Core Insights - The joint statement between India's Ministry of New and Renewable Energy and Japan's Ministry of Economy, Trade and Industry aims to promote the development of low-carbon and renewable hydrogen/ammonia ecosystems in both countries and beyond [1][2] - The collaboration is based on the "Japan-India Clean Energy Partnership" established in 2022, focusing on enhancing cooperation in hydrogen and ammonia technology research and application [1][2] Group 1 - The core objectives of the joint statement include promoting research, investment, and project implementation related to hydrogen and ammonia, covering transportation and specific applications [1] - Japan is recognized for its leading position in hydrogen/ammonia production, transportation, and application technologies, while India aims to leverage its renewable energy potential for large-scale production of low-cost clean hydrogen/ammonia [2] - India has set a target to achieve an annual production of 5 million tons of renewable hydrogen by 2030 and aims to capture 10% of the global hydrogen trade [2] Group 2 - A "Hydrogen/Ammonia Special Working Group" will be established under the "New Energy and Renewable Energy Working Group" within the framework of the "Japan-India Energy Dialogue" [2] - Progress on the joint statement will be reported annually to the ministers of both countries, with the working group responsible for the implementation of specific tasks [2]

Group 1 - The core viewpoint emphasizes the importance of integrating refining and petrochemical industries for oil and gas companies to adapt to changing market dynamics and maintain competitiveness during the energy transition [1] - Chevron's International Products President Brant Fish highlighted the increasing global demand for cleaner, more reliable, and cost-effective energy solutions, indicating a shift in investment focus towards petrochemical capacity as gasoline demand stabilizes or declines [1] - The petrochemical industry is currently experiencing a prolonged downturn, which has dampened investment enthusiasm, and while there is a trend towards investing in refining facilities for lighter products, such investments are unlikely to yield returns in the short to medium term [1] Group 2 - Chevron advises national oil companies to learn from specialized trading companies, noting that successful competitors today possess both asset ownership and operational capabilities [2] - Key markets such as China, South Korea, and Singapore are highlighted for their strategic importance, with strong demand for refined products despite global fluctuations, remaining central to Chevron's long-term strategy [2]

Group 1: AI and Data Center Infrastructure - Generative AI models require substantial data center infrastructure, leading to increased demand for specialized chemicals in water treatment, cooling systems, and construction [1] - The shift from air cooling to liquid cooling in data centers is driven by the high computational demands of AI chips, necessitating chip-level liquid cooling solutions [1] - Two main cooling solutions are identified: immersion cooling and micro-cooling systems, with immersion cooling seen as next-generation technology [1] Group 2: Water Treatment and Sustainability - Ecolab views data centers as a strategic growth area for its water treatment business, recently acquiring Ovivo for $1.8 billion to enhance semiconductor ultra-pure water treatment capabilities [1] - Ecolab emphasizes energy optimization and water management, with a focus on reducing cooling energy consumption and environmental impact [2] - The increasing importance of sustainability in data center material selection is highlighted, with companies developing new thermal materials to improve system efficiency [2] Group 3: Construction Chemicals and Market Growth - The construction of data centers presents new opportunities for building chemicals, with complex construction regulations due to their remote locations and high water and power demands [3] - RPM International notes that the construction speed of data centers is critical, with modular building and product warranties becoming key solutions [3] - The data center construction market is expected to grow at a double-digit rate over the next five years, significantly outpacing other construction sectors [3]

Core Viewpoint - The eighth meeting of the China-Kazakhstan Entrepreneur Committee resulted in a strategic cooperation agreement between China Tianchen Engineering Co., Ltd. and Kazakhstan's ERG Group, focusing on comprehensive collaboration in four key areas: carbon reduction, pollution reduction, green expansion, and growth [2][3] Group 1: Strategic Cooperation - The strategic cooperation agreement signifies a full-chain closed loop from project implementation to business expansion and strategic collaboration between Tianchen and ERG [2] - The partnership aims to create a model of economic and ecological benefits through technological innovation, systematic governance, and the implementation of ecological projects [2] Group 2: Project Highlights - Tianchen has been active in Kazakhstan since 2010, undertaking significant projects such as the AES power station and the integrated oil and chemical project, contributing to local economic and social development [3] - The 80MW flue gas power generation project is the first collaboration between Tianchen and ERG, utilizing flue gas recycling technology to save approximately 200 million standard cubic meters of natural gas annually and reduce CO2 emissions by 320,000 tons [3] - The project exemplifies energy cascading utilization and helps lower electricity costs for ERG, supporting Kazakhstan's energy conservation and emission reduction goals [3] Group 3: Future Commitment - Tianchen plans to enhance resource investment in Kazakhstan and deepen cooperation in industrial investment, project construction, resource energy, and infrastructure [3] - The company aims to contribute to Kazakhstan's economic development and strengthen the friendship between China and Kazakhstan [3]

中化新网讯 9月5日，由PPG独家冠名赞助的第十六届全国石油和化工行业职业技能竞赛暨2025年第五 届"PPG大师"杯全国艺术涂料涂装工职业技能竞赛决赛圆满落幕。经过全国预赛海选，众多优秀的选手 晋级决赛。最终8位选手分别获得了"PPG大师"杯竞赛的金银铜奖及石化行业能手称号。 PPG亚太区总裁聂笑冰表示："我们深知技能人才是推动产业升级和新质生产力的重要基石，我们很自 豪能够通过赛事支持新生代工匠的成长，推动行业人才梯队建设。未来，PPG将继续携手政府、协会和 教育机构，通过赛事、培训和合作，让工匠精神在青年一代中不断传承与升华。" 本次赛事是PPG连续第二年赞助这一全国性技能大赛，进一步彰显其在推动行业人才专业技能培养方面 的长期承诺。作为一家全球领先的涂料供应商，PPG在全球范围内积极投入到职业教育和技能人才的培 育中。在中国，PPG通过设立高校奖学金、资助就业指导课程以及赞助行业技能赛事等多个维度，持续 加大在人才支持和培养领域的投入。 ...

Core Insights - Evonik has officially launched a "New Market Development Plan" aimed at exploring growth potential by targeting new markets closely related to its core business [1] - The plan is designed to integrate the company's existing expertise in technology and products to provide comprehensive solutions for customers and secure a favorable position in emerging markets [1] Group 1 - The initiative is led by Patrick Gloeckner, who previously managed the global circular economy program, which will continue to be advanced under this new plan [1] - Lauren Kjeldsen, a member of Evonik's Executive Board, emphasized the importance of recognizing changes in geopolitical and social landscapes, as well as evolving customer demands [1] - The initial focus of the plan will be on areas such as circular packaging, plastic recycling, defense, and aerospace, with multiple pilot projects already underway [1] Group 2 - The plan aims to leverage Evonik's extensive network across various markets and customer sectors to quickly respond to new customer needs and provide innovative solutions [1] - The company intends to navigate complex value chains effectively, akin to a speedboat, to seize growth opportunities along the way [1]

Core Insights - The transition to ammonia fuel for power generation in Asia is crucial for achieving net-zero targets, but significant challenges remain due to the continued reliance on coal, which is projected to account for 54% of the region's power structure in 2024 [1] - Major Asian countries like China, Indonesia, Japan, and South Korea are expected to lead this transition, but a substantial ammonia supply gap exists, requiring an additional 8.8 million tons of ammonia annually to meet 2030 emission targets [1] - The high costs associated with ammonia co-firing, particularly in low-carbon hydrogen production and transportation, pose a barrier to competitiveness, necessitating technological innovation and effective carbon pricing [2] Group 1 - Japan and Indonesia are early adopters of ammonia co-firing, while China is increasingly committed to this transition [3] - South Korea plans to support hydrogen-based power generation by 2029, with a recent auction yielding limited participation and only one power plant meeting evaluation standards [3] - The Ministry of Trade, Industry and Energy (MOTIE) in South Korea has introduced new mechanisms to encourage participation in future auctions, including exchange rate-linked settlement and hydrogen quantity borrowing [3] Group 2 - Japan has made significant progress in ammonia co-firing by securing key contracts and attracting foreign investment to ensure stable low-carbon ammonia supply [4] - The country plans to import blue ammonia from the U.S. and green ammonia from China and India to address domestic supply shortages [4] - Japan is set to announce the results of a price difference contract plan, which is expected to further support its ambitions for ammonia fuel power generation [4]

Core Insights - The hydrogen energy industry is seen as a key enabler for the development of zero-carbon parks, emphasizing the need for continuous technological exploration and industrial application [1][2] Group 1: Industry Development - The Daxing District in Beijing is positioning hydrogen energy development as crucial for optimizing the regional energy structure and achieving high-quality industrial growth, aligning with the "dual carbon" goals [1] - Experts suggest that large state-owned enterprises and central enterprises can lead key technological breakthroughs and build large-scale hydrogen production projects and refueling infrastructure in collaboration with local governments [1][2] Group 2: Practical Applications - Companies are exploring various green electricity hydrogen production methods, such as utilizing rooftop solar power stations to enhance green electricity utilization and hydrogen storage capabilities [2] - The establishment of the China-ASEAN hydrogen energy industrial base is being pursued, with innovative materials like basalt fiber being used to reduce hydrogen storage costs [2] - Hydrogen energy is recognized for its advantages in zero-carbon park construction, enabling cross-domain collaboration and forming a complementary energy network [2] Group 3: Collaborative Efforts - The seminar was co-hosted by the Zhongguancun Hydrogen Energy Industry Alliance and the Daxing International Hydrogen Energy Demonstration Zone, highlighting the collaborative nature of the hydrogen energy sector [3]

自驱式清洗船以若干个废旧油桶呈三角形排列为基准，通过借鉴船舶外形结构，大大提高自身稳定性。 设备内部设置一台大功率潜水泵作为动力源，后有排水驱动前行。创新点在于船体前方有行进定位导 向，上有高压水喷嘴组与自增压装置，通过调整相应角度对填料进行冲洗。潜水泵出口处设置了两组三 通分路阀，两组水流保证船体平稳前行。潜水泵出口总管经过自增压装置与喷嘴组形成一个主水流，为 防止其冲坏填料，专设0.5兆帕水压，全程冲洗填料，保证冲洗质量，船体前进则是依靠反作用力。这 种"后驱前洗"的设计，使船体在自主行进过程中完成对填料层的立体化冲洗。 近期，潞安恒通化工公司热电厂自主研发出一套凉水塔填料层清洗设备，在保障机组安全稳定运行的同 时，开创了凉水塔清洗的新模式。 据悉，4号、5号、6号凉水塔作为热电厂机组循环水冷却系统的一部分，其填料层在长期运行中积聚淤 泥和水垢，影响机组冷却效果。若更换填料，则费用达270万元，若翻转填料使其干燥后自行脱落，则 需停车半个月才能实现。为实现凉水塔"干活""洗澡"两不误，工作人员自制了一台自驱式清洗船，打造 出自移动式凉水塔清洗专用设备。 工作人员利用该装置对3台凉水塔填料开展全面冲洗，冲洗 ...

该发明主要聚焦环硫醚化合物在钻井液中的应用，采用了一种创新的活性硫化体系，能够在较低的温度 条件下和更短的时间内完成植物油的硫化，有效提升了润滑剂的热稳定性和极压润滑性。与传统技术相 比，这种新方法不仅大幅减少了硫化过程中产生的恶臭气味，还避免了植物油高温交联的问题，使得硫 化植物油的可流动性更强、润滑能力更出色。 中化新网讯 近日，中石化胜利石油工程公司钻井液技术服务中心研发的"一种环硫醚化合物、含有其的 植物油组合物、其制造方法及其应用"获得俄罗斯专利授权。 ...