Core Insights - Evonik has partnered with Schneider Electric to automate thermoplastic processing at Evonik's high Schmit plant in Essen, Germany, aiming to enhance mechanical recycling efficiency and improve the quality of recycled materials, further committing to the principles of a circular economy [1] Group 1: Partnership Details - The initial phase of the collaboration involves the digital transformation of Evonik's existing pilot plant, utilizing an open automation architecture for centralized data collection and analysis [1] - The project aims to implement data-driven strategies to enhance performance analysis, reduce or eliminate manual operations, and simplify decentralized computing processes [1] Group 2: Long-term Goals - Long-term objectives include converting laboratory experiences into quantifiable data to strengthen market positioning of existing solutions, shortening the time-to-market for new additives, and improving scalability from pilot to commercial production [1] - The collaboration focuses not only on plastic recycling but also encompasses the entire plastic processing chain, emphasizing the importance of digitalization in driving the circular economy [1] Group 3: Statements from Executives - Jessica Bethune, Vice President of Industrial Automation DACH at Schneider Electric, stated that digitalization is key to promoting the circular economy, highlighting how automation can enhance recycling efficiency and quality [1] - Patrick Glöckner, Head of New Market Development at Evonik, emphasized that the partnership exemplifies how digitalization and chemistry can empower plastic recycling, aiming to elevate thermoplastic processing to new heights while truly practicing circular economy principles [1]

中化新网讯 10月10日，松原工业宣布，计划在沙特阿拉伯建立一座先进的一体化包装系统(OPS)生产工 厂。松原称，该投资项目彰显了该公司的全球战略，即巩固其在聚烯烃行业的地位，并确保在更短的交 货期内向沙特阿拉伯客户提供本地生产的高质量OPS产品。 松原首席执行官Jongho Park表示："继我们在阿联酋、德国和美国的工厂取得成功之后，这项投资是松 原拓展全球OPS业务布局的重要一步，也体现了我们对这一关键聚烯烃市场及沙特2030愿景的承诺。此 外，沙特阿拉伯的新工厂将为增长和未来扩张开启新的可能性，并使我们能够为中东及其他地区的客户 提供可靠且有效的的服务。" 阿联酋国家经理兼中东、非洲及印度地区聚合物稳定剂销售负责人Christian Miglioli解释道："这座战略 选址优越的新工厂将补充我们现有的生产网络，并提升我们有效服务沙特阿拉伯客户的能力。这不仅彰 显了我们对这一重要地区的承诺，也体现了我们引领运营卓越和可持续发展的决心。" 据介绍，这座新建的最先进工厂预计于2028年竣工，将由松原全资拥有，生产一系列SONGNOX OPS高 性能添加剂混合物，支持高效的聚烯烃树脂生产。通过扩大本地产能并提 ...

中化新网讯 10月10日，世索科宣布，公司新发明了一项专有化学回收技术，可高效解聚聚砜并获取高 纯度原料单体，使聚砜实现无限循环利用。 据介绍，新技术基于世索科旗下可持续ECHO系列聚砜产品线，采用了公司专有的化学回收工艺，通过 将工业后废料(PIR)和消费后零部件(PCR)中经过加工的聚芳醚砜(PAES)分解为单体原料，供制造新的聚 合物产品。经纯化的单体可无限次应用于Udel PSU、Radel PPSU、Veradel PESU等产品体系，以及其他 热塑性塑料甚至环氧树脂配方，且不会造成性能损失。 世索科特种聚合物全球事业部生活解决方案副总裁Floryan De Campo表示，"这项新型循环PAES技术为 致力于实现可持续发展目标的客户提供了重要支持。通过实现生产废料和终端报废产品中聚砜的回收利 用，我们助力降低碳足迹，并积极提高从血液透析、水过滤到航空航天等广泛领域的再生材料的使用比 例。" ...

该数字生态系统将整合SBM Offshore的运营工作流程、数据与全生命周期专业经验，以及斯伦贝谢的数 字技术，其中包括基于Cognite Data Fusion实现的OptiSite解决方案，该方案是斯伦贝谢Lumi数据与人工 智能平台的重要组成部分。系统全面实施后，将帮助海上资产运营团队在运营、维护和工程等领域，主 动识别并解决处于萌芽阶段的潜在问题，防止其进一步升级。这一目标将通过整合海底油井、立管、流 线及顶部系统工作流程等全资产基础设施的实时情境化数据分析来实现。通过跨领域智能集成，该生态 系统将在海上生产的全生命周期内实现更高效、更灵活的决策机制。 斯伦贝谢数字与集成总裁拉凯什·贾吉指出，这一联盟标志着海上资产生产和采收领域进入关键发展阶 段。通过将数十年积累的运营数据与专业经验集成至斯伦贝谢可扩展的数字平台，双方不仅能够获取可 执行的深度洞察，更将优化FPSO价值链以提升资产性能。他表示，两家企业共同致力于为客户提供可 衡量的价值与卓越运营水平。 中化新网讯 近日，斯伦贝谢与SBM Offshore宣布达成独家数字联盟，旨在优化海上生产系统的性能。 该联盟将斯伦贝谢在地下、海底、水面生产和采收领 ...

环境问题也让外界担忧。报告称，厄瓜多尔矿产能源部计划拍卖49个油气项目，这将导致生态敏感的亚 马逊地区遭受进一步严重环境恶化。此外，人们还担心，基多政府近期宣布"推动油气项目更多向私人 开放"的举措，会因政府急于吸引外国投资而进一步削弱现有的环境保护措施。 中化新网讯 近日，美国油价网发布的一份报告显示，厄瓜多尔石油工业正陷入严重困境。该报告称， 数十年来的腐败问题、私人投资不断减少、基础设施老化锈蚀以及频发的环境灾难，均对厄瓜多尔石油 产量和储量增长造成沉重压力。在厄瓜多尔，破坏环境的石油泄漏已成为常态，而政府未能有效防范此 类有害事件。 报告援引厄瓜多尔矿产能源部的数据，截至2025年9月底，厄瓜多尔原油日均开采量为46.9万桶，较上 月下降1.2%，同比下降5.5%。对于依赖石油出口的厄瓜多尔经济而言，一个令人担忧的事实是，该数 值甚至低于2020年疫情期间同期。上述产量数据凸显出，截至2025年前9个月，厄瓜多尔油气产量在过 去十年间呈现系统性下滑趋势。2025年的日均开采量不仅是2002年以来的最低水平，较2015年的日均 54.3万桶也下降了14%。与此同时，输油管道频繁停运，也是产量下滑的重要原 ...

Core Insights - Major tech companies are increasingly investing in data centers in Latin America to support the expansion of the AI industry, with an estimated investment exceeding $2 billion in 2024 alone [2] - The Latin American data center market is projected to double by 2030, reaching a market size of $14.3 billion [2] - The energy demand from data centers in Latin America is expected to grow significantly, with McKinsey estimating an annual growth rate of 19% to 22% globally from 2023 to 2030 [3] Investment Trends - The "industrial sunshine belt" from Brazil to Mexico, along with nearshore outsourcing advantages, is driving significant investments in data centers [2] - The region's potential for renewable energy, particularly solar power, positions it as an ideal location for large-scale data center projects [4] - The influx of investment is anticipated to enhance production efficiency, upgrade infrastructure, and promote overall economic development in Latin America [4] Energy Demand and Supply Challenges - McKinsey's report highlights a potential severe energy supply gap by 2030, necessitating the construction of energy capacity at least double that of the last 25 years [3] - The energy demand for data centers in Latin America is expected to mirror or exceed global averages, raising concerns about resource allocation [3] Regulatory and Market Dynamics - New local regulations and the trend towards nearshore outsourcing are positioning Latin America as a digital infrastructure hub [4] - The region's rich fossil fuel resources and abundant solar energy potential are critical for supporting the growth of data centers [4] Socioeconomic Implications - While the data center boom presents investment opportunities, it also poses challenges related to resource competition and potential negative impacts on local communities [5] - Sustainable resource management is essential to balance the needs of data processing and AI infrastructure with the welfare of vulnerable communities [5] - Proper planning could turn the data center investment surge into a dual opportunity for clean energy development and local economic growth [5]

基于这一规律，管理二区"3+2"井间加密方案精准落子，即在原井网基础上，优选剩余油滞留位置增布 新井，进行二次井网调整，将剩余油富集优势转化为产能增长优势。 对于东部主力区块，技术人员实施井网加密战，300米井距内新增井数达原井网的60%，注采强度提升 42%，单井控制储量从8.7万吨优化至5.9万吨，快速释放高峰产能。在西部边际区块上，他们实施流线 重塑战，通过调整注采方向，使驱替波及半径扩大20%，让沉睡的边部剩余油苏醒。纵向上，他们则实 施靶向狙击，在280米井距的盲区中，优选双潜力层厚度超6米的"甜点区"布井，实现开钻一口、成功一 口、增效一口。今年1月，新井ST12XN154投产后，日产油12.7吨。去年至今，他们共部署新井14口， 累计产油1.51万吨。 面对开发60年的老油田，如何打破"自然递减魔咒"?胜利油田胜利采油厂采油管理二区胜一区沙二1-3单 元的答案是：通过三次采油高峰期实施井网二次优化的"3+2"井网精调技术，综合含水率从94.28%降至 92.63%，峰值日增油44.3吨，数模预测采收率提高16%。 胜一区沙二1-3单元自1965年开发以来，历经天然能量、注水开发、加密调整、聚合物 ...

Group 1 - The core viewpoint emphasizes the importance of standardizing, legalizing, and formalizing the work of discipline inspection and supervision at the Yulin Refinery, aiming to enhance the quality and effectiveness of these efforts [1] - The refinery has established a task list for the "Three Modernizations" initiative, breaking down responsibilities into three major areas and 33 specific tasks, ensuring accountability and dynamic management [1] - Political construction is prioritized, with 20 specialized learning sessions conducted, and innovative learning methods adopted, including exchanges with other units and expert lectures [1] Group 2 - The refinery has optimized internal workflows to strengthen safety measures, ensuring compliance with safety protocols during investigations and managing case-related assets [2] - Self-supervision is reinforced through a special self-inspection of disciplinary inspection personnel regarding alcohol consumption, with all staff signing commitment letters to prevent misconduct [2] - A "Confidentiality Education Month" has been initiated to enhance awareness of confidentiality laws and ensure the secure management of sensitive documents [2]

Core Insights - Hubei Yangtze River Industry Modernization Chemical Co., Ltd. has introduced high-end technical talents through the "Yangtze Doctor Talent" program to tackle key technological challenges this year [1] Group 1: Talent Acquisition and Development - The company has recruited 4 chemical PhDs and 4 related master's degree holders, establishing a talent pipeline covering basic research, application development, and achievement transformation [1] - Collaboration with enterprises and universities has been deepened, enhancing the research institute's mechanisms to support the formation of task forces led by PhD talents [1] - A technology demand list and project database have been established to encourage PhD talents to engage in practical problem-solving [1] Group 2: Industry Collaboration and Project Development - PhD talents have been deployed to Hubei Xianlin Chemical Co., Ltd. to jointly tackle key projects related to industrial upgrades [1] - Collaboration with Hubei University has led to the development of a process using activated carbon and resin adsorption to remove iron ions, resulting in electronic-grade products with increased added value [1] - Progress has been made in overcoming catalyst challenges in collaboration with Xi'an Modern Chemical Research Institute, achieving domestic advanced levels in the dehydration of monoethanolamine to produce ethylene imine [1] Group 3: Achievements in Technology Transfer - The company has facilitated technology transfer by engaging in a full-chain approach for the utilization of ammonium chloride, collaborating with Hubei Shuanghuan Technology Co., Ltd. [1] - During the pilot phase, both decomposition rate and yield have met standards [1] - The application of low-temperature waste heat technology from the Chinese Academy of Sciences has enabled energy self-circulation at the Xianlin chemical plant, addressing the issue of purchasing steam for distillation processes [1]

Group 1 - Energy conservation and water saving are crucial for sustainable development in the petroleum and chemical industry, which is a pillar of the national economy [1] - The industry should focus on three dimensions: technological innovation, process optimization, and enhanced management to improve energy efficiency [1] - Technological innovation is essential for the energy sector's growth and transformation, involving the development of energy-saving and emission-reduction technologies [1] Group 2 - Process optimization is a key measure for the chemical industry to achieve transformation, including the recovery of steam waste heat and upgrading of raw material structures [1] - Upgrading and retrofitting old production equipment is necessary to enhance resource utilization and eliminate outdated production capacity [1] - Strengthening internal management is vital for achieving a green and low-carbon transition, requiring the establishment of a comprehensive energy and water consumption management system [2] Group 3 - Companies should integrate energy-saving concepts throughout their operations and promote a shift towards green, low-carbon, and efficient development models [2] - Employee awareness and training on energy conservation and water saving are important for enhancing overall energy efficiency and contributing to social green development [2]