Simulation and Optimization on Gasification Process for Hydrogen (H2) Fuel Production by Microalgae Biomass
Volume Title: 1
2Department of Chemical Engineering, Science and Research Branch, Islamic Azad University
3Faculty member of National Institute of Genetic Engineering and Biotechnology
This paper aims to use a stoichiometric thermodynamic equilibrium model that has been extensively explored for hydrogen ( H2) production by the Aspen Software gasification process. Presented in this work explains the method of implementing the salient model of the original modifications presented. The significance of this study is that extensive model refinements provide a better understanding of gasoline modeling that could be the basis for future research. A better understanding of coal and biomass gas analysis may be useful for predicting reactor performance in a de-gasification process as well as optimizing simulation campaigns in pilot microalgae. The modified models were found to predict the gas composition much closer to the simulation value than the base model.