Core Viewpoint - The establishment of the joint venture Etlas between Cargill and BP aims to produce sustainable aviation fuel (SAF) and renewable diesel (RD) from oilseed crops, addressing the growing demand for biofuel raw materials in the coming years [2][3] Group 1: Joint Venture Details - Cargill and BP have formed a 50-50 joint venture named Etlas, focusing on producing oilseed crops such as canola, mustard, and sunflower for biofuel raw materials [2] - Etlas plans to achieve an annual production capacity of 1 million tons of raw materials by the mid-2030s, with an expected output of over 800,000 tons of biofuels starting in 2027 [2] - The joint venture will utilize existing farmland by rotating these intermediate crops between main crop planting seasons, improving soil health and providing new income sources for farmers without requiring additional land [2] Group 2: Market Demand and Strategic Goals - Industry forecasts indicate that global SAF demand is expected to grow from approximately 1 million tons in 2024 to around 10 million tons by 2030, while RD demand may increase from about 17 million tons to 35 million tons [2] - Etlas aims to provide a reliable and scalable supply of raw materials to meet this increasing market demand for sustainable fuels [2] - The joint venture is described as a "light-asset" partnership that enhances both companies' strategic flexibility and competitiveness within the biofuel value chain [3]

Core Viewpoint - The article discusses a new contract signed between Italian energy engineering company Saipem and Turkey's Offshore Petroleum Technology Center, valued at approximately $425 million, aimed at enhancing the Sakarya gas field's development [1] Group 1: Contract Details - Saipem will provide additional engineering, procurement, construction, and installation services for Turkey's largest Sakarya gas field [1] - The contract is an extension of the Sakarya gas field's Phase III development plan, involving the laying of three subsea pipelines totaling approximately 153 kilometers [1] - The new pipelines will connect the recently discovered Göktürk gas field, located about 80 kilometers from the Sakarya Phase III facilities, to the existing infrastructure [1] Group 2: Project Timeline and Execution - The contract execution period is expected to last for two and a half years, running concurrently with the main contract signed by Saipem in September [1] - Offshore pipelaying operations are scheduled to be conducted in the second half of 2027 using Saipem's pipelaying vessel "Castorone" [1] - A dedicated floating production storage and offloading unit will be constructed as part of the Phase III development to transport gas through the new pipelines to onshore processing facilities [1]

博禄首席执行官表示，该项目是博禄"人工智能、数字化与技术"计划的核心组成部分，旨在通过一系列 AI与数字化举措创造价值。 霍尼韦尔过程自动化业务负责人指出，此次合作证明了AI自主运营可以安全有效地应用于实际生产环 境，展现了先进互联解决方案在提升效率、可靠性和运营绩效方面的巨大潜力。 在完成概念验证后，博禄将继续推进相关工作，进一步展示自主运营的潜力，并评估在其鲁韦斯工厂推 广该技术的机遇。 中化新网讯 近日，博禄公司宣布，其与霍尼韦尔合作，在鲁韦斯生产基地成功完成了AI驱动的自主运 营概念验证。该项目标志着该公司在开发石化行业首个全规模实时AI控制室的进程中取得了实质性进 展。 此次在生产环境中进行的测试结果显示，该技术有望将运营效率提升高达20%，并通过减少20%的停机 时间来提高可靠性，同时运营成本可能降低15%。该技术还能通过显著降低能耗及相关排放，提升工艺 安全性并支持更可持续的运营。 ...

Core Insights - In the challenging coal market of 2025, Shandong Energy Group Yanzhou Coal Mining Company achieved record-high total product output and is expected to see a year-on-year profit increase of 1.75 billion yuan, effectively countering market pressures in the coal sector [1] Group 1: Safety and Operational Efficiency - Safety is emphasized as the lifeline of chemical production and a prerequisite for profit growth, with the company implementing a comprehensive risk prevention system [2] - The company identified 853 major risks and reduced the number of significant safety incidents by 15% compared to the previous year, significantly enhancing operational stability [2] - Key improvements in production quality, such as the continuous operation of the Lu'nan Chemical A gasification furnace for 246 days at full load, have contributed to operational efficiency [2] Group 2: Technological Upgrades and Cost Reduction - The company completed 32 key technological upgrade projects in 2025, generating a profit of 62.5 million yuan, with an expected annual profit of 236 million yuan once fully operational [4] - Specific projects, such as the energy-saving upgrade of the methanol distillation system, have led to reduced production costs and increased efficiency [4] - The company has implemented various energy-saving measures, resulting in significant cost savings, including 12.3 million yuan from optimizing the boiler feedwater system [4] Group 3: Catalyst Management and Green Development - The optimization of catalyst management has yielded significant benefits, including extending the lifespan of catalysts and increasing production efficiency [5] - The company has successfully recycled 4.6 tons of used catalysts, demonstrating its commitment to green development [5] Group 4: Collaborative Innovation and Digital Transformation - The company has strengthened coal synergy management, with internal coal usage expected to reach 92.1% in 2025, an increase of 18.1% from the previous year [6] - Investment in R&D reached 776 million yuan in 2025, with 29 projects implemented and 65 patents granted, showcasing a commitment to technological innovation [7] - Digital transformation initiatives, such as the implementation of intelligent optimization systems, have significantly improved operational efficiency and stability [7]

Core Insights - The new wells South 155-2H and South 155-3H in the Weigang block of Henan Oilfield have achieved an average daily oil production of 14.3 tons since their deployment in 2026, marking a successful start [1] Group 1: Production and Technology - The Weigang block is a key production area in the eastern old region of Henan Oilfield, facing challenges due to single oil layers and poor development efficiency of conventional well types [1] - Henan Oilfield has implemented an integrated approach combining seismic, geological, reservoir, engineering, and process techniques to overcome the challenges of thin layer horizontal well development [1] - The optimization of micro-fault identification algorithms has significantly improved fault recognition accuracy, allowing for precise characterization of reservoirs and identification of oil-bearing boundaries [1] Group 2: Development Strategy - By the end of 2025, Henan Oilfield deployed two horizontal wells, South 155-2H and South 155-3H, in previously undeveloped areas to effectively utilize thin layer reserves [1] - Technical personnel are actively monitoring the production status of the new wells and adjusting production parameters in real-time to ensure stable production [1] - The current production situation is reported to be favorable, indicating successful implementation of the new development strategies [1]

中化新网讯 日前，国家能源集团宁夏煤业公司万吨级α-烯烃分离装置打通全流程，一次性试车成功， 产出纯度大于99%的聚合级1-己烯与纯度大于98%的1-辛烯产品，标志着我国在煤基高端化工原料分离 技术领域实现关键跨越，延伸了煤炭间接液化α-烯烃产业链，为下游聚烯烃弹性体、茂金属聚α-烯烃等 产业发展奠定坚实基础。 该项目于2019年启动。历经6年，研发团队开发出"萃取精馏/催化精馏"分离工艺，攻克了费托油深度脱 氧、同碳数烷烯烃分离及高纯度α-烯烃提纯等技术难题，完成了从单点实验到全流程工艺技术集成，形 成了具有自主知识产权的α-烯烃分离成套工艺技术。 据悉，该装置已通过中国石油和化学工业联合会组织的72小时性能考核。α-烯烃分离工艺路线流程合 理、方案可行、技术可靠。装置的成功投产，为10万吨级费托1-己烯与1-辛烯的产业化提供了核心技术 支撑。 α-烯烃是生产高端聚烯烃、高性能润滑油基础油(PAO)等产品的主要原料。长期以来，我国C6以上α-烯 烃严重依赖进口，尤其是从煤制油费托合成产物中分离聚合级α-烯烃工艺技术长期被国外垄断，严重制 约了我国α-烯烃及下游产业的发展。 图为装置现场。(企业供图) ...

Core Viewpoint - The "Shandong Province Petrochemical Industry Stabilization and Growth Work Plan" aims for a 5% year-on-year increase in the added value of the petrochemical industry by 2026, with a focus on high-end chemical products and optimization of the energy supply system [1][2]. Group 1: Goals and Objectives - The plan sets a target for the petrochemical industry to achieve over 5% year-on-year growth in added value by 2026 [1] - High-end chemicals are expected to account for over 60% of the province's chemical industry [1] - The competitiveness of products in new materials and fine chemicals is anticipated to improve significantly [1] Group 2: Key Initiatives - The first initiative focuses on enhancing industrial innovation by addressing core technologies and supporting breakthroughs in high-end chemical product development [1][2] - The second initiative emphasizes policy regulation to optimize the structure of basic chemicals and reduce excess capacity in the coking industry [2] - The third initiative aims to enhance high-end supply capabilities through the "Three Products" action in fine chemicals, promoting transformation in traditional sectors [2] - The fourth initiative seeks to create a favorable industrial ecosystem by fostering specialized enterprises in high-end fields and improving chemical parks [2] - The fifth initiative highlights the importance of green safety, focusing on upgrading aging production facilities and implementing energy-saving and pollution-reduction projects [2]

Core Viewpoint - The company is prioritizing safety production for 2026 by conducting a comprehensive training session aimed at enhancing safety awareness and responsibility among all employees [1][3] Group 1: Training Overview - The training session, held on January 11, utilized a combination of online and offline methods to ensure full participation and coverage [1] - Local emergency management officials and experienced experts from the company were invited to deliver the training [3] Group 2: Training Content - The curriculum focused on the current safety production situation and policy directions, interpreting specific clauses of the Production Safety Law related to corporate responsibilities [3] - Key tasks for advancing the QHSE management system in 2026 were outlined, along with practical points on fire safety, occupational health protection standards, and on-site supervision processes [3] Group 3: Training Impact - The training included analysis of recent typical accident cases in the industry to enhance the relevance and impact of the session, improving participants' ability to identify risks and respond to emergencies [3] - The company views safety as a fundamental prerequisite for all operational development, emphasizing the need for safety to be integrated into every aspect of production [3] Group 4: Future Initiatives - Following this training, the company plans to deepen its safety culture, refine risk control measures, and ensure that safety responsibilities are effectively communicated to all levels [3] - The goal is to enhance the overall safety level and establish a solid safety barrier for achieving high-quality development [3]

Core Insights - Yumen Oilfield has achieved its dual targets of oil and gas production exceeding 1 million tons and renewable energy installed capacity surpassing 1 million kilowatts by December 30, 2025 [1][2] Group 1: Oil and Gas Production - Yumen Oilfield, developed in 1939, is China's first natural oil base and has seen its oil and gas production equivalent rise above 1 million tons for the first time in 65 years [1] - The oilfield's production peaked at 1.4062 million tons in 1959 but fell to 1.0956 million tons in 1960, remaining below 1 million tons for over 60 years [1] - Recent strategic initiatives have led to continuous growth in oil and gas exploration, with proven reserves increasing by over 10 million tons for seven consecutive years and production rising by over 100,000 tons for five consecutive years [1] Group 2: Renewable Energy Development - Yumen Oilfield has effectively constructed large-scale photovoltaic power stations, including the 200 MW Qingquan and 300 MW Yining, along with supporting energy storage systems [2] - The completion of the 500,000 kW Hongliuqian wind power project by the end of this year will contribute to the renewable energy installed capacity exceeding 1 million kilowatts [2]

中化新网讯 2025年12月30日，金沙江上游清洁能源基地新能源先导工程华电巴塘光伏发电项目正式投 产发电。作为我国首个实现"当年开工、当年投产"的百万千瓦级高原山地光伏标杆工程，该项目不仅为 新型能源体系构建筑牢绿色根基，更成为能源强国战略在高原落地的生动实践。 "抬头是雪山，脚下是悬崖，在这里建光伏电站堪比在'世界屋脊'上绣花。"华电金上(甘孜)电力开发有 限公司工程建设部主任李怀宝这样描述极端艰苦的建设环境。该项目位于青藏高原东南缘，平均海拔超 4000米，空气稀薄、年均气温低、有效施工期短且生态脆弱。 面对挑战，建设团队将常规2年的建设周期压缩至7个月，完成217万块光伏组件安装。这些组件在高原 连绵铺展，形成占地约2.5万亩的蓝色矩阵，还创下日装光伏组件近2.5万千瓦、成桩1.58万根的行业施 工纪录。 这一"速度奇迹"的背后，是攻坚智慧的支撑。项目122公里电力送出线路需翻越海拔4900米的藏巴拉雪 山，面对绝壁深壑与无人区阻隔，建设方创新采用"马帮+车辆+无人机+索道+直升机"五维立体运输方 案，在生命禁区开辟出"能源天路"。同时，项目突破高海拔抗冰防震、冻土基础稳定等多项核心技术瓶 颈，为高原 ...