Solid oxide fuel cells are a promising technology for the energetic use of biomass as they show excellent part load behaviour, high efficiencies in the low range of performance and tolerance towards composites of biogeneous gas. However, the impact of higher hydrocarbons, also known as tars, on the operation of solid oxide fuel cells (SOFCs) is still unclear. In the frame of this work, experiments concerning the reformation of hydrocarbons under laboratory conditions and at real gasifiers have been carried out.
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Solid oxide fuel cells are a promising technology for the energetic use of biomass as they show excellent part load behaviour, high efficiencies in the low range of performance and tolerance towards composites of biogeneous gas. However, the impact of higher hydrocarbons, also known as tars, on the operation of solid oxide fuel cells (SOFCs) is still unclear. In the frame of this work, experiments concerning the reformation of hydrocarbons under laboratory conditions and at real gasifiers have b...
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