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/ Optimizing LOHC molecules through molecular engineering
Optimizing LOHC molecules through molecular engineering
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Organizations
Korea Research Institute of Chemical Technology (KRICT)
Chemical Technology Research
institution
South Korea
2 mentions
Organizations
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Often mentioned with · Organizations
Korea Research Institute of Chemical Technology (KRICT)
Chemical Technology Research
institution
South Korea
1 mention
Chemical Engineering Journal
Scientific Publication
institution
1 mention
Often mentioned with · Technologies
Liquid Organic Hydrogen Carriers (LOHC)
A technology that allows hydrogen to be stored in liquid form by reacting it with liquid organic compounds like dibenzyltoluene (DBT).
1 mention
Often mentioned with · Locations
world
1 mention
Often mentioned with · Products
MBP (2-(n-methylbenzyl)pyridine)
A predecessor LOHC material used as a benchmark for the performance of BMP.
1 mention
DBT (dibenzyltoluene)
A commercial LOHC material used as a benchmark for the performance of BMB.
1 mention
BMP (2-benzyl-6-methylpyridine)
A novel LOHC material developed through molecular engineering, demonstrating a 206% increase in hydrogen storage and release rate compared to its predecessor.
1 mention
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Often mentioned with · People
Dr. Jihoon Park
1 mention
In the news (1)
Cracking the Code to Hydrogen Efficiency—The Role of LOHC Innovation
1 year 7 months ago
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