Sunwise launches research on efficient, low-cost anion-exchange membrane electrolysis
This archived announcement has been translated automatically from Chinese. Names and technical wording may require editorial verification. Original artwork is preserved where applicable.
On 20 December 2023, Sunwise, the Shanghai City Science, Technology and Innovation Action Plan 2023, supported by technology, the carbon peak project “Models for the development and application of high-impact low-cost anion exchange membrane hydrolysis hydrogen devices”, was launched in a solemn ceremony witnessed by relevant leaders, experts and participants.
The project was led by Sunwise, with the participation of Tongji University, the Shanghai Silicrate Research Institute of the Chinese Academy of Sciences, the Shanghai Energy Institute for tunnel shares, and the Shanghai Prince Han as a cooperating unit. The project focuses on major national “doubt carbon” strategies, targeting research and development needs for key hydrolytic equipment for “hydro-electric” integration, carrying out a full range of technical closings from the key materials, core components, electrolysis cells and system integration and demonstration validation levels of the anion exchange of membrane hydro-hydrogen devices. The project anticipates the engineering development of energy-efficient, low-cost new generation electrolytic hydrogen technologies with internationally advanced technology indicators.
Sunwise, a state-level, highly specialized, small and new giant enterprise, has been working on technological innovation and research and development in the hydrogen energy industry chain. In the fourth quarter of 2021, the Qinghai New Energy Technology Company Ltd. was successfully delineated. Today, the technology team is back together and fully engaged in research into the electrolytic hydrogen technology of the anion exchange, and looks forward to its rebirth in the near future!
English edition of the original Chinese page. Historical statements, dates and figures are retained as published.