Research Articles
Supercharging Green Hydrogen: How Ceria-Material Electrodes Are Revolutionizing Clean Fuel Production
Discover how ceria-modified perovskite electrodes are enhancing high-temperature steam electrolysis efficiency and durability for green hydrogen production.
The Future of Green Hydrogen: Advances in Solid Oxide Electrolysis
Exploring the cutting-edge advances in Solid Oxide Electrolysis Cells (SOECs) that are making this technology a cornerstone of our clean energy future.
The Clean Energy Bottleneck: How New Catalysts Are Paving the Way for Affordable Green Hydrogen
Exploring platinum-group-metal-free oxygen evolution electrocatalysts for alkaline water electrolysis and their role in green hydrogen production
The Green Hydrogen Puzzle: Cracking the Code with Better Bubbles
Exploring how electrode fabrication methods impact the performance and durability of green hydrogen production through water electrolysis.
The Green Hydrogen Puzzle: Finding the Perfect Shape for a Clean Fuel Future
Exploring how Nickel-Iron catalysts in different electrode geometries perform under industrial conditions for green hydrogen production.
The Invisible Shield: How Microscopic Coatings Power the Hydrogen Revolution
Exploring how specialized coatings on porous transport layers enhance hydrogen electrolysis efficiency and durability through advanced microstructural characterization.
The Sun in a Tank: Modeling the Future of Solar-Hydrogen Generators
Exploring the technology, modeling challenges, and economic viability of solar-hydrogen generators as a clean energy solution.