Ships and marine engineering equipment are important components of high-end manufacturing, and Shanghai is the forefront of research and innovation in marine engineering equipment. It is necessary to promote "chain building", "strengthening the chain", "extension of the chain" and "replenishing the chain" in an integrated manner, continue to introduce and cultivate leading enterprises, specialized and new enterprises and "single champions", and strive to win in a sound industrial system and a complete industrial chain. initiative.
Recently, seven departments including the Shanghai Municipal Economic and Information Commission, Shanghai Municipal Development and Reform Commission, and Shanghai Municipal Transportation Commission jointly issued the "Action Plan for the High-Quality Development of the Shanghai Shipbuilding and Marine Engineering Equipment Industry" (2023-2025)" (referred to as the "Action Plan"), by 2025, Shanghai will initially build a global ship and marine engineering equipment industry highland led by original technology sources and green intelligence.
The "Action Plan" proposes eight key projects, including large-scale liquefied natural gas ship upgrading projects, large-scale cruise innovation projects, deep-sea mining sea trial projects, ship power breakthrough projects, intelligent manufacturing application projects, The electric ship demonstration project, the port equipment quality improvement project, and the deep-sea oil and gas underwater production system development project are aimed at comprehensively promoting the development of the ship and ocean engineering equipment industry.
Relevant committees, offices and bureaus of various district people’s governments, municipal governments, and relevant units:
In order to implement the goal of building a strong manufacturing and transportation power and the strategy of building a strong maritime country, accelerate the high-quality development of Shanghai's shipbuilding and marine engineering equipment industry, comprehensively highlight the "Made in Shanghai" brand of major country's heavy equipment, and strive to build a world-class industrial cluster. With the approval of the municipal government, the "Shanghai Ship and Marine Engineering Equipment Industry" will be The Action Plan for the High-Quality Development of the Engineering Equipment Industry (2023-2025) is issued to you, please implement it conscientiously.
Attachment: Shanghai Shipbuilding and Marine Engineering Equipment Industry High-Quality Development Action Plan (2023-2025)
The key support of the strategy of becoming a transportation power and a maritime power is an important support for Shanghai to build a globally influential science and technology innovation center, a shipping center and a modern ocean city. Shanghai is the birthplace of my country's modern shipbuilding industry and the forefront of scientific research and innovation in marine engineering equipment. It has the basic advantages to move towards the highland of the global shipbuilding and offshore engineering industry. In order to accelerate the high-quality development of Shanghai's shipbuilding and offshore engineering equipment industry, strive to build a safe and efficient industrial chain, and build a world-class industrial cluster, this action plan is formulated.
(1) Guiding ideology < /div>
Guided by Xi Jinping Thought on Socialism with Chinese Characteristics for a New Era, fully implement the spirit of the 20th National Congress of the Communist Party of China, face the forefront of science and technology, face the main economic battlefield, and face major national needs, so as to build an independent innovation system and build a safe and efficient The industrial chain is the core, with green, smart, deep-sea, and polar regions as the direction, and the development of ocean-going ships and deep-sea equipment as the focuspoint, take central-regional integration and Yangtze River Delta regional synergy as the path, adhere to high-end, independent, digital, green, and internationalization, and enhance the industry in the whole region Develop cohesion, leadership, controllability, and competitiveness, comprehensively highlight the "Made in Shanghai" brand of major countries' heavy equipment, and strive to build a world-class shipping and shipping group. World-class shipbuilding and offshore engineering equipment industry cluster.
(2) Development principles
1. Strategic guidance and shaping of advantages. Implement the national strategic deployment, focus on major national projects, major projects, and major tasks, lead the development of the ship and ocean engineering equipment industry, upgrade the industrial base and modernize the industrial chain, form safe and controllable integrated capabilities, and shape high-end ships and ocean engineering The global competitive advantage of the equipment industry.
2. Independent innovation and high-end breakthroughs. Adhere to self-reliance in science and technology, strengthen the research on key core technologies, improve the full chain capabilities of high-end ships and ocean engineering equipment R&D and design, product matching, final assembly and manufacturing, test verification, operation and maintenance for the deep sea and polar regions, develop high-tech and high-value products, and occupy the value of the industrial chain high-end link in the chain.
3. Digital intelligence empowerment and green transformation. Promote the digitalization of shipbuilding and intelligent equipment, strengthen the application of digital technology, accelerate industrial interconnection innovation with deep integration of 5G, achieve low-carbon power, green design, and environmentally friendly construction, and create an intelligent manufacturing demonstration base with full-process digitalization and green integration.
4. Central and local cooperation and cluster development. Deepen and innovate the central-local cooperation model, face the development needs of "chain owners", strengthen regional coordination in the Yangtze River Delta, realize the aggregation and sharing of industrial resource elements, build an international supply chain system, deeply participate in the global industrial division of labor, and build a cluster with complete industrial chain support ecology.
2. Development Goals
Comprehensively promote the high-end, independent, digital and green ship and marine engineering equipment industry We will innovate and launch a number of internationally competitive equipment products, and lay out a number of new equipment that will breed new momentum for future industries. By 2025, Shanghai will initially build a global ship and marine engineering equipment industry highland led by original technology sources and green intelligence.
——The scale of the industry is accelerating. The industrial output value has reached more than 100 billion yuan; the global market share of key shipbuilding enterprises has steadily increased, promoting the construction of a world-class shipping group, driving the introduction of a number of internationally competitive industrial chain supporting enterprises, and enhancing the resilience and safety level of the supply chain. , industrial agglomeration is further expanded.
——Accelerate breakthroughs in key areas. Independent patents for high-end ship design, core systems, and key components have basically been formed, and new materials, electromechanical equipment,
Industrial software Accelerate research and development and application, and the rate of independent matching of marine power links Reach more than 90%; build 3-5 national or municipal manufacturing innovation centers, accelerate the preparation of national experimental bases in the marine field, and further enhance industrial controllability.
——Accelerate the development of mainstream products. Mainstream ship types such as large LNG carriers, bulk carriers, and container ships, as well as offshore engineering equipment products such as offshore floating production and storage units and deep-sea oil and gas underwater production systems have reached the international advanced level. LNG carriers The independent supporting rate has increased to more than 80%; the first domestically produced large-scale cruise ship has been completed and delivered; special ships such as ocean-going scientific research ships and rescue ships have accelerated the development of lineage, and the industrial competitiveness has been further improved.
——The transformation layout is accelerated. Digital and green transformation has achieved remarkable results. A number of digital production lines and digital workshops have been built, a green manufacturing benchmark factory with typical demonstration applications has been built, and a characteristic industrial Internet platform in the field of shipbuilding and offshore engineering has been built; smart ships, heavy-duty icebreakers, and deep-sea mining New equipment such as equipment, floating liquefied natural gas production, storage and unloading, and regasification units have achieved major breakthroughs in layout, strengthened deep-sea comprehensive maintenance service capabilities, and further demonstrated industry leadership.
3. Main tasks
(1) Cluster development actions
1.Build a world-class shipping and shipping group. Support large-scale shipping companies to improve their industrial scale and strength, product market competitiveness, supply chain independent controllability and lean management level, promote layout optimization, structural transformation and technological upgrading of the shipping industry, and accelerate the move towards world-class shipping group. Accelerate the development of high-end products and create a batch of standardized and serialized high-quality ship models and brand ship models whose main technical indicators have reached the international advanced level. The independent level of key systems and supporting equipment of mainstream ship models has reached more than 90%; accelerate the research and development of green ships and smart ships, and improve the green Ship market share, keep the development of smart ships in step with the world's advanced level; accelerate the transformation to service-oriented manufacturing, basically establish a global after-sales service system covering major ancillary products, and build a Chinese ship brand. (Municipal Economic and Information Technology Commission, Municipal Development and Reform Commission, Municipal Science and Technology Commission, Municipal Transportation Commission, Municipal Office of Science, Technology and Industry for National Defense, Municipal State-owned Assets Supervision and Administration Commission)
2. Develop mainstream equipment products. Accelerate breakthroughs in high-tech ships and improve the design and construction capabilities of high value-added ships. Enhance the supply capacity of large LNG carriers, promote the design and development of ultra-large LNG carriers, and form a full range of models; improve ultra-large container ships, bulk carriers, oil tankers, high-end ro-ro passenger ships, car carriers, and heavy-duty cutter suction dredgers The safety, environmental protection and economy of mud ships and other products have been improved, and the first domestic large-scale cruise ship has been delivered, breaking through the independent design of large-scale cruise ship platforms; accelerating the research and development of a new generation of dual-fuel environmentally friendly ships, liquid hydrogen transport ships and electric ships. Accelerate breakthroughs in high-end offshore engineering equipment, and increase research and development of equipment in the fields of deep-sea exploration, seabed observation, marine resource development, and polar scientific expeditions. Improve equipment research and development capabilities such as floating production, storage and offloading units, liquefied natural gas floating production, storage and offloading and regasification units, and deep-sea oil and gas underwater production systems; break through the independent design of deep-sea mining equipment and develop heavy-duty icebreakers, complete sets of transportation equipment and exploration ships and other polar special equipment; develop deep-sea resident floating research facilities and offshore large-scale wind turbine floating basic platforms, installation ships, operation and maintenance ships, and develop offshore wind power hydrogen production and marine nuclear energy. Promote the development of large-scale and intelligent port machinery such as quay cranes. (Municipal Economic and Information Technology Commission, Municipal Development and Reform Commission, Municipal Science and Technology Commission, Municipal Transportation Commission, Municipal National Defense Science, Technology and Industry Office)
3.< /strong>Build an advanced manufacturing base. Accelerate the transformation and upgrading of shipbuilding bases, give full play to the leading role of assembly and manufacturing enterprises, improve the level of intelligent manufacturing, and build a high-tech ship and offshore equipment cluster. Chongming Changxing Island accelerates the construction of major industrial projects and creates a high-tech ship and offshore equipment cluster integrating R&D and design, test verification, assembly and manufacturing, repair and modification, and technical services. Pudong and Baoshan accelerate the construction of cruise towns and cruise industry characteristic parks to create a largeIt is a cluster area for cruise R&D, design, assembly and construction and supporting industries. The Lingang New Area focuses on the Marine Innovation Park and the Power Source Characteristic Park, accelerating the development of ship power and deep-sea equipment, and creating a high-end equipment cluster led by marine power. (Municipal Economic and Information Technology Commission, Municipal Development and Reform Commission, Municipal Planning and Resources Bureau, Municipal Housing and Urban-Rural Development Management Committee, Municipal Transportation Commission, Municipal Office of National Defense Science and Industry, Pudong New Area, Baoshan District, Chongming District, Lingang New Area)
(2) Industrial chain optimization actions
4.Upgrade gas carriers industrial chain. Breakthrough in key technologies for the independent design of membrane-type LNG cargo containment systems, develop B-type cabins and other special storage and transportation devices, and accelerate the improvement of the independent controllability of large-scale LNG and ethane carriers. Promote the independent development of a number of high value-added supporting equipment such as cryogenic gas compressors, cryogenic liquid cargo pumps, cryogenic valves, cryogenic reliquefaction devices, and inert gas generating devices, establish a low-temperature test verification capability system, and accelerate the development of Yinwa Steel Mass production and application of core materials for containment systems. (Municipal Economic and Information Technology Commission, Municipal Development and Reform Commission, Municipal Science and Technology Commission, Municipal Office of Science, Technology and Industry for National Defense, Pudong New Area, Baoshan District, Chongming District, Lingang New Area)
5.Cultivation of the cruise industry chain. Breaking through key technologies such as conceptual design, interior design, super-standard alternative design, vibration and noise control of large cruise ships, and carrying out the development of cruise core systems guided by independent design of large cruise ships and actual ship engineering. Promote the independent development of core systems such as cruise ship intelligent cabin units, all-electric propulsion systems, HVAC systems, large-scale fin stabilizer systems, and marine digital audio and video systems, cultivate a supply chain for high-end functional composite materials such as lightweight, anti-vibration, and fireproof, and establish technology Standard specifications to speed up shipment verification and application. Actively promote cruise companies to settle in Shanghai, improve cruise marketing, business operations, maritime operations, finance and insurance and other service levels, and cultivate high-level domestic large-scale cruise operation service providers. (Municipal Economic and Information Technology Commission, Municipal Development and Reform Commission, Municipal Science and Technology Commission, Municipal Office of National Defense Science and Industry, Pudong New Area, Hongkou District, Baoshan District, Chongming District, Lingang New Area)
6.Consolidate the marine power industry chain. Made breakthroughs in key technologies for new fuel power systems such as methanol, ammonia, and hydrogen, and carried out prototype development and test verification of low- and medium-speed methanol-fueled and ammonia-fueled low- and medium-speed engines. Promote the independent development of LNG dual-fuel large-bore low- and medium-speed engines to realize shipping applications on ocean-going ships, and drive the formation of independent supporting capabilities for fuel injection systems, electronic control systems, piston rings, crankshafts and other components. Develop high-power pods,New ship propulsion systems such as full-turn electric thrusters and nuclear propulsion devices promote the development of new marine energy equipment such as tidal current energy. (Municipal National Defense Science, Technology and Industry Office, Municipal Economic and Information Technology Commission, Municipal Development and Reform Commission, Municipal Science and Technology Commission, Pudong New Area, Baoshan District, Chongming District, Lingang New Area)
7.Lay out the deep-sea equipment industry chain. Develop polar equipment, break through key technologies such as sea ice modeling, ice load forecasting, and polar hydroacoustic propagation, develop propulsion systems, high-precision communication systems and other supporting equipment, and develop polar ice breaking, maintenance, multi-functional rescue, etc. Special ships. Develop deep-sea mining equipment, carry out research on deep-sea exploration, collection and treatment, promote the development of key equipment prototypes such as exploration deep submersibles, mining vehicles, mineral transport systems and deployment and recovery systems, establish deep-sea mining technology and equipment systems, and accelerate the development of polymetallic sulfides and Sea trial verification of mining of polymetallic nodules and other minerals. Develop deep-sea aquaculture equipment, and break through the research, development and demonstration applications of ship-borne water quality monitoring and circulating water, automatic feeding and fishing, biomass monitoring, and aquaculture intelligent management and control systems. Support independent research and development of subsea Christmas trees and wellhead devices, and accelerate the research and application of subsea connectors, multiphase flow meters, filters and other components. (Municipal Economic and Information Technology Commission, Municipal Development and Reform Commission, Municipal Science and Technology Commission, Municipal Office of Science, Technology and Industry for National Defense, Pudong New Area, Baoshan District, Chongming District, Lingang New Area)
(3) Basic Reengineering Action
8.Accelerate the autonomy of electrical equipment. Make breakthroughs in key technologies such as medium and high voltage and DC ring network technology, improve the integrated power system integration design and supporting capabilities of high-end ships and offshore engineering equipment such as large cruise ships and liquefied natural gas ships, and accelerate digital simulation verification. Strengthen the construction of independent supporting capabilities such as medium and high-voltage distribution boards, high-power shore power equipment, comprehensive power protection devices, and automated monitoring equipment. Independently develop deep-sea oil and gas underwater production system control modules to drive the formation of independent supporting capabilities for basic components such as underwater ball valves, chemical injection and metering devices, throttle valves, solenoid valves, and temperature and pressure sensors. Carry out research on cutting-edge technologies such as wide bandgap power electronics, high energy density energy storage systems, wireless energy transmission, and offshore flexible DC transmission systems and trial production of new electrical products. (Municipal Economic and Information Technology Commission, Municipal State-owned Assets Supervision and Administration Commission, Municipal Development and Reform Commission, Municipal Science and Technology Commission)
9.Accelerate the engineering of basic software. Break through key technologies such as CAD (computer-aided design) software's three-dimensional geometric kernel, three-dimensional display engine, and software architecture to improve the level of ship's three-dimensional CAD software and accelerate the promotion and application of major engineering projects. Independently developed CAE (computerAuxiliary engineering) software core algorithms and solvers carry out analysis and verification in multiple fields such as hull structure, hydrodynamics, fluid-structure coupling, etc. Research on ship manufacturing robot technology, construction process flow and other simulation technologies, and independently develop CAM (computer-aided manufacturing) software. Develop PLM (product life cycle management) software that meets collaborative design and ERP (enterprise resource planning) software for digital management and control, and strengthen the circulation, sharing and application of industrial chain data. (Municipal Economic and Information Technology Commission, Municipal Science and Technology Commission, Municipal Development and Reform Commission)
10.Accelerate the systematization of innovation platforms. Accelerate the construction of a national-level offshore engineering equipment innovation platform and a national technical standards innovation base, and prepare to establish a national-level marine engineering equipment manufacturing innovation center, a ship power manufacturing innovation center, and municipal-level large-scale cruise ship and underwater oil and gas manufacturing innovation centers. The center builds a comprehensive performance testing and verification platform for key systems such as large ships and cryogenic systems, and builds the Changxing Marine Laboratory into an important platform for national strategic scientific and technological strength. Aiming at key directions such as deep-sea polar equipment, offshore oil and gas equipment, green smart ships, digital transformation of final assembly and construction, and ship electrification, strive to establish innovative platforms such as national key laboratories, R&D institutions, and testing institutions; support leading enterprises in forming ecological innovation alliances We will work together with universities and scientific research institutes to build a number of small and medium-sized enterprise technology centers and engineering centers to promote industrial base reconstruction and major technological innovation. (Municipal Science and Technology Commission, Municipal Economic and Information Technology Commission, Municipal Development and Reform Commission, Municipal State-owned Assets Supervision and Administration Commission)
(4) Green Transformation Action 11.Strengthen green design. Carry out research on green ship technology, make breakthroughs in new energy ship design, and improve green design technology such as ship line optimization, structural lightweighting, wave resistance prediction, ship-engine propeller matching, and noise control. Research key technologies for energy conservation and carbon reduction such as waste heat recovery, methane escape control, and green power emission monitoring, and promote the development and application of energy-saving devices such as hull surface drag reduction, air layer drag reduction, and energy-saving ducts, as well as clean auxiliary energy devices such as solar energy and wind energy. (Municipal Economic and Information Technology Commission, Municipal Development and Reform Commission, Municipal Science and Technology Commission, Municipal Office of National Defense Science, Technology and Industry)
12.Promote green manufacturing. Accelerate the construction of green shipbuilding and repair specifications and standard systems, carry out low-carbon, circular and intensive upgrades in the shipbuilding process, promote new environmentally friendly paints and other new materials, and use ultra-high-pressure water, ultrasonics, intelligent robots and other green materials Create new technologies and eliminate high-energy-consuming and high-pollution equipment. Support enterprises to build clean emission and environmental protection facilities, smart environment and smart energyEnergy management system, strengthen the dynamic monitoring, control and optimization management of energy consumption, build a green, low-carbon and cyclic development production method, and create a green shipbuilding and repair base. (Municipal Economic and Information Technology Commission, Municipal Ecological Environment Bureau, Municipal Transportation Commission, Municipal Development and Reform Commission, Municipal Science and Technology Commission, Municipal National Defense Science, Technology and Industry Office)
13.Enhance green supporting facilities. Study technologies such as marine box-type power supplies, automatic rapid charging and swapping of ships, and high-efficiency energy-saving motors, accelerate the development of new fuel storage and supply, high-performance ship ballast water treatment, exhaust gas treatment equipment and other green supporting systems, and promote lithium batteries, Green power shipping applications such as fuel cells. Coordinate infrastructure planning and layout, improve the green ship operating environment, participate in the formulation of industry standards such as charging and swapping station construction specifications, battery swapping operating procedures, and charging and swapping safety management regulations, and accelerate the construction of liquefied natural gas filling stations, electric ship charging and swapping stations, and ship Clean energy supply supporting infrastructure such as high-power charging piles and marine hydrogenation stations will create an electric ship charging and swapping network platform covering my country's coastal waters. (Municipal Transportation Commission, Municipal Economic and Information Technology Commission, Municipal Development and Reform Commission, Municipal Science and Technology Commission, Municipal Office of National Defense Science and Industry, Municipal Planning and Resources Bureau, Municipal Housing and Urban-Rural Development Management Committee, Municipal Commerce Committee)
(5) Digital Upgrade Action
14.Promote digital integration. Promote the application of new technologies such as 5G, big data, and the Internet of Things, and digitize the entire process of ship design, manufacturing, assembly, testing, operation and maintenance, repair and modification. Improve the level of digital design application, break through key technologies such as intelligent material management, intelligent cutting, intelligent welding, and intelligent spraying, develop intelligent manufacturing equipment such as high-power cutting and forming, laser hybrid welding, link to form a digital assembly control system, and accelerate the construction of digital production lines , digital workshops and digital factories to create a benchmark for smart factories in shipbuilding. Promote visual online inspection, digital twin verification, and remote equipment operation and maintenance to form industry-wide digital solutions. (Municipal Economic and Information Technology Commission, Municipal Development and Reform Commission, Municipal Science and Technology Commission, Municipal Transportation Commission)
15.Promote intelligent improvement. Breakthrough in key technologies such as overall intelligent ship design, complex system reconstruction, and virtual simulation testing, and promote conditional autonomous perception, integrated ship decision-making and control, integrated navigation, shore-based remote management and operation, intelligent fleet scheduling, and intelligent The research and development of engine room equipment has vigorously promoted the application of Beidou positioning and navigation and broadband satellite communications in ocean navigation, and realized the autonomous berthing and unberthing and autonomous navigation of typical ships. Driven by the intelligent demonstration of mainstream ship types such as large container ships and large bulk carriers, cultivate and drive the industrial chaindevelopment to form an independent supporting set of intelligent ship equipment, systems and components. Promote the application of new technologies such as artificial intelligence and machine vision in port equipment such as guided transport vehicles, rail cranes and quay cranes, and accelerate the construction of smart terminals. (Municipal Economic and Information Technology Commission, Municipal Development and Reform Commission, Municipal Science and Technology Commission, Municipal Transportation Commission)
(6) Open cooperation actions 16.Deepen the advancement of the industrial chain. In response to the "21st Century Maritime Silk Road" initiative, support leading enterprises to "go global", strengthen overseas innovation layout, build industrial bases and innovation centers, utilize global talent resources, promote key core technology research, and carry out targeted international Investment and international mergers and acquisitions, breaking through intellectual property barriers in key areas, and enhancing the international competitiveness and voice of the industrial chain. Accelerate the "bringing in" of global leading companies in shipping and offshore equipment, set up global headquarters, R&D centers and key parts manufacturing bases in Shanghai to promote the localization of the supply chain. (Municipal Commerce Commission, Municipal Development and Reform Commission, Municipal Economic and Information Technology Commission, Municipal Science and Technology Commission, Municipal Transportation Commission, Municipal Intellectual Property Office)
17.< strong>Deepen the expansion of service chain. Cultivation of an industry comprehensive service provider with international brand awareness and influence, global expansion of professional services such as R&D and design, integrated assembly, inspection and certification, maintenance operations, financial leasing, etc., to build a full industry chain service system. Give full play to the aggregation advantages of international classification societies, innovate international ship registration, statutory survey, classification survey and other services, develop new business formats and new models such as remote survey, and improve international survey service capabilities. Build an international after-sales network system, develop international general integration and general contracting, and enhance the competitiveness of integrating independent equipment and professional services. (Municipal Transportation Commission, Municipal Economic and Information Technology Commission, Municipal Development and Reform Commission, Municipal Commerce Commission, Municipal Market Supervision Bureau)
18.Deepen the ecology Circle fusion. Create world-renowned conference and exhibition brands such as the International Maritime Exhibition and the International Major Technology Equipment Industry Chain Conference, and promote the accelerated gathering of industry, technology, and human resources. Focus on global frontier hot spots such as deep sea and polar regions, strengthen strategic and forward-looking research, participate in the formulation and revision of international rules, norms, and standards, and promote the upgrading of domestic standards to international standards. Strengthen international scientific and technological cooperation, unite upstream and downstream enterprises in the Yangtze River Delta industrial chain, give full play to the role of industry alliances, innovation ecosystems, etc., coordinate research on key materials and core equipment, and strengthen Shanghai's leading position. (Municipal Commerce Commission, Municipal Economic and Information Technology Commission, Municipal DevelopmentDevelopment and Reform Commission, Municipal Science and Technology Commission, Municipal Transportation Commission, Municipal Market Supervision Bureau, Municipal Water Affairs Bureau)
IV. Key Projects
B-type tank containment system is installed on ships. The developer and the shipowner jointly promote the independent control of core equipment such as Invar steel, cryogenic liquid cargo pumps, cryogenic safety valves, and cryogenic reliquefaction units. The independent matching rate has been increased to more than 80%, and the storage and regeneration of liquefied natural gas have been simultaneously promoted. Construction and modification of the gasification device, realizing the demonstration application of China's first large-scale liquefied natural gas carrier, bunkering ship and storage and regasification device.
(2) Large cruise ship innovation project
Independently design large cruise ships with a gross tonnage of over 150,000 and form design drawings and technical specifications, and obtained certification from important domestic and international classification societies. Promote the innovation of supporting enterprises in the cruise industry chain, achieve independent manufacturing of core systems such as smart cabins, air conditioners, high-power engines, and lightweight material fire protection systems, and achieve an independent matching rate of more than 80% of high-end interior materials.
(3) Deep sea mining sea trial project
Carry out deep sea mining vehicles, mineral transportation systems, deployment and recovery systems The development of domestic prototypes of core equipment and other core equipment, the development of new mining test ships, to achieve sea trials of polymetallic nodule mining in the Pacific Mining Area with a water depth of 5,000 meters and a collection capacity of not less than 100 tons/hour, and in the South China Sea with a water depth of 3,000 meters and a collection capacity of not less than 30 tons Ton/hour sea trials of polymetallic sulfide monomers to cultivate an emerging deep-sea equipment industry chain.
(4) Ship power breakthrough project
Develop large-bore low- and medium-speed marine LNG dual-fuel, low- and medium-speed The development of a domestic prototype of a methanol dual-fuel engine has led to the independent research and development of key parts such as fuel injection systems, electronic control systems, piston rings, crankshafts, etc. It has passed type approval by classification societies, and the independent matching rate of low-speed engine parts for large container ships and other ships has reached 95%. The above has formed a full-power segment research and development capability system and industrial supporting system.
(5) Intelligent Manufacturing Application Engineering
Carry out 5G+ ship collaborative manufacturing, develops a fully three-dimensional digital independent intelligent design platform for ships, improves digital bases such as 5G base stations and smart terminals, as well as a digital twin-based digital management collaboration platform, multi-level manager cockpit construction, and creates paint cleaning, assembly and welding , parts polishing and other large parts processing links, the automation rate of key processes has reached 65%, and the intelligent manufacturing, repair and modification of large container ships, liquefied natural gas carriers, large cruise ships, floating production and oil storage platforms, etc. have been accelerated.
(6) Electric ship demonstration project
Carry out research on the development of 700TEU Yangtze River main line electric container ships, and participate in the formulation of sufficient Industry standards such as battery swap station construction plans, battery charging and swapping safety management regulations, and battery swapping operating procedures, research and development of marine box-type power supplies, and construction of electric ship charging and swapping network platforms to form independent supporting capabilities for ship electrification core products and realize 700TEU electric container ships Construction and demonstration application.
(7) Port equipment quality improvement project
Develop independent supporting of core components and automation subsystems on the shore Container cranes, electric tire-type container gantry cranes, special unmanned transport equipment and systems are developed, breakthroughs are made in key technologies for intelligent port operation management and control, and an integrated production management system with artificial intelligence and big data as the core is developed to form a fully automated port. A one-stop solution for the life cycle, achieving a port equipment automation rate of more than 95%, and participating in the formulation of international and national standards such as crane mechanical equipment control systems and production management systems.
(8) Deep sea oil and gas underwater production system development project
Develop underwater production trees, wellhead devices, and control The system is independently developed and certified by classification societies, and simultaneously promotes the localization of key components such as multi-phase flowmeters, chemical injection and metering devices, underwater connectors, solenoid valves, etc., with the independent matching rate reaching more than 80%, establishing The key equipment testing and certification system for offshore oil and gas equipment has completed the development and demonstration application of underwater production system engineering prototypes.
V. Safeguard Measures
(1) Improve the working mechanism
Under the Shanghai Leading Group for the High-Quality Development of Manufacturing Industry, a special class for the high-quality development of the shipbuilding and offshore engineering equipment industry was established, consisting ofMunicipal leaders have taken the lead in forming a working mechanism for overall city-wide promotion, deepening cooperation between ministries and municipalities, central and local integration, and urban linkage. Strengthen the leadership of industrial organizations, study and formulate policy plans, strengthen the guarantee of innovative resources, coordinate and solve major problems, form a synergy of work, strive for major national tasks, and promote the upgrading of the shipbuilding and offshore engineering equipment industry foundation and the modernization of the industrial chain. (Relevant departments and districts)
(2) Strengthen policy support
Implement the national shipbuilding and offshore engineering equipment industry Develop plans and policies, and play a leading role in major national special projects. We will strengthen support for project implementation, provide land guarantees for key enterprises and major projects in accordance with laws and regulations, and encourage supporting enterprises in the industrial chain to move up the industrial ladder. Coordinate municipal-level major science and technology, strategic emerging industry development, high-quality industrial development and other special projects, and increase support for scientific and technological innovation and industrialization. Encourage enterprises to apply for the national first set of major technical equipment insurance and related first set of equipment certification, support the creation of an industrial ecological innovation consortium, and support the practical application of the first set of equipment, the first batch of materials, and the first version of software. Guide financial institutions to innovate products and services, actively develop supply chain finance, and strengthen financial support for enterprises in the shipbuilding and marine engineering equipment industry chain. Implement the "Light of the Pujiang" action to support qualified technology companies to be listed on capital markets such as the Science and Technology Innovation Board. (Municipal Economic and Information Technology Commission, Municipal Development and Reform Commission, Municipal Science and Technology Commission, Municipal Finance Bureau, Municipal Planning Resources Bureau, Municipal Transportation Commission, Municipal Local Financial Supervision Bureau)
（ 3) Strengthen coordinated development
Give full play to the role of the collaborative innovation and development working mechanism of major technological equipment in the Yangtze River Delta, with Shanghai as the leader, and strengthen central-local collaboration, government-enterprise collaboration, regional collaboration, Industrial collaboration, build a regionally integrated and high-quality ship and marine engineering equipment industry chain, supply chain, and service chain in the Yangtze River Delta, accelerate platform co-construction, resource sharing, and mutual recognition of qualifications, enhance regional innovation capabilities, and enhance the overall competition of industrial clusters level. Give full play to the leading role of "chain owners" of central enterprises and the flexible management mechanisms of private enterprises, deepen innovation layout in frontier and emerging fields, promote state-owned enterprises, private enterprises, etc. to carry out division of labor and collaboration, technological research, demonstration and application around the formation of independent intellectual property rights, and build industries Chain supporting complete cluster ecology. (Municipal Economic and Information Technology Commission, Municipal Development and Reform Commission, Municipal Science and Technology Commission, Municipal Office of National Defense Science, Technology and Industry)
(4) Strengthen talent protection
Make full use of the national overseas high-level talent introduction plan to accelerate the attraction of high-end talents in the global shipbuilding and ocean engineering fields. Support ship and offshore engineering excellenceTalents should apply for various talent programs such as the city’s “Oriental Talents” and increase talent incentives and project support. Support the settlement of urgently needed skilled talents and encourage employers to carry out skill level certification. Deepen the integration of industry, academia, and research, strengthen the discipline construction of ships and ocean engineering in universities, establish a joint training system among enterprises, universities, and scientific research institutes, encourage various forms of vocational training, and cultivate innovative, compound, and applied talents. (Municipal Human Resources and Social Security Bureau, Municipal Education Commission, Municipal Economic and Information Technology Commission, and relevant districts)
