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What's the matter with the Ministry of industry and information technology's response to the water h

What's the matter with the Ministry of industry and information technology's response to the water hydrogen vehicle? What did the Ministry of industry and information technology say in response to the water hydrogen vehicle? On May 27, it was reported that according to CCTV finance and economics, the controversial water hydrogen engine incident in Nanyang, Henan Province. This afternoon, the Ministry of industry and information technology said that up to now, it has not received the product access application of the model from the youth automobile company, and the model has not received the product announcement. According to the road traffic safety law of the people's Republic of China, this model can not be produced, sold and driven on the road at present.

In addition, the Ministry of industry and information technology also responded that the product was not included in the announcement of vehicle manufacturers and products and could not apply for subsidies for new energy vehicles.

Yesterday, the key technical supporter of hydrolysis hydrogen production of Nanyang 'water hydrogen vehicle' - Hubei University of technology released a note on its official website and provided the media with a reply to four questions about the matter. According to the statement, Professor Dong Shijie led the team to start research and development of relevant technologies in 2006 and was approved by the Ministry of science and technology's 973 preliminary special research project 'basic research on key technologies for preparation of aluminum alloy for on-board hydrolysis hydrogen production' in 2010.

The school replied that the innovation of the key hydrogen production technology is the development of an efficient and low-cost aluminum alloy hydrolysis hydrogen production material. The material produces hydrogen after chemical reaction with water in the independently developed hydrogen production device, which can realize low-cost real-time hydrogen production.