The rising world population and its corresponding energy demands pose a considerable
burden on natural energy sources. The exploitation of fossil fuels at such an alarming rate …

The ever-detrimental condition of the environment due to the fossil fuel utilization has
catalyzed the development of biodiesel. Biodiesel is produced mainly via transesterification …

Wastewater discharges from restaurants, kitchens, food processing plants and
slaughterhouses contain high proportion of fat, oil, and grease (FOG). Critical overview on …

With the rapid increase in the global population, domestic and industrial energy
consumption is rising at its peak, resulting in the incessant depletion of fossil fuels such as …

Versatile bio-derived catalysts have been under dynamic investigation as potential
substitutes to conventional chemical catalysts for sustainable biodiesel production. This is …

Biodiesel production from waste cooking oil (WCO) has become an economic and
environmental strategy to help address global renewable energy challenges and contribute …

Biodiesel production can be achieved through different processes and different reactor types
as well as varying reaction parameters such as catalyst dose, oil: alcohol ratio, reaction time …

To reduce the environment pollution from biolubricant synthesis, in this study, we developed
a green and efficient strategy for the preparation of octylated branched biolubricant from …

As green catalysts, lipases' productivity, and wide substrate selectivity are preferable over
chemical catalysts in biodiesel production. Lipases require milder reaction conditions and …

Global waste is expected to grow substantially by 2050, therefore, defining an effective
waste management strategy is a crucial topic for both industry and academia. Nowadays …