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Recently, the Shandong Provincial Department of Industry and Information Technology publicly solicited comments from the public on the “Fifteenth Five-Year Plan” Implementation Plan for the Development of High-end Chemical Industry in Shandong Province. Among them, it is proposed to strengthen research on key core technologies. Normalize the collection of major innovation tasks, and organize and carry out major industrial research projects for the conversion of old and new kinetic energy around cutting-edge developments in key industrial chains. Promote enterprise investment and public disclosure, support “chain owner” enterprises to take the lead in establishing innovation consortia, and actively apply for the task of unveiling innovation and development in the chemical industry. The focus is on breaking through key material preparation technologies such as metallocene polyethylene, high-carbon α-olefin, carbon 8-POE, cyclic olefin copolymers, PBO fibers, electronic grade photoresists, high-purity wet electronic chemicals, specialty isocyanates, biomantry manufacturing, precise molecular weight control of medical grade resins, removal of trace impurities, and monomer purification. Deepen the engineering application of crude oil catalytic cracking to olefin technology, and promote the transformation of traditional refining to lightweight and low carbon. Encourage enterprises to develop disruptive technology research and development such as green catalysis, biological manufacturing, electrochemical synthesis, and new synthesis processes for new materials and intermediates.
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Recently, the Shandong Provincial Department of Industry and Information Technology publicly solicited comments from the public on the “Fifteenth Five-Year Plan” Implementation Plan for the Development of High-end Chemical Industry in Shandong Province. Among them, it is proposed to strengthen research on key core technologies. Normalize the collection of major innovation tasks, and organize and carry out major industrial research projects for the conversion of old and new kinetic energy around cutting-edge developments in key industrial chains. Promote enterprise investment and public disclosure, support “chain owner” enterprises to take the lead in establishing innovation consortia, and actively apply for the task of unveiling innovation and development in the chemical industry. The focus is on breaking through key material preparation technologies such as metallocene polyethylene, high-carbon α-olefin, carbon 8-POE, cyclic olefin copolymers, PBO fibers, electronic grade photoresists, high-purity wet electronic chemicals, specialty isocyanates, biomantry manufacturing, precise molecular weight control of medical grade resins, removal of trace impurities, and monomer purification. Deepen the engineering application of crude oil catalytic cracking to olefin technology, and promote the transformation of traditional refining to lightweight and low carbon. Encourage enterprises to develop disruptive technology research and development such as green catalysis, biological manufacturing, electrochemical synthesis, and new synthesis processes for new materials and intermediates.
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