KAIST

institutionSouth Korea 2 mentions

Education and research

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Greenhouse gas recycling method using a new catalyst

Research studies

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Often mentioned with · Technologies

Ultrathin nanosheet catalysts

Paper-thin sheets (tens of thousands times thinner than a human hair) made from iridium or platinum-copper alloys on titanium oxide support

A process that converts harmful gases, such as carbon dioxide, into more useful chemicals. These chemicals can then be further processed into plastics, fuels, or pharmaceuticals.

A substance used in fuel cells, often platinum, that speeds up the electrochemical reaction without being consumed in the process.

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Often mentioned with · People

Professor EunAe Cho

South Korea 1 mention

Often mentioned with · Research studies

Greenhouse gas recycling method using a new catalyst

In the news (2)

Ultrathin Nanosheet Catalysts Boost Hydrogen Production Efficiency

5 months 8 days ago

Korea Advanced Institute of Science and Technology (KAIST), founded in 1971, is a leading research institution in South Korea specializing in materials science, engineering, and energy technologies. The Department of Materials Science and Engineering led this catalyst research. Recently, KAIST has been advancing hydrog

Greenhouse gas recycling can produce hydrogen gas and fuel

6 years 4 months ago

Cafer T. Yavuz, an associate professor at KAIST, is one of the authors of the paper detailing the new greenhouse gas recycling method.

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