Tokyo Metropolitan University forms partnership with GIHF to advance hydrogen research
Tokyo Metropolitan University has signed a partnership with the International Hydrogen and Fuel Cell Research Organization, GIHF, to strengthen international cooperation toward a decarbonized society.
Tokyo Metropolitan University has signed a partnership with the International Hydrogen and Fuel Cell Research Organization (GIHF). The two sides plan to strengthen international cooperation and work toward a decarbonized society.
Hydrogen is the lightest of all elements, and burning it does not emit carbon dioxide. For this reason, green hydrogen, produced by using electricity from renewable sources such as solar and wind to split water through electrolysis, is seen as an energy source that can help decarbonize. However, emissions vary widely depending on the production method, so expanding low-carbon production is a key challenge.
A fuel cell generates electricity by reacting hydrogen with oxygen. Because it produces power without combustion, it is highly efficient, and its main byproduct is water. Its applications are expanding, including fuel cell vehicles, buses and stationary power sources for homes.
University research plays a role in generating basic knowledge. To connect those results to demonstration projects by industry and local governments, exchanges of personnel and joint research frameworks are essential. The new partnership is positioned within this effort to move research toward social implementation.
Attention will focus on the specific content of joint research and personnel exchanges that will follow the agreement. The key question is how far the technical development and social introduction of hydrogen and fuel cells can advance while drawing on international expertise.
BLUE NOVA Hydrogen Journal view
A partnership between a university and an international research organization can provide a foundation for moving hydrogen and fuel cell technology from the research stage to social implementation. Hydrogen is expected to serve as a decarbonizing energy source, but sharing international expertise is essential for building the systems needed for production and use. The agreement can be seen as an effort to broaden that expertise through collaboration among research institutions. Whether the results of joint research are presented in concrete terms will likely determine how the partnership is judged.
Source: レスポンス（Response.jp）
This article was written by the editors based on the cited report and translated from Japanese. AI is used to assist in writing and translation.
More news
J-Power and JGX launch C app app to reward decarbonizing actions with social credits
The app lets users earn points for eco-friendly activities that can be exchanged for goods, services or J-Credits.
Ricoh begins building production system for inkjet-printed perovskite solar cells
Ricoh has started setting up a production system for thin, lightweight next-generation solar cells using inkjet technology.
New nanomaterial that makes fuel from water could advance green hydrogen production
Research on a new nanomaterial that converts water into fuel suggests it could improve the efficiency of green hydrogen production.
Hokkaido Gas achieves first in-house consumption of municipal sewage biogas certificates
Hokkaido Gas said it has for the first time turned a municipality's sewage-derived biogas into certificates and enabled the municipality to use them itself.