Methods to Quantify Reactive Chromium Vaporization from Solid Oxide Fuel Cell Interconnects
Journal article, 2014

High-temperature (>600 degrees C) reactive vaporization of Cr from chromia and stainless steels in oxidizing environments is an industrially relevant phenomenon that has been and will continue to be studied extensively for decades. Recently, many experimental techniques have been developed to measure Cr vaporization from stainless steel interconnect (IC) components within solid oxide fuel cell (SOFC) systems. Many of these techniques are based on an experimental method known as the transpiration method, which is used to generate Cr vapors and subsequently collect them for quantitative analysis. However, vapor collection and analysis methods differ significantly between investigators within the community, as does the array of alloys (with and without protective surface coatings), temperatures, flow rates, and water vapor pressures used in experimentation. Therefore, the purpose of the present work is to provide an overview of experimental techniques used to quantify reactive Cr vaporization, and to compare data reported in literature on Cr vaporization from Cr2O3 and chromium containing alloys in oxidizing environments.



metallic interconnect



cr evaporation




ferritic steel


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University of Texas at Brownsville and Texas Southmost College

[Person ac90221f-1aa9-4bff-af2f-70a0ffb0ccc9 not found]

Montana State University

[Person 33d994e4-a10d-48f6-a561-80b5e01d69ef not found]

Chalmers, Chemical and Biological Engineering, Environmental Inorganic Chemistry

[Person 3825d6a3-89b4-42d7-8c91-023e1b132179 not found]

Montana State University

[Person e1c2538d-4aeb-4caf-b970-7ba97fac0cdb not found]

University of Texas at Brownsville and Texas Southmost College

[Person a1b0c6fa-c0c4-4a2f-8aa4-307701687bef not found]

Montana State University

Journal of the Electrochemical Society

0013-4651 (ISSN)

Vol. 161 9 C373-C381



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