Supported metal nanoparticles: their catalytic applications to selective alcohol oxidation
- Supported metal nanoparticles: their catalytic applications to selective alcohol oxidation
- 엄병헌; 무하마드 아시프 후세인; 느얀즈 조셉; 강온유; 조용훈; 김정원
- alcohol oxidation; aldehyde; supported metal; metal nanoparticle; nanocatalyst
- Issue Date
- 공업화학 (Applied Chemistry for Engineering)
- VOL 27, NO 3-238
- This review article highlights different types of nano-sized catalysts for the selective alcohol oxidation to form aldehydes (or ketones) with supported or immobilized metal nanoparticles. Metal nanoparticle catalysts are obtained through dispersing metal nanoparticles over a solid support with a large surface area. The nanocatalysts have wide technological applications to industrial and academic fields such as organic synthesis, fuel cells, biodiesel production, oil cracking, energy conversion and storage, medicine, water treatment, solid rocket propellants, chemicals and dyes. One of main reactions for the nanocatalyst is an aerobic oxidation of alcohols to produce important intermediates for various applications. The oxidation of alcohols by supported nanocatalysts including gold, palladium, ruthenium, and vanadium is very economical, green and
environmentally benign reaction leading to decrease byproducts and reduce the cost of reagents as opposed to stoichiometric reactions. In addition, the room temperature alcohol oxidation using nanocatalysts is introduced.
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