Biodiesel, with its nature of clean, biodegradability, and renewability, is an ideal substitute
for fossil diesel. This critical review focuses on the advances in process intensification of …

Hydrodynamic cavitation is considered to be a promising technology for process
intensification, due to its high energy efficiency, cost-effective operation, ability to induce …

In response to the increasing demand for diesel fuel and its shortage, biodiesel has
emerged as a potential alternative. This review thoroughly examines the physicochemical …

The continued economic growth registered since the 1970 s has contributed to an increase
in the demand and supply of energy in the main end-use sectors: electricity, heating …

As one of the advanced oxidation processes, the cavitation-based process has become a
promising technology for treating industrial effluents due to the advantages of cost …

Fossil fuel depletion, environmental concerns, and steep hikes in the price of fossil fuels are
driving scientists to search for alternative fuels. The characteristics of biodiesel have made …

Conversion of food wastes to valuable products is an important topic for sustainable
development. Feedstock hydrolysis is a stage strongly affecting the anaerobic digestion …

Two important challenges need to be addressed to realize a practical biorefinery for the
conversion of biomass to fuels and chemicals:(i) effective methods for the degradation and …

Biodiesel is envisaged as environmentally benign fuel due to its unique properties, such as
biodegradability, renewability and non-toxicity. Its utilisation leads to the reduction of sulphur …

Hydrodynamic cavitation (HC) has been explored by many researchers over the years after
the first publication on hydrolysis of fatty oils using HC was published by Pandit and Joshi …