MIT News: MIT Developed Open-Source Hydrogen-Powered Motorcycle
MIT’s Electric Vehicle Team is building an open-source fuel cell electric motorcycle to test new hydrogen-based transportation technologies.
MIT’s Electric Vehicle Team is building an open-source fuel cell electric motorcycle to test new hydrogen-based transportation technologies.
Researchers at RIKEN in Japan developed an electrolyte for transporting hydride ions at room temperature, presenting a promising solution for safer and more efficient hydrogen solid-state batteries and fuel cells.
Researchers at the University of PEI are looking to produce green hydrogen from waste products like sawdust, potato peels and tunicates (aquatic species) using solar power.
IIT and BeDimensional developed a new electrolytic system that uses ruthenium particles and solar-power to produce green hydrogen cheaply and efficiently.
CSIRO and Swinburne University launched a clean hydrogen refueling station in Victoria, Australia that will be used to support and test hydrogen technology research.
A research team from the University of Delhi developed an electrocatalyst made from dealloyed NiCu on Co nanosheets for low-cost, efficient green hydrogen production.
The University of Manchester and the University of Warwick demonstrated that graphene is permeable to protons, making it a potential sustainable alternative to expensive catalysts currently used in green hydrogen production.
University of Central Florida researchers developed technology to produce clean energy and materials from greenhouse gas, including producing hydrogen from hydrocarbons (e.g., methane) without releasing carbon gas.
This article looks at magnesium hydride storage solutions and how researchers like the team of Professor Jianxin Zou at Shanghai Jiao Tong University have summarized and addressed design principles and future research trends of Mg-based hydrogen storage materials for industrial applications.
The University of Amsterdam used a catalyst (chitosan) made from shrimp waste to generate and control the release of hydrogen from borohydride salts, presenting a potential alternative for hydrogen storage.