… Corn stover is the most abundant agricultural residue in the United States [16]. A study
performed by the US Department of Agriculture and the US Department of Energy in 2005 …

… be expected that bioethanol yields from agricultural residues have a … t −1 , while wood residues
could deliver bioethanol yields … Potential bioethanol production from agricultural residues …

… In this study, different strains of Saccharomyces cerevisiae have been screened for the
ability of bioethanol production. Yeasts were grown in synthetic liquid medium containing two …

… The use of agricultural residues for bioethanol production greatly depends on availability of
… feasibility of a bioethanol production plant, using multiple coffee crops residues (stems, pulp, …

… a sustainable bioethanol production system. Several … bioethanol production system with
various energy crops. In tropical and subtropical regions, sugarcane can be grown in agricultural …

… and can be utilized as substrate for bioethanol production. There are major limitations to
efficient ethanol production from agricultural residues. These limitations include the close …

… Harvesting of cereals, vegetables, and fruits generates huge amounts of crop residues. In
Europe, the amount of agricultural residues available for bioenergy production is estimated at …

… Recently, bioethanol has been produced from lignocellulosic biomass obtained from energy
crops, wood and agricultural residues; giving rise to second generation bioethanol, which …

… Agricultural residues are easier than wood to use as feedstocks for biofuels due to their …
(C/N) ratios of substrates on the bioethanol production were identified in this study. The C/N ratio …

… different acidic pretreatments on herbaceous/agricultural residues, hardwood, and softwood
… Generally, the acidic pretreatments are effective for the herbaceous/agricultural residues (ie, …