中国科学院院士、中国学位与研究生教育学会会长杨卫表示，赛道赛题紧扣"双碳"目标，聚焦新能源、 储能、节能减排、碳市场等关键领域，引导参赛师生关注绿色技术与石化产业应用融合，创新采用"揭 榜挂帅"模式，以实践中"真问题"为导向，倒逼研究生锤炼解决实际问题的"真能力"。 清华大学深圳国际研究生院原院长、大赛专委会主任康飞宇点评晋级决赛的作品具有三个鲜明亮点：一 是选题精准聚焦，紧扣"双碳"核心;二是创新成色十足，实践价值凸显;三是团队协作紧密，综合素质过 硬。 本届大赛由教育部学位管理与研究生教育司指导，中国学位与研究生教育学会、中国科协青少年科技中 心主办，沈阳化工大学、丹东百特仪器有限公司联合承办。赛事共吸引了全国377所高校及科研院所的 4639支队伍、近2.6万名师生踊跃参赛，371支优秀队伍晋级决赛，各项数据均创赛事历史新高。 沈阳化工大学党委书记周志强说，本届大赛充分体现赛事服务国家战略，助力绿色发展的定位与导向， 充分展现新时代研究生服务国家重大需求的责任担当和蓬勃的创新活力。 中化新网讯 11月7日至9日，第四届中国研究生"双碳"创新与创意大赛决赛在沈阳化工大学举行。大赛 决出专家赛道一等奖72项 ...

Core Viewpoint - The project "Strategic Research on Diversified Hydrogen Storage and Transportation and Terminal Applications in Fujian Province" aims to tackle challenges in hydrogen storage, transportation, and application, establishing a new hydrogen energy storage and transportation system for the green hydrogen industry in Fujian [1] Group 1: Project Overview - The project is initiated by the Fujian Research Institute and focuses on the entire chain of ammonia-based hydrogen storage [1] - It is a major consulting project for 2025, led by a team of academicians and experts, including Wu Minghong, Xu Zuxin, and others [1] Group 2: Significance and Goals - The development of clean energy in Fujian is crucial for regional economic transformation and national demonstration applications [1] - The project aims to deepen cooperation among various stakeholders to promote efficient implementation [1] Group 3: Technical Focus - The research will concentrate on the development paths for green ammonia synthesis and storage technology [1] - Emphasis is placed on breakthroughs in hydrogen storage and green hydrogen technology, which are critical for the industrialization phase of the hydrogen energy sector [1] Group 4: Strategic Value - Green ammonia is highlighted as an important carrier for long-distance hydrogen storage and transportation, with strategic value for both Fujian and the national hydrogen energy industry layout [1]

Core Viewpoint - The launch of China's first 1000 kg-level commercial ammonia-based hydrogen production and refueling station by Fuda Zijin Hydrogen Energy Technology Co., Ltd. marks a significant advancement in the hydrogen energy sector, showcasing innovative technology and cost-effective solutions for hydrogen production and distribution [1] Group 1: Project Overview - The project utilizes Fuda Zijin's self-developed low-temperature ammonia decomposition hydrogen production technology, achieving an ammonia conversion rate exceeding 99.5% at 480°C [1] - The integrated station adopts a "liquid ammonia direct supply - on-site hydrogen production - immediate refueling" model, addressing the transportation cost issues associated with traditional high-pressure hydrogen storage [1] Group 2: Economic Impact - The end-user hydrogen price is reduced to approximately 30 yuan per kilogram, which is a 50% decrease compared to conventional methods [1] - The station is capable of producing 1000 kg of high-purity hydrogen daily, providing continuous refueling services for no less than 100 hydrogen fuel cell logistics vehicles weighing 4.5 tons each [1]

Core Viewpoint - The collaboration between Liu Guo Chemical Company and Wuhan University of Engineering has led to the development of a green technology for the conversion and utilization of phosphogypsum, which has been recognized as a benchmark enterprise in service-oriented manufacturing by the Anhui Provincial Department of Industry and Information Technology for 2025 [1] Group 1: Technology Development - The new technology employs "disintegration-catalysis" and "recrystallization-double solid" processes, addressing challenges such as high energy consumption, large equipment investment, limited production capacity, and difficulties in continuous production associated with traditional calcination methods [1] - This technology opens new pathways for the large-scale utilization of phosphogypsum [1] Group 2: Recognition and Evaluation - In January of this year, the technology passed an evaluation organized by the Anhui Provincial Association of Scientists and Entrepreneurs, with an expert group led by Chinese Academy of Sciences academician Wang Yanxin deeming the technology to be at an internationally leading level [1] Group 3: Application and Product Development - The technology is applicable for processing various industrial by-product gypsum, including phosphogypsum, fluorogypsum, and titania gypsum [1] - A total of 16 products have been developed across two major series: cementitious materials and polymer fillers, which can be used in green packaging and building decoration sectors [1]

Core Insights - The conference on high-quality textbook construction for the petroleum and chemical industry was held in Jinzhou, Liaoning, focusing on vocational education [1][2] - Emphasis was placed on aligning textbook development with the "14th Five-Year Plan" and national strategies for education, technology, and talent [1] Group 1: Key Requirements for Textbook Development - The need to uphold the fundamental task of moral education, ensuring a unified approach to value shaping, knowledge transmission, and skill cultivation [1] - The importance of deepening the integration of industry and education, creating a dynamic textbook system that reflects the characteristics of Liaoning's petrochemical industry [1] - The establishment of a collaborative mechanism involving government, industry, and educational institutions to support the integration of digital technology with teaching content [1] Group 2: Strategic Focus Areas - The focus on moral education and aligning knowledge transmission with value guidance and industry demand [1] - The emphasis on digital transformation through the use of artificial intelligence for dynamic content updates and interactive teaching [1] - The need for a collaborative model where enterprises express needs, schools develop content, and industries ensure quality, enhancing the textbook quality evaluation system [1] Group 3: Industry Perspectives - The construction of textbooks is seen as a strategic pivot for enhancing talent cultivation quality and strengthening the core competitiveness of educational institutions [2] - The necessity to align educational content with industry demands, integrating new technologies, processes, and standards into teaching [2] - The promotion of a collaborative development mechanism between schools and enterprises to address the disconnect between learning and application [2]

Core Insights - The research team from Nanjing University of Technology has made significant advancements in the field of perovskite light-emitting diodes (LEDs), achieving a world record external quantum efficiency of 45.5% for stacked perovskite LED devices [1][2] - The study highlights the growing demand for high-quality, low-cost, and flexible display and lighting products, positioning perovskite materials as a global research focus due to their advantages over traditional semiconductor materials [1] Group 1 - The team has developed a unique TCTA/MoOx/HATCN/SnO2 interlayer structure that facilitates efficient charge injection while protecting the underlying perovskite light-emitting layer, addressing structural damage issues during the stacking process [2] - The introduction of an interlayer photon recycling strategy allows for effective absorption and re-emission of photons between stacked layers, significantly enhancing light extraction efficiency [2] - The new device maintains a high efficiency of 34.5% at a current density of 100 mA/cm², demonstrating superior performance compared to single-junction devices and traditional stacked organic LEDs [2] Group 2 - Stacked perovskite LEDs exhibit unique advantages such as low operating voltage, high brightness, and high color purity, marking a crucial step towards commercialization [2] - The advancements in perovskite LED technology indicate a potential shift in the lighting and display industry, as these devices approach the efficiency levels of commercial organic LEDs while offering additional benefits [1][2]

未来，华锦集团将充分发挥自身原料基础优势，通过研产销深度融合，持续拓展产品谱系，为推动我国 化工新材料产业高质量发展作出积极贡献。 技术团队采用华锦集团自产的本体法低熔指ABS树脂作为基料，通过精确控制阻燃剂添加比例和优化挤 出造粒工艺，成功开发出具有底色纯净、着色均匀无色差、低气味、低VOCs等特性的阻燃ABS产品。 经检测，产品各项技术指标均满足高端阻燃板材的严格要求。塑料改性研产转化平台的成功运行，不仅 打通了从产线建设、生产调试、工艺验证到批量生产的全流程，也为华锦集团进军高端塑料改性市场奠 定了基础。 中化新网讯 近日，华锦集团化工研究院塑料改性研产转化平台完成首单阻燃ABS树脂生产任务，成功 产出80吨性能优异的产品，标志着华锦集团在高端改性塑料领域实现从研发到产业化的关键跨越。 ...

中化新网讯 近日，新疆维吾尔自治区总工会公布2025年"天山工匠"培育对象名单。新疆中泰所属企业 员工陈祥洪、焦欣伟入选。 作为新疆华泰重化工有限责任公司设备管理部动设备管理员，陈祥洪自2010年从业以来，始终深耕设备 管理领域。他不仅荣获全国技术能手、全国五一劳动奖章、"新疆工匠"技能导师等多项荣誉，更在技术 创新与实践应用中成果丰硕。他领衔的设备技术改造项目获得4项实用新型专利授权，牵头组织车间岗 位练兵150余次，编制设备检维修规程640份，累计完成460台关键机组的在线监测与故障诊断，每年为 企业节省大量维修成本，成为推动企业降本增效的"技术标杆"。 "天山工匠"计划是新疆为加快高技能人才队伍建设实施的重要举措，旨在培养更多高素质的技术技能人 才、能工巧匠和大国工匠。此次新疆中泰两名员工入选，既体现了企业现代化治理的成效，更为企业和 区域高质量发展注入强劲的技能人才动力。 新疆中泰化学阜康能源有限公司生产技术部技术员焦欣伟，以创新实干诠释工匠担当。在阜康能源年产 15万吨离子膜烧碱项目建设期间，他牵头完成中间控制样品分析、产品质量检测等关键任务，为项目开 车投产提供了数据支撑。他依托创新工作室平台常态 ...

Core Viewpoint - The company has achieved a breakthrough in the salt removal technology for the rubber antioxidant intermediate product RT Peisi (4-Aminodiphenylamine), which is expected to save over 5 million yuan in comprehensive costs annually [1] Group 1: Technological Breakthrough - The first salt removal device for RT Peisi was built and put into operation in August, running stably [1] - The company faced challenges such as high alkali consumption, salt accumulation leading to increased hazardous waste disposal costs, and poor production stability prior to this breakthrough [1] - A special task force was established in October 2024 to focus on production technology issues, leading to the successful development of proprietary salt removal technology for RT Peisi [1] Group 2: Operational Efficiency - The company designed and constructed the first RT Peisi salt removal device based on small-scale tests and side-line experiments [1] - In the first month of operation, the alkali consumption was reduced by 59%, with 100% reuse of alkali solution [1] - In September, the RT Peisi device achieved a historical record in alkali consumption [1] Group 3: Market Impact - The new technology is expected to lower production costs for downstream antioxidants 6PPD and IPPD, enhancing the core competitiveness of the rubber antioxidant product series [1]

Core Insights - The polymer materials industry is rapidly advancing towards high performance, functionalization, intelligence, and greenness, driven by national policies, market demand, and technological breakthroughs [4] - The industry faces challenges such as technological bottlenecks, application expansion, and integration of capital and industry, necessitating enhanced innovation collaboration and effective transformation of research outcomes [4] - The conference aims to explore the integration of innovation chains, industry chains, and capital chains to accelerate development in the polymer materials sector [1] Industry Trends - The focus of polymer materials development includes high-performance polymers, composite materials, special functional polymers, and bio-based polymers [4] - The "14th Five-Year Plan" emphasizes new industrialization to accelerate innovation in new materials technology and industry, addressing strategic material needs and enhancing international competitiveness [4] Regional Development - Binzhou, located in Shaanxi Province, is positioned as a significant energy and chemical base, with plans to develop a high-end energy chemical park focusing on coal, electricity, fine chemicals, advanced materials, and specialty chemicals [5] - The conference featured discussions on the current state and opportunities in the chemical new materials industry, with participation from experts in academia and finance [5] Conference Highlights - The conference, themed "Technological Breakthroughs, Application Upgrades, and Capital Empowerment," was attended by nearly 200 participants from the polymer materials industry [5] - Activities included project roadshows and investment matching sessions to foster collaboration between technology and finance [5]