A study on the probabilities of the production of biodiesel fromnaturally isolated bacterial sources

Abstract

Biodiesel is a methyl ester derived from vegetable oil. Glycerin (soap) is created by isolating triglyceride
molecules from vegetable oil. Once the glycerin is removed, the molecules in the oil are functionally
equivalent to petroleum diesel fuel in a diesel engine. There are a few key distinctions. There is no sulfur
or ring molecules or aromatics in biodiesel, and the hydrocarbon chains are quite simple. For the last 30
years, mankind's need for freedom from these fossil fuels has propelled it toward alternatives that guarantee
both fuel quality and sustainability. Thanks to these efforts, biodiesel may now be produced from algae and
plants. A new alternative biodiesel source has recently come to the forefront as a solution to the many
industrial and commercial issues plaguing these processes. The industrial significance of bacterial
fermentations, in particular, has promised that this source may deliver a significant positive change in the
biodiesel market in the next years, giving rise to a new era of biodiesel production based on bacteria. The
focus of this research is on optimizing the nutritional medium to optimize lipid output for biodiesel
generation, and it centers on isolating and studying several chosen bacterial strains for their capacities to
create Fatty Acid based biomolecules.