... Solid oxide fuel cell steam reforming hydrogen production energy analysis exergy analysis This paper presents the electricity and hydrogen co-production concept, a methodology for the study of SOFC hydrogen co-production, and simulation results that address the impact of reformer...

... Fuel cell systems Exergy analysis Thermodynamic analysis System modelling Cycle Tempo PEMFC MCFC SOFC Applications Energy conversion today is subject to high thermodynamic losses. About 50 to 90 % of the exergy of primary fuels is lost during conversion into power or heat. The fast...

... Fuel cells Direct Carbon Fuel Cells Integrated fuel cell systems Flow sheeting Fuel cell system analysis Exergy analysis Direct Carbon Fuel Cells (DCFCs) have great thermodynamic advantages over other high temperature fuel cells such as MCFC and SOFC. They can have 100% fuel...

... fraction of the output streams as pure CO 2 for sequestration or reuse. Fuel cells Direct Carbon Fuel Cells Methane Cracking Flow sheeting Fuel cell system analysis Exergy analysis cells utiliz at the use o cell d I produ as a deco the c produ given meth effici (HHV (LHV A outle...

... Hybrid system SOFC Gas Turbine Exergy analysis System modeling Cycle-Tempo In conventional gas turbine systems combustion results in high exergy losses (∼30%) of fuel exergy input. Replacing the combustor with a high temperature fuel cell, like the Solid Oxide Fuel Cell (SOFC...