"十五五"规划建议提出，推动大中小企业协同融通发展。这有利于打破企业规模壁垒，通过资源整合和 优势互补，增强创新效率、提升产业链韧性、稳定宏观经济。 （文章来源：经济日报） 大中小企业协同融通发展是提升宏观经济稳定性的重要路径。近年来，一批大企业带动链上中小企 业"出海"，畅通国内国际双循环；支撑中小企业吸纳就业，夯实民生基础；设立生产基地，吸引中小企 业积极靠拢，形成产业集群，支撑区域经济发展。大中小企业通过优化资源配置、分散系统性风险，携 手提升经济的稳定性和发展的持续性。 也要看到，大中小企业协同融通发展仍面临阻碍。从企业内部看，有些大企业开放资源的意愿不足，有 些中小企业技术水平和质量管控未能满足大企业要求。从外部环境看，要素市场存在壁垒，专业服务机 构短缺，信息不对称导致供需对接不畅，都影响了协同融通的进度。 大中小企业协同融通以市场、资本、技术、信息等互通共享作为基础。一方面，要通过政策引导与制度 保障增强企业协同融通的意愿和能力，比如，完善协同创新的激励举措，对联合攻关项目给予资金支 持。又如，优化产业链融资服务，从而鼓励大企业积极作为，用资源、经验赋能中小企业。另一方面， 要为企业协同融通搭建 ...

（文章来源：证券日报） 证券日报网讯 12月5日，华勤技术在互动平台回答投资者提问时表示，近日，华勤技术获得英特尔合作 伙伴联盟（IntelPartnerAlliance）最高等级认证——"尊享级合作伙伴"（IntelPrestigePartner）。这一荣誉 是英特尔对其全球合作伙伴在技术研发、市场影响力、客户服务等维度综合评估后的最高认可。这一认 证标志着华勤技术与英特尔的合作进入了"生态共振"的新阶段，正在构建一种更加深入、更具价值的协 同创新模式。未来，华勤技术将通过自身在研发能力、市场影响力、产品质量管理、销售业绩、客户服 务水准等多维度的优秀能力，与更多产业链上下游和技术平台进一步深化在硬件技术研发、软硬件融 合、等多价值链的合作，持续优化关键技术与产品，为客户创造更多价值。 ...

美承千年 妆领全球 12月4日，第三届"广州国际美妆周"化妆品高质量发展大会举行，第三届"广州国际美妆周"同步启动。 作为"美妆界的广交会"，广州国际美妆周既发挥了政府引导的宏观优势，又充分激发市场主体的参与热 情，高效促进全行业社会资源精准对接，持续激发美妆产业的市场活力与创新潜能。这场兼具产业高度 与文化厚度的盛典，吸引全球美妆力量齐聚一堂，备受行业瞩目的《2025广州化妆品产业白皮书》（以 下简称《白皮书》）也于现场重磅发布。 《白皮书》由广东省化妆品学会、广州质量检验研究院联合编写，在系统梳理广州千亿级化妆品产业链 全景的基础上，聚焦"原料创新"前沿动态，详尽剖析化妆品原料的产业格局、发展现状和创新路径，囊 括全市超100家本土原料企业的简要介绍、收录创新原料案例，勾勒出广州美妆企业"以原料之芯铸就美 业之基"的奋斗之姿，为广州化妆品产业破局争先、迈向全球价值链核心提供权威指引。 12月4日，第三届"广州国际美妆周"启动。 在流通领域，广州坐拥全国最大的化妆品交易集散地，超过120万种产品在全国范围内流通，形成了从 原料研发、生产制造到品牌营销的全链条产业生态。依托成熟的产业集群，广州持续优化营商环境 ...

Core Insights - The "14th Five-Year Plan" period has seen rapid development in China's chemical new materials industry, with continuous expansion of industry scale and enhancement of technological innovation capabilities. The "15th Five-Year Plan" will focus on three key paths: pursuing high-end development, promoting green intelligence, and facilitating collaboration [1] Pursuing High-End Development - There is a significant imbalance in the development of chemical new materials in China, necessitating enhanced R&D for high-end materials. The self-sufficiency rate for engineering plastics is improving, but high-end products like optical-grade PC and medical polyether ether ketone have a domestic production rate of less than 30% [2] - The electronic chemicals sector faces challenges with insufficient high-end products. While mature processes have achieved domestic production for certain chemicals, the overall domestic production rate for advanced process chemicals remains low, indicating a critical area for future development [2] Promoting Green Intelligence - Green transformation is becoming a global imperative. The engineering plastics industry is encouraged to transition towards a "green circular" model, focusing on bio-based alternatives, recycling, and clean production methods [4] - The synthetic rubber industry is directed towards "green symbiosis" and "intelligent integration," emphasizing the development of bio-based and green materials, as well as the application of artificial intelligence to optimize production processes [4] Facilitating Collaboration - Collaborative innovation is essential for overcoming industry development bottlenecks. The engineering plastics sector is advised to establish a comprehensive collaborative innovation system, integrating various stages from monomer synthesis to application verification [5] - Standardization is highlighted as a crucial support for the electronic chemicals industry, with a need for a complete standard system to enhance consensus between chemical producers and downstream chip manufacturers [6]

"十四五"期间是我国化工新材料产业发展最快的时期，产业规模持续扩大，技术创新能力不断增 强。"十五五"时期，行业如何再上台阶?在11月15日于重庆举行的2025中国化工新材料产业"十五五"发 展研讨会上，与会专家表示，奔高端、向绿智、促协同将成为三大关键路径。 奔高端：破解结构性矛盾 当前，我国化工新材料普遍存在发展不均衡的问题，亟须加强高端材料的研发攻关。 绿色化已成为全球产业的刚性约束和核心竞争力。张丽强调，要顺应全球低碳发展趋势与石化化工行业 绿色转型要求，推动工程塑料产业向"绿色循环"转型。她建议，在原料端，推进生物基替代、回收料高 值化，在生产端，通过工艺节能、绿电替代与清洁生产降碳，从产品端研发可循环/降解、高值长寿命 品类，同时加快构建全链条回收循环体系。 李锦山指出，"橡绿共生""橡智共融"将是合成橡胶产业的发展的两大方向。在"橡绿共生"方面，应开发 生物基橡胶、仿生橡胶、绿色原料等替代原有橡胶，创新新一代卤化丁基橡胶技术、连续化与节能技术 等绿色合成工艺，完善橡胶废物的循环利用体系，让绿色化贯穿合成橡胶的全生命周期。在"橡智共 融"方面，人工智能可优化分子设计与配方，将传统试错法研发周期从数 ...

Core Viewpoint - The article emphasizes the importance of improving the regional innovation system to enhance the overall effectiveness of the national innovation system and promote regional innovation development [1] Group 1: Regional Innovation System - The regional innovation system involves collaboration among various innovation entities such as government, enterprises, universities, and research institutions within a specific geographical area [1] - It is a crucial component of the national innovation system and serves as a foundational support for building a technologically strong nation [1] - Different regions have unique characteristics in their innovation systems due to variations in innovation entities, industrial structures, institutional environments, and historical cultures [1] Group 2: Strengthening Central-Local Collaborative Innovation - The article advocates for enhancing the central-local collaborative innovation framework by improving strategic planning, policy measures, and resource platforms [2] - It encourages local governments to undertake national tasks and explore the elevation of local technology innovation projects to national projects [2] - The aim is to create a unified national innovation strategy while balancing national and regional development needs [2] Group 3: Promoting New Quality Productive Forces - Regions should develop new quality productive forces based on their unique resources, industrial foundations, and research conditions to stimulate economic diversification and innovation [3] - High-level construction of international and regional technology innovation centers is essential to create new growth drivers for high-quality national development [3] - The article calls for a differentiated innovation development path tailored to local advantages, fostering a conducive business environment and innovation ecosystem [3]

Core Viewpoint - Various regions in China are releasing their "14th Five-Year Plan" proposals, focusing on high-quality development through differentiated layouts and regional collaboration [1] Group 1: Economic Development Strategies - Economic powerhouses like Zhejiang, Hubei, and Beijing are positioning themselves as innovation hubs by increasing R&D investments and tackling key technologies [1] - Regions such as Chongqing and Inner Mongolia are leveraging their traditional advantages while also planning to excel in emerging industries [1] Group 2: Collaborative Innovation - Urban clusters like the Beijing-Tianjin-Hebei region and the Chengdu-Chongqing economic circle are proposing new strategies to enhance collaborative innovation [1]

祥泰之州，聚力启新。11月21日，以 "驰骋山河 共筑华章" 为主题的一汽解放&华阳物流& 江苏海鹏战略签约暨百辆轿运车交付仪式 在江苏泰州圆满举行，为长三角轿运物流产业合规化转型与高质量发展注入强劲动能。 锚定场景需求，共筑协同生态 仪式现场，解放动力营销中心高级主任师陈建华在致辞中表示，作为 "国车长子"，解放始终聚焦轿运行业需求迭代，以技术创新打造核 心动力装备，而与江苏海鹏的携手，正是为了实现 "产品性能" 与 "改装适配" 的完美契合，为终端用户提供一体化解决方案。 江苏海鹏特种车辆制作有限公司专机事业部总经理范成龙表示解放悍 V 系列产品的硬核品质与可靠性能，为定制化改装提供了坚实基 础，在此前提下，海鹏精准对接华阳物流商品车运输需求，通过针对性改装实现装载空间与运输安全的最优平衡，让产品更贴合中长途 轿运场景。 长春市华阳储运有限公司车辆运营部部长吴峰则直击行业痛点："随着新能源乘用车运输订单增多，其比传统燃油车车重更重的特性， 对车辆动力提出更高要求" 他表示，选择解放青汽与海鹏的联合方案，正是看中双方在动力性能与改装适配的双重优势，相信百辆新车 将为企业降本增效提供坚实支撑。 精准破解痛点， ...

Core Insights - The 2025 Future Science City Energy Valley High-Quality Development Conference was held in Changping District, Beijing, focusing on the theme of "central-local integration development, deepening collaborative innovation, and promoting the activation and elevation of the Future Science City" [1][3] Group 1: Conference Overview - The conference was organized by the Changping District People's Government and included participation from city-level department leaders, representatives from universities, state-owned enterprises, and high-tech private enterprises, attracting over 400 attendees [3] - The event featured a combination of academic and innovative content, including signing ceremonies for strategic cooperation and project agreements between enterprises and local government [4][18] Group 2: Collaborative Initiatives - The conference emphasized the establishment of collaborative innovation platforms between central enterprises and universities, aiming to facilitate organized technology transfer and deepen the integration of technological and industrial innovation [6] - Notable agreements included partnerships between COFCO Nutrition and Health Research Institute with Beijing University of Chemical Technology, and Beijing New Building Materials Group with Beijing Information Science and Technology University [6] Group 3: Investment and Funding - The Future Science City Advanced Energy Industry Mother Fund was established to promote energy technology innovation and industry aggregation, with government investment leading the initiative [8][9] - The fund aims to create a "financial + industry" integration model, setting a benchmark for green development [9] Group 4: Technological Advancements - The launch of the Future Science City Carbon Monitoring and Management Platform was announced, utilizing Tsinghua University's "electric-carbon coupling" theory and machine learning algorithms to create a precise carbon emission calculation model [11] - This platform aims to support the implementation of carbon emission control tasks and promote regional green and low-carbon development [11] Group 5: Talent Development - The 2025 "Central Enterprise Strong Nation Youth Scientist" initiative was launched to identify and invite 50 young scientists from central enterprises to foster a high-level talent aggregation platform [13][14] - This initiative aims to enhance the integration of innovation chains, industrial chains, financial chains, and talent chains, contributing to the high-quality development of the region [14] Group 6: Research and Innovation Centers - The second phase of the National Electric Power Investment Corporation's research innovation base was inaugurated, focusing on advanced energy technology and serving as a core platform for the integration of large, medium, and small enterprises [16] - The establishment of the Future Science City Central Enterprise Research Institute "Dean Alliance" was also announced, promoting collaborative research and resource sharing among research institutes [18]

Core Insights - China's modernization is characterized by its unprecedented scale, with over 1.4 billion people, making it the only country with all industrial categories recognized by the United Nations [1] - By 2024, China's manufacturing value added is expected to account for nearly 30% of the global total, maintaining its position as the world's largest manufacturing nation for 15 consecutive years [1] - China leads in the production of over 220 major industrial products, with more than 50% of global output in crude steel, cement, and electrolytic aluminum [1] - The country produces over 80% of the world's photovoltaic components and 70% of wind power equipment, with new energy vehicle production leading globally for 10 years [1] - China's shipbuilding industry ranks first globally in completion volume, new orders, and orders on hand, holding over 50% of the global market share [1] - The renewable energy sector boasts a total installed capacity of 2.16 billion kilowatts, accounting for over 40% of the global total [1] - China has the largest and most complete information and communication network globally, leading in 5G base stations, mobile phone users, and fixed broadband network scale [1] - The number of "lighthouse factories," representing the highest level of smart manufacturing and digitalization, is the highest globally, accounting for over 40% [1] - Industrial robot installations account for over 50% of the global total [1] Industry Development - The super-large market advantage provides continuous support for industrial development, ensuring autonomous and rapid response in production and manufacturing through a complete supply chain system [2] - In Suzhou, a service robot manufacturing company is experiencing a busy logistics scene, with nearly 30,000 service robots produced daily, showcasing the efficiency gained from intelligent supply chain optimization [2] - The local supply chain, with over half of its components sourced within a one-hour transport radius, has achieved near-zero inventory management for frequently used parts [2] - Collaborative innovation among upstream and downstream enterprises in the supply chain enhances technological resource sharing and capability complementarity [3] Market Dynamics - The closed-loop model of "market demand—joint R&D—mass production" significantly shortens the R&D cycle, aligning products more closely with practical application scenarios [4] - The robot and artificial intelligence industry in Suzhou has gathered over 1,600 related enterprises, with service robots accounting for over 60% of national production, and the industry scale expected to exceed 200 billion yuan by 2025 [4] Strategic Insights - Experts emphasize the need to convert the super-large market advantage into a competitive edge for the industrial chain, highlighting the importance of a unified national market to facilitate resource flow [5] - The vast domestic market provides unique opportunities for innovation and growth, particularly in the manufacturing sector, driving it towards higher-end and greener development [5] - Addressing local protectionism and market segmentation is crucial for enabling effective resource allocation across regions [5]