The use of agricultural residues (AR) and agro-food waste (AFW) as potential feedstocks for the production of second-generation ethanol and butanol is reviewed. The maximum biofuel production rate from AR and AFW was estimated on the basis of the feedstock availability rate, the average composition, and the biofuel yields reported in the literature. According to the estimations, the contribution of ethanol and butanol to current European biofuel accounts could be 32 and 23 % if traditional pretreatments are applied, and 40 and 19 % if they are produced by innovative pretreatments, respectively. Finally, the analysis was applied to a local scenario (Campania, Italy), with a view to potential decentralized exploitation of AR and AFW.
Agro Food Wastes and Innovative Pretreatments to Meet Biofuel Demand in Europe / Procentese, A.; Raganati, F.; Olivieri, G.; Russo, M. E.; De La Feld, M.; Marzocchella, A.. - In: CHEMICAL ENGINEERING & TECHNOLOGY. - ISSN 0930-7516. - 42:5(2019), pp. 954-961. [10.1002/ceat.201800459]
Agro Food Wastes and Innovative Pretreatments to Meet Biofuel Demand in Europe
Raganati F.;Marzocchella A.
2019
Abstract
The use of agricultural residues (AR) and agro-food waste (AFW) as potential feedstocks for the production of second-generation ethanol and butanol is reviewed. The maximum biofuel production rate from AR and AFW was estimated on the basis of the feedstock availability rate, the average composition, and the biofuel yields reported in the literature. According to the estimations, the contribution of ethanol and butanol to current European biofuel accounts could be 32 and 23 % if traditional pretreatments are applied, and 40 and 19 % if they are produced by innovative pretreatments, respectively. Finally, the analysis was applied to a local scenario (Campania, Italy), with a view to potential decentralized exploitation of AR and AFW.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
