This review appraises the latest scientific progress and the accomplishments of
interesterification technology as an alternative to conventional transesterification reaction …

In recent years, the scope for replacing fossil fuels has been appealing to the world, owing to
limited conventional fuels, crude oil price volatility, and greenhouse gas emission concerns …

Boron-based particles are dense energy carriers that are promising for a future carbon-
neutral world, to store and transport abundant energy. Although it is prominent as a slurry …

The valorization of waste frying oil (WFO) to biodiesel has been carried out via solid base
catalyzed transesterification reaction. A novel potassium tin oxide (KSO) catalyst was …

Biodiesel is derived from renewable sources and can be considered as an energy
alternative to partially replace diesel. However, it contains unsaturated organic molecules in …

The combustion of biodiesel requires complex analysis because it is composed of
multicomponent constituents. The use of additives in biodiesel is an option widely used to …

Waste frying oil is a highly promising feedstock for biodiesel production due to its lower cost
compared to refined vegetable oils. In this study, biodiesel was prepared by …

Current research concerns the droplet combustion behavior of gasoline‐based nanofuel
droplets containing hematite (Fe2O3), magnetite (Fe3O4) and lanthanum orthoferrites …

Biodiesel has attracted widespread attention as a renewable energy source. However, the
presence of metal ion contaminants in biodiesel can lead to a decrease in fuel oxidative …

Metal and metal oxide nanoparticles (NPs) are promising agents for reducing energy
consumption and pollution in applications where combustion power generation is provided …