Cellulose is a complex biomolecule that constitutes the major component of lignocellulosic
biomass. The enzymatic digestion of cellulose is achieved through cellulases. As the plant …

Biomass can be used for the production of energy throughout burning or direct combustions.
At present, microbial cellulases have been mainly studied due to their application for biofuel …

Bio-utilization of lignocellulosic biomass is of huge significance as it can directly replace
petroleum resources by producing liquid fuels and organic chemical products in a more …

Biofuels are currently recognised as the most viable source of energy to replace depleting
fossil fuel reserves, with bioethanol the most popular alternative alcohol fuel. Producing …

Lignocellulosic plant biomass is the most abundant carbon source and has consequently
attracted attention as a renewable resource for the industrial purposes such as biofuels and …

In order to meet the Renewable Fuels Standard demands for 30 billion gallons of biofuels by
the end of 2020, new technologies for generation of cellulosic ethanol must be exploited …

There is a great diversity for cellulolytic microbes in nature and the strategies they use to
digest cellulose. In addition to the cultured cellulolytic microbes, there are still a great …

Recently, the global attention has been shifted toward improving second-generation biofuel,
which seems to be the best alternative in solving the challenges of feedstock for bioethanol …

Background: Plant cell walls are composed primarily of cellulose, making it the most
common organic polymer on Earth. The utilization of microorganisms to convert cellulose …

Due to fastest depletion of fossil fuel assets and augmented greenhouse gases buildup in
atmosphere owing to their consumption, therefore, biofuels have been considered as a …