A recent review in Nature Reviews Clean Technology presents, for the first time, a pathway for scaling up decoupled water ...

A research team led by Dr. Sung Mook Choi of the Korea Institute of Materials Science has developed a one-step electrode fabrication process for the first time in South Korea. The research is ...

Water electrolysis technology, which produces green hydrogen using electricity, is one of the core technologies for achieving carbon neutrality and is designated as one of Korea's 12 national ...

The electrode combines metallic nickel-tungsten nitride (Ni-W5N4) and semiconducting nickel-iron (oxy)hydroxide (NiFeOOH) to form a Schottky junction, boosting water splitting ability.

Melbourne innovator says new electrolyer platform can lower costs, is easily paired with wind and solar, and operate during brief windows of low or negative energy prices.

In a recent publication in Science Bulletin, an international team of scientists has achieved a notable breakthrough in the development of high-performance electrodes for seawater electrolysis ...

Scribner has equipped the 670 Electrolysis Workstation with cells that feature gas diffusion electrodes and membranes from US-based Dioxide Materials. The company specializes in the development of ...

RMIT researchers say they've unlocked cheaper, more energy-efficient green hydrogen production with a new electrolysis technique boosted by sound waves. With these high-frequency vibrations active ...

The stability of the electrochemical reduction of carbon dioxide can be dramatically improved simply by adding a small amount ...

Gwangju Institute of Science and Technology researchers have now designed an electrode with Schottky Junction formed at the interface of metallic Ni-W5N4 and semiconducting NiFeOOH. The design ...

Researchers from Gwangju Institute of Science and Technology have developed a new electrode with a Schottky Junction, significantly enhancing the efficiency of electrochemical water splitting for ...