天眼查App显示，近日，滕州柯瑞思化学有限公司成立，法定代表人为费月殊，注册资本100万人民 币，经营范围为一般项目：生物化工产品技术研发；技术服务、技术开发、技术咨询、技术交流、技术 转让、技术推广；专用化学产品销售（不含危险化学品）；化工产品销售（不含许可类化工产品）。（ 除依法须经批准的项目外，凭营业执照依法自主开展经营活动）。 ...

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 Points - China Huaneng Group and Sinochem Holdings have officially relocated to Xiong'an New Area, marking a significant milestone in their development and a key step in the area's strategic planning [1][3][5] - The relocation of over 1,000 employees from China Huaneng and nearly 1,000 from Sinochem signifies a move towards normal operations in Xiong'an, contributing to the area's development and integration into national strategies [3][5] Group 1 - China Huaneng aims to leverage its industrial advantages to support the construction of a modern industrial system and enhance energy supply, operational efficiency, and green development in Xiong'an [3] - Sinochem recognizes the relocation as a historical opportunity to integrate into national strategies and contribute to the construction of Xiong'an, focusing on technological innovation and green transformation [3][5] Group 2 - The presence of these central enterprises in Xiong'an is expected to attract related upstream and downstream industries, promoting the optimization and upgrading of the industrial structure in the area [5] - The influx of employees from these enterprises will bring valuable resources such as talent and technology, enhancing urban functionality and vitality in Xiong'an [5]

Core Insights - The strategic cooperation agreement between Transfar Group and the Xiaoshan District People's Government aims to promote deep integration of technological and industrial innovation through the "2+3+X" advanced manufacturing system [1] - The initiative focuses on developing industrial clusters in chemical engineering, biotechnology, and intelligent technology, enhancing the development capabilities of Transfar Science City [1] - The project includes the construction of a major innovation platform for "pilot testing-industrialization" and aims to establish Xiaoshan as a world-class hub for biotechnology and intelligent technology [1] - Additionally, the collaboration will support the construction of the "Five Good and Two Suitable" model village in Xiejing'an, contributing to common prosperity and rural revitalization [1]

Group 1 - The A-share chemical sector experienced a strong rebound on September 8, with notable stocks such as Jinjing Technology hitting the daily limit up [1] - Dayang Biological surged over 5%, while Jiangshan Co., Lier Chemical, and Yangnong Chemical also saw increases [1]

Core Viewpoint - The article discusses a groundbreaking research study from the Dalian Institute of Chemical Physics, which presents a two-step method for producing ethylene from carbon dioxide (CO2) using photochemical hydrogen dissociation, achieving nearly quantitative reduction of CO2 to ethylene [2][3]. Group 1 - The research team discovered that under 365 nm wavelength irradiation, an Au-TiO2 composite structure can achieve hydrogen dissociation at room temperature [3]. - The mechanism involves the formation of interfacial electric dipoles from photo-generated electron-hole pairs between gold nanoparticles and the titanium-oxide framework, enhancing hydrogen dissociation capabilities [3]. - The process results in a conversion rate of over 99% from CO2 to ethane, and after 1500 hours of continuous irradiation, the system maintains over 99% selectivity for ethylene [3]. Group 2 - This study provides a new strategy for precise control of C-C coupling and directed conversion of CO2, which is a significant advancement in the field of chemical engineering and sustainability [3].

Core Insights - The first "Jinggui Chemical Dialogue - Future New Materials and Chemical Engineering International Academic Conference" was held to deepen collaboration between Peking University, Guizhou Minzu University, and Guizhou Phosphate Group, focusing on the "Rich Mineral Precision Development" strategy to support regional industrial upgrades [1][3] Group 1: Conference Overview - The conference was organized by the Ministry of Education's School Planning and Development Center and Guizhou Provincial Education Department, with participation from top experts in chemical engineering and materials science [3] - The event aimed to address key issues, technological bottlenecks, and future trends in new materials and chemical engineering under the "dual carbon" goals, promoting the integration of industry, academia, and international cooperation [3][11] Group 2: Key Themes and Discussions - The conference emphasized the importance of chemical engineering as a cornerstone for building a modern industrial system, addressing global challenges such as climate change and resource scarcity [7] - Guizhou, rich in phosphate and barite resources, is focusing on deep processing and the establishment of a new energy base, aiming for a modern industrial system that emphasizes low-carbon, circular, intelligent, and efficient development [9] Group 3: Expert Contributions - Notable experts delivered keynote speeches on various topics, including spin science, low-carbon energy, and asymmetric catalysis, sharing cutting-edge research findings [11][13] - Discussions included the integration of transportation energy, the value of phosphogypsum resource utilization, and innovative synthesis paths for magnetic materials, contributing to the advancement of new materials and chemical engineering [11][13]

Group 1: Key Scientific Issues - The feasibility study of "metalloid substitutes for transition metals in precise synthesis and catalytic reactions" has been selected as one of the top ten frontier scientific issues for 2025, which is expected to reshape scientific understanding and open new theoretical and methodological systems in chemical synthesis [1] - Another selected issue is "multi-dimensional, reconfigurable supramolecular machine assembly," which aims to shift from "molecular synthesis-oriented" to "functional assembly-oriented," potentially establishing supramolecular machines as the next technological high ground after chips and artificial intelligence [1] Group 2: Engineering and Industrial Technology Challenges - The "next-generation low-energy, low-cost carbon capture and storage technology" has been recognized as a major engineering challenge for 2025, which is crucial for the low-carbon utilization of fossil fuels and aims to reduce energy consumption and costs in carbon capture [2] - The challenge of "breaking through the import bottleneck of high-end equipment for large and ultra-large seawater desalination projects" has been identified as a significant industrial technology issue, highlighting the need for domestic development in key materials and equipment for seawater desalination [2] Group 3: Selection Process - Since 2018, the China Association for Science and Technology has been organizing the collection and publication of major scientific issues and challenges, with a rigorous selection process based on frontier, leading, innovative, and strategic criteria [3]

Core Viewpoint - The article narrates the inspiring entrepreneurial journey of Xu Guanju and his father Xu Chuanhua, highlighting how a seemingly trivial investment of 2000 yuan in a "mysterious salt" led to the establishment of a billion-dollar business empire, Transfar Group, and the miraculous recovery of Xu Guanju from a life-threatening illness [3][4][5]. Group 1: Early Life and Challenges - Xu Guanju was born in a humble farming family in Zhejiang, where his father, despite being illiterate, demonstrated resilience and a pioneering spirit [5][6]. - In the late 1970s, Xu Chuanhua ventured into tree planting, which initially faced skepticism but eventually became profitable, allowing the family to improve their living conditions [13][14][15]. - The family's fortunes took a downturn in 1985 when Xu Chuanhua lost his job and Xu Guanju was diagnosed with a severe illness, leading to significant financial strain [20][21][22]. Group 2: The Birth of Transfar Group - In a desperate attempt to pay off debts and treat his son, Xu Chuanhua decided to start a business, leading to the establishment of a small workshop for liquid soap production with an initial investment of 2000 yuan [29][33]. - The first year of operation saw sales reach 330,000 yuan, allowing them to clear debts and improve Xu Guanju's health [47]. - A critical turning point occurred when they learned that a key ingredient for their product was simply salt, which underscored the importance of mastering core technology for business success [56][58]. Group 3: Growth and Innovation - After acquiring essential technical knowledge, Xu Guanju became the R&D manager, leading to the development of multiple new products and a significant increase in sales [64][65]. - The introduction of the "901 Special Oil Remover" revolutionized the market, achieving sales of over 20 million yuan in 1992 and earning multiple national awards [85][88]. - By 1995, Transfar Group was officially established, expanding into various sectors including chemicals, logistics, and agriculture [91]. Group 4: Expansion and Modernization - Under Xu Guanju's leadership, Transfar Group adopted a "road port" model for logistics, which became a significant innovation in China's logistics industry [99]. - The company went public in 2004, raising 198 million yuan, and continued to grow, with a reported revenue of 26.717 billion yuan in 2024 [102][106]. - Transfar Group has developed a comprehensive logistics network, processing over 48,000 tons of goods daily, becoming a major player in the logistics sector [109]. Group 5: Corporate Responsibility and Legacy - Xu Guanju emphasizes the importance of corporate responsibility, focusing on employee welfare and community support, while his father remains a symbol of humble beginnings [111][112]. - The company has engaged in various philanthropic efforts, including building healthcare facilities in impoverished areas [114][115]. - The story of Xu Guanju and Xu Chuanhua reflects the spirit of Zhejiang entrepreneurs, showcasing their commitment to innovation and social responsibility [122].

Core Points - The fourth Shanghai Cooperation Organization (SCO) Youth Innovation and Entrepreneurship Competition was held in Qingdao, Shandong, showcasing 12 outstanding projects from 8 countries out of over 200 entries, highlighting the organization's commitment to promoting technological innovation cooperation [1][2] - The competition emphasized youth-led projects with both technological advancement and market potential, with over 35% of the projects being international collaborations [2] - The establishment of two overseas collaborative centers in Malaysia and Mongolia, along with two domestic centers in Xi'an and Yan'an, expanded the SCO's global innovation cooperation network to 10 members, covering major innovation regions of SCO countries [2][3] Group 1: Event Highlights - The competition served as a platform for participants to gain funding and connect with China's industrial resources, accelerating product commercialization [1][2] - Projects included AI-based decision support systems from Russia, a probiotic research project from China, and a nano-calcium technology from Mongolia aimed at osteoporosis prevention [1] - The event also resulted in the signing of 6 cross-border cooperation agreements, fostering collaboration among domestic and international enterprises, universities, and research institutions [2] Group 2: Technological Cooperation - The SCO has been actively promoting technological innovation cooperation, characterized by mechanisms that are institutionalized, platform-based, diverse, and sustainable [3][6] - The establishment of the China-SCO Ecological and Environmental Innovation Base in Qingdao aims to enhance ecological technology innovation and industry cooperation among SCO and Belt and Road Initiative countries [3][4] - The SCO's agricultural technology exchange training base has conducted over 120 training sessions, benefiting more than 2,400 agricultural officials and technicians from SCO countries [3] Group 3: Future Directions - The SCO plans to deepen cooperation in digital economy and artificial intelligence, with a focus on expanding the "SCO+" model [7][8] - The organization aims to facilitate original innovation in countries with strong research foundations while promoting integrated innovation and secondary innovation in countries with weaker foundations [7] - The ongoing commitment to the "Shanghai Spirit" emphasizes mutual trust, mutual benefit, equality, consultation, respect for diverse civilizations, and common development [8]