Draw a blueprint for scientific and technological innovation in Ningxia's chemical industry

This year is the first year of the "14th Five-Year Plan".

The "Plan" pointed out that in the field of modern industry, centering on the need to accelerate the efficient and clean conversion and utilization of coal resources and build a modern coal chemical industry demonstration zone, develop modern coal chemical downstream high value-added products, research and develop the application of coal chemical waste disposal and comprehensive utilization of resources Technology, the application of high-concentration organic wastewater purification, low energy consumption and low-cost technology, and continuous integration and optimization of key technologies for the industrialization of modern coal chemical industry, to promote the improvement and strengthening of the modern coal chemical industry in the region; focus on the development of high value-added downstream products of calcium carbide chemical industry, and promote The refined transformation and development of traditional chemical industries such as calcium carbide chemical in the whole district

Among them, the key research directions of modern industrial technology are: focusing on the extension of the α-olefin and oil wax industry chain, developing high-end light white oil, base oil, lubricants and other high-end oil products, clean fuels and fine chemicals; focusing on coal-based The extension of the olefin and coal-to-ethylene glycol industrial chain, the development of high-end polyolefins, poly-α-olefins and other high-performance engineering plastics and downstream high-end products such as resins and special rubbers; continuous development of large-scale, localized, and automated coal chemical core equipment And the development and application of key components; in-depth development and application of preparation technologies for coal-to-olefins and coal-based high-end synthetic resin catalysts, additives, and additives; development and application of coal chemical conversion of carbon dioxide hydrogenation to methanol, ethanol and other chemicals Technology; carry out the upgrading and iteration of advanced coal gasification technology, methanol to olefins and other technologies; carry out the research and application of industrial technology such as coal-to-aromatics, hierarchical liquefaction, kerosene co-refining, and olefin separation; carry out the one-step synthesis gas to olefins, aromatics, and high-carbon Research and development of short-process technologies such as mixed alcohols; carry out research and development of polygeneration technologies such as coal-to-gas co-production, and promote the integration of coal chemical and petrochemical industries; develop and develop around the extension of the cyanamide industry, such as cyanamide and dicyandiamide, Pharmaceutical and pesticide intermediates, dyes and other downstream high value-added products; focus on the extension of the chlor-alkali industry chain, develop downstream special resins and fine chemicals and other high value-added products, carry out the development and application of key technologies for the comprehensive utilization of by-product hydrogen; carry out chlorination, The development and application of micro-reaction continuous technology for the key synthesis of fine chemicals such as nitrification; the development and application of large-scale digital and closed advanced production equipment for calcium carbide chemical industry

In addition, in the field of new materials, focusing on the need to build a new material production and research base with certain influence in the west, develop new materials with high purity, high strength, high precision and high performance, and focus on the development of high-end and green new chemical materials.

Science and technology support ecological environment protection

In the field of clean energy, seize the opportunities and challenges brought by carbon peak and carbon neutrality to clean energy development, focus on the high-level construction of the national new energy comprehensive demonstration zone, and carry out the integrated application of hydrogen energy technology in the comprehensive utilization of coal chemical industry; Focus on the development of clean energy, carry out the integrated application of electrochemical energy storage and other technologies, and realize the integrated innovation and application of key technologies for carbon peaking and carbon neutralization

In the field of environmental pollution control, focus on key industries such as chemical industry and the main features that affect the environment, carry out clean production in chemical parks, comprehensive treatment of volatile organic compounds (VOCs), and integrated innovation and demonstration of key technologies for the treatment of odorous gases in key industries such as biopharmaceuticals and coal chemical industries.

Cultivate and expand the main body of scientific and technological innovation

The "Plan" also pointed out that it is necessary to speed up the cultivation of a number of new R&D institutions, formulate and promulgate the registration management measures for new R&D institutions in the autonomous region, and promote the Ningxia Branch of the Beijing Graphene Research Institute, the Ningxia Green Cyanamide Chemical New Materials Research Institute, and the Yinchuan Industrial Technology Research Institute.

　　Create a national science and technology innovation platform, focus on the modern coal chemical industry and other autonomous regions' key industries or advantageous characteristic industries, coordinate the construction of a number of autonomous regional industrial technology collaborative innovation centers, and increase efforts to cultivate in accordance with national standards, and strive to become a national technological innovation center

　　The road map for scientific and technological innovation in Ningxia's chemical industry has been drawn up