴生气超2000万立方米，并实现对伴生气的高效脱碳、回收与资 源化利用。 ...

Group 1 - Major project construction is seen as a "ballast" and "strong engine" for accelerating high-quality development, with various provinces releasing key project lists for 2026, particularly in the oil and chemical sectors [1] - Sichuan Province has announced a total of 830 key projects for 2026, with an expected investment of 762.48 billion yuan, including several significant oil and chemical projects [1] - Jiangsu Province's key project list includes 670 projects, with a focus on strategic emerging industries, advanced manufacturing, and several petrochemical projects [2] Group 2 - Hebei Province plans to arrange 747 key construction projects for 2026, with a total investment of 1.56 trillion yuan, focusing on strategic emerging industries and traditional industry upgrades [2] - Shanxi Province has included 629 projects in its 2026 key project list, with 63.4% focused on energy transition and industrial upgrades, highlighting the importance of these sectors [3] - The energy transition projects in Shanxi involve hydrogen energy, new materials, and green electricity, along with various petrochemical projects aimed at enhancing sustainability [3]

孙亚光强调，学习好、贯彻好全会精神是当前和今后一个时期的重大政治任务，必须精心组织、周密安 排。全校上下要坚持以党的二十届四中全会精神为引领，深入学习贯彻习近平总书记关于职业教育的重 要论述，同贯彻落实习近平总书记在辽宁考察时的重要讲话和重要指示批示精神结合起来，牢牢把握社 会主义办学方向，坚持和加强党对学校工作的全面领导，始终牢记为党育人、为国育才的初心使命，紧 紧围绕立德树人根本任务，自觉对标国家战略布局与科技创新需求，着力推进教育、科技、人才一体化 发展，科学谋划学校"十五五"时期的发展定位与实施路径。 中化新网讯 近日，辽宁石化职业技术学院举行学习贯彻党的二十届四中全会精神宣讲报告会。学校党 委书记孙亚光作宣讲报告，对全会精神进行了系统阐释、深入解读和全面宣讲。 要精准把握新时代职业教育高质量发展的形势要求，清醒认识国家级、省级"办学能力高水平、产教融 合高质量"建设单位所面临的新机遇、新挑战，系统谋划新任务、新举措，稳步深化"政行园企校"协同 创新机制，扎实推进"人才强校工程"等重点工程，持之以恒推进全面从严治党，推进党的作风建设常态 化长效化，努力在加强党的建设、优化专业群结构、提升人才培养质量、 ...

Core Viewpoint - The Baotou Rare Earth High-tech Zone has initiated the construction of China's first batch of zero-carbon parks, aiming to systematically address carbon reduction challenges in heavy industrial clusters and provide a replicable "Baotou solution" [1] Group 1: Project Overview - The zero-carbon park construction adopts a "park within a park" model, including rare earth industry parks and high-end equipment manufacturing parks, with established leading industries in rare earths, photovoltaics, and energy storage [1] - The park has a clear "two-step" strategic path: from 2025 to 2027, the focus will be on green electricity replacement and energy-saving renovations; from 2028 to 2035, the emphasis will shift to system integration and smart fusion to enhance zero-carbon outcomes [1] Group 2: Goals and Initiatives - The park aims to complete the national-level zero-carbon park creation task by the end of 2027 through initiatives such as green electricity direct connection construction, new energy project development, hydrogen energy demonstration utilization, and multi-industry collaborative energy-saving and carbon reduction efforts [1]