Waste Cooking Oil-Revolution in Biodiesel Production

Abstract

High disparity in global cost of petroleum crude oil has an ominous impact on national economy of raw petroleum dependent nations like India. According to the study, petroleum crude oil utilization in India was 3.182 million barrels per day in 2010, in 2002 utilization rate incremented by 3.28% while in 2010, it incremented by 6.77%. In this manner, searching for the ecofriendly way to create trade for the petroleum based fuel like diesel is the current undertaking for green technologists. Remembering these issues, Biodiesel, a clean sustainable power source has drawn attention to the world owing to its non-toxicity, biodegradability, and superior efficiency. However, several feedstock have been proven impractical or infeasible because of their extremely high cost due to their usage. India, with a population of over 1.27 billion people generates millions of gallons of used cooking oil and organic waste every day which is disposed of without use and is a potent bane to the environment. This paper reviews the possibility of the generation of biodiesel from waste cooking oil trying to help decrease the price of biodiesel.

Synthesis and Characterization of Diethanolamide (Surfactant) from Cao/Zeolite-Catalysed Used Cooking Oil

“…Used cooking oils are abundant at minimal cost than fresh vegetable oils [4,5,6] and can be processed into biodiesel and utilized as raw material for surfactants production. Vegetable oils are the best raw material for producing biodiesel because the conversion of pure triglycerides gives result to high fatty acid methyl esters within relatively short reaction times [7].…”