Molten carbonate fuel cells (MCFCs) use molten as an electrolyte. MCFCs operate at high temperatures and have the advantage of using methane a because they can nickel-based catalysts. We analyzed performance internal manifold-type MCFC, according to operating conditions, computational fluid dynamics. Different conditions were used for external reforming-type MCFCs. Flow directions, gas utilizat...

A nickel catalyst to be used for internal steam reforming in a molten carbonate fuel cell (MCFC) must be resistant to the alkali components (Li and K species) of the electrolyte; these components can reach the catalyst from the anode by either transport via the vapor phase or by means of surface creep along the walls. In a series of experiments for determining the rates of transport, it was fou...

The article provides an overview of knowledge on how to model fuel cells using software which is oriented system modeling. covers several types cell such as SOFC, MCFC and PEMFC. Fuel were modeled mainly three software, i.e. Aspen Hysys, Plus Matlab. Based our literature review, we decided use Hysys create a proton conducting SOFC model. Model construction based reduced order approach that publ...