… Most potential feedstocks for bioethanol production are wheat and rice straws and corn
stalks, since they contain approximately 35% hemicellulosic material [44]. As agricultural …

… and enzymes production. In this study, for the first time, enzymatic potential from the novel
strain … fulvissimus CKS7 was explored using agricultural by-products for bioethanol production. …

… Production of fuel ethanol from renewable and waste lignocellulosic materials (‘bioethanol”)
has the potential … structure and increase its susceptibility to enzymatic attack (McMfflan. 1994…

… lignocellulosic biomass emphasizing the scope of biological pretreatment process, enzymatic
hydrolysis, on various lignocellulosic feedstocks for production of bioethanol, in particular. …

… for high biofuel production in distinct lignocellulose substrates. Hence, this study provides
a potential strategy for precise genetic modification of lignocellulose in all bioenergy crops. …

… great potential as a feedstock for the production of fuel ethanol, also known as bioethanol
or … at low cost to develop economically competitive bioethanol production and other bio-based …

… This study highlights the potential of cereal grain residues for bioethanol production.
Further studies should be focused on enzymatic hydrolysis at lower enzyme loadings and …

… sugar from enzymatic hydrolysis (90 FPU/mL) and bioethanol production were obtained with
… for VG hydrolysis and the sugar released can be further utilized for bioethanol production. …

… At the time of the first oil crisis, in the 1970s, the country imported 85% of its oil needs and
the potential for ethanol production from sugarcane as a transportation fuel was in good …

… feedstock for bioethanol production. The present study examines the enzymatic hydrolysis
of … endows the specie with a high potential for use as a fermentation feedstock for bioethanol …