Core Insights - The company has successfully developed a 25 cubic meters per hour liquid hydrogen transfer pump, which has passed a continuous 4-hour operational test under extreme low temperature conditions of -253℃, outperforming design specifications and becoming the first domestic pump validated through actual liquid hydrogen testing [1][2] Group 1: Technical Achievements - The pump achieved operational indicators of "flow rate ≥ 25 cubic meters/hour and head ≥ 110 meters," marking it as the largest flow liquid hydrogen transfer equipment verified in China [2] - The research team focused on three main areas: material compatibility with hydrogen, structural design and thermal management, and energy efficiency improvements [1] Group 2: Industry Impact - The successful trial of the liquid hydrogen transfer pump fills a market gap for large flow liquid hydrogen transfer pumps in China, which is expected to lower hydrogen supply chain costs and enhance transportation and storage efficiency [2] - The development supports the large-scale infrastructure construction of hydrogen energy, promoting advancements in liquid hydrogen transfer, transportation, and high-density storage, thereby laying a technical foundation for the commercialization of the hydrogen energy industry [2]

自2025年9月以来，四化建采取线上与线下相结合的方式，集中组织举办了项目经理、工程造价人员专 项、Tekla软件专项、英语、国际业务等系列专项培训，系统打造"懂技术、通英语、善沟通、能管 理"的复合型人才队伍。 通过这一系列靶向明确、学用结合的专项培训，四化建正系统化地加强人才队伍建设，为提升公司整体 管理水平、推动高质量发展提供坚实的人才支撑。 在项目经理培训班中，四化建采用现场观摩、专业授课、交流研讨等形式，全面提升项目经理的政治素 养、专业能力和管理水平。课程内容聚焦合规经营、技术管理、质量安全等领域，着力锻造一支政治过 硬、能力突出、作风扎实的项目攻坚铁军。 近日，中国化学工程第四建设有限公司(以下简称四化建)在长沙举办的为期两个月的英语培训班圆满结 业。作为公司锚定国际化战略、服务共建"一带一路"高质量发展需求的人才赋能举措，本次培训聚 焦"语言精进+专业适配"，锻造了一支"懂技术、通英语、善沟通"的复合型海外业务队伍，为公司拓展 全球市场注入人才动力。 英语培训班则紧扣海外工程实战需求，通过情景模拟、实战演练等方式，构建全维度、沉浸式教学体 系，让英语从"沟通工具"升级为"出海核心能力"。经过两 ...

Core Insights - The article highlights the successful completion of a significant solar-grade polysilicon project in Oman, developed by China Chemical Engineering Sixth Construction Co., Ltd, marking it as the largest overseas polysilicon project by China and referred to as the "Oman Miracle" [1][9] Group 1: Project Overview - The project has an annual production capacity of 100,000 tons of high-purity silicon materials, showcasing China's engineering capabilities abroad [1] - The project involved a total of 8,932 flight bookings, symbolizing the extensive workforce mobilization and commitment to the project [2][5] Group 2: Challenges Faced - Workers faced extreme temperatures exceeding 50°C during construction, which posed significant challenges to their working conditions [7][9] - The project team implemented various measures to ensure worker safety and comfort, including the procurement of over 10,000 pairs of high-quality safety shoes and nearly 200,000 yuan spent on heat prevention medications [7] Group 3: Cultural and Emotional Aspects - The project not only represents a physical construction effort but also embodies the emotional journey of the workers, with many expressing a sense of connection to their homeland through shared experiences [10] - The project team maintained a supportive environment, with management actively engaging in the well-being of workers, fostering a sense of family among the team [10]

Core Viewpoint - Ningdong Energy and Chemical Base is transforming its traditional coal chemical industry into a modern, high-value-added sector while addressing global energy transitions and structural challenges in resource-based regions, aiming for a total industrial output value exceeding 200 billion yuan by 2024 [1][3][4]. Group 1: Industrial Development and Achievements - Ningdong Base aims to solidify its position as a national leader in modern coal chemical industries, with a coal-to-oil project operating at 4 million tons per year, accounting for half of the national capacity [4]. - The base has achieved significant milestones, including being recognized as a national-level advanced manufacturing cluster and winning the National Science and Technology Progress Award for its coal-to-oil technology [1][4]. - By 2024, the industrial output value is projected to exceed 200 billion yuan, making it the first chemical park in central and western China to reach this milestone [1][3]. Group 2: Strategic Initiatives and Innovations - The base is focusing on high-quality development by transitioning from primary product processing to high-end manufacturing, emphasizing smart, green, and integrated industrial growth [3][5]. - It is actively developing downstream high-value products, such as high-density polyethylene and EVA, to enhance product competitiveness and risk resilience [5][6]. - The introduction of major projects has led to the establishment of new industrial clusters, including the "spandex valley" and "aromatic valley," positioning Ningdong as a key player in high-performance fiber production [6]. Group 3: Technological Innovation and R&D - Ningdong Base has increased its R&D investment intensity to 2.85%, significantly above the regional average, and has established multiple high-level innovation platforms [8][11]. - The base has completed 40 pilot projects and attracted over 30 top universities and research institutions to participate in its innovation ecosystem [9][12]. - By the end of the "14th Five-Year Plan," the number of innovation platforms is expected to reach 80, covering all key industrial sectors [11]. Group 4: Environmental Sustainability and Green Transition - The base is committed to a green transition, with a focus on energy structure optimization and the construction of a green electricity park with a total renewable energy capacity of 6.12 million kilowatts [19][20]. - It has implemented over 150 energy-saving and carbon-reduction projects, achieving a 17.5% reduction in energy consumption per unit of GDP from 2021 to 2024 [22]. - The establishment of a carbon capture, utilization, and storage (CCUS) project is a significant step towards deep decarbonization in the coal chemical industry [22]. Group 5: Safety and Risk Management - Safety production is prioritized, with a comprehensive safety management system and initiatives to enhance safety awareness among employees [13][14]. - The base has implemented a risk management platform that utilizes big data for dynamic assessment and early warning of major hazards [15][17]. - A series of safety drills and emergency response plans have been established to ensure preparedness for potential incidents [18]. Group 6: Economic and Social Development - Ningdong Base is enhancing its business environment through reforms that streamline administrative processes, achieving an 81% reduction in processing times for enterprise-related matters [29][32]. - The base has invested in public services, including housing and education, to improve living conditions for workers and their families [34][35]. - It aims to create a harmonious social environment by ensuring comprehensive social security coverage and promoting employment opportunities [36]. Group 7: Future Outlook and Strategic Goals - The base is set to continue its focus on high-quality development, aiming for an industrial output value of over 300 billion yuan by 2030, doubling its economic output from 2022 [38][39]. - Strategic initiatives will include enhancing coal supply resilience, developing modern coal chemical industries, and fostering innovation in new energy and materials [39][40].

中化新网讯 近日，天能化工有限公司党委组建了由公司党委班子成员牵头的宣讲团，启动覆盖全 公司各层级、各岗位的党的二十届四中全会精神集中宣讲活动。 宣讲范围覆盖公司党委班子、管理人员、基层党支部党员、一线职工及团员青年，通过"进车间、 进班组、进一线"的方式，确保全会精神无死角、全覆盖，真正深入人心。同时，公司团委还同步开展 面向青年职工的特色宣讲，凝聚青年奋进力量。 为提升宣讲实效，活动创新采用"宣讲+文艺""宣讲+服务""宣讲+实践活动"等职工喜闻乐见的形 式，将"坚持高质量发展""建设现代化产业体系""统筹发展和安全"等全会核心要义，与公司生产经营、 技术创新、安全环保、降本增效等重点工作深度融合。宣讲过程中，宣讲团成员紧扣职工关心关注的热 点难点问题，用事实数据、典型案例开展通俗解读，让职工群众听得懂、能领会、可落实，推动学习成 果转化为破解发展难题、提升经营效能的实际举措。（毛天斌 祁学刚） 本次宣讲活动以习近平新时代中国特色社会主义思想为指导，紧扣党的二十届四中全会审议通过的 《中共中央关于制定国民经济和社会发展第十五个五年规划的建议》和习近平总书记重要讲话精神，聚 焦党的二十届四中全会的重大意义、 ...

《预案》强调，危险化学品生产、储存、使用、经营、运输单位应当依法依规落实企业安全生产主 体责任，定期排查事故隐患，开展安全风险辨识评估，健全风险防控措施，编制危险化学品事故应急预 案，定期组织应急救援演练。发生危险化学品事故时，事故单位主要负责人应当立即按照本单位危险化 学品事故应急预案组织救援，并向事发地政府、应急管理、生态环境、公安、卫生健康、市场监管部门 报告。 《预案》指出，危险化学品事故应急预案应当做到上下协调、左右衔接。各设区市危险化学品事故 应急预案应当报省应急管理厅备案；危险化学品单位编制的应急预案应按照《生产安全事故应急预案管 理办法》等规定报相关部门备案。 中化新网讯 近日，《江西省危险化学品事故应急预案》（以下简称《预案》）印发，从事故预 防、监测与预警、应急响应、后期处置、应急保障措施等方面进行了部署，以减少各类危险化学品事 故，维护人民群众生命财产安全和社会稳定。 此外，《预案》还明确了应急队伍、物资装备、资金、通信与电力等方面的应急保障措施。 ...

Core Insights - The article highlights the rapid development of various green energy projects across China, emphasizing the country's commitment to transforming its energy landscape and promoting sustainable development during the Lunar New Year celebrations [1][2]. Group 1: Biomass Gasification Project - The "Donghua Furnace," a biomass gasification device developed by Donghua Engineering Technology Co., is successfully operational, utilizing agricultural waste to produce synthesis gas, which can significantly reduce carbon emissions by 70% to 90% compared to fossil fuels [4][5]. - The project aims to enhance the value of agricultural waste and contribute to local economic development while promoting ecological protection [6][7]. - The team is focused on continuous optimization of the gasification process, with confidence in the technology's applicability and replicability [7]. Group 2: Hydrogen Production Project - A hydrogen production project in Panzhihua, based on "concentrated solar water splitting" technology, is set to launch its commercial production line by December 2025, with an expected annual hydrogen output of approximately 200 tons [8][10]. - The innovative technology allows for a significant increase in hydrogen production efficiency, achieving a production rate that exceeds current laboratory benchmarks by over 100 times [9]. - The project has garnered interest from various government and corporate entities, indicating strong market potential for green hydrogen applications in industries such as metallurgy and chemicals [11]. Group 3: Geothermal Heating in Xiong'an - Xiong'an New Area has implemented geothermal heating across its urban areas, significantly reducing coal usage and CO2 emissions, with one heating season replacing 4,847 tons of standard coal and reducing CO2 emissions by 11,636 tons [14]. - The geothermal energy system utilizes a "direct extraction and reinjection" method, ensuring optimal energy utilization and minimal environmental impact [15]. - The area is developing into a comprehensive energy hub, integrating geothermal, solar, and smart energy systems to provide efficient energy services [16]. Group 4: Controlled Nuclear Fusion Research - New Hope Group is advancing in controlled nuclear fusion research, aiming to make fusion energy a viable and clean energy source within the next two decades [18][19]. - The group has achieved significant milestones with its "Xuanlong-50U" fusion device, positioning itself among the leading facilities globally [19][20]. - The long-term vision includes developing fusion energy as a key to future human civilization and addressing energy demands sustainably [20].

Core Viewpoint - The article highlights the challenges faced by China National Offshore Oil Corporation (CNOOC) in the Bohai Sea due to extreme cold weather, emphasizing the company's proactive measures to ensure stable oil and gas production during harsh conditions [1]. Group 1: Weather Impact - The Bohai Sea region has experienced a severe cold wave since mid-January, with temperatures dropping to -23°C and ice thickness exceeding 20 centimeters [1]. - The extreme weather conditions pose significant challenges to oil production operations in the region [1]. Group 2: Operational Response - CNOOC's Tianjin company has established a "frost prevention and production maintenance" task force, with personnel on duty 24 hours a day to ensure continuous production [1]. - The company employs a core strategy of "pre-warning, dynamic response, and on-site command" to enhance the precision and timeliness of ice prevention operations [1]. - A multi-dimensional monitoring system is utilized to analyze meteorological and sea ice forecast data, aiding in the assessment of ice formation, drift, and accumulation trends [1]. Group 3: Safety Measures - Traditional ice prevention and removal measures have been implemented, including a comprehensive inspection of production systems to identify frost hazards in critical areas such as pipelines and valves [1]. - To address the challenges of heavy oil transportation, a dual protection approach using "electric heating cables and insulation materials" has been adopted to ensure the flow of crude oil remains uninterrupted in severe cold [1]. - The company has also increased its emergency material reserves, ensuring adequate supplies of insulation materials and electric heating devices for unexpected situations [1].

为解决这些难题，团队经多年研究，提出引入氧气辅助，让氧气在高温环境下与前驱体中的碳元素相结 合，减少碳污染。按照该思路，团队试制了6英寸二硫化钼薄膜，实验结果显示，薄膜生长速率较传统 方法提升两到三个数量级。 《科学》审稿人认为，此次研究攻克了传统金属有机化学气相沉积技术长期难以解决的动力学限制与碳 污染难题，对加快推动二维半导体从实验室走向生产线具有重要意义。 中化新网讯随着硅基芯片性能逼近物理极限，科学家正在积极寻找替代方案，以二硫化钼为代表的二维 半导体就是其中之一。1月30日，学术期刊《科学》在线发表南京大学王欣然、李涛涛团队与东南大学 王金兰团队合作论文，他们创新研发"氧辅助金属有机化学气相沉积技术"，突破制约大尺寸二硫化钼薄 膜规模化制备的技术难题。 "在气相沉积过程中，金属有机前驱体受热分解，反应产物附着在衬底表面，形成二硫化钼薄膜。"李涛 涛说，然而，传统的金属有机化学气相沉积技术受反应动力学限制，不仅薄膜生长速率慢，而且前驱体 在分解时会产生含碳杂质，严重影响薄膜质量。 ...

公司决定退出正在建设的休斯顿Cyclyx循环中心合资项目，将其股权转让给合作伙伴埃克森美孚与利安 德巴赛尔，同时全资控股关联的原料回收业务Cyclyx国际公司。此外，公司无限期推迟了达拉斯循环中 心计划，并将战略重心转向欧洲塑料回收平台GreenDot的发展。 此举预计将为Agilyx释放约5000万美元现金，用于削减债务，并为GreenDot的扩张提供资金支持。公司 首席执行官Ranjeet Bhatia表示，重组在保留Cyclyx战略价值的同时，使资源更加聚焦于欧洲市场。 Agilyx将保留Cyclyx与埃克森美孚每年5万吨的回收料采购协议，并可能通过GreenDot从欧洲向美国供 应原料，凭借其欧洲"延伸生产者责任"业务的成本优势提升利润。 退出美国项目，扩张欧洲平台 中化新网讯 近日，挪威化学回收企业Agilyx宣布启动全面战略重组，旨在简化架构、降低短期建设与 融资风险，并提升战略灵活性。 Agilyx公司称，GreenDot的发展路径清晰：扩大EPR业务规模、优化分拣运营、升级机械回收产能以生 产高附加值产品，并与欧洲先进回收商签订长期供应协议。公司目标是通过有机增长与收购，使 GreenDot的 ...