Core Viewpoint - The introduction of hydrogen-powered drones by China National Petroleum Corporation's Liaohe Oilfield enhances pipeline inspection efficiency and overcomes previous limitations in drone endurance and performance in extreme weather conditions [1] Group 1: Technological Advancements - The hydrogen-powered drone completed its first test flight with stable flight conditions and smooth data transmission [1] - The drone's hydrogen fuel cell system has doubled its endurance, allowing for a flight time of up to 90 minutes compared to the previous 30-40 minutes with lithium batteries [1] - The drone can operate in a wide temperature range from -20°C to 50°C, ensuring stable performance in extreme weather [1] Group 2: Operational Efficiency - The drone supports a quick switch between lithium and hydrogen power systems within 10 minutes, facilitating efficient operations [1] - Refueling with hydrogen takes only 5 minutes, enabling a "refuel and fly" operational model [1] - The drone can cover a distance of 20 kilometers in a single flight, significantly improving the inspection range from the previous 6 kilometers [1]

自投入运行以来，该系统已多次提前识别潜在设备隐患，将风险消除在萌芽状态，为企业安全生产筑 起"AI智能屏障"。 未来，天辰化工厂将对全厂剩余高危机泵逐一安装AI智能传感系统，实现高危设备智能运维全覆盖。 中化新网讯近日，天业集团天辰化工厂为十余台高危机泵成功加装AI智能传感器并投入运行，使设备 预测性运维实现突破。 该项目深度融合物联网、大数据与人工智能分析技术，构建了一套覆盖状态感知、智能预警、诊断分 析、决策支持与整改跟踪的全流程闭环管理系统。系统能够实时"聆听"设备的"脉搏"，精准捕捉振动、 温度等关键参数的细微变化，通过AI算法识别异常前兆，在故障发生前主动预警，并自动生成诊断建 议与处置方案，最终实现从发现到解决的全过程可追溯管理。 ...

Core Viewpoint - Fushun Petrochemical Company has implemented an optimization modification of the gas fractionation unit's propane removal tower reboiler heat source, replacing steam with hot water, which is expected to save approximately 10 million yuan in production costs annually [1] Group 1: Cost Savings and Efficiency - The previous heating method for the propane removal tower relied on steam, which incurred relatively high energy costs [1] - The optimization aims to reduce costs and enhance energy efficiency through lean management practices [1] - The new technology utilizes hot water from a nearby oil plant as a replacement heat source, demonstrating a strategic approach to energy optimization [1] Group 2: Implementation and Results - The modification process was meticulously organized and implemented steadily to ensure the project's successful operation [1] - Currently, the unit operates smoothly, with all process indicators meeting requirements, effectively reducing steam consumption by 7 tons per hour [1] - Based on the annual operating time of the unit, the projected annual savings in production costs is around 10 million yuan, indicating significant direct economic benefits [1]

Core Viewpoint - The petrochemical industry has shown significant potential in cultivating specialized and innovative "little giants" and single champion enterprises, which are vital for the development of the private economy in China [1]. Group 1: Industry Growth and Achievements - The petrochemical sector has successfully implemented a gradient cultivation model for private enterprises, leading to a growth path from innovative small and medium enterprises to specialized and innovative small giants and single champion manufacturers [2]. - The number of recognized specialized and innovative "little giant" enterprises in the petrochemical industry has increased from 29 to 511 over seven batches, with the proportion rising from 11.7% to 14.68% [2]. - Among 1,861 single champion enterprises recognized across nine batches, 258 are in the petrochemical sector, accounting for 13.86%, with private enterprises making up 75.6% of this group [2]. Group 2: Challenges and Needs - Despite the achievements, the petrochemical industry faces challenges such as weak technological innovation capabilities, reliance on imports for key products, insufficient industry chain collaboration, and a nascent international presence [3]. - There is a pressing need to cultivate high-quality enterprises represented by single champions and specialized "little giants" to enhance market vitality and improve the self-sufficiency of the industrial supply chain [3]. Group 3: Strategies for Development - The industry should focus on fine chemicals and strategic emerging industries, accelerate the industrialization of niche products, enhance the quality of existing products, and overcome supply bottlenecks for key raw materials [5]. - Quality management should be improved by integrating quality management activities with business objectives, enhancing quality capabilities through technology, and establishing a comprehensive performance indicator system [5]. - The establishment of pilot bases is crucial for transforming laboratory results into mass production technologies, requiring streamlined approval processes and robust safety management [6]. Group 4: Future Outlook - The cultivation of specialized and innovative enterprises should be viewed as a strategic initiative, emphasizing the importance of clear and coherent application materials that highlight enterprise strengths [6]. - The journey towards specialization and innovation is seen as a starting point for excellence, with a call for petrochemical enterprises to persistently innovate and create globally recognized "Made in China" brands [6].

中化新网讯 近日，中国石化兰州石化医用料重膜包装线优化项目正式投入运行。 面对长期困扰医用料产品包装的垛型散乱等行业难题，兰州石化组建由生产、设备、维保单位及设备厂 家技术骨干组成的专项攻关团队，开展现场跟踪与专题研讨。项目创新引入分布式微孔排气技术，使垛 型平整度误差大幅缩小；全新上线覆膜系统，实现托盘洁净防护的自动化与标准化。值得一提的是，改 造后的热封机故障率、堵袋频次大幅下降，计量精度显著提升，项目实施后年均可节约成本60余万元。 ...

中化新网讯 11月25日，中国化学装备科技公司所属苏州公司承制的神华包头煤制烯烃升级示范项目的 核心设备CO2水洗塔，顺利启运交付。该水洗塔的成功制造，突破了超大直径超薄不锈钢容器多项技术 瓶颈，为同类设备积累了经验。 项目启动之初，面临"工期紧、任务重、技术难"三重挑战：从接到任务到合同交付仅剩180天，而两台 设备均为压力容器领域的"硬骨头"。针对CO2水洗塔超大直径、超薄壁厚、焊接易变形等难题，该公司 创新提出"分段预变形控制+对称焊接+实时应力监测"工艺，将焊接变形量精准控制在3毫米以内，优于 国家标准。在安装精度要求毫米级的塔盘时，该公司采用逐点测量，确保精准安装；面对复杂焊接任 务，创新运用"模块化预焊，分体组装"的方式，使附件焊接工期缩短30%，合格率达100%。 据了解，神华包头项目二期工程计划总投资171.5亿元，建设规模为年产200万吨甲醇、75万吨聚烯烃， 并通过与新能源同步规划建设，实现煤化工与绿电、绿氢、绿氧深度耦合发展。苏州公司依托在大型压 力容器制造领域的积累，承接该项目中再生溶剂及资源回收系统的两大核心装备——甲醇/水分离塔与 CO2水洗塔的制造任务。两台设备堪称CO2捕集与纯 ...

Core Viewpoint - The collaboration between China National Petroleum Corporation (CNPC) and Changqing Oilfield has led to the development of China's first 100 kW oil and gas associated wastewater electrolysis hydrogen production system, which has achieved stable operation in the Sulige gas field [1] Group 1: Technology and Innovation - The system features a unique dual-structure electrolyzer design that operates under both atmospheric and pressurized conditions, allowing for direct treatment of high-concentration wastewater while simultaneously degrading pollutants and producing hydrogen [1] - The pressurized electrolyzer processes purified brine for large-scale, high-purity hydrogen production, overcoming technical challenges related to material deactivation in high-salinity and high-pollution environments [1] Group 2: Operational Performance - During the demonstration period, the system processed a total of 24 tons of wastewater, including fracturing flowback and produced water, achieving a maximum hydrogen production rate of 40 standard cubic meters per hour with a hydrogen purity of 99.99% [1] - The chemical oxygen demand (COD) removal rate from the wastewater reached 99%, indicating effective pollution treatment [1] Group 3: Economic Impact - The system's levelized cost of hydrogen production is approximately 25% lower compared to traditional methods that involve separate wastewater treatment and hydrogen production, assuming a green electricity cost of 0.2 yuan per kilowatt-hour [1]

Core Viewpoint - YPF, in collaboration with Eni and ADNOC's XRG, plans to make a final investment decision on a $20 billion LNG project in Argentina by mid-2026, focusing on the Vaca Muerta shale formation [1] Group 1: Project Overview - The ARGLNG project aims to integrate upstream and downstream gas operations, targeting vast unconventional gas resources in the Neuquén province [1] - Eni and YPF have signed a technical agreement to deploy two floating LNG units, each with an annual processing capacity of 6 million tons [1] - The partnership has also signed an agreement for XRG to participate in the ARGLNG project, which has an annual production capacity of 12 million tons, with the first LNG exports expected around 2030 [1] Group 2: Financing and Economic Context - YPF plans to engage JPMorgan for financing in early 2026, with large project financing typically covering 70% to 80% of funding needs [1] - Argentina, as South America's second-largest economy, has the potential to become a key player in global gas supply due to its rich shale gas reserves, although infrastructure improvements are necessary for efficient resource delivery [1] - According to Wood Mackenzie, under a baseline scenario, Argentina's natural gas production could peak at 180 million cubic feet per day by 2040, potentially rising to 270 million cubic feet per day if all LNG projects are realized [1]

巴西石油行业协会发出警告，指出此次合并可能导致油气开发相关成本上升、项目推进延误，还可能促 使运营商被迫签订长期独家合同，挤压市场竞争空间。道达尔能源提交的专项报告显示，合并后的新企 业将掌控全球12艘高性能海底脐带缆、立管与输油管特种作业船中的8艘，即便采取补救措施，也难以 完全消除其带来的市场竞争风险。埃克森美孚与巴西国家石油公司也纷纷呼吁反垄断机构，要么阻止该 笔交易，要么强制要求合并双方剥离部分核心资产。 中化新网讯 近日，巴西多家石油巨头联合发声，反对该国两大油服企业的合并计划，并向本国反垄断 机构施压，要求延缓交易进程或拆分相关业务。据悉，这两家油服企业合并后，将组建成为专注于深海 油气服务的行业巨头，在巴西本身集中度就较高的深海油田服务市场中占据举足轻重的地位。 尽管合并双方预计交易将于2026年底完成，但巴西反垄断机构已向两家公司索要补充材料，同时正与巴 西本土及多个国家的监管机构开展沟通协调。目前，英国已批准该合并交易，巴西的审查结果将成为决 定交易最终走向的关键节点。近年来，全球油服行业整合步伐不断加快，此次事件也再次凸显出石油运 营商对供应链集中化可能引发的风险担忧。 ...

中化新网讯 近日，国际可再生能源机构(IRENA)发布了《2025年全球能源转型融资趋势》报告。报告指 出，2024年全球用于支持能源转型的技术投资达到创纪录的2.4万亿美元，较2022至2023年平均水平增 长20%。 其中，可再生能源技术投资达创纪录的8070亿美元，但与上一年相比，增速已放缓至7.3%(上一年为 32%)，照此速度，到2030年"可再生能源发电能力翻倍"的全球目标将无法实现。 报告显示，可再生能源、电网和电池储能设施的总投资已超过化石燃料投资;光伏发电系统投资同比增 长49%，达到5540亿美元;90%的能源转型投资集中在发达国家和中国。IRENA还指出，新兴市场和发展 中国家的债务负担可能会加剧，并强调增加融资以及多边和双边合作对于实现公平的能源转型至关重 要。 ...