Potential Fuel for Automotive Application
Numerical analysis of fluid flow in a fluidized bed gasifier to estimate the production of potential fuel for automotive application
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Ecological deficiency and energy demand are currently the dynamic issues for universal sustainable growth. Meanwhile, renewable technologies are neat and clean foundations of energy and optimal use of these resources limit ecological effects, produce minimum secondary wastes, and are bearable based on present and imminent economic and social needs. The two-dimensional fluidized bed gasifier has been designed and assumed for the combustion of the flow regime of the product gases (carbon dioxide, oxygen, and carbon monoxide) which are obtained from LV coal and deciduous wood through the combusti...
Ecological deficiency and energy demand are currently the dynamic issues for universal sustainable growth. Meanwhile, renewable technologies are neat and clean foundations of energy and optimal use of these resources limit ecological effects, produce minimum secondary wastes, and are bearable based on present and imminent economic and social needs. The two-dimensional fluidized bed gasifier has been designed and assumed for the combustion of the flow regime of the product gases (carbon dioxide, oxygen, and carbon monoxide) which are obtained from LV coal and deciduous wood through the combustion process by using ANSYS workbench. With an internal diameter of 0.1m, a height of 1.4m, and a fluidization velocity of 0.7155 m/s. The feed rate of 0.1 kg/h and 0.3 kg/h with airflow rate were fed into the gasifier. The injection of biomass discrete phase model (DPM) is used. The product gases after combustion of different biomass can be brought for the combined heat power (CHP) and electricity generation.
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