Heterogeneously catalyzed processes using mesoporous acid silicas selectively afford many valued products from biomass components. The versatile nanochemistry of the sol-gel process allows to shape materials with catalytically attractive morphologies, as well as to further functionalize the inner meso-porosity with other active species affording nanocomposites suitable for consecutive reactions in one-pot. Using selected examples from recent chemical research, we identify an approach that will likely produce catalysts of enhanced performance, suitable for practical application.
Catalysis via Sol-Gel Acid Silicas: An Important Chemical Technology for 2nd Generation Biorefineries
Ciriminna Rosaria;Pagliaro Mario
2014
Abstract
Heterogeneously catalyzed processes using mesoporous acid silicas selectively afford many valued products from biomass components. The versatile nanochemistry of the sol-gel process allows to shape materials with catalytically attractive morphologies, as well as to further functionalize the inner meso-porosity with other active species affording nanocomposites suitable for consecutive reactions in one-pot. Using selected examples from recent chemical research, we identify an approach that will likely produce catalysts of enhanced performance, suitable for practical application.File in questo prodotto:
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