Low-cost innovation boosts green hydrogen production

One ingredient offers recipe for cheaper green hydrogen

By tweaking one substance used to create green hydrogen, researchers say they could unlock more of the fuel's potential.

Low-cost innovation boosts green hydrogen production

Green hydrogen is expected to play a major role in cutting emissions from industries such as shipping, steelmaking and aviation. But producing it efficiently remains a major hurdle. RMIT researchers and international collaborators have demonstrated a new way to significantly increase green hydrogen production using low-cost materials, offering a potential pathway to cheaper clean fuel.

Advancing low-cost green hydrogen

Image Credit: RMIT UniversityRMIT researchers and international collaborators have demonstrated a new way to significantly increase green hydrogen production using low‑cost materials. Encouragingly, this offers a potential pathway to cheaper clean fuel. Green hydrogen is expected to play a major role in cutting emissions from industries such as shipping, steelmaking and aviation. But producing it efficiently remains a major hurdle. By improving …

Researchers boost green hydrogen output with low-cost material

MELBOURNE, July 21 (Xinhua) -- Researchers in Australia and China have demonstrated a new way to significantly increase green hydrogen production using low-cost materials, offering a potential pathway to cheaper clean fuel. By improving a widely used compound, titanium dioxide, the team reported hydrogen production more than 80 times higher than the commercial untreated version under the same test conditions, ac

Low-cost catalyst innovation boosts green hydrogen production - pv magazine Global

Researchers from RMIT University in Victoria and collaborators in China have demonstrated a low-cost way to significantly increase green hydrogen production utilising upgraded titanium dioxide (TiO2), a material already widely used in energy technologies. Green hydrogen is seen as a key tool for decarbonizing heavy industry, but the cost and efficiency of production remain major barriers. One promising approach to hydrogen production uses light …

Low-cost catalyst innovation boosts green hydrogen production

RMIT researchers and collaborators in China have demonstrated a low-cost way to significantly increase green hydrogen production utilising upgraded titanium dioxide (TiO2), a material already widely used in energy technologies. Green hydrogen is seen as a key tool for decarbonising heavy industry, but the cost and efficiency of production remain major barriers. One promising approach to hydrogen production uses light to split water into hydrogen…