In this study ethanol was produced from corn stover pretreated by alkaline and acidic wet
oxidation (WO)(195° C, 15 min, 12 bar oxygen) followed by nonisothermal simultaneous …

Bio-ethanol converted from cheap and abundant lignocellulosic materials is a potential
renewable resource to replace depleting fossil fuels. Simultaneous saccharification and …

Replacing fossil fuels by bio-fuels has many advantages, such as the reduction of CO2-
emission to the atmosphere, the possibility for non-oil-producing countries to be self …

To obtain high concentration of ethanol from cellulose, corncob was pretreated with acid and
alkali to remove non-cellulose components, and then subjected to simultaneous …

Rape straw can be used for production of second generation bioethanol. In this paper we
optimized the pretreatment of rape straw for this purpose using Wet oxidation (WO). The …

Corn stover is an abundant, promising raw material for fuel ethanol production. Although it
has a high cellulose content, without pretreatment it resists enzymatic hydrolysis, like most …

Background Dry dilute acid pretreatment at extremely high solids loading of lignocellulose
materials demonstrated promising advantages of no waste water generation, less sugar …

Corn stover used in this study contained 37.0±0.4% cellulose, 31.3±0.6% hemicellulose and
17.8±0.2% lignin on dry basis. Hydrothermal pretreatment and enzymatic saccharification …

Corn stover is a promising feedstock for bioethanol production because of its abundant
availability in China. To obtain higher ethanol concentration and higher ethanol yield, liquid …

Background Lignocellulosic biomass, such as corn stover, is a potential raw material for
ethanol production. One step in the process of producing ethanol from lignocellulose is …