Stable and scalable photo-electrode "strongest candidate yet" for renewable hydrogen generation

Using the power of the sun to split water and produce hydrogen fuel is one of the most promising clean energy technologies being pursued. One of the biggest hurdles holding it back has been uncovering an efficient and stable semiconductor material for use in the water-splitting process, but that’s just what a team from the University of Exeter now claims to have created.

Darren Quick

https://newatlas.com/semiconductor-solar-powered-water-splitting-hydrogen/54414/?utm_medium=email&utm_campaign=2018-04-30%20143131%20USA%20Daily%20Basic%202018-04-30%20143846%20How%201000%20kmh%20Hyperloop%20technology%20could%20supercharge%20freight%20delivery&utm_content=2018-04-30%20143131%20USA%20Daily%20Basic%202018-04-30%20143846%20How%201000%20kmh%20Hyperloop%20technology%20could%20supercharge%20freight%20delivery+CID_33eb63cd9bbf3812b8c25373c9e333af&utm_source=Campaign%20Monitor&utm_term=Stable%20and%20scalable%20photo-electrode%20strongest%20candidate%20yet%20for%20renewable%20hydrogen%20generation