Journal
KOREAN CHEMICAL ENGINEERING RESEARCH
Volume 56, Issue 3, Pages 421-429Publisher
KOREAN INSTITUTE CHEMICAL ENGINEERS
DOI: 10.9713/kcer.2018.56.3.421
Keywords
Fuel cell; MCFC; Desulfurize module; Desulfurize reactor; Reactor design
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We performed process and CFD simulations of a 100 kW fuel cell system. By process simulation, we derived the input flow rate of each unit process and the recycle diesel flow rate. Through CFD simulation considering the recycle diesel flow, more efficient operational condition was found. Using 6 desulfurize reactors, a TSA process for a 100 kW fuel cell system was successfully constructed. Heat interference between reactors was found to be negligible. These results will contribute to increasing the efficiency of fuel cell system and the developed desulfurizing module design will contribute to the clean petrochemical technology as well as fuel cell systems.
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