In order to lay a solid foundation for transformation and development, accelerate the transformation and development of the new material industry, promote the transformation and upgrading of the raw material industry, and increase the competitive advantage of the entire industry chain, this action plan is specially formulated.
(1) Development status. As a major raw material province, our province has obvious advantages in the fields of nonferrous metals, steel, building materials, refractory materials and superhard materials. In recent years, with the continuous transformation of economic development mode and the accelerating process of industrial transformation and upgrading, it has provided a good development environment and broad market space for the new material industry. The scale of the new material industry in the province has expanded rapidly, and the backbone enterprises have further expanded. The agglomeration effect gradually appeared, forming non-ferrous metal bases such as Luoyang, Gongyi, Hebi and Jiyuan, iron and steel bases such as Anyang and Jiyuan, chemical bases such as Fuyang and Pingdingshan, refractory bases such as Zhengzhou and Luoyang, and superhard materials such as Zhengzhou, Xuchang and Shangqiu. Base, in 2016, the revenue of the new material owner business in our province was 500 billion yuan, a year-on-year increase of 10%. But there are also some problems that need to be solved. First, the ability to innovate is weak. Insufficient investment in R&D of enterprises, lack of new technologies, new processes and new equipment with independent intellectual property rights, the speed of new product development lags behind the needs of industrial development, lack of core technology, and insufficient capacity for independent innovation. Second, the product homogenization competition is serious. The products are mainly based on basic raw materials or intermediates, most of which are at the front end of the industrial chain, and the downstream products and high value-added products are underdeveloped. The high-end market breaks through difficulties, the low-end market is homogenized, and the product quality is slower. Third, the industrial concentration is not high. The average size of enterprises is small, the layout is not reasonable enough, the industry is not coordinated enough, and the market discourse power is lacking. Fourth, environmental protection has intensified. As the country's requirements for energy conservation and emission reduction are getting higher and higher, the situation of high energy consumption and large emissions in the raw material industry has not been completely reversed, and green development has a long way to go.
(2) Facing the situation. At present, the new round of scientific and technological revolution and industrial changes are changing with each passing day. New materials and information, energy, biology and other high technologies are accelerating integration, the pace of innovation continues to accelerate, and competition in the international market is becoming increasingly fierce. Developed countries have successively formulated a number of national strategic plans, relying on technological and capital advantages to vigorously lead the development direction of the international new materials industry. China also attaches great importance to the development of new materials industry. The new materials have been identified as one of the top ten areas of "Made in China 2025". The State Council has established the National New Materials Industry Development Leading Group, and the Ministry of Industry and Information Technology has issued the "New Materials Industry". Development Guide, several provinces have successively issued relevant policies and measures to accelerate the innovation and development of new materials industry. Under the new normal, with the deepening of structural reform on the supply side, the development level of raw materials such as steel, nonferrous metals, building materials and chemicals has been significantly improved. At the same time, due to innovation drive and consumption upgrade, new materials application fields are expanding and service transformation trends Obviously, new steel materials characterized by high strength, wear resistance and corrosion resistance have developed rapidly. The types and quantities of non-ferrous alloy materials, especially aluminum alloy materials, characterized by light weight and high performance, are increasing, and fine chemicals and new chemical materials are booming. The pace of integration and restructuring of new building materials and refractory enterprises has accelerated, and superhard materials have developed towards composites and products. In the process of building a strong manufacturing province and promoting transformation and development, the province has listed the new material industry as one of the five leading industries and one of the 12 key industries that have undergone transformation and development. Accelerating the development of new materials industry is not only the only way to extend the chain of raw materials industry, but also the inevitable requirement for breaking through the constraints of resources and environment, and transforming and developing. It is of strategic significance for transforming and upgrading traditional industries, accelerating the transformation of new and old kinetic energy, and building a strong province.
(3) Guiding ideology. Firmly establish innovative, coordinated, green, open, and shared development concepts, adhere to demand traction, production and use, and make full use of environmental protection, safety and defuse overcapacity to meet the transformation and upgrading of traditional industries, the development of strategic emerging industries and major Technical equipment urgently needs to be the main direction of attack, with the five-in-one development of "enterprise, products, technology, projects, and bases" as the basic path, adhering to the guidance of high-end, terminal, cluster, service, and green, focusing on aluminum processing, It has 7 major fields, including non-ferrous metals, new steel materials, new chemical materials, new building materials, new refractory materials and super-hard materials. It implements 6 majors such as chain integration, leading-edge driving, technological innovation, quality brand, market expansion and green development. The project will build a new pattern of industrial development led by technological innovation, driven by downstream products and supported by key enterprises, enhance new development momentum and enhance core competitiveness.
(4) Basic principles.
1. High-end. Adhere to technological innovation, promote innovation alliance and integration of production, education and research, break through the key technical bottlenecks restricting industrial development, accelerate the extension of the raw material industry, and focus on research and development of downstream deep processing products.
2. Terminalization. Adhere to demand traction, strengthen production and use, establish and improve the initial market cultivation mechanism of new materials, strengthen demonstration and application, promote upstream and downstream cooperation and support, and create a good environment for industrial development.
3. Clustering. Focus on key directions, key enterprises and key areas, promote innovation, promote development, promote restructuring, promote industrial resources and production factors to concentrate on advantageous enterprises, promote the development of industrial clusters and parks, and create industries with leading support, distinctive features and complete facilities. base.
4. Service. Adhere to the market orientation, conform to the individualized demand for new materials, customize the production trend, establish a strategic cooperation mechanism between new material production enterprises and downstream users, tailor and provide comprehensive solutions for customers, and promote the transformation of enterprises from production processing to comprehensive service. .
5. Green. Adhere to the development of the industry and promote low-carbon environmental protection, energy conservation and consumption reduction, resolve excess capacity, promote green transformation of enterprises, develop green technologies, green technologies, green products, strengthen energy-saving emission reduction, clean production, and build a green manufacturing system.
(5) Work objectives. By 2020, the revenue of new materials owner business will exceed 700 billion yuan, with an average annual growth rate of more than 10%.
Construct a new development pattern of “2+3+2†new materials industry. Focusing on aluminum processing and special non-ferrous metals, we will build an internationally competitive alloy material production base; focus on new steel, chemical, and building materials, and build high-quality steel, new chemical materials, and new building materials production bases; Focus on super-hard materials, highlight sub-divisions, and build a leading domestic and internationally renowned refractory and super-hard material production base.
The internal expenditure of R&D expenditure of enterprises accounts for more than 2.5% of the main business income. Break through a number of key key technologies that restrict the development of the industry in key areas, transform a batch of high-tech achievements, form a batch of independent intellectual property rights and standards, and build a new material industry technology innovation system.
The new materials industry accounts for more than 30% of the raw material industry. In the aluminum processing, new steel materials, new refractory materials, super hard materials and other key areas to form a number of distinctive products, in aerospace, information engineering, energy conservation and environmental protection, health care, transportation, construction and other fields have been fully applied.
The green manufacturing system covers the entire industry. The low-end excess capacity has been effectively solved, the resource intensive utilization level has been significantly improved, energy conservation and emission reduction have achieved remarkable results, heavy metal pollutants have reached the standard discharge, and green manufacturing technology has been widely used in key areas.
(1) Aluminum processing. Development ideas: Adhere to the "high-end, terminal, and differentiated", use the electrolytic aluminum production capacity to clean up and rectify the mechanism, and vigorously develop high-end deep-processing products of aluminum alloy, and create a whole industry with "downstream replenishment upstream and two ends to complement the middle" The competitive advantage of the chain will accelerate the transformation of the aluminum processing industry into parts and devices for aluminum applications, and increase the proportion of terminal products to 50%, and build an internationally competitive aluminum alloy R&D and production base.
MLA:
1. Technological innovation. Focusing on the direction of aluminum in transportation, military industry, electronics, etc., relying on leading enterprises to cooperate with the industry's "three most" (the most outstanding enterprises, the best R & D institutions, the best technical personnel) to build state-level aluminum smelting, lightweight aluminum for transportation, etc. The R&D platform breaks through a number of key core technologies in the processing and equipment of large-scale aluminum alloy profiles in the direction of light weight, high strength, large size, corrosion resistance and fatigue resistance, and develops technologies for high-precision aluminum strip control and texture. Accelerate the pilot conversion; follow the trend of light weight of vehicles, focus on the development of large-scale aluminum alloy profiles for rail transportation, aluminum alloy materials and forgings for automobile bodies, automotive aluminum wheels, connecting rods and other high-performance aluminum alloy products; actively promote Yulian Group's high-precision aluminum The production line and Wanji Holding double zero foil blank casting and rolling production line have achieved stable production.
2. Product upgrades.
(1) Create high-end. Focusing on high-end fields such as aerospace, transportation, and electronic information, relying on large-scale aluminum processing enterprises to develop high-value-added products such as high-end aluminum alloys, aluminum for rail transit, and aluminum for vehicles, and strive for aluminum products for automobiles, marine products, military products, etc. The quality system certification promotes the extension of aluminum products to high-strength, high-tough aluminum alloys and high-end deep aluminum alloys.
(2) Extension terminal. Around the construction, home, packaging, power and other applications, the development of building templates, building maintenance panels, aluminum furniture, tank materials, packaging aluminum foil, aluminum guide rods (wires) and other products, accelerate the promotion of "aluminum copper, aluminum On behalf of steel, aluminum to replace wood, to expand the application of aluminum products.
(3) Complement the short board. Taking industrial transfer and extending the chain as a way, we will vigorously develop extruded profiles around transportation, construction and other fields, seize the high-end industrial profile market, strengthen the Henan aluminum profile brand, and build aluminum alloy castings, profiles, forgings and plates as the main products. Matching aluminum processing industry chain.
3. Base construction.
(1) Create a 100 billion-level base. Relying on Luoyang, Gongyi, Jiaozuo and other aluminum processing industry gathering areas, aiming at domestic and foreign aluminum processing leading enterprises, vigorously introducing high-end aluminum processing projects; actively promoting the concentrated layout of electrolytic aluminum production capacity, supporting the construction of intensive processing projects for backbone electrolytic aluminum enterprises, building influential The billion-dollar aluminum processing industry cluster.
(2) Cultivate a 10 billion-level park. Actively promote the characteristic cluster model of “raw materials and finished products†of Gongyi Xintai and Zhongzhou Aluminum, and introduce small processors to transform aluminum sheets and foils in the vicinity of key enterprises by changing the market to the industry and providing standard workshops and equipment. A batch of tens of billion-level aluminum deep processing professional parks with distinctive features.
Main measures: First, relying on key enterprises and research institutes such as Zhongfu Industry and Chinalco Zhengzhou Research Institute to create an aluminum industry innovation center and a new research and development institution to promote differentiated and high-end development. The second is to promote the combination of mining and metallurgy, coal-electricity, electricity-aluminum joint and deep processing, and support backbone electrolytic aluminum enterprises to build a complete industrial chain of upstream and downstream integration. The third is to plan and construct a non-ferrous metal transaction logistics industrial park in the province to promote the deep integration of the aluminum industry with logistics, finance, trade and the Internet. The fourth is to clean up and rectify the capacity of electrolytic aluminum, speed up the elimination and long-term suspension of electrolytic aluminum production capacity to concentrate on the dominant enterprises, and explore effective ways to replace deep processing, technology, and resources.
(2) Characteristic non-ferrous metal materials.
1. Construction of Jiyuan's 100 billion green lead and zinc industrial base. Development ideas: adhere to the "environmental priority, regeneration priority, gold and silver priority", improve the development level of lead storage batteries, recycled lead, reclaimed zinc and other industries, vigorously promote the comprehensive utilization of rare metals, and strive to achieve a 50% conversion of lead and 30 deep processing of electrolytic zinc. %, gold and silver deep processing reached 30%, building an internationally competitive 100 billion green lead and zinc industrial base.
MLA:
(1) Lead and zinc materials. Support key enterprises to develop lead alloy products such as lead carbon batteries and zinc alloy products such as galvanized alloys, zinc alloys and die-cast zinc alloys, cultivate and introduce key enterprises with well-known brands, and develop advanced thin-plate bipolar lead batteries. Use a sealed battery with a modular structure and a colloidal lead battery to promote the in-situ conversion of lead-acid batteries. Support Yuguang Gold and Lead Recycling Lead Resources Recycling and High-efficiency Clean Production Technical Transformation, and Construction of Jiangsen Group (Jiyuan) Automobile Start-stop Battery Project.
(2) Associated metal materials. Relying on the basis of silver and gold production, research and development of new materials such as gold and silver products and targets for industrial use, the introduction of gold jewelry processing and electronic silver powder silver pulp deep processing project, support Wanyang smelting development of gold and silver deep processing. Conduct research on recycled copper technology.
(3) Green cycle development. Standardize and improve the recycling network system of waste lead storage batteries and scrap copper, build a recycling network system for Yuguang gold and lead waste lead-acid batteries, and comprehensive recovery and management system for heavy metal waste gas from Wanyang Smelting, and realize the green cycle of “production-consumption-regenerationâ€.
Main measures: First, relying on key enterprises to plan and construct Jiyuan lead-zinc material base and gold and silver products deep processing base. The second is to carry out the activity of “creating China's non-ferrous smelting benchmarking enterprise†to promote efficient, clean, low-carbon, recycling and green transformation of enterprises. The third is to plan the construction of a lead-zinc trading logistics system and enhance the price discourse power.
2. Construction of Hebi “China Magnesium Valleyâ€. Development ideas: adhere to the "demand traction, technology leadership", build Hebi magnesium industry integration, leading enterprise cultivation, investment and financing service platform, develop high-performance magnesium alloy and other deep processing products, and build a national first-class, internationally renowned magnesium alloy industrial base.
MLA:
(1) Technological innovation. The magnesium alloy is characterized by light weight, good rigidity and fast heat dissipation. It breaks through the key technologies of high-strength and tough new magnesium alloy, wide-magnesium alloy sheet rolling deformation and wrought magnesium alloy molding, and promotes magnesium alloy tubular strip and casting products. scale. To expand the terminal application by sharing bicycle wheel and car wheel lightweight "two-wheel" drive; accelerate high-end development and enhance the application of magnesium alloy in aerospace, rail transit, electronic information, military equipment and other industries.
(2) Product upgrade. Introduce and cultivate leading enterprises, build an industry investment platform, optimize resource allocation, and focus on supporting key enterprises to develop and produce magnesium alloy rolled sheets, magnesium alloy wheels, magnesium alloy electronic radiators, and high-strength magnesium alloys for aerospace.
(3) Base construction. Relying on Hebi Heshan Mountain Magnesium Comprehensive Utilization Park, Jinshan Magnesium Alloy Deep Processing Park, Heqi Metal Magnesium Deep Processing Park and other three industrial parks, it integrates military and civilian integration, automobile lightweight, magnesium alloy sheet, high-performance magnesium alloy, surface treatment, etc. Cultivate and develop 10 billion industrial clusters.
The main measures: the implementation of "one enterprise, one hospital, one fund, one town, one center" five-in-one development. The first is to set up Henan Magnesium Investment Group to build a platform for industrial integration, leading enterprise cultivation, investment and financing services. The second is to create the Magnesium Industry Technology Application Research Institute (Magnesium Industry Innovation Center), to achieve technology leadership, high-end applications, construction of technology incubator bases and results transformation industrialization platform. The third is to establish the Hebi Magnesium Industry Development Fund in the form of government guidance and social capital investment. The fourth is to plan to build a small town in China's magnesium industry, promote the integration and intensive development of magnesium industry research and development, green manufacturing, intelligent manufacturing, product display, equipment support, talent training, industrial tourism, and promote innovation and production factors. The fifth is to build a magnesium industry trading center, to create a magnesium raw material and finished product trading platform integrating warehousing, logistics transactions and financial settlement, forming a Hebi magnesium price index.
3. Construction of Luoyang tungsten, molybdenum and titanium industrial base. Development ideas: Adhere to the "application of lead, internal extension and external guidance", expand the application field of tungsten and molybdenum deep processing products, accelerate the scale expansion and high-end development of the middle and lower reaches of the titanium industry, and build a nationally renowned rare metal industrial base.
MLA:
(1) Tungsten molybdenum material. Taking advantage of the high strength, high hardness and high temperature resistance of tungsten and molybdenum alloys, relying on the technological advantages of Luoyang Nonferrous Metals Institute and Henan University of Science and Technology, the tungsten and molybdenum industrial chain is extended, and deep-processing products such as molybdenum wire and hard alloy are cut and sprayed in the development line. At the same time, accelerate the development of high-performance extra large tungsten and molybdenum sheets, high-end tungsten-molybdenum sputtering targets, and high-performance silicon-molybdenum heating elements. Actively introduce and cultivate leading enterprises, support the research and development of ultra-wide high-purity high-density molybdenum sputtering flat targets, electronic functional tungsten-molybdenum new materials and deep processing products. Promote the concentration of tungsten and molybdenum resources in the province to the advantageous enterprises such as Luolu Group and build a professional park for the new material of Luanchuan Molybdenum and Molybdenum.
(2) Titanium alloy material. Taking advantage of the light weight, high strength and corrosion resistance of titanium alloy, relying on the technical advantages of the 725 titanium alloy engineering technology research and development center and the Tsinghua high-end equipment institute Luoyang base, the key breakthroughs are the new titanium purification, high-end titanium alloy precision casting, titanium alloy. Key technologies such as laser welding. We will vigorously introduce and cultivate leading enterprises, and support the research and development of high-grade sponge titanium, titanium alloys for aerospace and marine vessels, and 3D printed titanium alloy parts. Around the titanium production, processing, high-end product development, the construction of Luoyang "Central Plains Titanium Valley."
Main measures: First, deepen the integration of military and civilian, support enterprises to apply for military product research and production qualifications and certification, and support qualified enterprises to enter the military industry. Second, encourage existing enterprises to rely on their own advantages, absorb advanced technology, build a research and development platform, and accelerate project construction; expand and extend the industrial chain in response to the lack of industrial chain and weak links. The third is to support key enterprises to carry out resource integration, implement mergers and acquisitions for industrial shortages and technical shortages, and promote upstream and downstream integration and group development.
(3) New steel materials. Development ideas: adhere to the "service local, special transformation", use the mechanism to resolve excess capacity, accelerate the optimization of the steel industry layout, transformation and upgrading, and build regional processing centers for key enterprises such as Angang Group and Jinan Iron and Steel Group, the province's high-quality steel The output accounts for more than 80% of the high-quality steel base that was built later.
Main points of work: Around steel plates for automotive and home appliances, oriented and non-oriented cold-rolled silicon steel, high-performance mechanical steel and construction steel, etc., encourage steel backbone enterprises to develop and produce marketable products, and develop service-oriented customized high-end special products. Steel promotes the transformation of the manufacturing model to the “multi-variety, small-batch, just-in-time†lean production model.
1. Construction of Anyang Fine Steel Production Base. Promote the deep integration of Angang Group and Fengbao Special Steel, Yaxin Steel, Xinpu Steel, Shagang Yongxing and other steel companies to encourage and support Angang Group to integrate the advantageous resources of the province's steel industry. Encourage Angang Group to accelerate technological transformation and new product research and development, to form high-quality hot-rolled sheets and high-quality cold-rolled sheets, to form a series of fine sheet products; to encourage Fengbao Special Steel to improve production technology and to build a specialized series of seamless steel pipe production bases Encourage Shagang Yongxing to develop high-strength machinery and building rods and wires by upgrading the level of equipment modernization and large-scale.
2. Construction of the special steel production base for Jiyuan industry. Support Jinan Iron and Steel Group to feature large bars, research and development of high-quality industrial steel such as gear steel and bearing steel, and provide comprehensive solutions for steel materials.
3. Construction of Changge and Baofeng stainless steel production bases. Relying on Changge Dazhou City Mining Base and Baofeng Stainless Steel Industrial Park, we will develop stainless steel strips and products, expand the recycling industry of recycled metals, and build an important stainless steel industrial base in China.
4. Construction of Dengfeng Zhongyue Amorphous Industrial Park. Relying on leading enterprises to form Henan Institute of Amorphous Industry, accelerate the industrialization of high-performance new amorphous energy-saving materials, develop iron-based amorphous ribbons and products, iron-based nanocrystalline strips and products, etc., to create a nationally renowned amorphous High-end application industrialization base for energy-saving materials.
Main measures: First, build a regional processing center, build a supply and demand platform for steel use in enterprises in our province, promote the steel products in the province to be included in the procurement system of key equipment enterprises, and help steel enterprises and upstream and downstream enterprises to achieve docking platform and transaction facilitation. The second is to build a service-oriented steel enterprise, support enterprises to develop service-oriented customized high-end special steel, and provide customers with comprehensive steel material solutions. The third is to speed up the green transformation of enterprises, support the backbone steel enterprises to benchmark the special emission limits, and deepen the reform and upgrading. The fourth is to optimize the layout of the steel industry, support the Angang Group to reduce the long-flow converter steelmaking, replace the short-flow electric furnace steelmaking, and strive for greater development space; resolutely ban the “strip steelâ€, plan and rationally lay out the electric furnace, effectively eliminate Nano scrap.
(4) New chemical materials. Development ideas: adhere to the "diversification, high-end, recycling", the use of environmental protection, safety and hazardous chemicals production enterprises to relocate and rebuild the mechanism, focus on structural adjustment, excellent layout, promote norms, focus on the development of polymer materials, electronic chemistry New chemical materials such as products, and cultivate a number of chemical bases and parks with complete industrial chain, strong innovation capability, high environmental protection and safety level, and build an important national nylon and chemical new materials industrial base.
MLA:
1. Nylon deep processing. Give full play to the advantages of adipic acid and caprolactam production, encourage enterprises to actively cooperate with international nylon advantageous enterprises, expand and upgrade the scale of nylon 66 and nylon 6 industry and the level of coordinated development, undertake the transfer of coastal industries, and accelerate the development of engineering plastics such as nylon 66 and nylon 6. And fiber deep processing products. Construction of Pingdingshan “China Nylon City†to build an internationally competitive Pingdingshan million-ton nylon chemical base.
2. Coal glycol and deep processing. Give full play to the advantages of coal-based ethylene glycol technology, accelerate the transformation of methanol co-production, form a million-ton ethylene glycol production base, and actively develop high-performance polyester, polyester polyol, polyester polyurethane and other deep-processing products. Construction of new coal chemical parks in Yongcheng, Yima, Hebi and Anyang.
3. Electronic chemicals. Relying on the new chemical base in Fuyang, we will focus on the development of new materials such as electronic packaging materials, electronic grade protection and structural glue, and electronic grade special inks. Relying on Jiaozuo Fine Chemical Industry Park, it maintains the leading position in the domestic production of lithium hexafluorophosphate and develops new electronic grade fine fluorine chemical products. Vigorously develop high performance lithium battery separator materials.
4. Advanced polymer materials. Expand the industrial scale of ultra-high molecular weight polyethylene and rubber additives, and actively expand the downstream deep processing industry. Accelerate the development of spandex functional textiles, actively develop carbon fiber composite materials, and introduce and cultivate deep processing products such as graphene composite coatings and graphene flexible displays.
Main measures: First, research and develop a new technology roadmap for chemical materials, formulate import substitution catalogues for new chemical materials, clarify key breakthrough areas and technical routes, and guide the innovation and development of fine chemical industry. The second is to organize technical expert service team and operation improvement management team to consult key chemical materials enterprises one by one, support enterprises to implement major technological transformation, and promote the stable operation of “upstream and downstream integration†of production equipment. The third is to deepen open cooperation, base on the base and the park, and vigorously introduce domestic and foreign strategic investors to attract a large number of small and medium-sized processing enterprise clusters that produce different types of fine chemical products. The fourth is to promote the relocation and transformation of hazardous chemical production enterprises in urban densely populated areas, and accelerate the entry of chemical enterprises into the park.
(5) New building materials.
1. Green new cement. Development ideas: adhere to the "components, high quality, green", based on provincial demand, control capacity expansion, integration to form a cement enterprise group with a capacity of over 30 million tons, green new cement becomes the leading product, and the proportion of parts is 30%. .
MLA:
(1) Development of parts. Combining resource conditions and market demand, rationally deploying the prefabricated building production base, and building a comprehensive building industrial park with Zhengzhou as the center, focusing on the development of concrete building components such as laminated slabs, prefabricated stairs, prefabricated balcony slabs, and steel cylinder prestressed concrete. Pipes, large pipe piles, prefabricated box girder, long-span concrete double T board, high-speed rail ballastless track board and other high-end products.
(2) High quality development. Focus on the development of 42.5 and above grade cement, stop the production of 32.5 grade composite Portland cement, research and develop the use of special cement new dry production technology, encourage large cement enterprises to extend to the whole industry chain of commercial concrete, cement products and construction parts, for end customers Shangyu Station explores a new model of “cement + aggregate + fly ash†sales.
(3) Green development. Cooperate with related building materials research institutes and equipment manufacturing enterprises to deeply develop comprehensive energy-saving technologies such as low-temperature exhaust gas waste heat power generation, energy-saving grinding, high-voltage frequency conversion, flue gas denitrification, waste slag utilization, etc., and actively research and develop mine comprehensive utilization technologies such as aggregates and mechanism sands. Vigorously develop cement kiln to jointly treat domestic waste and industrial solid waste comprehensive utilization technology.
Main measures: First, accelerate the merger and reorganization of cement enterprises, support China United Cement Group to build regional headquarters in our province, and further resolve the excess capacity of the cement industry through mergers and acquisitions. The second is to support large cement companies to integrate resources and transform into integrated building materials service providers. The third is to establish a long-term mechanism for peak production and explore the peak production mode of cement clinker based on the control of energy consumption and total pollutant discharge, which will force industrial transformation and upgrading. The fourth is to carry out pilot demonstration of co-disposal of municipal solid waste and industrial solid waste in cement kiln.
2. Special glass. Development ideas: adhere to the "super white, ultra-thin, multi-functional" to meet the needs of building energy, liquid crystal display and solar energy utilization, promote the optimization and upgrading of float glass, accelerate the development of electronic glass, high-grade architectural glass, etc. .
MLA:
(1) Technological innovation. Relying on the advantages of Luoyang float technology, research and development of float glass on-line surface modification, oxy-combustion, segmented kiln, low-temperature waste heat power generation, desulfurization and denitrification integration and comprehensive energy conservation and emission reduction technologies, promoting energy conservation, photovoltaic, low radiation, Innovative glass processing technology such as ultra-thin screen display and film coating promotes the transformation of glass from building materials to functional materials.
(2) Product upgrade. Develop high-quality float glass, tempered glass, vacuum glass and laminated glass, fireproof glass, aircraft and high-speed rail windshield and other new energy-saving and safety glass, encourage the development and application of low-emission coated glass, coated glass, high-generation screen display substrate glass, low-temperature polysilicon glass High-performance products such as substrates, solar photovoltaic glass, and electronic grade glass fiber. Support Luobo Group to develop and produce ultra-thin information display ultra-thin substrate and ultra-white light thermal materials, Zhengzhou Xufei Optoelectronics Co., Ltd. develops high-generation glass substrates, and Jiaozuo Yuhua Photovoltaic Co., Ltd. develops ultra-white solar-rolled glass.
(3) Base construction. Encourage glass enterprises to carry out upstream and downstream cooperation, extend the industrial chain, take the road of integration of design, production, processing and service, and build Luoyang high-end glass deep processing base, Jiaozuo photovoltaic glass industry base, China Building Materials Photothermal Optoelectronics (Fuyang) glass base, Shangqiu high-end Glass industry base.
Main measures: First, support the research and development and industrialization of high-end ultra-thin glass of Luobo Group, build an innovation center and a new research and development platform. The second is to eliminate and reduce the production capacity of low-end flat glass and accelerate green development.
(6) New refractory materials. Development ideas: adhere to the "functional, efficient, green" development, innovative refractory production technology, strengthen the comprehensive utilization of resources, promote the joint reorganization of enterprises, cultivate 2-3 large refractory enterprise groups, and build a domestic leading, internationally renowned new refractory material Production base.
MLA:
1. Technological innovation. Relying on Luoyang Refractory Materials Research Institute, Zhengzhou University, Sinosteel Refractory, Yanai Group, etc., encourage key enterprises to cooperate with universities and research institutes to establish research and development, establish new research and development institutions, develop new high-temperature industrial processes, high-temperature furnace energy-saving technologies, Leading edge technologies such as refractory recycling have broken through the technical bottleneck restricting the development of the industry.
2. Product upgrades. Eliminate products with high energy consumption, high pollution, low efficiency and unstable quality, develop long-life new refractory materials, high-efficiency insulating microporous materials, high-performance amorphous refractories, non-chromic refractories, promote product structure optimization and upgrade, and support Luoyang Refractory Research Institute develops and industrializes new functional refractory materials.
3. Green development. Encourage refractory enterprises to build new high-efficiency energy-saving kiln, use clean energy such as natural gas; guide refractory enterprises to adopt low-nitrogen combustion and low-temperature denitration technologies to reduce harmful gas emissions; carry out purification, homogenization and comprehensive utilization of bauxite resources Research to strengthen the recycling of refractory materials.
Main measures: First, build Zhengzhou's tens of billions of new refractory materials base, accelerate the merger and reorganization of refractory materials in Xinmi and Gongyi, improve industrial concentration, and eliminate low-end production capacity. Second, relying on Luoyang Refractory Materials Research Institute, etc., to create a provincial refractory innovation center, striving for a national-level innovation center and application demonstration platform to enhance integration and innovation capabilities. The third is to guide key enterprises to do fine-tuning, to transform into industrial kiln integrated service providers, to provide customers with one-stop solutions.
(7) Superhard materials. Development ideas: adhere to the "high-end, composite, product", give full play to the cluster effect, accelerate the coordinated development of raw and auxiliary materials, super-hard materials and products, and the functional application of diamonds, introduce and cultivate high-end products, and build a leading domestic and internationally renowned Superhard material production base.
MLA:
1. Technological innovation. Relying on key enterprises, we will develop low-cost, high-precision synthetic diamond and cubic boron nitride materials in the direction of “superhard, ultra-fine, ultra-pure and super-fine†to improve the technical level of composite materials and super-hard materials. Support Zhengzhou Sanmao to carry out MPCVD (microwave plasma chemical vapor deposition) method for high-performance large-size single crystal/polycrystalline diamond wafer research and development, realize the functional application of diamond materials; support the Yellow River cyclone cut into "Industry 4.0", realize customized production Develop and produce large-area single-layer graphene using graphite waste.
2. Product upgrades. With the high-performance synthetic diamond and high-grade super-hard materials as the direction, we will consolidate the scale of expanding high-grade large single crystal, boron-doped diamond, nano-scale micro-powder, diamond film and high-efficiency, precision super-hard material products and tool-level polycrystalline composite sheets. And production, support the industrialization of boron doped diamond and micropowder in Zhengzhou Sanmao, the metallization of single crystal, high quality micropowder and gem-quality single crystal on the surface of the Yellow River cyclone superhard material.
3. Base construction. Focusing on the key links of raw and auxiliary materials, single crystal synthesis and composite materials, products and professional equipment, we will build a super-hard material industry cluster with Zhengzhou high-end materials and products as the center, and effective links in Changge, Yucheng and Fangcheng.
Main measures: First, relying on Zhengzhou Sanmao and Huanghe Cyclone to create a provincial superhard material innovation center, striving for a national superhard material innovation center and application demonstration platform, and enhancing the independent innovation ability of key areas and key enterprises. . Second, relying on leading enterprises, we will build a research and development and industrial supporting system for super-hard materials, and enhance the high-end and integrated resources.
(1) Chain integration project. Relying on the advantages of resources and industry, we plan to develop the industrial chain of key areas of new materials, draw the industrial chain map, extend the chain and strengthen the chain, implement 70 base-type leading projects under construction at the provincial level, and 30 proposed projects. Aluminum industry, super-hard materials and other industrial chains with large growth space, to create an industrial chain featuring high-end products. Explore the coordinated development of innovation chain, supply chain and financial chain, implement the “Internet +†new material action, and build a complete industrial system of product R&D, production, logistics and finance. Accelerate the implementation of direct power supply for large users, reduce the cost of electricity for enterprises, and consolidate the advantages of industrial base. (Responsible unit: Provincial Industry and Information Technology Commission, Development and Reform Commission, Science and Technology Department)
(2) Leading the project. We will vigorously support and guide leading enterprises and listed companies in the traditional industries such as electrolytic aluminum, cement, glass, etc., through strategic participation in various ways such as equity participation, holding and asset acquisition, and implement mergers and acquisitions for industrial shortages and technical shortages, and integrate upstream and downstream of the industrial chain. Resources, optimize the allocation of funds, technology, talents and other factors to enhance industrial concentration and competitiveness, and screen 30 leading enterprises in new materials for key services at the provincial level. Support the specialization, refinement and characteristic development of new material manufacturing enterprises, focus on the advantageous areas, focus on the core business, and build the “invisible champion†with core competitiveness in the industry. Relying on the basic advantages of the raw materials industry, we will vigorously promote the characteristic raw material chain model of “raw materials + finished productsâ€, promote the clustering of upstream and downstream industrial chains, and attract a large number of small and medium-sized processing enterprise clusters that produce different types of products. (Responsible unit: Provincial Industry and Information Technology Commission, Development and Reform Commission)
(3) Technological innovation projects. Strengthen the main position of key enterprises, jointly research institutes and industry organizations, build provincial-level manufacturing innovation centers in the fields of alloy materials and super-hard materials, striving for national manufacturing innovation centers, accelerating the construction of key laboratories and engineering research Innovative platforms such as the Center and Enterprise Technology Center will introduce and build a number of new R&D institutions such as high-level industrial technology research institutes, promote key technology research and development and industrialization, and solve bottleneck problems such as product application, design specifications and standard technologies. A number of advantageous products are formed in the fields of high-quality steel, polymer materials, refractory materials and super-hard materials. Strengthen the training of talents, relying on key enterprises, alliances, universities, vocational colleges and public service platforms, through the joint research and joint implementation of major projects, training a group of professional and technical personnel, technical backbones, industrial workers and innovation teams. Breaking through the constraints of preparation, the organization of equipment manufacturing enterprises and material production enterprises to carry out joint research, accelerate the development of advanced technology and special core equipment. Improve the standard system of new material quality, environmental protection, technology, etc., and lead the transformation and upgrading of enterprises through standards. (Responsible units: Provincial Science and Technology Department, Development and Reform Commission, Human Resources and Social Security Department, Education Department, Industry and Information Technology Committee)
(4) Quality brand engineering. Strengthen the comparison with international and domestic quality products, support enterprises to aim at advanced benchmarking and implement technological transformation, carry out process optimization actions in key industries such as aluminum processing, steel and refractory materials, encourage enterprises to actively apply new technologies, new processes and new equipment, and promote Quality improvement key technology research. Give play to the leading role of quality benchmarking enterprises, and implement efficient production methods such as lean production and clean production. Improve the third-party quality evaluation system, carry out high-end quality certification, and promote the quality evaluation from the pursuit of "qualification rate" to the pursuit of "satisfaction".以é‡ç‚¹å›åŒºã€éª¨å¹²ä¼ä¸šä¸ºä¾æ‰˜,æ‰“é€ ä¼ä¸šçŸ¥åå“牌ã€åŒºåŸŸç‰¹è‰²å“牌。 (责任å•ä½:çœè´¨ç›‘å±€ã€å·¥ä¸šå’Œä¿¡æ¯åŒ–委ã€ç§‘技厅)
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