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Proof of Concept of an IDEAL-CEll. Electrochemical Tests and Direct Water Detection in the Central Membrane (Contributo in atti di convegno)

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Proof of Concept of an IDEAL-CEll. Electrochemical Tests and Direct Water Detection in the Central Membrane (Contributo in atti di convegno) (literal)

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Barbucci A.; Bandini M.; Carpanese M. P.; Stoynov Z.; Vladikova D.; Presto S.; Bassano A.; Viviani M. (2009)
Proof of Concept of an IDEAL-CEll. Electrochemical Tests and Direct Water Detection in the Central Membrane
in Advances and Innovations in SOFCs, Katarino, Bulgaria, 13-16/09/2009
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Barbucci A.; Bandini M.; Carpanese M. P.; Stoynov Z.; Vladikova D.; Presto S.; Bassano A.; Viviani M. (literal)

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Proceedings of the International Workshop on Advances and Innovations in SOFC (literal)

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In: Advances and Innovations in SOFCs (Katarino, Bulgaria, 13-16 September 2009). Proceedings, pp. 101 - 106. D. Vladikova, Z. Stoynov (eds.). Institute of Electrochemistry and Energy Systems Bulgarian Academy of Sciences, 2009. (literal)

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ABSTRACT: This paper addresses one of the key issues in the study of the innovative high temperature fuel cell concept, known as \"IDEAL-Cell\", which is in development for operation in the range of 600-700°C. The successful operation of IDEAL-Cell requires that H+ ions produced at the PCFC anode/electrolyte section and O2- ions produced at the SOFC electrolyte/cathode section react in the so called central membrane to form water. Such a behavior is consistent with the results of electrochemical tests carried out on prototype cells and is supported by post-measurement morphological analysis. To further test IDEAL-Cell, a specific experiment detecting water production has been designed by means of a three-compartment rig allowing for the separation of the central membrane from the anodic and cathodic compartments. This experimental set-up is expected to provide direct proof of the ideal cell concept. The current paper presents results obtained in two-compartment configuration and in three (literal)

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Titolo

Proof of Concept of an IDEAL-CEll. Electrochemical Tests and Direct Water Detection in the Central Membrane (literal)

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Abstract

This paper addresses one of the key issues in the study of the innovative high temperature fuel cell concept, known as \"IDEAL-Cell\", which is in development for operation in the range of 600- 700°C. The successful operation of IDEAL-Cell requires that H+ ions produced at anode/electrolyte section and O2- ions produced at the SOFC electrolyte/cathode section react in the so called central membrane to form water. Such a behavior is consistent with the results of electrochemical tests carried out on prototype cells and is supported by post-measurement morphological analysis. To further test IDEAL-Cell, a specific experiment detecting water production has been designed by means of a three-compartment rig allowing for the separation of the central membrane from the anodic and cathodic compartments. This experimental set-up is expected to provide direct proof of the ideal-cell concept. The current paper presents results obtained in two-compartment configuration and in three-compartment rig. the PCFC (literal)

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