In 2019, a total of 100 millions yuans will be spent on the S.P.

  Recently, the Ministry of Science and Technology issued guidelines for the annual project declaration of key nanotechnology projects in 2019, with a total estimated national allocation of 100 million yuan, six research directions, including new nano-preparation and processing technologies, nano-characterization and standards, nano-biomedicine, nano-information materials and devices, energy nano-materials and technologies, and environmental nano-materials and technologies, will be given priority. Among them, the research topic set in the energy nanomaterials and technology direction is the next generation fuel cell nanometer catalytic materials and devices, the research content is to develop the theory design method of the next generation fuel cell nanometer catalytic materials and membrane materials, the quantitative structure activity relationship (QSAR) between material structure and electrocatalysis and membrane performance was obtained. The next generation fuel cell non-noble metal catalysts and membrane materials were screened by high throughput method, the study reveals the nano-effect of nano-catalysis and organic-inorganic Hybrid Membrane, and completes the application demonstration of the next generation of high-performance low-cost basic membrane fuel cell. The research topic in the field of environmental nanomaterials and technologies is the efficient separation and recovery of toxic heavy metals from fine-grained industrial hazardous waste. Its research content is aimed at the production of large, heavy metal-containing ultra-fine particles of hazardous waste, development of efficient separation and recovery of heavy metals new nanotechnology; Based on the study of the microstructure relationship between heavy metals and coexisting micro/nano phases in fine-grained hazardous waste, a new nano-technology for rapid growth and separation of heavy metals and other non-adsorption/flocculation was developed, used for high efficiency separation and resource recovery of toxic heavy metals in fine particle industrial waste residue, salt mud and other hazardous waste. The overall goal of the key nanotechnology projects is to achieve major original innovation and important application results, enhance the ability of independent innovation and the international influence of research results, and strive to take the lead in making major breakthroughs in a number of advantageous areas, such as nano-scale ultra-high-resolution characterization technology, new nano-information materials and devices, nano-energy and environmental technology, NANO-STRUCTURED MATERIALS OF INDUSTRIAL MODIFICATION, NEW NANO-DRUG R & D and Industrialization.

  Source: chemchina