Biodiesel fuels consist of a mixture of different fatty acid esters. The thermophysical
properties of the fatty acid esters are decisive for combustion and storage. Especially density …

Flammable and explosive hazards, which have been well studied, are major safety concerns
in industrial processes. However, the liquid aerosolization phenomenon, which increases …

The viscosity information of fatty acid esters (FAEs) is crucial for the utilization of biodiesels.
In order to accurately describe the viscosity of fluids, researchers have developed several …

The density and viscosity data of two biodiesel components methyl dodecanoate and ethyl
dodecanoate over the temperature range from (302–354) K and at pressures up to 15.2 MPa …

The densities and viscosities of ethyl heptanoate and ethyl octanoate were measured at
temperatures ranging from 303 to 353 K and at pressures ranging from 0.1 to 15 MPa. The …

The purpose of the current study is to propose a procedure to predict the effect of pressure
on biodiesel density based on fatty acid alkyl ester profiles and density values at …

The viscosity of biodiesel, which is a mixture of fatty acid methyl esters (FAME), is an
important physical property in the injection and efficient combustion. In this study, a simple …

Biodiesel contains large methyl esters including methyl palmitate (MP), methyl oleate (MO),
methyl linoleate (ML), etc. Long alkyl chains and asymmetric structures of these large methyl …

Biodiesel has already been widely used as an essential renewable and alternative energy.
Great attention also has been attracted to its safety issues at the same time. In this paper, a …

This experiment is an investigation of used cooking oil as a sustainable and renewable
resource for methyl ester production. with more than 95.5% production yield, thermally …