Group 1 - The Xiamen Torch High-tech Zone Management Committee signed a cooperation agreement with the Chinese Academy of Sciences Institute of Urban Environment to deepen "institution-local cooperation" and promote the integration of technological and industrial innovation [1] - Yichen Environmental Technology (Xiamen) Co., Ltd. collaborates with the Chinese Academy of Sciences' cross-medium pollution prevention materials and equipment innovation team on a project focused on "key technologies and industrialization for targeted regeneration of strategic mineral resources from new energy vehicles' waste batteries and synergistic wastewater treatment" [1] - The project aims to recycle key mineral resources from used batteries in the new energy vehicle sector using green technologies [1] Group 2 - Xiamen Mata Ecological Co., Ltd. partners with the Chinese Academy of Sciences' urban ecosystem process and regulation innovation team to develop a project on "the development of soil conditioners based on marine shell processing by-products and the assessment of their green low-carbon effects in acidified soils" [1] - This project focuses on enhancing root development in plants and improving soil micro-ecology, thereby promoting increased crop yield and efficiency [1]

当前，膜产业的成长土壤非常肥沃。郑根江指出，国家对非常规水资源的高度重视和人民对饮用水水质 要求的提高，给水处理膜市场带来新的发展空间。绿色发展的时代要求推动传统产业升级改造，也给膜 技术应用带来巨大的增量空间。新能源、医疗、电子化学品等新兴产业的发展，为膜市场提供了巨大的 市场需求。此外，国际市场的拓展也为膜产业带来新的增长机遇。 中国石油和化学工业联合会副会长兼秘书长赵俊贵指出，"十五五"期间，大力发展化工新材料和精细化 工是推动石化行业高质量发展的重点任务，膜材料作为关键新材料之一，也将迎来重要发展机遇。 在10月19日于北京召开的2025膜产业发展大会上，业内专家指出，"十四五"期间我国膜产业取得突破性 进展，中国已成为全球膜科技创新能力最强、市场规模最大的国家之一。面对中低端产品供大于求、高 端产品供给不足等结构性矛盾，膜产业需坚持以科技创新为引领，优化产业结构，重点发展高性能膜材 料，推动产业高质量发展。 科技创新能力领先 我国膜产业已取得显著成就。中国膜工业协会秘书长王继文介绍："当前，我国膜产业产值已突破5000 亿元。中国成为全球膜产业科技创新能力最强、市场规模最大的国家之一。" 从日常饮用 ...

Core Viewpoint - China University of Petroleum (Beijing) has established a strong commitment to serving national energy security and regional development through its Karamay campus, which has significantly contributed to talent cultivation and regional industry support over the past decade [1][2][4]. Group 1: Talent Development - The Karamay campus has trained a total of 5,766 undergraduate graduates over ten years, with 62.3% of them employed in western regions and 84.7% of local graduates coming from outside Xinjiang [1]. - The campus has expanded its faculty from 47 to 523, with over 55% holding senior titles or doctoral degrees, thereby building a high-quality teaching team in the region [2]. - The university has sent over 100 experienced management and teaching staff to the Karamay campus, instilling the spirit of hard work and innovation [2]. Group 2: Research and Industry Collaboration - The establishment of the Digital Oil and Gas Modern Industry College in September 2021 focuses on the digitalization and green transformation of the oil and gas industry, aligning with national strategic goals [4]. - The university has developed a collaborative innovation system that integrates production, education, research, and application, enhancing the core competitiveness of regional development [4]. - In the past three years, the Karamay campus has won two first prizes in regional science and technology awards and has generated 190 million yuan in technical service contracts [5]. Group 3: International Cooperation - The university is building a collaborative innovation network that connects with countries along the Belt and Road Initiative, particularly in Central Asia, to enhance higher engineering education [6]. - The Karamay campus has attracted nearly 200 international students, focusing on cultivating talent in the oil and gas sector [6]. - Collaborative projects include the establishment of a Sino-Kazakh joint laboratory and partnerships with ten Central Asian universities to promote international cooperation in the oil and gas field [6]. Group 4: Future Development Goals - The university aims to deepen its educational practices in the western region, establishing bases for high-level, application-oriented, and international talent cultivation, as well as for technology and cultural exchange [7]. - The focus will be on training capable individuals for the development of the western region and contributing to national educational goals [7].

Core Viewpoint - The petrochemical industry, as a pillar of the national economy, faces unprecedented transformation pressures and development opportunities under the "dual carbon" goals, making green and low-carbon development a necessity rather than an option [1][2]. Group 1: Enhancing Energy Resource Utilization Efficiency - The petrochemical industry is a key area of energy consumption, necessitating comprehensive energy efficiency benchmarking and optimization of energy systems. Companies should focus on high-energy-consuming facilities and continuously promote energy-saving technological transformations [1]. - Jilin Petrochemical has implemented energy-saving projects, such as replacing high-energy-consuming motors and optimizing steam recovery systems, resulting in a reduction of water, electricity, and steam consumption by 72,000 tons, 4.41 million kWh, and 68,000 tons year-on-year, respectively [1]. - Ongoing measures like waste steam recovery and regional steam network optimization are expected to further reduce steam consumption by 5% [1]. Group 2: Enhancing Clean Energy Consumption Levels - Accelerating energy structure adjustments and gradually increasing the proportion of green electricity consumption is crucial for the low-carbon transition in the petrochemical industry. Companies should develop renewable energy sources like wind and solar power and expand the application of green electricity [2]. - Jilin Petrochemical has consumed a total of 900 million kWh of green electricity, demonstrating significant results. The company is also advancing in the bio-chemical sector by achieving breakthroughs in cellulose-based ethanol technology, with fuel ethanol concentration increased to 14%, supporting green energy alternatives [2]. Group 3: Increasing the Proportion of High-End Low-Carbon Products - Transitioning product structures towards greener and higher-value products is another important pathway for achieving energy savings and carbon reduction. Companies should reduce the production of low-value, high-energy-consuming products and focus on developing environmentally friendly products with low carbon emission intensity [2]. - Jilin Petrochemical is constructing a million-ton new materials production base, with a diverse range of products expected to reach an output of 600,000 tons by 2025. The company has successfully developed large tow carbon fiber technology and is advancing a thousand-ton carbon fiber project [2]. - The transformation and upgrading projects are expected to increase the output of high-value-added products by 30% year-on-year, gradually forming six major R&D advantage areas, effectively reducing carbon emissions at the end of the industrial chain [2].

Core Viewpoint - The 2025 International Photochemistry Technology and Industry Conference aims to promote technological innovation and industrial integration in the field of photochemistry [1] Group 1: Industry Development - Hubei Province has developed advantages in fine chemicals, optoelectronic information, and synthetic biology, and will continue to leverage photochemistry as a strategic engine for cultivating new productive forces and building a modern industrial system [1] - The province aims to achieve results in cutting-edge areas such as photochemical synthesis, biomimetic photochemistry, and photochemical pollution reduction and carbon reduction, establishing a full-chain development path for the photochemical industry [1] Group 2: Scientific Advancements - Photochemistry has evolved from laboratory research to industrial applications over the past century, with current innovations occurring at the intersection of nano-light control, biological photosensitivity, and quantum light modulation [1] - The field is recognized as a frontier track for cultivating new productive forces, highlighting its potential for future advancements [1]

Core Viewpoint - Six Countries Chemical Company has obtained 13 authorized patents this year, including 2 invention patents and 11 utility model patents [1] Group 1: Patent Details - The 2 invention patents include a solidifier for improving the water stability of phosphogypsum and its application, and a device and method for preventing leakage in a desulfurization tower [1] - The 11 utility model patents cover various innovations such as a treatment device for gray water in ammonia synthesis, a waste heat recovery device, a convenient flocculant preparation device, a coal conveyor belt trough, a belt scraper device for compound fertilizer production, and a portable protective device for multiple scenarios [1]

Core Viewpoint - Karamay Petrochemical Company has initiated a project focused on energy conservation, carbon reduction, and increasing electrification rates, leveraging its advantageous location and resources [1] Group 1: Project Overview - The project aims to enhance energy efficiency and reduce carbon emissions while increasing electricity usage, ultimately replacing fossil fuels with electric energy [1] - The project will be implemented in four phases, with the first phase expected to be completed by 2026 [1] Group 2: Expected Outcomes - By 2026, the electrification rate is projected to increase from 9.92% to 11.36%, with annual carbon emissions expected to decrease by 9% [1] - The project will provide stable and reliable power support for future capacity expansion and technological upgrades [1] Group 3: Company Characteristics - Karamay Petrochemical operates as a "fuel-asphalt-lubricating oil" refinery with 37 chemical process units, each with relatively small scales [1] - The company is located in Xinjiang, which has abundant wind and solar resources, currently achieving a renewable energy consumption ratio of 25% [1]

Group 1 - The competition titled "Chemistry is Everywhere" attracted over 300 science enthusiasts from more than 40 cities across the country [1] - A total of 17 outstanding works were selected for the finals after a rigorous preliminary evaluation by an expert panel [1] - The final event featured presentations from participants in two categories: youth and adult, focusing on the creative background, thought process, and educational value of their works [1] Group 2 - Youth participants explored topics such as "saltwater power generation," "urban heat island effect," and innovative interpretations of "bubble magic" [1] - Adult participants concentrated on the multi-field applications of chemistry and innovative science communication, designing fluorescent products based on carbon quantum dots and experiments based on the chemical properties of tea polyphenols [1] - The final evaluation resulted in the awarding of 2 first prizes, 5 second prizes, and 10 third prizes [1] Group 3 - The competition was co-hosted by Beijing University of Chemical Technology, the Chinese Chemical Society, the Royal Society of Chemistry, and the Chemical Industry Press, with the Quzhou Resource Chemical Innovation Research Institute as the organizer [1]

Core Insights - Advanced Petrochemical Company in Saudi Arabia reported a 56.5% year-on-year increase in net profit for Q3, reaching 72 million riyals (19.2 million USD) due to lower propane prices and increased net income [1] - The company's net income increased compared to the same period last year, driven by the commencement of operations at two polypropylene plants in its advanced polyolefins division, resulting in a 59% year-on-year increase in sales volume [1] - However, net profit decreased by 12.2% compared to the previous quarter, despite a 45.8% increase in sales revenue, attributed to a 23% and 9% year-on-year decline in propane and procured propylene prices, respectively [1] Company Performance - Advanced Petrochemical Company operates two polypropylene plants in Jubail, Saudi Arabia, with a total polypropylene production capacity of 800,000 tons per year [1] - The company's subsidiary, SK Advanced, produces propylene in Ulsan, South Korea [1]

Core Insights - Halliburton has formed a strategic partnership with distributed energy company VoltaGrid to provide efficient and low-emission power solutions for the rapidly growing global data center market [1] - The initial phase of the collaboration will focus on promoting these solutions in the Middle East, addressing the increasing energy demands of data centers while enhancing sustainability and reliability [1] Industry Overview - Data centers, as critical infrastructure supporting cloud computing and artificial intelligence, are driving exponential growth in electricity demand, particularly in the Middle East [1] - Local governments are heavily investing in digital infrastructure, with major projects like the UAE's "Gateway to the Stars" data center, which plans for an initial capacity of 1 gigawatt [1] - The International Energy Agency predicts that global electricity demand from data centers will rise to approximately 945 terawatt-hours by 2030 [1] Company Strategy - Halliburton's entry into distributed power solutions signifies a strategic expansion beyond its traditional oilfield services, aligning with its goal to support global energy transition through technology and collaboration [1] - For VoltaGrid, this partnership will accelerate its international expansion, leveraging Halliburton's global business scale to serve more customers seeking reliable low-carbon energy systems [1]