学生代表在发言中说道："基地为我们提供了接触行业前沿的机会，将激励大家以理论功底对接实践需 求。"座谈交流环节，成都分行相关部门负责人针对学生关切的金融行业前景、考研就业规划、实习岗 位获得等问题逐一解答，建议学子"以持续学习能力适应行业变革"，引发热烈反响。针对西南民大提出 的"双师双能型"师资队伍共建需求，成都分行明确表示将开展学生社会实践、课题合作等探索，进一步 拓展合作维度。此次基地共建标志着成都分行与西南民大在人才培养、师资建设、行业服务等领域形成 深度共识。未来，双方将依托基地探索并实践定制化课程开发、实习实训、科研攻关等合作，为民族地 区金融高质量发展输送复合型人才。 银行频道更多独家策划、专家专栏，免费查阅>> 责任编辑：栎树 近日，泸州银行成都分行&西南民族大学经济学院"数智金融产学研协同创新实践教育基地"签约暨授牌 仪式在成都举行。仪式伊始，主持人介绍了与会嘉宾及活动背景，强调基地建设是落实学校"特色民大 战略"、深化经济学院实践育人改革的重要举措。 泸州银行发言代表在致辞中对西南民大师生表示欢迎，系统介绍了泸州银行的发展历程、业务布局及辐 射范围，提出"以基地为纽带，打造金融人才培养与行 ...

湖北省国资委党委书记、主任陈忠表示，"十五五"期间，将健全科学合理的布局结构动态优化机制。完 善主责主业管理制度，明晰不同类型国有企业功能定位，明确国有资本重点投资领域和方向，坚决遏制 盲目无关多元投资。深入推进闲置资产盘活利用，探索开展不同层级企业专业化整合，提升国有资本运 营效率。同时，健全以用为导向的协同创新机制。出台科技创新和产业创新深度融合工作方案，加快构 建国企主导的"产学研用"协同创新机制，推动创新要素供需精准对接，加快关键核心技术协同攻关，加 速科技成果转化应用。（人民财讯） ...

人民财讯12月4日电，湖北省国资委党委书记、主任陈忠表示，"十五五"期间，将健全科学合理的布局 结构动态优化机制。完善主责主业管理制度，明晰不同类型国有企业功能定位，明确国有资本重点投资 领域和方向，坚决遏制盲目无关多元投资。深入推进闲置资产盘活利用，探索开展不同层级企业专业化 整合，提升国有资本运营效率。同时，健全以用为导向的协同创新机制。出台科技创新和产业创新深度 融合工作方案，加快构建国企主导的"产学研用"协同创新机制，推动创新要素供需精准对接，加快关键 核心技术协同攻关，加速科技成果转化应用。 ...

近日 广州石化李元凯新材料工作室 被命名为 中国石化示范性职工创新工作室 面对急难险重的创新任务 他们总能 从容不迫地应对 游刃有余地解决 今天我们来看看 这份"从容"的背后究竟是什么？ 01 底气从何而来？ 答：一支结构精良的创新梯队。 2022年4月 创新驱动发展 新材料开发、新技术应用、新能源发展 29名技术骨干（含教授级高工2人、高级工程师12人） 02 硬气从何而来？ 答：一组看得见、算得清的核心业绩。 核心业绩速览 | 关键成果 | 亮眼数据 | | --- | --- | | 技术攻关 | 破解50余项现场技术难题 | | 催化剂国产化 | 打破垄断，国产化率超80%，降本2800万元 | | --- | --- | | 新产品开发 | 3年开发25个高端牌号，多项填补国内空白 | | 绿色发展 | VOCs降幅超90%，每年可供应超20万吨绿色聚丙烯材料 | | 氢能布局 | 建成华南最大燃料电池氢供应中心 ，累计供应高纯氢超1500吨 | | 人才培育 | 多人获"闵恩泽青年科技人才奖""劳动模范"等荣誉 | 03 创新为何能持续？ 答：一套可持续的创新机制。 六大创新维度 开发新产品 紧盯 ...

Core Viewpoint - Since the "14th Five-Year Plan," Sinopec has focused on overcoming key core technologies in carbon fiber, establishing a core cluster for the carbon fiber industry chain, and pursuing a collaborative innovation path that integrates production, education, research, and application [1] Summary by Relevant Sections - In October 2022, Sinopec launched China's first domestically produced 48K large tow carbon fiber production line at Shanghai Petrochemical, becoming the first in China and the fourth globally to master the industrialization technology of 48K large tow carbon fiber [1] - In April 2025, Sinopec will begin construction of a project in Ordos, Inner Mongolia, with an annual production capacity of 30,000 tons of large tow carbon fiber [1] - In September 2025, Sinopec will officially release a new self-developed 60K large tow carbon fiber product, which has internationally leading performance, thus achieving production capabilities for nearly 20 models of carbon fiber products across different tow specifications, including 24K, 48K, and 60K [1] - As of the end of 2024, Sinopec has applied for 842 patents in the field of carbon fiber and its composite materials, ranking first in China and third globally, with 408 patents granted and 4 PCT (Patent Cooperation Treaty) applications completed [1]

Core Viewpoint - The establishment of the Yunnan Precious Metals Laboratory Dongying Branch represents a deepening collaboration between Yunnan Precious Metals Group and the Rare Earth Catalysis Research Institute, aimed at promoting "industry-university-research-application" collaborative innovation [1][3]. Group 1: Collaboration and Achievements - Yunnan Precious Metals Group and the Rare Earth Catalysis Research Institute have actively collaborated in key core technology breakthroughs and the transfer and transformation of scientific achievements, resulting in successful production of projects such as catalyst coating and a 70% reduction in precious metals for gas engine post-treatment catalysts in collaboration with Weichai [3]. - The collaboration has facilitated the formation of a closed-loop automotive catalyst industry chain in the development zone, encompassing rare earth catalysis technology research and development, basic material production, terminal product manufacturing and application, and strategic resource recycling [3]. Group 2: Focus Areas and Goals - The newly established Dongying Branch will focus on five key areas: efficient resource recovery, vehicle exhaust purification, environmental governance, fine chemical catalysis, and cutting-edge technologies related to the dual carbon strategy [5]. - The aim is to create a regional innovation hub that integrates technology research and development, pilot transformation, industrial services, and talent cultivation, striving to break through key core technologies in the field of new precious metal materials [5]. - The initiative seeks to promote the transformation of a series of scientific and technological achievements, contributing significantly to regional economic and technological development as well as the domestic precious metal new materials industry [5].

Core Viewpoint - The hydrogen energy industry is becoming a key sector for promoting energy structure transformation under the "dual carbon" goals, with a focus on scaling and commercializing hydrogen applications in China [1] Group 1: Industry Trends - The hydrogen energy sector in China is transitioning from initial demonstration applications to a critical phase of large-scale and commercial promotion [1] - Hydrogen fuel cell vehicles have significant advantages in range, refueling speed, and operational efficiency, especially in the medium to long-distance and heavy-duty commercial vehicle markets [1] - The forum discussed the current status and trends of the hydrogen and fuel cell industry, breakthroughs in catalyst and membrane electrode technology, and the construction of a fuel cell vehicle standard system [1] Group 2: Company Developments - Beijing Foton has made continuous breakthroughs in hydrogen vehicle research and application, including the successful safety collision test of a 70MPa hydrogen fuel bus [2] - The company has launched over 3,600 hydrogen fuel models, achieving a safe operational mileage of over 200 million kilometers [2] - The next-generation intelligent connected liquid hydrogen heavy truck, capable of a single refueling range of 1,000 kilometers, is set for demonstration operation in 2026, providing a feasible solution for zero-carbon trunk transportation in China [2] Group 3: Talent Development - A talent demand matching meeting was held during the forum to attract professionals in areas such as intelligent driving system development, fuel cell control, and electric drive, aiming for strategic talent reserves for the long-term development of the new energy industry [3]

Core Insights - The event held on October 15 in Hubei aimed to strengthen collaboration between universities, research institutions, and enterprises in the biomanufacturing sector, establishing a platform for innovation and competitiveness in the industry [1][2] - The event showcased three national-level and ten provincial-level biomanufacturing landmark products, highlighting the advanced technology and economic benefits of these innovations [2] - Hubei University is positioning itself as a leader in synthetic biology in Central China, focusing on breakthroughs in gene editing, enzyme development, and industrial strain design [3][4] Group 1: Event Overview - The event was organized by the Hubei Provincial Department of Economy and Information Technology and included participation from various government officials and industry leaders [1] - Keynote speeches were delivered by prominent scientists and representatives from major companies, emphasizing the importance of biomanufacturing [1] Group 2: Collaboration and Agreements - Hubei University signed multiple cooperation agreements with local governments and enterprises, focusing on technology research and development in areas such as strain modification and enzyme engineering [2] - The event included a signing ceremony for collaborative agreements, indicating strong industry-academia partnerships [2] Group 3: Industry Significance - Biomanufacturing is recognized as a "green engine" for new productive forces and a core area of global technological competition, reshaping industries like pharmaceuticals and food [3] - Hubei's biomanufacturing sector benefits from a multi-dimensional support system, with Hubei University playing a crucial role in advancing life sciences [3][4] Group 4: Achievements and Impact - Hubei University has made significant advancements in technology and innovation, leading multiple national research projects and achieving high rankings in academic performance [4] - The university's contributions have generated substantial economic benefits for the local region, with technology service revenues exceeding 250 million yuan annually [4]

Group 1 - Zhejiang Province has achieved a "Grand Slam" by leading in all five lists of China's top private enterprises, including the latest rankings for R&D investment and invention patents [1][2] - In the "2025 Private Enterprises R&D Investment 500" list, 95 companies from Zhejiang made the cut, an increase of 8 from the previous year, with total R&D expenses reaching 237.09 billion yuan and employing 307,500 R&D personnel [1][2] - The "2025 Private Enterprises Invention Patents 500" list features 115 Zhejiang companies, up by 15 from last year, collectively holding 118,700 valid invention patents, averaging 1,033 patents per company [1][2] Group 2 - Ant Group leads the list of companies from Zhejiang with the highest number of invention patents, focusing on key areas such as general artificial intelligence and collaborative innovation [2] - Jack Technology has made its debut on the "Private Enterprises R&D Investment 500" list, emphasizing the importance of R&D investment for future development and planning to increase investment in AI and humanoid robotics [2] - The increase in the number of listed companies reflects Zhejiang's commitment to nurturing technology-oriented entrepreneurs and promoting collaboration between scientists and entrepreneurs [2][3] Group 3 - The provincial federation of industry and commerce plans to implement a "one enterprise, one policy" tracking service for the 500 strong private enterprises to maintain their leading position nationally [3]

Core Insights - The article highlights the growth and diversification of the edible mushroom industry in China, emphasizing its status as the world's largest producer and consumer, accounting for over 70% of global production [8][9][12]. Market Dynamics - The summer season has seen increased consumer enthusiasm for mushrooms, with various new culinary applications emerging across China [5][6]. - Major provinces for mushroom production and sales include Henan, Fujian, Heilongjiang, and Hebei, with Yunnan leading in wild mushrooms [5]. Economic Impact - The edible mushroom industry in China has an annual production exceeding 40 million tons, with a market value surpassing 380 billion yuan [8]. - The industry is recognized as a "3000 billion-level" sector, following grains, oils, vegetables, and fruits [8]. Technological Advancements - The cultivation of mushrooms requires technical expertise, with factors such as temperature, humidity, and light being critical for success [9][10]. - Investments in technology and collaboration with regions like Fujian have improved production efficiency and reduced costs significantly [10][11]. Consumer Trends - The demand for mushrooms is driven by their nutritional benefits, including being a source of dietary fiber, amino acids, and proteins [12]. - The rise of e-commerce and new marketing strategies has expanded the sales reach of mushroom products [12]. Policy Support - Recent government policies have focused on enhancing the edible mushroom industry, including talent development and standardization of production [13][14]. - The establishment of specialized academic programs and the implementation of national standards are part of the efforts to support industry growth [13]. Future Outlook - The article suggests that the edible mushroom industry will continue to grow, with expectations for increased market size and product diversification [15]. - Emphasis on quality control, brand development, and technological upgrades in processing are seen as key areas for future improvement [14][15].