Biodiesel, derived from renewable sources, offers advantages like biodegradability and
compatibility with diesel engines. However, high production costs and low-temperature …

Abstract Knowledge of the basic thermodynamic properties of biodiesel under different
conditions is necessary because of its wide use as a substitute for fossil fuels. The …

Density and compressibility are primordial parameters for the optimization of diesel engine
operation. With this objective, these properties were reported for waste cooking oil biodiesel …

Biodiesels will become the most popular alternative energy resource to fossil diesels; they
can be used alone or blended with an oxygenated additive in any proportion. The properties …

This paper presents a new model to predict the density of biodiesel+ petrodiesel mixtures at
high pressure and high temperature (HPHT) based on the Murnaghan equation of state, as …

Biodiesel can easily become the crucial solution for environmental problems. The high
production rate of soybean oil has been the subject of several research works to transform it …

The knowledge of biodiesel density over large ranges of temperature and pressure is
important for predicting the behavior of fuel injection and combustion systems in diesel …

Biodiesel can be described as mono-alkyl esters of long chain fatty acids, derived from a
vegetable oil in reactions with alcohols. The physical properties of biodiesel are largely …

This paper presents experimental and predicted results of volumetric properties for two
biodiesels: Soybean Oil Biodiesel (SOB) and Waste Cooking Oil Biodiesel (WCOB) …

One of the solutions to greenhouse gases emission is the use of biodiesels, since their
mixtures with petro-diesel can be used as fuel in existing diesel engines without additional …