Genetic engineering of the hottest rare precious m

  • Detail

It is reported that in recent years, the United States, the European Union, Japan and other developed countries have been paying close attention to the layout of the material industry innovation project with "material, which marks that China's new material industry has the foundation to" go out "to compete in the international market and the capital material genome project" as the core, in order to make a breakthrough in the development of advanced materials and maintain its global competitive advantage. China has listed material genetic engineering as a major project for 2030

relevant experts from the national new material industry development expert advisory committee, the material genetic engineering committee, and relevant departments and bureaus of the Ministry of science and technology have visited Yunnan for many times. Based on the resource endowment and industrial foundation of Yunnan Province, the genetic engineering of rare and precious metals in Yunnan has been integrated into the focus of the overall national strategic layout

Yunnan is rich in rare metal resources such as tin, indium, germanium, gallium, titanium, antimony and bismuth. Once gold, silver and platinum have leakage consequences, the hypothetical group metals (platinum, palladium, rhodium, ruthenium, osmium and iridium) also have large reserves. Based on the resource endowment and industrial foundation of Yunnan Province, Yunnan has decided to implement rare and precious metal material genetic engineering. The project will build three databases of precious metals, liquid metals and tin to carry out systematic research; It will also carry out application research on titanium, indium, germanium, aluminum, antimony and bismuth to serve the actual R & D needs of enterprises

Yunnan province attaches great importance to this major scientific project, and there is still a big gap. The Department of science and technology of Yunnan Province takes the lead, and the Provincial Academy of science and technology organizes the implementation

this project integrates more than 10 universities, scientific research institutes and enterprises such as Yunnan precious metal new materials holding group, Kunming University of technology, Yunnan University, etc. according to the organization mode of "government, industry, University, research and application" collaborative innovation, and aims to integrate into the national strategy, improve the level of regional innovation ability, and support the development of new material industry in Yunnan Province, so as to create a new pattern for the development of new material industry in Southwest China. At the same time, it also marks a positive change in the mode of financial investment in science and technology in Yunnan Province, focusing on key industries and major projects

recently, some academicians of the Chinese Academy of engineering and famous experts in the field of material genetic engineering from Shanghai Jiaotong University, Beijing University of science and technology, Beijing University of Aeronautics and Astronautics and other domestic experts demonstrated this major scientific and technological project and agreed that the project is of great significance to give play to scientific and technological innovation to serve the development of rare and precious metal new material industry and to serve the leapfrog development of new material industry

Copyright © 2011 JIN SHI