Despite the evident advantages of FCEVs and EVs, challenges such as the limited refueling infrastructure, high initial costs, hydrogen storage…
Browsing: Research
Researchers at the University of Toronto (UOT) have leveraged artificial intelligence (AI) to uncover a new, highly efficient catalyst for…
A recent study published in the International Journal of Hydrogen Energy by Xin Yang, Wen Wang, Zhao Wang, and Fanhua…
Rust as an Energy Storage: A method for long-term storage of H2 is inspired by the centuries-old steam-iron process. Researchers…
Swedish scientists at Chalmers University of Technology are on the brink of extending the lifespan of hydrogen fuel cells.
Scientists in the United Arab Emirates have unveiled a groundbreaking device that promises to significantly advance hydrogen fuel cell technology.
Scientists have achieved a groundbreaking advancement in green hydrogen production through a novel electrode, the W-NiFeS/WC (W-doped nickel-iron sulfide/Wood-based carbon) electrode.
The quest for clean hydrogen is gaining momentum, especially for its potential to combat climate change. Yet, its production poses significant challenges due to the polluting methods typically employed. Recently, a group of researchers made an unexpected discovery that could revolutionize the production of green hydrogen.
As the world moves away from coal, gas, and oil, the focus has shifted to clean energy sources. Hydrogen, with its potential for various applications, stands out among renewable options.
The recent announcement of a $600 million investment by the Canadian and German governments to support hydrogen exports from Atlantic Canada to Germany marks a significant development in the global energy landscape.
