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 …

In the present study, combustion performance and the physical and chemical characteristics
of soot particles from a DI diesel engine were studied. The engine was fueled with n …

Biodiesel is a promising alternative fuel because of its renewability and extensive source of
raw materials. Butanol can be blended in biodiesel to reduce the kinematic viscosity and …

Pentanol is one of the next generation biofuels that could potentially help relieve the energy
crisis and environmental problems. The objective of this study is to reveal the effects of …

The present study investigates the significance of the utilization of biodiesel derived from
waste cooking oil in diesel engines and its impact on engine output and environmental …

A systematic study was conducted to make a comparative evaluation of the effects of
blending n-butanol and n-pentanol with biodiesel at 10% and 20% by volume on engine …

Biodiesel has a high viscosity, which limits its application to engines. However, n-pentanol
has low viscosity and high volatility, which is considered a promising additive. This study …

In this study, neat biodiesel with octanol additive was employed in a diesel engine and its
effects on engine emission were studied. The five fuels evaluated were neat palm kernal oil …

The effects of biodiesel and its blends on the combustion and emissions were investigated
on a single-cylinder diesel engine fueling three blends included biodiesel/n-butanol …

The combustion and emission characteristics of a four-cylinder direct injection diesel engine
fueled with 0%, 10%, 20% or 30% blends of n-butanol and biodiesel were characterized at …