Korea Advanced Institute of Science and Technology

institutionSouth Korea 4 mentions

Research and Education

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Often mentioned with · Technologies

Platinum catalyst

A rare earth material used in hydrogen fuel cells to facilitate energy conversion. Platinum is expensive, difficult to procure and refine, and its extraction and refinement process produces waste that can poison water supplies.

An electrode with nanoscale features, used here to improve the performance and lifespan of hydrogen fuel cells.

Ultrafast Photothermal Annealing Platform

A platform that creates ultrahigh temperatures (3,000°C) in 0.02 seconds using intense light flashes for direct-contact synthesis of catalyst nanomaterials.

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Often mentioned with · People

Professor Sung-Yool Choi

South Korea 1 mention

Professor Il-Doo Kim

South Korea 1 mention

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Often mentioned with · Research studies

Development of a carbon-free nanoelectrode for extended hydrogen fuel cell lifespan

Novel hydrogen production system using zinc-air battery and G-SHELL catalyst

In the news (4)

Ultrafast 3,000°C Photothermal Process for Hydrogen Production Catalysts

8 months 10 days ago

KAIST has published multiple high-impact studies in hydrogen production and nanomaterials, with interdisciplinary teams from the Departments of Materials Science and Electrical Engineering co-leading the present breakthrough[1][2].

Hydrogen fuel cells: Atomic scan reveals gallium boost catalyst durability

9 months 17 days ago

KAIST led the research with Prof. Yongsoo Yang and Prof. Eun-Ae Cho involved directly in this catalyst durability study[1].

Latest Research Shows How Zinc-Air Batteries Enhance Hydrogen Safety and Efficiency

1 year 7 months ago

Researchers at KAIST have developed a novel hydrogen production system utilizing a self-powered mechanism based on a high-performance zinc-air battery.

Korean researchers extend hydrogen fuel cell lifespan with new nanoelectrode

4 years 10 months ago

A joint research team from KIST and KAIST developed a new nanoelectrode to extend the lifespan of hydrogen fuel cells.

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