Core Insights - The coal-fired flue gas pressure swing adsorption carbon capture technology developed by the Beijing Low Carbon Clean Energy Research Institute and Zhejiang Electric Power Company has been recognized as internationally leading by the China Coal Industry Association [1] - This technology utilizes solid adsorbent materials to selectively adsorb and efficiently concentrate carbon dioxide from flue gas, featuring low energy consumption, quick start-stop capabilities, stable operation, no secondary pollution, and full electric drive [1] Group 1 - The technology was initiated in October 2021, focusing on the development and demonstration of key carbon capture technologies tailored for coal-fired flue gas characteristics [1] - A comprehensive research approach was adopted, including the development of high-performance adsorbents and low-energy capture processes, culminating in a complete technology demonstration at a scale of 10,000 tons [1] Group 2 - In December 2024, the first industrial demonstration unit for low-pressure adsorption carbon capture was completed, marking a significant milestone in the industry [2] - The demonstration unit achieved a capture energy consumption of 331 kWh per ton of carbon dioxide under non-optimal conditions, laying the groundwork for future 100,000-ton scale projects [2] - The Low Carbon Institute's CCUS center is focusing on cutting-edge technologies in carbon capture and utilization, with plans for further scaling and demonstration of adsorption carbon capture technology in the Zhejiang region [2]

近日，由中国石油大学(华东)、山东京博石油化工有限公司、青岛惠城环保科技集团股份有限公司、翰 逸神飞新材料有限公司联合完成的"催化裂解制低碳烯烃关键催化材料的创制与应用"项目获得2024年度 山东省科学技术进步奖二等奖。 该项目针对传统石化行业低碳烯烃收率低、甲烷和焦炭收率高的瓶颈，以及重油资源利用效率低、废塑 料处理难的问题，开发出一套创新性的耦合催化裂解技术，实现了重油与废塑料的协同转化高效制备乙 烯、丙烯等低碳烯烃，为化工原料生产开辟了新路径。 在此背景下，项目团队从2018年起，围绕重油与废塑料的资源化利用展开攻关，通过跨学科协作，将石 油化工与材料回收领域的技术进行融合，通过三大创新，开发出一种高效、环保的低碳烯烃制备技术。 一是开发双功能复合催化剂提升裂解效率。团队通过创新合成方法，制备出具有独特孔道结构与酸性位 点分布的双功能复合催化剂。该催化剂基于传质强化的多级孔ZSM-5合成新方法，耦合金属改性制备 出"脱氢—裂解"双功能催化材料，能够有效降低重油与废塑料的裂解反应活化能，促进分子在催化剂表 面的吸附、活化与转化。实验结果表明，该催化剂使低碳烯烃收率提升0.8~1.5个百分点，甲烷和焦炭 收 ...

据悉，这一成果将支撑吉林石化公司转型升级项目，能够满足吉林石化公司乙烯厂聚乙烯产品、合成树 脂厂ABS等产品的包装需求，同时还将覆盖大庆石化聚丙烯及ABS产品的重载膜配套服务。项目投产 后，该公司将正式跻身中石油东北地区规模最大的重载膜生产基地行列，成为区域化工包装领域的核心 供应力量。 中化新网讯 近日，随着吉林石化联力公司重载膜新项目吹膜机组产品各项指标相继达标，该公司万吨 级重载膜装置扩产改造项目投料试生产成功。 该项目主要为配合吉林石化公司转型升级项目而开展，项目由2条国内领先水平的吹膜机组、1台高精度 印刷机及1套专业冷水机组构成现代化生产线，年产值达1.32亿元。该项目投产后装置产能可由目前的 每年5000吨增至12000吨，以满足吉林石化公司转型升级后的产品包装需求。 ...

Core Insights - The company has implemented process and energy optimization strategies, resulting in increased production of ethylene by over 30 tons and propylene by 10 tons daily through effective resource management [1] - The focus on technological innovation has led to the development of 14 types of metallocene polyethylene products and significant improvements in product variety, capacity, and production flexibility [1][2] - The company has achieved substantial cost reductions and efficiency gains through various projects, including the recovery of dry gas and the automation of cracking furnace operations [2] Group 1 - The company has successfully isolated hydrogen gas to enhance production efficiency, leading to a daily increase of 30 tons of ethylene and 10 tons of propylene [1] - The implementation of a smart management system has enabled 15-minute intelligent scheduling, significantly improving marginal benefits from crude oil processing [2] - The company has achieved a historical high in daily ethylene production, exceeding 4,000 tons for six consecutive months [2] Group 2 - The company has completed 615 domestic replacements of equipment parts, contributing to significant cost savings in energy consumption [3] - The introduction of domestic catalysts has reduced reliance on imports and enhanced production capabilities in various departments [2][3] - The company has successfully modified its fertilizer production processes, resulting in the production of over 320,000 tons of functional urea and an efficiency gain of over 34 million yuan [2]

Core Viewpoint - China Petrochemical's Yizheng Chemical Fiber Testing Center has become the first company in China to implement standardized, procedural, and unmanned operations for polyester chip color value testing by introducing two intelligent robotic arms [1] Group 1: Technological Advancements - The introduction of industrial-grade robotic arms replaces manual operations, addressing issues such as inconsistent placement, poor repeatability, and low efficiency in polyester chip color value detection [1] - The second robotic arm was put into operation in June, allowing for digital evaluation and screening of each sample cup, effectively eliminating systematic errors caused by container differences, achieving "zero difference" in containers [1] - Recent upgrades to the robotic arms optimized their path nodes, increasing the number of test positions from 12 to 20, thereby enhancing detection throughput per unit time [1] Group 2: Operational Efficiency - The testing platform's compatibility has been expanded to support both new and old instruments, providing a smooth transition for equipment upgrades [1] - The combination of intelligent devices and optimized testing technology has improved detection efficiency and data accuracy, leading to a digital transformation of the testing process [1]

创新停车模式保障安全。该工段根据装置运行现状，聚焦分离设备液位异常升高冒料的安全问题，精准 施策。对现场放空分离器、高位集料槽、芳烃中间槽等设备增设仪表远传液位监测装置，实现三取二安 全联锁停车模式，即当三个条件满足两个时，系统立即启动自动停车程序。这一优化将人工巡检的反应 滞后性转化为智能系统的即时响应，避免了分离设备液位异常升高冒料的风险，装置本质安全水平再上 新台阶。 尾气分离减少资源损耗。该工段生产过程中，2号双氧水尾气夹带工作液问题突出，既造成工作液浪 费，又影响尾气排放质量。为此，工段引入尾气分离罐对尾气进行气液分离处理。通过该装置，尾气中 的工作液得以有效回收并重新投入生产，避免了资源损耗。同时，分离净化后的尾气各项指标均达排放 标准，实现了环保生产。该举措实施以来，已成功节约工作液费用2万余元，在降低生产成本的同时， 提升了资源利用率，为工段高效、绿色生产树立了典范，也为后续类似问题解决提供了宝贵经验。 近期，潞安恒通化工公司双氧水厂双氧水工段全力营造创新氛围，把"小发明、小创造、小革新、小设 计、小建议"的"五小创新"理念深度融入生产管理各环节，鼓励职工立足岗位，从细微处挖掘创新点， 以点滴 ...

中化新网讯 7月30日，大连石化公司科技创新中心揭牌成立。该中心将聚焦炼油、芳烃组分高效利用、 树脂及新材料、合成橡胶、新能源及"双碳"等重大专业方向，开展关键技术攻关与成果转化，为大连石 化加速向炼化一体化企业转型升级提供核心驱动力。 该中心将为大连石化炼油化工等主营业务参与市场竞争提供技术支撑，打造引领发展前瞻规划的高端智 库。对内，该中心将作为人才强企战略、素质提升工程的重要平台载体，构建企业各级专家、博士等高 学历人才领衔，一线技术技能人才、青年骨干联动的人才矩阵，实现科技创新和人才培育相融互促。对 外，该中心与知名高校、科研院所、相关企业共同打造创新联合体，通过产学研用深度融合，加快推进 关键技术攻关。 作为东北地区重要的炼化基地，大连石化正全力推进绿色低碳、数智开放、创新高效的战略转型，为建 设世界一流炼化一体化企业奠定坚实基础。"当前，我国能源与石化产业正经历深刻变革，唯有强化科 技创新，方能筑牢企业护城河。"大连石化公司负责人表示，辽宁雄厚的产业基础、独特的区位优势， 特别是大连顶尖高校院所云集、西中岛世界级石化产业基地加速建设，为企业营造了得天独厚的创新生 态。 ...

Core Viewpoint - The biodegradable transparent film developed by Gannan Normal University has been selected for the "Bamboo Substitute for Plastic" key promotion technology achievements list by the National Forestry and Grassland Administration, marking a significant advancement in the use of bamboo as a sustainable alternative to traditional plastics [1] Group 1: Product Innovation - The new film utilizes an integrated process of "cellulose dissolution - film blowing - drying and solvent recovery," producing a 100% bamboo-based and fully biodegradable transparent film [1] - This innovation fills a gap in the bamboo substitution for plastic in the transparent film sector, offering a renewable, environmentally friendly, low-cost, and safe alternative to traditional polypropylene films, adhesive glass paper, and polyester films [1] Group 2: Market Potential - The bamboo film has significant application potential in various fields, including express tape, food and pharmaceutical packaging, anti-static packaging, and agricultural films [1] - Gannan Normal University has established a pilot production line with a capacity of hundreds of tons and is accelerating the large-scale production and application of biodegradable transparent films and eco-friendly tapes in collaboration with Shanghai Yongguan Zhongcheng Group and the Dongxiang District government [1]

长效机制赋能绿色转型。技术是降碳的手段，而将绿色低碳理念内化为企业战略与长效机制，才是持续 转型的核心动力。临猗分公司2017年至2024年持续投入巨资进行环保升级，治理触角从集中排放源延伸 至更隐蔽的无组织排放和特征污染物领域。正是这种常态化、机制化的减排，为临猗分公司探索降碳前 沿技术提供了不竭动力，确保在绿色发展中跑出转型加速度。 源头减排打造低碳内核。源头减排是实现深度降碳的根本之道，其核心在于通过技术革新削减化石能源 消耗和高碳工艺排放，构建低碳内核。临猗分公司将技术升级作为转型的核心驱动力，2017年率先投运 280T/H高效超低排放锅炉，显著提升能源转换效率；2019年完成原有220T/H锅炉及"三废"炉的全面超 低排放改造。这些举措大幅削减燃煤环节产生的颗粒物、二氧化硫、氮氧化物等，为低碳生产体系奠定 坚实根基，直接推动主要废气污染物排放量持续下降。 在全球气候治理加速推进与国家"双碳"目标刚性约束下，传统煤化工企业如何突破能耗与排放瓶颈、在 降碳行动中争当先锋?丰喜集团临猗分公司的答案是：三管齐下，以持续的降碳治理实践让传统煤化工 企业实现绿色发展。 末端治理实现深度降碳。末端治理是对源头减 ...

Core Viewpoint - The company is actively enhancing its operational efficiency and product development through rigorous internal reforms and a focus on leadership accountability, which is reflected in the construction of a new high-pressure hydrogenation unit for specialty oils. Group 1: Operational Improvements - The company is constructing a 600,000-ton annual capacity naphthenic specialty oil high-pressure hydrogenation unit, with a key reactor weighing 734 tons being installed [1] - The company has implemented a "WPS Document Center" supervision system to ensure that key tasks are documented, tracked weekly, and executed [1] - The company has adopted a "grid inspection + cross-check" mechanism to eliminate longstanding issues, resulting in a 31% reduction in wastewater discharge and a 90% reduction in oil recovery volume compared to the previous year [1] Group 2: Leadership and Accountability - The company has initiated a comprehensive internal review to address issues of complacency and lack of accountability among some staff, creating a rectification ledger for 14 categories of behavioral issues [1] - The company has regularly exposed typical issues related to work style and issued 48 reports to strengthen work style construction and accelerate transformation [2] - Leadership has taken the initiative to engage directly with frontline operations to manage risks and ensure compliance with environmental protection measures [1]