On September 22nd, the General Office of the Fuzhou Municipal People's Government issued an implementation opinion on accelerating the cultivation and development of future industries. The document pointed out that relying on carriers such as the Haixi Research Institute of the Chinese Academy of Sciences, the Mindu Innovation Laboratory, and the Straits Innovation Laboratory, we will accelerate the acquisition of key optoelectronic components and materials, high-end chips, and other core technologies, and strengthen the application of third-generation semiconductor materials in new displays, intelligent photovoltaics, semiconductor lighting, and other fields.
1、 Guiding ideology
Build a future industrial innovation highland with global influence.
2、 Development goals
Focusing on the construction of the Science and Technology Innovation Corridor, we will promote the breakthrough of cutting-edge technologies and leapfrog development in the new materials industry with a good industrial foundation and rapid growth. We will also promote the doubling development of six industries with development potential, including the new generation of optoelectronics, independent artificial intelligence, future energy, deep-sea aerospace development, metaverse, and future healthcare. We will plan to layout future industries in two incubation periods, including quantum technology and future networks. By 2030, a batch of influential future technologies will emerge Innovative applications, leading enterprises, and leading talents, striving to build a future industrial cluster with strong international competitiveness and a source of original innovation.
——Build a source of innovation in the southeast coast. Taking Southeast China (Fujian) Science City and Binhai New City as the dual cores, we will optimize and strengthen new laboratories and major technological infrastructure, establish more than 10 future industrial innovation centers, and create a source of technological innovation that radiates across the country and even the world.
——The future industrial competitiveness will continue to improve. The future industrial development system has basically formed, and industries such as new materials, next-generation optoelectronics, autonomous artificial intelligence, and future energy are accelerating their growth. We will accelerate the creation of a number of future industrial pilot zones and promote industrial agglomeration leading development.
——The vitality of innovative entities is bursting out. Technology oriented enterprises in the future industrial field have doubled and improved their quality, cultivating 30 top enterprises and more than 300 provincial-level specialized and innovative enterprises, and attracting a group of world-class future industrial innovation leaders and high-level innovation teams.
——Optimize and improve the ecological development of industries. Cultivate a group of high-level talents, participate in the national big science plan and big science engineering, continuously optimize the innovation ecosystem, create more than 20 major application scenarios, and form an efficient collaborative innovation ecosystem between industry, academia, research, and application.
3、 Development focus
Adopting the approach of "key breakthroughs and gradient cultivation" to build a "1+6+2" future industrial development system.
（1） Promote the leapfrog development of cutting-edge new materials industry
Focusing on the three segmented advantageous fields of advanced metal materials, high-performance functional fiber materials, and high-end fine chemical new materials, we will promote the integration and development of new materials with new generation information technology, new energy, and biopharmaceutical industries. Relying on carriers such as the Haixi Research Institute of the Chinese Academy of Sciences and the Southeast Branch of the Central Research Institute of China Aluminum Corporation, we will establish a new material innovation center and a technology transformation center, strengthen basic research and technology accumulation, Promote the breakthrough of cutting-edge technologies in the new material industry and achieve leapfrog development. Explore breakthroughs in fields such as liquid metals, new high and low temperature superconducting materials, carbon fiber composites, and new generation 3D printing materials. Increase the research and development efforts of semiconductor lighting materials and new display materials, and promote the research and application of high-density distributed fiber optic sensing technology Responsible units: Municipal Bureau of Industry and Information Technology, Municipal Bureau of Science and Technology, Municipal Development and Reform Commission, People's Governments of various counties (cities) and districts, and High tech Zone Management Committees. The following needs to be implemented by the people's governments of each county (city) and district, as well as the management committee of the high-tech zone, and will not be listed anymore
（2） Promote the doubling development of key industries
1. New generation optoelectronics. Focus on the industrial chains of optical communication, laser, optical lenses, LED, etc., enhance the competitiveness of optical crystal materials, laser devices, optoelectronic communication modules, optical lenses, and other products, vigorously develop high-end optoelectronic chips, high-power lasers, high-speed optical modules localization, and make up for the missing links in the upstream and downstream of optical raw materials, optical communication equipment, machine vision equipment, etc. Relying on carriers such as the Haixi Research Institute of the Chinese Academy of Sciences, the Mindu Innovation Laboratory, and the Strait Innovation Laboratory, we will accelerate the acquisition of key optoelectronic components and materials, high-end chips, and other core technologies, and strengthen the application of third-generation semiconductor materials in fields such as new displays, intelligent photovoltaics, and semiconductor lighting. Promote the extension of our city's optoelectronic industry chain to high-precision industrial lasers, aerospace, optical machinery, intelligent robots and other "high-precision and cutting-edge" application fields. (Responsible units: Municipal Bureau of Industry and Information Technology, Municipal Development and Reform Commission, Municipal Science and Technology Bureau)
2. Autonomous artificial intelligence. Based on the Fujian Artificial Intelligence Computing Center and radiating to the southeast region, we will carry out cutting-edge core technology research in the development direction of artificial intelligence, deepen research on general technologies such as natural language processing, computer vision, and speech recognition, improve chip computing power utilization, and create an adaptive chip development ecosystem. We will focus on developing six major application fields, including industrial internet, smart healthcare, smart education, smart security, smart finance, smart driving, and drones, and strive to cultivate and develop a batch of high-tech products in the field of artificial intelligence with independent intellectual property rights and good market prospects. Prospective layout of brain chips, exploring memory computing integrated chips based on memristors, and accelerating the breakthrough development of computing power. (Responsible units: Municipal Big Data Commission, Municipal Science and Technology Bureau, Municipal Industry and Information Technology Bureau, Municipal Development and Reform Commission)
3. Future energy. Focusing on energy storage converters and system integration solutions, actively exploring the technology system for achieving energy interaction between electric vehicles and the power grid through charging stations, and taking the lead in building a mutually beneficial and symbiotic ecosystem between the energy storage industry and the new energy vehicle industry. Promote the establishment of electrochemical laboratories, research breakthroughs in cutting-edge technologies such as electrochemical energy storage, and accelerate the transformation and demonstration application of achievements; Carry out pilot construction of "offshore wind power+energy storage" to promote the industrial application of offshore wind power energy storage; Carry out integrated pilot applications of "optical storage charging and inspection", create demonstration zones for optical storage charging and inspection applications, and create a nationally influential new energy gathering center. Key breakthroughs will be made in the core technologies of efficient and safe hydrogen storage and transportation equipment, key materials for fuel cells, multifunctional compressors, high-power fuel cells, and fuel cell vehicles. Carry out technological breakthroughs in power batteries and related supporting systems that are adaptable to high, cold, and low temperature environments, with high reliability and safety, and achieve independent research and industrial application. We will carry out large-scale photovoltaic hydrogen production, distributed power generation, cogeneration, and other new energy supply models, explore hydrogen blending technology in urban natural gas pipelines, pilot the use of hydrogen for turbine fuel in gas power stations, and strive to accelerate the formation of a relatively complete hydrogen industry development ecosystem. We will build a demonstration base for hydrogen energy multi scenario application, and achieve commercial application of hydrogen energy. (Responsible units: Municipal Bureau of Industry and Information Technology, Municipal Development and Reform Commission, Municipal Science and Technology Bureau)
4. Deep sea and aerospace development. Focusing on the strategic direction of national deep-sea resource development, we plan to establish a national level marine equipment technology center and national laboratory, carry out research and development of basic and key technology applications for marine equipment, layout the research and development of common and key technologies for deep-sea resource development supporting equipment, and focus on breaking through the design and manufacturing technology of ocean engineering ships, deep-sea aquaculture platforms, offshore wind power installation, operation and maintenance auxiliary equipment, as well as related supporting equipment and systems, Cultivate and develop deep-sea mining equipment, deep-sea biological resource collection equipment, deepen resource processing equipment and other deep-sea industries, and accelerate sea trial verification and demonstration applications. By utilizing carriers such as Beidou Town and the National Geospatial Information Fuzhou Industrialization Base, and utilizing technologies such as Beidou Grid Code and spatial information big data, we will focus on developing underwater acoustic communication, electronic nautical charts, ocean remote sensing radar, etc., create a maritime digital application center, develop intelligent terminal products that integrate satellite communication, remote sensing surveying and mapping, navigation and positioning, and cultivate and develop high-performance 5G integrated water, land, and air transmission systems, Create a full industry chain characterized by spatial information and application services. Accelerate the construction of new infrastructure for "smart low altitude", accelerate the cultivation of an industrial ecosystem of "drones+industry scenarios", create a "three-dimensional integration" smart city three-dimensional grid management demonstration platform, and expand the new growth pole of low altitude economic development in our city. (Responsible units: Municipal Bureau of Industry and Information Technology, Municipal Big Data Commission, Municipal Development and Reform Commission, Municipal Science and Technology Bureau)
5. Metaverse. The focus is on the layout of the Software Park, Changle Functional Zone, and Taixi Park, with Fuzhou University Science and Technology Park as the key carrier. We will provide technical support in blockchain, network and computing power, interactive equipment, and digital infrastructure, and improve the metaverse industry ecological chain from five levels: content production, certification standards, data processing, virtual and real interfaces, and network environment. Using games as the main entry point, gradually expanding the application scenarios of virtual community and physical world integration, focusing on the development of VR/AR technology and product development and production, metaverse office, metaverse games, metaverse consumption, immersive socializing, immersive libraries/museums, and other multiple scene formats, promoting the development of new terminals for deepening perceptual interaction and systematic virtual content construction. Collaborative research will be carried out around key technologies in the metaverse such as NFT, brain computer interfaces, intelligent chips, and computing networks, actively cultivating industrial metaverse, digital virtual humans, and digital art trading formats. Strengthen the research and development of high-performance computing chips, break through human-computer interaction and digital twin technology, advance the layout of new application scenarios such as human digital twin, high-speed internet access in the air, and holographic communication based high fidelity extended display (XR), and create a unified network of virtual and real space ubiquitous in Zhilian. (Responsible units: Municipal Big Data Commission, Municipal Science and Technology Bureau, Municipal Market Supervision Bureau, Municipal Commerce Bureau, Municipal Natural Resources and Planning Bureau, Municipal Construction Bureau, and Municipal Culture and Tourism Bureau)
6. Future healthcare. Focusing on emerging fields such as major new drug creation, high-end medical devices, green pharmaceutical technology, synthetic biotechnology, molecular diagnostic technology, as well as hot topics such as the cross integration of big data, artificial intelligence, new materials, and the pharmaceutical industry, we will solidly carry out basic theoretical and scientific research in the forefront of medicine, and strive to build a number of national science and technology plan projects and provincial major science and technology projects; Accelerate the construction of four major platforms: a national level new drug technology innovation platform, a new drug creation achievement trading platform, a new drug creation product application platform, and a new drug creation achievement transformation and application platform, and promote breakthroughs in bottleneck technologies such as the research and development of new gene therapy vectors, engineering cell construction, antibody engineering optimization, and artificial intelligence assisted drug design. Focus on promoting the research and development and production of pathological diagnosis, genetic testing, testing reagents, stem cell storage/treatment, CAR-T immunotherapy, regenerative medicine, personalized diagnosis and treatment, AI assisted diagnosis and treatment, and vigorously develop household medical devices and high-end medical devices. (Responsible units: Municipal Bureau of Industry and Information Technology, Municipal Development and Reform Commission, Municipal Science and Technology Bureau, Municipal Market Supervision Bureau)
（3） Promote forward-looking industrial innovation and development
1. Quantum technology. Focus on the development of quantum computing, quantum communication, quantum measurement and other fields, build first-class research and development platforms, open source platforms, and standardized public service platforms, build the Southeast Quantum Science Center, carry out research and development of key engineering equipment and core technologies such as quantum precision measurement in the field of quantum technology, and strive to achieve breakthroughs in application scenarios such as quantum communication and quantum intelligent computing. (Responsible units: Municipal Big Data Commission and Municipal Science and Technology Bureau)
2. Future network. Develop service customization networks (SCNs) by leveraging network operating systems, programmable networks, deterministic networks, and cloud network integration. Promote breakthroughs in intelligent computing theory technology and innovative products, and tackle cutting-edge technologies such as next-generation channel coding and modulation technology, next-generation antenna and RF technology, ultra high-speed optoelectronic terahertz communication, software and open source network key technologies, high-speed all optical communication, dynamic spectrum sharing technology, and sixth generation mobile communication (6G). (Responsible units: Municipal Big Data Commission, Municipal Bureau of Industry and Information Technology, and Municipal Communications Management Office)
4、 Key Tasks
（1） Drive industrial development with the support of leading enterprises. Focusing on "grasping leading enterprises, forging chains, and building clusters", we will take the cultivation of leading enterprises as the guiding work for the development of future industries. One is to increase the investment attraction efforts of leading enterprises. Pay attention to and cultivate Nezha Enterprises, Gazelle Enterprises, Unicorn (potential) enterprises, etc., and focus on selecting areas with intensive innovation resources and prominent industrial characteristics such as Beijing, Shanghai, Shenzhen, and Hangzhou. Focus on the key areas of future industrial development in our city, do a good job in "grabbing" articles, and spare no effort to attract a large number of well-known domestic and foreign enterprises and future industrial projects with significant influence, striving to strengthen the nuclear effect of future industries. The second is to encourage the platformization and ecological development of local leading enterprises. Fully leverage the resource advantages of leading enterprises in supply chain, technology, capital, talent, market, and other aspects, support their establishment of professional maker spaces, incubators, and other maker platforms, establish internal venture capital funds, encourage employees to start businesses, and attract external upstream and downstream entrepreneurial enterprises, forming a coordinated development pattern for large, small, and medium-sized enterprises in the industrial chain, and accumulating main strength for future industrial development and growth. (Responsible units: Municipal Bureau of Industry and Information Technology, Municipal Big Data Commission, and Municipal Investment Promotion Service Center)
（2） Promote technological innovation through platform construction. One is to promote the construction of national innovation platforms. Support Mindu Innovation Laboratory, Digital China Research Institute (Fujian), Provincial Integrated Circuit Design Center (ICC), Beidou Grid Smart Space Laboratory, Hongmeng Innovation Center, and Meta Universe Innovation Center to establish future industrial strategic alliances, increase investment in basic research for future industries, build a number of national technology innovation centers and State Key Laboratory, and actively strive to join the national network nodes of large scientific devices, Focus on gathering future industries for strategic, forward-looking, and fundamental research. The second is to establish a new model of school enterprise cooperation. Promote leading enterprises to increase R&D investment, encourage enterprises and universities to jointly build platforms, establish new R&D institutions that integrate multiple functions such as scientific research, applied research, and talent cultivation, explore delivery based R&D, establish demand oriented project selection mechanisms and achievement evaluation mechanisms, and provide strong support for enterprise R&D and achievement transformation. The third is to promote the construction of technology enterprise incubators. Accelerate the incubation of technology startups, elongate the innovation and entrepreneurship incubation chain, establish a development model of "professional technology enterprise incubators+technology parks", and create a full incubation chain of "mass innovation space+incubators+accelerators". The fourth is to establish a system of "exposing and commanding". In response to the "bottleneck" technology of the future industry, we will implement a number of global "unveiling and leading" projects, introduce top talents, research teams, and innovative enterprises from around the world, establish a market-oriented mechanism for sharing benefits and risks, and promote the industrialization of research and development activities. (Responsible units: Municipal Science and Technology Bureau, Municipal Development and Reform Commission, Municipal Industry and Information Technology Bureau, Municipal Big Data Commission, and Municipal Education Bureau)
（3） Create pilot demonstrations through scenario construction. One is to strengthen the construction of early application scenarios for future technology, accelerate the development of cross-border application scenarios for future technology, create an innovative system for "early validation fusion testing comprehensive promotion" scenario application, and use pilot testing and fusion applications to assist in technology transformation and product development. We will build a number of benchmark demonstration scenarios for future communities, factories, hospitals, commerce, scenic spots, and education. The second is to implement industrial cross-border integration projects, create new application scenarios and consumer demands, increase the interdisciplinary and interdisciplinary expansion of future technology applications, and create several future technology applications and industrial integration scenarios. The third is to promote innovative policies. Increase the promotion and application efforts for the first set, first batch, and first version of new products, applications, and services in the future industry, and continuously introduce application promotion policies. (Responsible units: Municipal Big Data Commission, Municipal Bureau of Industry and Information Technology, Municipal Bureau of Natural Resources and Planning, Municipal Construction Bureau, Municipal Bureau of Culture and Tourism, etc.)
（4） Leading industrial agglomeration through carrier construction. Accelerate the standardization construction of the park, fully leverage the advantages of resources such as technology, talent, and industrial foundation, strengthen scientific and technological services and factor guarantees, and promote the development of future industrial clusters. Firstly, relying on the construction of the Science and Technology Innovation Corridor, focusing on the fields of new generation optoelectronics, autonomous artificial intelligence, metaverse, quantum technology, and future networks, we will promote the research and development of original technologies and the transformation of achievements, and create a national level important base for the research and development of original technologies and the transformation of achievements. Secondly, relying on national and provincial-level industrial parks, we will focus on new materials, deep-sea aerospace development, future energy, future healthcare, and other fields to promote the transformation and application of a number of scientific and technological achievements, promote the implementation and construction of a number of future industrial projects, and create a number of future industrial pilot zones. (Responsible units: Municipal Bureau of Industry and Information Technology, Municipal Bureau of Science and Technology, and Municipal Big Data Commission)
5、 Safeguard measures
（1） Refine the action plan. Relying on the working mechanism of the industrial chain, each leading department is responsible for refining and formulating future industrial development action plans by industry, clarifying work goals and task lists, and establishing the "Six Ones" working mechanism, which means that each future industry corresponds to a list of leading enterprises and "invisible champions" enterprises, a list of investment attraction, a list of key investment projects, a set of scientific and technological innovation systems, and a policy toolkit A strategic consulting and support institution.
（2） Increase policy support. According to the principle of inclusiveness and prudence, we will coordinate supervision and services, appropriately relax market access for products and services in emerging fields, and deepen the innovation of mechanisms and policies for reducing and loosening the burden on scientific research talents. Accelerate the market-oriented allocation of factors, strengthen the position of enterprises as innovative entities, study future industrial land use models, and promote data openness and trading. Implement policies such as deducting research and development expenses, equipping the first unit (set), and promoting innovative products, encourage the market to carry out consumption subsidies, and cultivate and strengthen market demand. Strengthen talent service guarantee and financing support.
（3） Create a development atmosphere. Accelerate the construction of a market-oriented, legal, and international business environment, reduce institutional transaction costs, standardize market competition order, and strengthen institutional protection for innovation in "unmanned areas". Vigorously create a social atmosphere and innovative culture that encourages innovation, tolerates failure, respects talent, and respects creativity. Increase efforts in pilot applications, summary of innovative demonstration cases, and promotion of experience. Deepen popular science education, nurture and sprout more future scientific seeds, and lay a solid foundation for the sustainable development of future industries.