Selective Upgrade of Biomass Derivatives to Alkenes with Inexpensive Catalysts Scientific Achievement Mo2C has been shown to be an active and very selective catalyst for conversion of oxygenates to alkenes via hydrodeoxy - Hydrodeoxygenation - Document - PDFSEARCH.IO

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	Selective Upgrade of Biomass Derivatives to Alkenes with Inexpensive Catalysts Scientific Achievement Mo2C has been shown to be an active and very selective catalyst for conversion of oxygenates to alkenes via hydrodeoxy Add to Reading List Document Date: 2013-11-05 12:37:04 Open Document File Size: 306,63 KB Share Result on Facebook Facility University of Delaware / / IndustryTerm renewable chemicals / bio-oil / precious metal catalysts / / MusicGroup Jingguang Chen and Dion Vlachos at the University / / Organization University of Delaware / / Person Dion Vlachos / Jingguang Chen / / ProvinceOrState Delaware / / SocialTag Lignocellulosic biomass Chemistry Alkene Hydrodeoxygenation

Selective Upgrade of Biomass Derivatives to Alkenes with Inexpensive Catalysts Scientific Achievement Mo2C has been shown to be an active and very selective catalyst for conversion of oxygenates to alkenes via hydrodeoxyAdd to Reading List