（来源：光力科技股份有限公司） 光力科技董事长赵彤宇携研发、技术核心团队出席座谈，对邱士可副院长一行的到来表示热烈欢迎。 座谈会上，双方围绕科研机构与企业优势互补、推动科技成果产业化等方向展开交流。河南省科学院拥有51个研究院所、3000余名科研技术人员，在半导 体、激光制造、人工智能等领域具备科研积淀与人才优势。光力科技股份有限公司在智能制造、精密测控等领域具备深厚的技术积累与产业化实践。双方 一致认为，彼此在人才培养、平台建设、项目合作、产业化推广应用等方面契合度高，未来合作空间值得期待。 本次交流为双方后续深入对接奠定了良好基础，也是光力科技在新一年持续链接高端创新资源、强化技术创新能力的重要开端。公司将以此为契机，不断 提升核心竞争力，助力河南高端装备与智能制造产业高质量发展。 （来源：光力科技股份有限公司） 2月26日下午，河南省科学院副院长邱士可率队莅临光力科技股份有限公司，双方就院企协同创新、科技成果转化等议题进行交流座谈。本次交流是光力 科技新春开工以来迎来的首场重要院企互动，为公司新一年的创新发展注入积极动能。 2月26日下午，河南省科学院副院长邱士可率队莅临光力科技股份有限公司，双方就院企 ...

2月17日，记者从国务院国资委获悉，近年来国务院国资委坚持推动科技创新和产业创新融合发展，指 导中央企业加快畅通科技成果产业化途径，推动产业链和创新链深度对接，助力发展新质生产力。 在增加高质量科技供给方面，国务院国资委支持中央企业布局建设97个原创技术策源地，新设了一批企 业联合基金，取得一批标志性成果。1000余项优秀成果纳入中央企业科技成果推荐目录，在6000余家企 业推广落地。 据了解，下一步，国资央企将聚焦科技创新和产业创新深度融合，重点推动三方面工作：在科技端加大 攻关力度，夯实高质量发展的技术底座；在产业端加强前瞻布局，推动未来技术产业化、重点领域未来 化；在转化端加速精准对接，加快建设成果产业化智慧服务平台，持续推进中试能力建设和服务开放， 推动科技成果加快转化为现实生产力。 资讯编辑：陈群 021-26096771 资讯监督：乐卫扬 021-26093827 资讯投诉：陈跃进 021-26093100 在加快成果转化应用方面，国务院国资委发布中央企业中试验证平台对外开放服务手册，推动中央企业 开放市场、开放场景，科技成果应用拓展工程50个项目牵引2000余家创新主体，实现126项成果首试首 ...

记者从国务院国资委获悉，近年来国务院国资委坚持推动科技创新和产业创新融合发展，指导中央企业 加快畅通科技成果产业化途径，推动产业链和创新链深度对接，助力发展新质生产力。 在增加高质量科技供给方面，国务院国资委支持中央企业布局建设97个原创技术策源地，新设了一批企 业联合基金，取得一批标志性成果。1000余项优秀成果纳入中央企业科技成果推荐目录，在6000余家企 业推广落地。 （文章来源：新华社） 此外，国务院国资委支持中央企业与高校、科研院所、民营企业等紧密合作，成立了33个国家级产业联 盟，公开发布"揭榜挂帅"榜单210个。 据了解，下一步，国资央企将聚焦科技创新和产业创新深度融合，重点推动三方面工作：在科技端加大 攻关力度，夯实高质量发展的技术底座；在产业端加强前瞻布局，推动未来技术产业化、重点领域未来 化；在转化端加速精准对接，加快建设成果产业化智慧服务平台，持续推进中试能力建设和服务开放， 推动科技成果加快转化为现实生产力。 在加快成果转化应用方面，国务院国资委发布中央企业中试验证平台对外开放服务手册，推动中央企业 开放市场、开放场景，科技成果应用拓展工程50个项目牵引2000余家创新主体，实现126 ...

（来源：黑龙江日报） 转自：黑龙江日报 佳木斯电机股份有限公司生产车间。王新新摄 工作人员正在组装农机。王新新摄 □吴双 本报记者 刘大泳 科创聚能破局，产业振兴奋进。2025年，佳木斯市紧扣"3510"总体工作布局，以"科技成果产业化突破年"为 总抓手，扎实推进科技赋能新质生产力各项工作，在创新平台建设、技术攻关、成果转化、生态培育等多领 域实现突破性进展，科创能力持续提质，特色产业集群不断壮大，为全市经济社会高质量发展注入强劲动 能。 技术攻坚+成果转化 产业赋能精准发力 聚焦智能农机、新材料等重点产业领域，佳木斯市集中力量推进关键技术协同攻关，全年推动9项省级关键技 术攻关项目落地，组织实施市级攻关项目30项，较上年增长42.9%，总投资达2.9亿元。 中建材佳星玻璃（黑龙江）有限公司"无机全固态电致变色薄膜"项目完成器件结构优化设计并申请专利，黑 龙江省普田种业集团有限公司"优质高产多抗水稻新品种选育"项目积累种质资源1490份，佳木斯电机股份有 限公司"电机绿色回收再制造研究"项目完成工程样机技术方案研究，一系列硬核成果为产业转型升级提供坚 实技术保障。 成果转化跑出"加速度"，全力推进成果产业化突 ...

以上内容基于公开资料整理，不构成投资建议。 公司项目推进 根据腾讯财经的报道，2026年1月28日，创新奇智与上海交通大学海南研究院签署战略合作协议，双方 将聚焦水下智能作业装备、海洋环境感知等领域，推动产学研融合和科技成果产业化。 经济观察网基于最新公开信息，创新奇智(股票代码：02121.HK)近期有以下值得关注的事件： 近期事件 根据每日经济新闻的报道，创新奇智于2026年1月27日正式在港交所挂牌上市，成为"AI+制造"第一 股，标志着其在资本市场的关键一步。 ...

Core Viewpoint - The company has signed a strategic cooperation agreement with Shanghai Jiao Tong University Hainan Research Institute to advance collaboration in technology and projects, particularly in marine technology and robotics [1][2] Group 1: Strategic Cooperation - The agreement aims to leverage the core research capabilities of Shanghai Jiao Tong University in deep-sea technology and marine equipment, alongside the company's expertise in artificial intelligence and industrial large model technology [1] - The collaboration will focus on areas such as underwater intelligent operation equipment, underwater multi-axis robotic arms, underwater target recognition and tracking, integrated unmanned equipment for air-sea-submarine operations, marine environmental perception, and optimization of marine equipment structural design [1] Group 2: Benefits of Collaboration - The partnership is expected to enhance the integration of industry, academia, and research, promoting resource sharing and mutual benefits under the principles of leveraging advantages, integrating resources, and joint efforts [2] - The collaboration will also include talent cultivation, achievement transformation, and resource sharing, which will facilitate the industrialization of technological achievements [2]

Group 1 - The core viewpoint of the news is the strategic cooperation agreement signed between the company and Shanghai Jiao Tong University Hainan Research Institute to advance technology and project collaboration in marine technology and artificial intelligence [1][2] - The collaboration will focus on the development of underwater intelligent operational equipment, underwater multi-axis robotic arms, underwater target recognition and tracking, integrated unmanned equipment for air-sea-submarine operations, marine environmental perception, and optimization of marine equipment structural design [1] - The partnership aims to establish a joint laboratory for intelligent marine technology equipment research, promote talent cultivation, result transformation, and resource sharing, thereby enhancing the integration of industry, academia, and research [2] Group 2 - The board believes that Shanghai Jiao Tong University Hainan Research Institute possesses high-quality educational resources, research teams, and core technological competencies in marine technology, robotics, and artificial intelligence [2] - The company has established market channels, practical resources, and technical application scenarios in underwater special robots and artificial intelligence, which complements the research institute's strengths [2] - The strategic partnership is expected to deepen the integration of industry and academia, promote resource sharing, and drive the industrialization of technological achievements based on the principles of leveraging advantages, integrating resources, and mutual benefit [2]

Core Viewpoint - The opening ceremony of the Jizhou Graphene New Materials Industrial Park in Hengshui, Hebei Province marks a significant development in the graphene industry, with a focus on expanding business opportunities in the Beijing-Tianjin-Hebei region through the partnership between Anhui New Materials Company and local enterprises [1] Group 1: Company Developments - Anhui New Materials Company, a subsidiary of China Chemical Engineering Donghua Engineering Technology Co., Ltd., has signed cooperation agreements to enhance its operations in the graphene sector [1] - The company’s gas-phase synthesis graphene production project is included in the first batch of the Central Enterprise Technology Achievement Application Expansion Project, aiming to streamline the entire industrial chain from technological achievements to market applications [1] Group 2: Industry Impact - The gas-phase synthesis graphene production project has already led to the development of downstream products such as heavy-duty anti-corrosion coatings and high-conductivity aluminum materials, indicating a successful transition from technology to practical applications [1] - The project is gradually establishing a new model for the industrialization of technological achievements within the graphene industry [1]

Core Insights - The establishment of the Changshu Magnesium-Aluminum Lightweight Alloy Material Verification Center and the Changshu Green Environmental New Material Achievement Transformation Alliance aims to create a comprehensive service platform for the industrialization of laboratory results [1] Group 1: Center and Alliance Establishment - The verification center is supported by the Shanghai Jiao Tong University’s Materials School, focusing on the critical validation phase of new materials from the lab to the market [1] - The center aims to facilitate the transition of scientific achievements from the laboratory to the market by building a collaborative platform between industry, academia, and research [1] Group 2: Service System and Investment Model - A full-chain service system has been established, including technology validation, market assessment, resource docking, and incubation [1] - The center collaborates with various investment institutions to create a relay development model that includes verification funding, seed investment, and growth-stage follow-up investment [1] Group 3: Industry Application - The Deputy General Manager of Jiangsu Chang Aluminum Industry Co., Ltd. emphasized that the center and alliance will serve as an efficient technical connection bridge between enterprises and universities [1] - The company plans to actively participate in collaborative projects to promote breakthroughs in the application of magnesium-aluminum lightweight alloy materials in fields such as new energy vehicle battery casings and thermal management systems [1]

Core Viewpoint - Beijing has launched a series of measures to enhance its pilot testing service capabilities, aiming to promote the integration of technological innovation and industrial innovation, with a target of establishing 10 national-level pilot testing platforms and 50 municipal-level platforms by 2030 [1][4]. Group 1: Pilot Testing Platforms - The pilot testing platforms are crucial for transitioning new products from the trial production stage to the manufacturing process, serving as a key link in the industrialization of technological achievements [1][3]. - Beijing has identified 146 pilot testing platforms, primarily concentrated in the fields of pharmaceuticals, new materials, and intelligent equipment, accounting for nearly 70% of the total [1][3]. - The city aims to support leading enterprises and research institutions in building collaborative pilot testing production lines that meet national and local strategic needs [3][4]. Group 2: Support Measures - The measures include financial support for new projects, with up to 35% of total investment or a maximum of 100 million yuan in subsidies for qualifying projects [5]. - For projects in emerging industries like new-generation information technology and intelligent connected vehicles, subsidies can reach 25% of total investment, capped at 50 million yuan [5]. - The initiative also encourages the establishment of a regional pilot testing industry alliance in the Beijing-Tianjin-Hebei area to facilitate technology transfer and application scenario demonstrations [4][6]. Group 3: Talent Development - The measures emphasize the importance of building a skilled workforce by promoting collaboration between universities and pilot testing platforms to cultivate professionals who understand products, manufacturing, testing, and safety [4][5]. - The city plans to support the development of a talent pool capable of addressing complex engineering challenges, thereby enhancing the overall innovation capacity [4][7]. Group 4: Financial and Operational Support - Financial institutions are encouraged to develop innovative insurance products for pilot testing-related risks and to enhance credit support for technology transfer projects [6]. - The city will streamline project management and approval processes to accelerate the establishment and operation of pilot testing projects [6][7]. - An upgraded industrial map will be created to consolidate resources and facilitate connections between technology achievements and financial support [6].