Development of technologies for biobutanol production by fermentation has resulted in
higher final butanol concentrations, less fermentation by-products and higher volumetric …

Biobutanol can become the replacement of petroleum gasoline in near future. However,
economic feasibility of biobutanol production from ABE fermentation is suffering due to the …

Highlights•Lignocellulosic biomass and CO 2 are readily available and low cost but difficult
to ferment.•Clostridia can utilize cellulose or CO 2 to produce ethanol and acetic acid, but …

Acetone–butanol–ethanol (ABE) fermentation using Clostridium
saccharoperbutylacetonicum N1-4 and mixed sugars containing cellobiose and xylose was …

Escherichia coli has been explored as a host for butanol production because of its many
advantages such as a fast growth and easy genetic manipulation. Butanol toxicity, however …

Biobutanol offers several merits that make it as top-tier fuels to be discovered. Due to energy
and environmental concern, traditional biobutanol production using Acetone-Butanol …

Background The sustainable production of biofuels remains one of the major issues of the
upcoming years. Among the number of most desirable molecules to be produced, butanol …

Biobutanol is gaining more interest as advanced biofuel owing to its characteristics such as
higher energy content, density and lesser corrosiveness. Deriving butanol from biological …

The biodegradable fraction of municipal solid waste (BMSW), dominantly composed of
starchy and lignocellulosic materials, has high potential to be used for liquid biofuel …

The production of normal butanol by anaerobic fermentation using Clostridium
acetobutylicum, ie the Weizmann process, is a well-known technology. However, due to …