Increasing global energy demand and concerns of carbon emissions have driven the
utilisation of renewable sources such as biomass. Biomass pyrolysis in the presence of …

Sugarcane processing in sugar industry results in generation of vast amounts of wastes,
which can be valorized to biofuels and value-added chemicals based on the concept of …

Fast pyrolysis of biomass produces bio-oil as a dominant product. However, the yield and
composition of bio-oil are governed by numerous pyrolysis reactions which are difficult to …

Fast pyrolysis of biomass converts it mainly into bio-oil, which is incapable of being utilized
directly as drop-in fuel because of high oxygen content, unstable nature, and lower heating …

The worldwide expansion in energy and resource use has resulted in a number of
unsustainable innovations, necessitating the development of resource sustainability and a …

Sugarcane is among the leading agricultural crop cultivated in tropical regions of the world.
Industrial processing of sugarcane generates sugar; as well as various solid wastes (ie …

Hydrogen (H 2) production from sugarcane press-mud, a waste obtained from the non-
centrifugal sugarcane agroindustry, was assessed by coupling hydrolysis, fermentation …

Pyrolysis of biomass converts it to bio-oil, which contains high oxygen content, reactive
nature, and poor heating value and hence require upgradation prior to its utilization as fuel …

Thermochemical processes for biomass conversion are promising to produce renewable
hydrogen-rich syngas. In the present study, model fitting methods were used to propose …

The structural evolution of Panicum virgatum lignin during hydrothermal depolymerization
was investigated. Product distribution from various temperatures was studied using gas …