Storia in 2 fonti

Porous electrode design could lift green hydrogen output by limiting bubble buildup

Hydrogen could be the key to a clean energy future, but a tiny problem has been holding it back: bubbles. In a paper published in Energy & Environmental Science, a multidisciplinary team of UNSW researchers, in collaboration with researchers from TotalEnergies and EPFL, has found a new way to boost the efficiency of green hydrogen production.

Raccontata da

pv-magazine.com

techxplore.com

Confronto fonti

2 prospettive sulla stessa storia

AI · summaries

techxplore.comStai leggendo1 mese fa

Porous electrode design could lift green hydrogen output by limiting bubble buildup

UNSW found that uniform pore structures prevent hydrogen bubble accumulation in electrodes, solving a bottleneck in green hydrogen production. This makes green hydrogen economically viable for steelmaking and transport, directly impacting enterprise carbon neutrality strategies.

originale

pv-magazine.com1 mese fa

UNSW research solves critical electrolyzer bottleneck in green hydrogen production - pv magazine Global

UNSW researchers have used 3D imaging to see how trapped bubbles affect the efficacy of electrolysers in the production of green hydrogen, smoothing the way for decarbonising hard-to-abate sectors such as steelmaking…

Porous electrode design could lift green hydrogen output by limiting bubble buildup

UNSW research solves critical electrolyzer bottleneck in green hydrogen production - pv magazine Global

Timeline cronologica

UNSW research solves critical electrolyzer bottleneck in green hydrogen production - pv magazine Global

Porous electrode design could lift green hydrogen output by limiting bubble buildup