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Insights / Organizations / Korea Institute of Materials Science (KIMS)

Korea Institute of Materials Science (KIMS)

otherSouth Korea 3 mentions

Research and development in advanced materials science, with a focus on energy, environment, and industrial solutions. KIMS is a leading public research institute known for breakthroughs in hydrogen and battery materials.

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Often mentioned with · Technologies

Solid-State Hydrogen Storage using Mg-20Ni-Sn Alloy
An alloy with a layered magnesium-nickel-tin structure that chemically bonds hydrogen inside the metal lattice.
1 mention
MXene-based Electrode Catalyst (MXene-NiFe₂O₄ composite)
A two-dimensional nanomaterial (MXene) intentionally oxidized and combined with nickel ferrite, forming a durable and conductive catalyst for seawater electrolysis applications.
1 mention
Induction-Heated Storage Vessel
A container for the new alloy that uses induction heating to rapidly release stored hydrogen.
1 mention
Technologies
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Often mentioned with · Locations

South Korea
South Korea
KR 3 mentions

Often mentioned with · People

Dr. Byeong-Chan Suh
South Korea 1 mention
Dr. Young Sang Kim
South Korea 1 mention
Dr. Juchan Yang
South Korea 1 mention
People
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In the news (3)

Seawater Hydrogen Production with MXene Catalyst
KIMS led the development of an advanced MXene-based electrode catalyst for seawater electrolysis. The research was headed by Dr. Juchan Yang, who leads the Hydrogen & Battery Materials Center within the institute.[2][1]
Hydrogen Production Breakthrough: KIMS Technology Turns Waste Alkaline Water into Green Hydrogen
KIMS developed a commercial-grade, non-precious metal catalyst for direct electrolysis of waste alkaline water into hydrogen. The institute is notable for advancing clean energy technologies and industrial material solutions[1].
South Korea Unveils Breakthrough in Solid-State Hydrogen Storage Technology
Founded in 2005, KIMS is a prominent South Korean government research institute known for breakthroughs in material science, particularly in areas supporting green energy advancements and industry collaboration. Recently, they led the development of a solid-state hydrogen storage material.

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