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Hydrogen Fuel Cells
Creating a better future and future value, from the manufacture of world's first eco-friendly blowing agents to hydrogen fuel cell businesses
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R&D
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Hydrogen Fuel Cells
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Hydrogen Fuel Cells
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Hydrogen Fuel Cells
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Hydrogen Fuel Cells
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Hydrogen Fuel Cells
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Hydrogen Fuel Cells
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Hydrogen Fuel Cells
Hydrogen fuel cell material
We are providing an impetus to the development of core materials for fuel cells with the highest performance through various collaborations and technical support with excellent researchers within the Korea Institute of Science and Technology.
Kumyang aims to establish an integrated production system for fuel cell stacks by expanding the business area from platinum catalysts and MEA to fuel cell stack development. With the goal of becoming a global fuel cell stack provider, we will grow as a key member of the hydrogen economy.
The size of nanoparticles and catalytic reactivity are inversely proportional, so the smaller the nanoparticles, the higher the catalytic reactivity of the same amount. For example, the amount of platinum required for a hydrogen fuel cell vehicle is about 25g, but if the size of nanostructured platinum particles is reduced in half, the same level of efficiency can be obtained by using only 12.5g.
With the current nanoparticle catalytic converter technology, synthesis conditions and production of nanoparticles with consistent size are difficult, so it is expensive to manufacture nanoparticles in large quantities, requiring strict process conditions. However, our technology is an innovative technology that can synthesize ultra-fine nanoparticles and ultra-fine alloy nanoparticles with consistent size of 2 nanometers in large quantities by simply stirring in a few chemical substances.
Through our research, we expect that the catalyst usage of hydrogen fuel cell vehicles can be reduced to less than 10g in future, and the entry into the hydrogen economy will accelerate further. Hydrogen fuel cells will replace the existing internal combustion engine and be used for a variety of mobility purposes, from eco-friendly hydrogen fuel cell vehicles to construction machinery, trains, ships, hydrogen electric trams, drones, and urban aircraft, UAM.
Hydrogen Fuel Cells History
2021
Feb.The MoU was signed between the Materials and Life Science Research Division, the New Clean Technology Research Center, and Kumyang (Kumyang Innovation) for the development of fuel cells.
2020
Joins as the member of the Korea Hydrogen Industry AssociationJan.
Signed a technology transfer contract for ultra-small nanoparticle manufacturing and adsorption technology with the Korea Institute of Science and Technology (KIST)Sep.
Kumyang Innovation Co., Ltd. was founded.Oct.
The Joint Research Center was established by Kumyang Innovation Co., Ltd and the KIST.Dec.
Joined the K-Club, a collaboration chain of the family companies of the KISTDec.
The Ministry of Science & ICT recognized the R&D Center for the public-private partnerships. Dec.