Exploring Esterification and Pyrolysis Pathways for Sustainable Biofuel and Biomass Production

Abstract

Abstract: The recent Years Increase the demand of the biofuels along with need of reduce the production cost of Improving the environmental sustainability of the biomass production or the biofuels. Biomass is on area of importance to reduce the overall uses of fossil fuels. In which the focusing the kinetic properties or the optical property of the production of the Biofuel or Biomass production. Process optimization and reaction kinetic model development were carried out for two stage esterification transesterifications... reactions of waste biomass. This study focused on these traditional processes due to their techno- economic feasibility- Which is an important factor before deciding on a type of Feedstock for Industrilisation.Since esterification reactions are acid catalyzed the synthesis of an efficient acidic catalyst will be very helpful for pretreatment. esterification of acetic acid which was used model reaction in Stabilization of biomass. The esterification is a potential route to remove the organic acid in biomass reacting them with alcohol Present in biomass with added alcohol. Water is a product of the esterification reaction. The concentration of acetic acid used to acidification; acetic acid is a common chemical species in biomass & was used as the model compound. The research compared the quality of slow pyrolysis produced. biomass collected. by condensing pyrolysis vapor using atomized ethanol (EtOH).Were also carried out for the analysis of biomass produced.