Effect of Composite Nanomaterial as Fuel Additive for Emission Reduction
India is importing more than 70% of its fuel demand and spend a huge amount of money on fuel. Biodiesel is attaining more important as a smart fuel due to the fast depleting fossil fuel resources and environment concern. Many researchers have proposed various methods on adopting different types of additives to reduce the emissions of diesel engines. Up to now, several metallic nanoadditives including cerium and aluminum have been used However, the Composite nanomaterials are still unfold as fuel additives. The purpose of current research work is to study emission of Palm and Castor biodiesel with perovskite type composite nanomaterial as an additive. The result shows significant decrease in emission level with use of composite nanomaterial as a fuel additive. The B20 Plam biodiesel without additive and B80 Palm biodiesel with additive shows lower emission level as compare to castor biodiesel with and without nanomaterial. KeywordsNox, HC, CO2, CO, biodiesel, composite nanomaterial etc.