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2019 annual nanotechnology priority project special estimate of 100 million yuan

Release time：

2019-10-18 09:38

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2019 annual nanotechnology priority project special estimate of 100 million yuan

Recently, the Ministry of Science and Technology released the 2019 annual project application guideline for key projects of nanotechnology, with a total budget of 100 million yuan. It is intended to give priority to supporting new nanopreparation and processing technologies, nano-characterization and standards, nano-biomedicine, nano-information materials and devices, Six research directions in energy nanomaterials and technology, environmental nanomaterials and technology.

Among them, the research topics in the field of energy nanomaterials and technology are the next generation fuel cell nanocatalytic materials and devices, and the research content is to develop the theoretical design method of the next generation fuel cell nanocatalysis and membrane materials, and obtain a universal description of the material structure and Quantitative structure-activity relationship between electrocatalysis and membrane properties, high-throughput screening of non-precious metal catalysts and membrane materials for next-generation fuel cells, guiding experiments and achieving non-precious metal-based nanocatalysis and macromaterial preparation of membrane materials; The nano-effect of organic-inorganic hybrid membranes completes the application demonstration of next-generation high-performance low-cost alkaline membrane fuel cells.

The research topic set in the field of environmental nanomaterials and technology is nanotechnology for efficient separation and recovery of toxic heavy metals in fine-grained industrial hazardous wastes. The research content is to develop a new nanotechnology capable of efficiently separating and recovering heavy metals for ultra-fine particle hazardous waste with large output and heavy metal; research on the microstructure relationship between heavy metals and coexisting micro/nanophases in fine particle type hazardous waste. Nano-crystals rapidly grow and separate non-adsorbing/flocculation new nanotechnology such as heavy metals, which are used for high-efficiency separation and resource recovery of hazardous heavy metals in fine waste industrial wastes, salt sludge and other hazardous wastes.

The overall goal of the nanotechnology key project is to obtain major original innovations and important application results, improve the independent innovation capability and the international influence of research results, and strive to take the lead in achieving major breakthroughs in several advantageous areas, such as nanoscale ultra-high resolution characterization technology, new nanometers. Information materials and devices, nano energy and environmental technologies, industrial modification of nanostructured materials, research and development and industrialization of new nanomedicines.

Source: China Chemical

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