KIST’s Carbon Catalyst Unlocks Affordable, Sustainable Hydrogen Energy Future!
By Karmactive Staff
Photo Source - Korea Institue of Science and Technology
KIST introduces a game-changing carbon support in water electrolysis, enhancing green hydrogen production.
Photo Source - Google
The innovative nickel-iron-cobalt layered double hydroxide material offers a cost-effective alternative to iridium.
Photo Source - Google
Dr. Yoo Sung Jong and his team illuminate a path for scalable and affordable green hydrogen production.
Photo Source - Google
The catalyst showcased impressive durability and reduced carbon dioxide generation during corrosion.
Photo Source - Google
A significant leap in green hydrogen production is unveiled, with a current density exceeding commercial iridium oxide.
Photo Source - Google
The research underscores the pivotal role of carbon support's hydrophobicity in electrolysis performance.
Photo Source - Google
KIST’s breakthrough is supported by the Ministry of Science and ICT and the Korea Energy Technology Assessment Institute.
Photo Source - Google
The findings were published in the esteemed international journal, Energy & Environmental Science.
Photo Source - Google
The research signals a promising future for green hydrogen, contributing to global sustainability efforts.
Photo Source - Google
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