This paper will review and attempt to discover the ideal fatty acid composition of biodiesel
which exhibits lower NO x emissions, better oxidative stability and cold flow properties. The …

Poor cold flow properties of biodiesel especially those that are composed mainly of
saturated fatty acids is one of the major drawbacks faced by most biodiesel manufacturers …

Due to rapid industrialisation and use of advanced technologies there has been increase in
the consumption of fossil fuels, especially petroleum. Increasing needs are reciprocally …

Over the years, efforts have been made by researchers to come up with sustainable, non-
toxic, cheap and biodegradable biodiesel additives in order to address the fuel quality …

Alarming situation of world energy stimulated the researchers to look for new sources of fuel,
which must be renewable, locally available and environmentally benign. In this regard, the …

Biodiesel, which comprises fatty acid esters, is derived from different sources, such as
vegetable oils from palm, sunflower, soybean, canola, Jatropha, and cottonseed sources …

Research and development continues to evolve on the production and properties of
biodiesel. Oxidative stability and low-temperature flow properties are aspects that have a …

The current paper describes two topics. The first is a study of the effect of fatty acid methyl
ester content in biodiesel on characteristics of oxidation stability as quality parameters …

Abstracts Energy is the key determinant for the economic and sustainable growth worldwide.
Presently, approximate 80% of total energy derived from fossil fuel is mainly used for …

Biodiesel is an attractive renewable energy source, which is suitable as a substitute to the
non-renewable petroleum diesel. However, it is plagued by its relatively bad cold flow …