This study delves into the combustion characteristics of diesel-vegetable oil blends using an
industrial fuel burner, shedding light on essential factors that impact the viability of these …

The presented experimental investigation aims at providing a microscopic insight into the
flame characteristics of the conventional (light/heavy diesel), a renewable fuel (waste …

Liquid biofuels are anticipated to play a significant role in meeting future energy demands
while mitigating environmental concerns. Previous research has demonstrated that diesel …

The Combustion of liquid fuels is largely dependent on effective ways of atomization. The
investigation of flow dynamics and atomization of alternative fuels is essential and …

The research was carried out to determine the effect of variations in perforated plates and
the direction of the magnetic field on the flame properties of coconut oil in premixed …

Biofuels from waste cooking oil (WCO) represent a sizable opportunity not only in terms of
energy production but also as a way for sustainable development despite their low yield …

Using vegetable oil as a direct combustion fuel is an interesting energy development of
lower emissions fuel. In this work, commercial cooking oil extracted from palm oil was …

In present scenario fossil fuels are getting depleted, in addition to this dependency and price
is increasing. A time may come in future there might fuel crises. Hence, in order to make a …

Highly viscous fuels present combustion challenges due to poor atomization and
consequent inefficient air-fuel mixture, however, due to the demand for cheap heating fuels; …

Research and development for alternatives to fossil fuels such as coal and petroleum have
progressed considerably worldwide. Among clean fuels, bio-diesel has been a …