在吊装现场，350吨汽车吊与70吨吊车协同作业，80吨反应器精准落入基座。川金象总裁唐印介绍说， 高难度作业背后是严苛管控，协同攻坚的结果。为确保"巨兽"的精准就位，团队提前2个月开始研究论 证方案，审查设备资质与人员证书，安全技术交底覆盖16项关键事项，技术文件堆积半米高。"每一步 都要确认，每厘米都要精准。"起重师傅介绍，离地30厘米时暂停检查，就位前进行"毫米级"微调。川 金象董事长雷林全程注视，"沉默里是对团队专业的信任"。 吊装成功后，团队即刻复盘优化。设备就位意味着中试装置从图纸走向实体，为后续调试奠定基础。中 试成功，该技术将为全球提供"绿电高价值利用+化石替代"方案——每吨航煤可消耗3.5吨二氧化碳，按 全球年需求3.5亿吨计，年减碳可超12亿吨。 唐印表示，川金象已规划"三步走"：2026年完成千吨中试，2027年启动5万-10万吨级示范，2030年前实 现量产，各阶段所有装置设计和关键催化剂均由川金象自主完成，关键设备和材料均可国产化。当绿氢 与二氧化碳合成的航煤冲上云霄，中国技术正书写全球低碳转型的新可能。 据介绍，航空业碳排放占全球总排放的2%~3%，传统航煤依赖石油的格局是绿色转型难 ...

Core Points - The project of Yulin Hengshen New Materials Co., Ltd. has transitioned from construction to trial production, marking the first large-scale high-performance carbon fiber project in Shaanxi Province with a planned total investment of 4.73 billion yuan [1][2] - The first phase of the project has an annual production capacity of 5,000 tons, utilizing the acrylonitrile method to produce various high-performance carbon fiber products [1][2] - The project has achieved all necessary construction standards and has completed the debugging of all process equipment, ensuring readiness for trial production [1][2] Project Details - The project is located in the Yushen Industrial Zone and includes 32 main units and 118 sub-projects, with a focus on strict adherence to design and national standards during construction [2] - The construction team has achieved a 97% first-time pass rate for pipeline welding and has completed safety inspections for special equipment, accumulating 5.616 million safe working hours without accidents [2] Future Plans - The company aims to implement the rectification suggestions from the acceptance inspection, focusing on safety management and emergency preparedness for trial production [3] - There is an emphasis on market demand and product quality control to ensure a smooth trial production process and contribute to the development of high-performance materials for Shaanxi Coal and Chemical Industry Group [3]

Core Insights - The domestic nitrogen fertilizer supply is expected to remain stable in the second half of the year, but companies should adopt a cautious and rational approach due to declining agricultural demand, weak industrial demand, and increasing uncertainties in the international market [1][2] Group 1: Production and Capacity - The domestic nitrogen fertilizer supply capacity has been increasing, with an additional urea production capacity of 2.64 million tons expected in the second half of 2024 and 0.95 million tons in the first half of 2025, leading to a cumulative supply increase of over 1.3 million tons [1] - The average daily production of urea in the first half of 2025 is projected to be 193,000 tons, an increase of 8.4% year-on-year, with a cumulative operating rate of 83.2% [1] - The first half of 2025 saw a daily production level of urea fluctuating between 190,000 and 200,000 tons, marking the highest level in nearly a decade [1] Group 2: Demand and Consumption - The apparent consumption of synthetic ammonia reached 38.973 million tons in the first half of the year, a year-on-year increase of 9.3%, while the apparent consumption of nitrogen fertilizer was 23.919 million tons (pure), up 7% [1] - Urea apparent consumption was 36.057 million tons, reflecting a year-on-year growth of 9.4% [1] - Cumulative nitrogen fertilizer exports in the first half of the year totaled 2.818 million tons, representing a year-on-year increase of 33.2% [1] Group 3: Market Challenges and Strategic Focus - The nitrogen fertilizer market faces multiple challenges in the second half of the year, including increasing pressure from excess domestic capacity, widening cost disparities between coal-based and gas-based enterprises, and a gradual decline in domestic agricultural demand [2] - An estimated 3.38 million tons of synthetic ammonia and 4.22 million tons of urea production capacity are expected to come online in the second half of the year, with some capacity already operational [2] - The industry is urged to focus on strict capacity control, rational production management, self-discipline in export mechanisms, international market expansion, technological innovation, digital transformation, and supply-side structural reforms [2]

Core Insights - The domestic nitrogen fertilizer supply is expected to remain stable in the second half of the year, but companies should adopt a cautious and rational approach due to declining agricultural demand, weak industrial demand, and increasing uncertainties in the international market [1][2] Group 1: Production and Capacity - The domestic nitrogen fertilizer supply capacity has been increasing, with an additional urea production capacity of 2.64 million tons expected in the second half of 2024 and 0.95 million tons in the first half of 2025, leading to a cumulative supply increase of over 1.3 million tons [1] - The average daily production of urea in the first half of 2025 is reported at 193,000 tons, an increase of 8.4% year-on-year, with a cumulative operating rate of 83.2% [1] - The first half of 2023 saw a total nitrogen fertilizer export of 2.818 million tons, a year-on-year increase of 33.2% [1] Group 2: Market Dynamics - The nitrogen fertilizer market faces multiple influencing factors, including increasing pressure from excess domestic capacity, widening cost disparities between coal-based and gas-based enterprises, and a gradual decline in domestic agricultural demand [2] - An estimated 3.38 million tons of synthetic ammonia and 4.22 million tons of urea production capacity are expected to come online in the second half of the year, with 1.38 million tons of synthetic ammonia and 1.2 million tons of urea already in production [2] Group 3: Strategic Recommendations - The nitrogen fertilizer industry should focus on strict capacity control and rational production management, maintain a self-discipline export mechanism, and balance international and domestic markets [2] - Emphasis should be placed on technological innovation, digital transformation, and supply-side structural reforms to enhance industry competitiveness and promote green transformation [2] - Accurate, timely, and complete statistical data is crucial for policy formulation and enterprise decision-making, necessitating improvements in data quality and statistical capabilities [2]

中化新网讯 8月18日，吉利创新中心二氧化碳(CO )加氢制甲醇千吨级中试项目在山东枣庄中试基地开 车，标志着吉利二氧化碳加氢制甲醇催化剂和工艺包核心技术实现自主迭代升级，也为该技术的产业化 应用进一步奠定基础。 吉利控股集团高级副总裁兼首席技术官沈源表示，二氧化碳加氢制甲醇技术能有效利用焦化、钢铁、火 电等行业排放的高浓度二氧化碳生产甲醇，并替代车用燃料，进而实现进口原油的自主替代。该技术不 仅为保障国家能源安全和推动经济高质量发展提供了助力，也为实现"双碳"目标开辟了一条创新路径。 该技术也是吉利集团构筑绿色甲醇循环经济的关键一环。经过20年的探索与实践，吉利集团打通了甲醇 制备、甲醇运输、甲醇加注、甲醇汽车与二氧化碳捕集的"醇运站车捕"绿色甲醇循环生态链。此外，该 技术还可以耦合煤化工、钢铁、电厂等高碳排行业，构建"碳废料—资源化—再利用"的循环经济模式， 为我国实现"双碳"目标提供关键技术支撑。 铜基催化剂是应用最为广泛的甲醇合成催化剂。为解决铜基甲醇合成催化剂在反应中易发生团聚、副产 水蒸气从而引起催化剂失活的问题，吉利创新中心设计了特殊的二维层状催化剂结构，使其活性组分高 度分散并形成了强的金属— ...

2017年9月7日，该标准已正式发布实施。为进一步满足油品质量升级和市场需求，2019年，国家标准化 委员会对非常规添加物、蒸气压、清净剂相关的技术要求、分析方法等提出修订建议，并组织开展标准 修订工作。 中化新网讯 近日，由中国石油东北销售公司主要参与修订的《车用乙醇汽油调合组分油标准》(GB/T 22030—2025)正式发布，这是东北销售首次参与产品类的国家标准修订。 东北销售牵头负责制订企业内控标准《车用乙醇汽油调合组分油内控指标》，对不同炼化企业的乙醇汽 油做了全面检测，运用科学的统计分析方法，精准确定各项关键技术指标及参数。在标准修订过程中， 东北销售作为重要参与单位，围绕外采项目和检测方法开展大量的实验、实践和调研工作，通过明确组 分油的辛烷值、馏程、蒸气压等理化性质，全面统一检测标准，避免因组分油质量问题导致燃烧效率下 降等问题，确保调合后的乙醇汽油满足车辆发动机需求，解决了硅、氯、苯胺等成分纳入车用乙醇汽油 调合组分油标准适用的关键问题。 ...

Core Viewpoint - The gathering at Nanjing University of Technology focused on promoting the spirit of scientists to achieve high-level technological self-reliance and strength in China [1][2]. Group 1: Scientific Spirit and Development - Participants emphasized the importance of forward-thinking, strategic planning, and pioneering spirit among scientists to enhance technological capabilities and support high-quality economic development [2]. - The need for scientists to provide strategic insights for national technological advancement and to cultivate future talents was highlighted [2]. Group 2: Contributions to Biotechnology - The achievements in the field of biotechnology were showcased, including the development of a green biological manufacturing theory that overcame traditional fermentation efficiency bottlenecks [2]. - The establishment of the world's largest nucleotide production line was noted, with significant market impact, as one in four high-end infant formulas containing nucleotides uses products from this production line [2]. Group 3: Educational Commitment - The university's commitment to promoting a scientific spirit centered on patriotism, innovation, practicality, dedication, collaboration, and talent cultivation was reiterated [3]. - The institution aims to explore integrated development of education and technology to contribute to China's modernization efforts [3].

同时，陕西省还授予窦科峰院士、王双明院士、康振生院士为2024年度陕西省最高科学技术奖，授予陕 西华秦科技实业股份有限公司董事长折生阳为创新驱动秦创原杰出贡献奖。 在二等奖获奖成果中，富电子合成氨催化材料的原子尺度复合与计算设计获自然科学奖。煤化工二氧化 碳废气资源化用于煤自燃防控成套技术及其装备研究、绿色电解制氯用可倒极钛阳极的研究与应用等5 项成果获科学技术进步奖。 此外，输油气管道清检一体化装备及多参数融合缺陷检测关键技术、中低温煤焦油定向分离及功能碳材 料转化关键技术突破与应用等12项成果获科技进步奖三等奖。 中化新网讯 近日，陕西省委、省政府公布2024年度陕西省科学技术奖获奖项目。记者梳理发现，涉及 石油和化学工业的奖项有28项，其中一等奖10项、二等奖6项、三等奖12项。 在一等奖获奖成果中，自然科学奖有3项，分别是陕西师范大学、中国科学院大连化学物理研究所等合 作完成的炔烃参与的碳氢键选择性官能化，陕西师范大学完成的面向材料功能化的表面改性技术，西安 交通大学完成的共价交联聚合物的力化学高强连接理论。技术发明奖有1项，即西安热工研究院有限公 司等单位完成的面向新型电力系统的超临界二氧化碳发电技 ...

铜基催化剂是应用最为广泛的甲醇合成催化剂。为解决铜基甲醇合成催化剂在反应中易发生团聚、副产 水蒸气从而引起催化剂失活的问题，吉利创新中心设计了特殊的二维层状催化剂结构，使其活性组分高 度分散并形成了强的金属—载体相互作用，提升了催化剂的活性和甲醇的选择性；同时在催化剂表面构 筑疏水性界面，促进了水蒸气的快速扩散，提升了催化剂的稳定性和使用寿命。 经过3年持续攻关，吉利创新中心成功开发出新一代二氧化碳加氢制甲醇催化剂。实测数据显示，该催 化剂的二氧化碳总转化率和甲醇总选择性均超过99%，甲醇时空收率提升20%以上，催化剂使用寿命可 达3年以上。配套的新一代工艺包技术可使甲醇制备综合能耗降低10%，甲醇吨成本降低6%。 此次开车的千吨级中试项目由吉利创新中心出资并提供催化剂和工艺包，依托山东中科绿碳科技有限公 司的中试场地、原料和公用工程进行建设。该项目旨在全面验证新一代催化剂性能提升效果，重点测试 其催化活性、选择性和转化率等关键指标，并考察长周期稳定性；同时进一步验证吉利自主研发工艺包 的工程可靠性，为后续大规模工业化应用积累关键数据和实践经验。 该技术也是吉利集团构筑绿色甲醇循环经济的关键一环。经过20年的 ...

Core Insights - Shandong Fukun Group's project on "Key Technologies and Industrialization of Crystalline Hydrochloride Metformin and Lazol Series Drugs" won the 2024 Shandong Provincial Science and Technology Progress Second Prize, achieving international advanced levels in high-quality drug crystal production [1] - The company has developed a complete industrial chain for Metformin, increasing its annual production capacity from 5,000 tons to 20,000 tons, capturing 70% of the domestic market and nearly one-third of the global market share [1][2] Group 1 - The project addresses common challenges in the production of crystalline Hydrochloride Metformin and Lazol series drugs through multi-scale research from molecular level to industrialization [1] - The fully automated production line at Shandong Fukun Group operates at a speed of 200 boxes per minute, showcasing advanced intelligent control systems monitoring the entire production process [1] - The transformation of limestone, costing 70 yuan per ton, into diabetes treatment drugs valued at 600,000 yuan per ton illustrates the company's innovative production capabilities [1] Group 2 - The company identified high-quality limestone from the Helan Mountain region as a stable raw material for producing Dicyandiamide, which constitutes over 60% of the production cost of Metformin [2] - In 2021, Shandong Fukun Group established the world's largest Dicyandiamide production base in Alxa League, Inner Mongolia, enhancing its upstream supply chain [2] - The company has formed a complete industrial chain that includes pharmaceutical intermediates, specialty raw materials, and finished formulations, with leading global production and sales in the raw material drug sector [2]