Previous studies have demonstrated that methyl ester-based biodiesels produce
significantly less soot compared to petroleum diesel in standard diffusion flames. However …

Biodiesel and blends with petroleum diesel have shown their potential as renewable
alternative fuels for engines, with additional benefits of low particulate matter and low sulfate …

In this study, the generation of soot from the combustion of biodiesels and their blend with
fossil diesel are investigated under laminar pool flame and prevaporised diffusion jet flame …

The sooting propensities of non-premixed flames of a class of model biodiesel fuels, namely
fatty acid esters, were studied systematically. Soot volume fractions were measured using …

As the world's oil reserves are limited, and as a partial mitigation of greenhouse gas
emission, renewable biofuels are being considered as important contributors to the future …

Biodiesel and blends with petroleum diesel are promising renewable alternative fuels for
engines. In the present study, the soot concentration generated from four biodiesels, two …

The soot volume fraction (SVF) of waste cooking oil (WCO) biodiesel and blends was
quantified and compared under the same total carbon flow rate via two experimental setups …

The effect of n-butanol addition on the burning rate and soot characteristics of single
droplets of diesel–biodiesel blends was systematically studied. A single droplet of a diesel …

The focus of this work is the experimental investigation of soot formation in coflow flames
formed of two fatty acid methyl esters (FAMEs) by employing the light extinction/scattering …

Structural effects of biodiesel in terms of unsaturation, ie C= C double bonds, its position and
the presence of the ester moiety on soot formation are studied in this paper. Laminar coflow …