Promote the independent development of China's hydrogen energy and fuel cell technology




On November 9, the first Beijing Future Science City Hydrogen and Fuel Cell Technology Development Conference was successfully held in Beijing Future Science City. The theme of this conference was to strengthen collaborative innovation and promote the independent development of domestic hydrogen energy and fuel cell technology. Focusing on the core key technologies of hydrogen energy and Beijing's dominant technical fields, the focus was on solid-liquid storage and transportation hydrogen technology, liquid hydrogen technology, medium and high temperature fuel cells Technology exchanges in three sub-fields of technology, exploring the application of technology in multiple scenarios.
Comrade Lei Ting, a member of the Beijing Science and Technology Commission and director of the Beijing Science and Technology Collaboration Center, introduced that Beijing, as a national science and technology innovation center, brought together a group of hydrogen energy and fuel cell technology innovation subjects. In recent years, the Beijing Municipal Science and Technology Commission has focused on supporting 39 hydrogen energy and fuel cell autonomous technology research projects and the city ’s financial expenditure of 160 million yuan, which has improved Beijing ’s hydrogen energy research and application basic research and cutting-edge technology research capabilities. The Municipal Science and Technology Commission will continue to support core key technological breakthroughs, support the systematic and integrated technology development of multiple application scenarios, support the future scientific city hydrogen energy technology collaborative innovation platform to gather more wisdom, produce more results, and support the national hydrogen energy And the high-quality development of the fuel cell industry.
The conference attracted Mao Zongqiang, vice chairman of the International Hydrogen Energy Association, professor of Tsinghua University, representative of the Energy and Environment Division of the United Nations Development Program, researchers from the National Institute of Advanced Industry and Technology in Japan, and Tsinghua University, Peking University, China University of Mining and Technology, Dalian Institute of Chemical Physics Representatives of the Institute, the Institute of Physics and Chemistry Technology of the Chinese Academy of Sciences, Aerospace Technology Group, Zhangjiagang Furui Special Equipment Co., Ltd. and other domestic and foreign fields, central enterprises, private enterprises and industry associations participated. Focusing on the three subdivisions of solid and liquid hydrogen storage, liquid hydrogen, and medium and high temperature fuel cells, 27 experts and industry representatives spoke and exchanged the latest technologies, development trends, respective research directions and scientific research results at home and abroad, and discussed hydrogen energy and fuel cells. Multiple application scenarios of technology expand the practical possibilities of domestic commercial demonstration applications outside the transportation field. The conference also focused on the staged scientific research achievements made by 13 hydrogen energy platform member units, which provided good opportunities for independent technology and professional services to better support the domestic large-scale demonstration application and industrial development of hydrogen energy and fuel cells.
The conference was hosted by the Beijing Future Science City Hydrogen Technology Collaborative Innovation Platform, Beijing Science and Technology Collaboration Center, Global Energy Internet Research Institute Co., Ltd., China Huaneng Group Clean Energy Technology Research Institute Co., Ltd., Youyan Technology Group Co., Ltd., Beijing Aerospace Experiment Undertook by the Institute of Technology, the Management Committee of Beijing Future Science City, and SINOMACH (Beijing) Exhibition Co., Ltd. More than 200 people including Beijing Municipal Science and Technology Commission, Beijing Science and Technology Collaboration Center, Beijing Future Science City Management Committee, hydrogen energy platform member units, expert committees, well-known experts in the field of hydrogen energy at home and abroad, scientific research, industrial unit representatives, and news units attended the conference.

Glass ceramic (glass-ceramic), also known as glass-ceramic, microcrystalline ceramic, by the famous glass chemist and inventor S. D. Stookey was invented in the mid-1950s and is a vitreous-containing polycrystalline solid phase material obtained by controlled nucleation and crystallization of a certain composition of base glass at a certain temperature. The properties of glass ceramics are mainly determined by the main crystalline phase, which can be achieved by controlling nucleation, crystallization, and selecting different parent glass components.

Machinable Glass Ceramic Standard Parts

Machinable Glass Ceramic Standard Parts,Standard Fuse Cutout Part,Mechanical Ceramic Parts,White Machinable Glass Ceramic Parts

SHENZHEN HARD PRECISION CERAMIC CO.,LTD , https://www.hardcm.com