As climate change accelerates, finding clean alternatives to fossil fuels is more urgent than
ever. Therefore, green hydrogen has been introduced as a means of high-intensity energy …

Green hydrogen is a tentative solution for the decarbonisation of hard-to-abate sectors such
as steel, chemical, cement, and refinery industries. Green hydrogen is a form of hydrogen …

Decarbonized hydrogen production using renewable energy sources and water electrolysis
is perceived as a promising solution for a sustainable future. The efficiency of PEMWEs …

Hydrogen produced via water electrolysis is considered a green energy source that supports
a carbon-neutral future. Compared with conventional water electrolysis, anion exchange …

Hydrogen is a clean and sustainable energy alternative to fossil fuels. Current hydrogen
production methods are carbon intensive; hence, develo** low-carbon hydrogen …

Renewable energies such as the wind energy and solar energy generate low-carbon
electricity, which can directly charge battery electric vehicles (BEVs). Meanwhile, the surplus …

This study presents an induction heating-based reactor for ammonia decomposition and to
achieve a 150 Nm 3/h carbon-free green hydrogen production process. The developed …

Blue hydrogen is gaining attention as an intermediate step toward achieving eco-friendly
green hydrogen production. However, the general blue hydrogen production requires an …

Ammonia synthesis is a carbon-intensive process, with significant volumes of carbon dioxide
produced during the preliminary production of hydrogen from a fossil fuel feedstock. Since …

In the transition of the global energy paradigm toward decarbonization, hydrogen is
expected to play a crucial role as an energy vector. To enhance the sustainability of …