Optical properties analysis is not included in biodiesel quality standards. However, it
provides valuable information about biodiesel and its feedstocks. In particular, very accurate …

Abstract Quantitative Structure-Properties Relationships (QSPR) are widely used for the
prediction of physical and chemical properties in many pure substances. They have also …

The production of high-quality biodiesel product from Krabok (Irvingia Malayana) seed oil,
new high efficiency, and high potential raw material, was studied using liquid biofuel energy …

Knowing the thermophysical properties of biodiesels, in particular the speed of sound, over
an extended pressure range is essential to optimize injection and combustion processes in …

In this paper we describe the design, creation, and development of immobilizing calcium
oxide (CaO) catalysts onto degradable polymeric mats for environmentally friendly biodiesel …

The use of n-butanol (BU) and n-pentanol (PE) as biofuels has gained much attention in
recent years. As they have high oxygen content, they could be a future option to be used in …

Understanding the underlying relationship between the oil composition and properties and
predicting the properties of kerosene and gasoline are crucial for its application. Density …

Abstract Vegetable oils (VOs) comprise 90%–98% triglycerides (three fatty acids esters and
glycerol), with trace amounts of mono-glycerides and di-glycerides. The content of …

Vegetable oils are the most important feedstock for biodiesel production. For pure
substances and mixtures, such as vegetable oils (a mixture of triacylglycerols), the effective …

The dielectric constant (DC) and speed of sound (SoS) have been measured in many
studies on vegetable oils (VOs). These measurements can be applied for quality control, for …