Shaanxi "Twelfth Five-Year Plan" will form three petrochemical industrial clusters with output value exceeding RMB 100 billion
According to the Shaanxi Provincial Decision-making Advisory Committee, Shaanxi's development of new materials will implement the "3569" project, and the three production values ​​of non-ferrous metal materials, chemical materials and inorganic non-metallic materials will exceed RMB 100 billion by the end of the "Twelfth Five-Year Plan." Industrial clusters.
The “3569†project is a three-billion-dollar industrial cluster; highlights the five key directions of high-performance structural materials, advanced composite materials, electronic information materials, new energy materials, and new functional materials; establishment of nonferrous metals, electronics, petrochemicals, and magnesium aluminum , PV, building materials, six major industrial alliances; construction of Xi'an High-tech Zone, Ankang New Material Base, Shangluo Modern Materials Base, Yulin Economic Development Zone, and Yinan Photovoltaic Industrial Park, etc. 9 bases.
The chemical material industry cluster is supported by advanced technologies such as methanol to olefins, aromatics, etc., and vigorously develops coal, oil, gas, and salt chemicals, and promotes the development of existing basic chemical products to high-end, high-value-added chemical synthetic materials and organic chemicals. Fine chemicals and resin-based composites are developing. Actively develop new chemical materials and invisible materials such as fluorosilicon, potash and barium salts.
"As the largest military industry province, Shaanxi has a national defense R&D production system covering six major industries including aviation, aerospace, weapons, electronics, shipbuilding, and nuclear industries. Major national aircraft, manned space, and other major engineering projects are deployed in Shaanxi. The high-end equipment manufacturing industry is strong, the high-tech industries are developing rapidly, and the strategic emerging industries have a strong momentum, said Yao Mu, an academician of the Chinese Academy of Engineering and a member of the Shaanxi Provincial Decision-making Advisory Committee. These provide a good market for new materials. We must give play to our advantages, break the boundaries between the military and the people, and encourage new material technologies to achieve a two-way transfer and integration between the military and the civilian population, and push forward military-level and civilian-scale applications.
Yao Mu introduced that Shaanxi's development of new materials has a unique advantage whether it is resource endowment or energy protection. However, at present, the new material industry is mainly resource-dependent, with less deep processing, and it is generally at the low end of the industrial chain. For example, energy and chemical industries are mainly based on raw materials, fuels, and primary processing products. There are fewer advanced chemical synthesis materials, organic chemicals, fine chemicals, and chemicals.
Yao Mu suggested that high-performance structural materials, advanced composite materials, new functional materials, electronic information materials, and new energy materials in Shaanxi should be put on the track of high-end, industrialization, and scale as soon as possible, selecting new products with independent intellectual property rights and clear market prospects. The materials adopt the combined development model of government, industry, research, and research to promote the development of clusters, so that the new material preparation technology, engineering technology, front-end raw material technology, and follow-up processing technology promote each other. The R&D, pilot, and production processes are synchronously innovated, and the technical level is established. The new material industry system with high and supporting capacity and large industrial scale.
Among them, advanced composite materials give full play to the successful R&D of ceramic-based composite materials and the successful application of carbon/carbon composite materials in the aerospace field, accelerating the progress of advanced composite material technology development and industrialization. Focused on breaking through T400 and above high-performance carbon fiber materials and follow-up processing technologies, ceramic-based composite materials, and carbon/carbon brake material technology; electronic information materials to break through the new electronic materials engineering technology, bigger and stronger electronic grade crystalline silicon materials, flat panel display New materials such as materials, thin film materials, liquid crystal materials, magnetic materials, electronic pastes, and special optical fibers; new energy materials promote the production and comprehensive utilization of new technologies for the production of crystalline silicon materials, and build solar cell modules and films for polysilicon, monocrystalline silicon, and silicon materials. Solar cells, coated solar cells and other complete industrial chain.
For the two major energy and chemical companies in Shaanxi, Yao Mu believes that Yanchang Petroleum Group should support the construction of major projects such as the acceleration of 10 million tons of oil refining, 1 million tons of ethylene, and the comprehensive utilization of coal and gas and salt, and accelerate the development of fluorosilicone resin materials, new chemical synthetic materials, and specialties. Development of rubber and other projects, and extended to a wide range of applied chemical products, striving to make the sales revenue of the above materials and products account for about half of its total revenue; to support Shaanxi Coal Chemical Group to use a number of coal chemical technologies with independent intellectual property rights to build a It has approved the conversion project of a million-ton-scale large-scale coal chemical industry and developed various kinds of coal-based chemical composite materials. It has advanced into the domestic and international ranks in the deep processing and utilization technology of coal and its industrialization.
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