Cassava starch is a potential source for commercial production of Bio-Ethanol. This is often used for motor fuel, but mainly as a biofuel additive to help reduce the world’s dependence on fossil fuels such as crude oil whilst decreasing greenhouse gases. Cited by the renewable fuel association RFA March (2012) ethanol is widely used in United States and Brazil; both countries were responsible for 90% - 3.9 and 2.2 billion gallons respectively of the world’s Corn and Sugar Cane bioethanol fuel production in 2011. I intend to give you recommendations for the use of Eco friendly fermented Cassava to produce Bio-ethanol due to its higher starch content as compared to wheat, corn or sugar cane ethanol yields. Study in Thailand showed that the impact in Bio-fuel production increased the workforce 10 times more than with fossil fuels, with direct employment in agriculture which contributed to 90% of total employment. Additional savings of 2.547 billion dollars of imports were saved on petroleum fuels, whilst salaries increased agricultural and rural developments improved equally. Whilst Nigeria is a major exporter of natural resources the country fails on the ability to refine these products internally. To invest in Biofuel refining, within Nigeria, will reduce the importation costs of refined products such as gasoline, diesel, cooking fuel and LPG to the country and consumers. “A decrease in world agricultural production of bioethanol and the raise in need for fossil fuels have led to a raise in oil prices and further research is still needed to maximise the benefits in agricultural biofuels especially for sustainable energy supply projects” was cited by Kusmiyati. Kusmiyati, K. (2014). Ethanol Production from Non-Food In order to ensure fair refined fuel pricing, the Nigerian Bio-fuel policy has to be re-addressed, as it establishes Cassava and other bio-mass products as bio feedstock, thus not allowing the sector to be innovative