Bioethanol is nowadays produced almost exclusively from biomass by fermentation. However, nowadays technologies for the direct trasnformation of lignocellulosic biomass to ethanol present unsatisfactory performances for industrial applications.. So far, synthesis of chemicals from bioethanol have been put into practice only in regions where the cost of sugars is low, such as in Brazil. Several chemicals can be sythesized strating from bioethanol. In this chaoter, we shall deal with the upgrading and homologation of ethanol into butadiene, by means of the Lebedev and Ostromisslensky routes.
Tabanelli, T., Chieregato, A., Mazzoni, R., Cavani, F. (2021). 7. Biomass valorization: bioethanol upgrading to butadiene.. Berlin/Boston : Walter De Gruyter GmbH [10.1515/9783110646856-007].
7. Biomass valorization: bioethanol upgrading to butadiene.
Tommaso TabanelliPrimo
;Alessandro ChieregatoSecondo
;Rita MazzoniPenultimo
;Fabrizio CavaniUltimo
2021
Abstract
Bioethanol is nowadays produced almost exclusively from biomass by fermentation. However, nowadays technologies for the direct trasnformation of lignocellulosic biomass to ethanol present unsatisfactory performances for industrial applications.. So far, synthesis of chemicals from bioethanol have been put into practice only in regions where the cost of sugars is low, such as in Brazil. Several chemicals can be sythesized strating from bioethanol. In this chaoter, we shall deal with the upgrading and homologation of ethanol into butadiene, by means of the Lebedev and Ostromisslensky routes.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
