Published Paper Details:

Fast development of human population and the comfort zones by utilizing more automobile vehicles, Industrial equipment driven by fossil fuel and also agriculture equipment leads more depend and energy sources. Waste cooking oil (WCO) has significant potential as the raw material for biodiesel production. Biodiesel is environmental friendly clean and non-toxic in nature is because a more advantages to use as substitute in CI engine and also it is one of kind of major renewable energy sources. Biodiesel reduce emission of Carbon Monoxide, Hydrocarbon and Particulate Matter in the exhaust gas. Biodiesel can extract by transesterification of Waste Cooking Oil and methanol with KOH catalysts at 650 0C. The expense of waste cooking oil is approximately Rs.55 per liters and after transesterification the price is just about nearly double of oil. The yield from waste cooking oil WCO is approximately 85 %. This implies that from 25 litres of Waste Cooking oil (WCO) the biodiesel produced was approximately 22 litres. In this work we are focused to use cooking oil as a feed stock of biodiesel. This minimize the cost of production and help in environmental issue and also help in reduce the effect of human health as cancer, skin allergies etc. The main interest is to produced biofuel from waste cooking oil and find the properties of extracted biodiesel. Properties of waste cooking oil such as viscosity, density, carbon residue free fatty acid, kinematic viscosity as well as for diesel can be studied. The biodiesel and their combinations were analyzed for their kinematic viscosity, density, specific gravity, flash point, fire point and various other parameters as per standard methods. The experimental results unveiled that the production of biodiesel from waste cooking oil is achievable.The work shows that Waste Cooking Oil (WCO) can be successfully utilized in CI Engine as Biodiesel.