Producing Renewable Plastics from Biomass Scientific Achievement A new catalytic process has been developed for efficiently producing the common plastic precursor, p-xylene, from biomass feedstocks with high yield. Signi - P-xylene - Document - PDFSEARCH.IO

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	Producing Renewable Plastics from Biomass Scientific Achievement A new catalytic process has been developed for efficiently producing the common plastic precursor, p-xylene, from biomass feedstocks with high yield. Signi Add to Reading List Document Date: 2013-11-05 12:37:04 Open Document File Size: 397,47 KB Share Result on Facebook Facility University of Delaware / University of Massachusetts / / IndustryTerm chemicals / catalytic active site / energy dependence / / Organization University of Delaware / University of Massachusetts / / ProvinceOrState Delaware / Massachusetts / / SocialTag Biofuels Furans 2,5-Dimethylfuran P-Xylene Xylene Cycloaddition Catalysis Ethylene Chemistry Alkylbenzenes

Producing Renewable Plastics from Biomass Scientific Achievement A new catalytic process has been developed for efficiently producing the common plastic precursor, p-xylene, from biomass feedstocks with high yield. SigniAdd to Reading List