Application of Fermentation for Production of Bioethanol by Using Organic Waste Material

Abstract

Processing waste biomass to create bio-based goods for sustainable development is gaining popularity worldwide. A key element in evaluating the financial viability of bio refineries is the efficient conversion of biomass components for the production of biofuels and value-added bio chemicals. A method for managing agriculture and using other organic wastes to produce alcoholic fuels like bioethanol and biobutanol was created in the current study. Thus, cellulosic materials such as cogon grass, fruit waste, maize stover, and straws from wheat, cotton, and rice were employed in this investigation. For every substrate, a comparison was made between chemical and biological pretreatments. It was determined how well bacterial enzymes scarified agricultural materials. It is determined that these bacterial enzymes can hydrolyze fresh substrates as well as break down agricultural waste. The results of this study are anticipated to contribute to the development of more biofuels and lessen the burden of foreign exchange that is now used to import fossil fuels from other nations.