Due to their excellent physicochemical properties, biodiesel and n-pentanol are regarded as
two promising alternative biofuels for automobile. However, the fundamental data of spray …

The depletion of fossil fuel resources and the escalating environmental impact of
greenhouse gas emissions have intensified the global exploration of renewable and …

The combustion, gaseous and particulate emissions of a diesel engine fueled with biodiesel–
pentanol (BP) blends were investigated under different engine loads. The results indicate …

Alternative fuels will come from a variety of feed stocks and refinement processes.
Understanding the fundamentals of combustion and pollutants formation processes of these …

The authors aimed to investigate the fuel-atomization, combustion, and exhaust emissions
characteristics of dual component fuels. The analysis revealed that the blending of diesel or …

The experimental investigation was carried out to find the combustion and emissions
performance of an industrial burner fuelled with five different types of fuel diesel D100 …

In this work, the biodiesel derived from animal and vegetable oils was investigated, and it
was mixed with 10%, 30% and 50% of n-butanol by volume. The objective of the …

The comprehensive spray and combustion characteristics of waste cooking oil (WCO)
biodiesel (B100) and conventional diesel fuels were investigated. The injection rate was …

Spray, ignition and combustion characteristics of biodiesel fuels were investigated under a
simulated diesel-engine condition (885K, 4MPa) in a constant volume combustion vessel …

Owing to the high viscosity of biodiesel, it is not suitable for atomization and volatilization,
and it has limitations in reducing emissions. As an alternative fuel with high oxygen content …