Abstract
Solid oxide fuel cell is an attractive technology for clean energy generation specially if biofuel feeding can be admitted. The actual challenge is to avoid catalyst poisoning by developing carbon tolerant anode materials. The work investigates copper alloyed Ni-YSZ to meet such requirements, processed by a new route - mechanical alloying MA - which allows the completely mixing and refining of the primary constituent powders. Once the material is obtained, the consolidation is carried out through the sintering by activated surface (SAS) method.
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