A recent trend in developing anode materials is to have MIEC materials with a porous structure. Nickel, because of its good catalytic properties and economic viability is the most common material used for anodes . Ni dispersed over YSZ is thus the most commonly used anode material 103 and there are also reports where cermets of Ni with ceria doped with gadoliniathat is Ni-CGOoutperform the Ni-YSZ anode . The main problem with Ni-YSZ is that it suffers from carbon deposition and sulphur poisoning which negatively impacts the electrochemical performance of the devices based on this anode. Despite the shortcomings, Ni-YSZ is a state-of-the-art anode for high-temperature SOFCs because of its high electrochemical activity and mechanical stability.