TNO researchers were the first to create a process that uses 200 times less iridium while still producing electrolyzers that perform between 25% and 46% better.
Browsing: Research
Rice University engineers have found a technique that may make oxygen evolution catalysis in acids, one of the trickiest areas of water electrolysis for creating clean hydrogen fuels.
The “Green Hydrogen State of the Nations Summary” study was delivered by Interreg project Inn2POWER.
A group from the Leibniz Institute for Catalysis in Rostock, Germany, devised the method that can store and release extremely…
$70 billion in new investment in hydrogen from renewable sources.
According to recent studies, saltwater electrolysis, method for separating water into oxygen and hydrogen, can overcome some of the difficulties…
With a need of more than 33 million tons per year, China has emerged as both the world’s greatest producer and consumer of hydrogen.
The medium- and long-term (2022–2035) planning for the growth of the regional hydrogen sector is outlined in this paper by Shanxi’s authorities.
The study will enhance methods for generating hydrogen from biomass and other waste products.
The biggest problem with the current “hydrogen revolution” is the storage and transport of hydrogen. There is a need for a concept that improves the safety of using hydrogen, significantly reducing the cost of the hydrogen dissemination plant.
