[object ObjecA solid oxide fuel cell (SOFC) was developed for the direct utilization of dry glycerol to produce electricity at 800 °C. A state-of-art SOFC anode was covered by a thin (<10 ?m) electrocatalyst layer based on a Ni-modified perovskite and ceria. This electrocatalyst layer worked as an internal integrated fuel processor to convert glycerol in syngas. A performance of about 850 mW cm-2 @ 0.6 V was achieved with dry glycerol. A life time test of 160 hrs showed no relevant occurrence of carbon deposits. The developed approach can provide a practical route to achieve effective fuel flexibility in SOFCs.t]
Solid Oxide Fuel Cell Fed Directly with Dry Glycerol
Lo Faro M;Zignani SC;Trocino S;
2019
Abstract
[object ObjecA solid oxide fuel cell (SOFC) was developed for the direct utilization of dry glycerol to produce electricity at 800 °C. A state-of-art SOFC anode was covered by a thin (<10 ?m) electrocatalyst layer based on a Ni-modified perovskite and ceria. This electrocatalyst layer worked as an internal integrated fuel processor to convert glycerol in syngas. A performance of about 850 mW cm-2 @ 0.6 V was achieved with dry glycerol. A life time test of 160 hrs showed no relevant occurrence of carbon deposits. The developed approach can provide a practical route to achieve effective fuel flexibility in SOFCs.t]File in questo prodotto:
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