Sandia National Laboratories Historic Role At WIPP
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Jump to search filtersAnoxic corrosion of steel and lead in Na-Cl±Mg dominated brines
14th International High-Level Radioactive Waste Management Conference, IHLRWMC 2013: Integrating Storage, Transportation, and Disposal
This paper reports the results of a series of multiyear experiments investigating the anoxic corrosion of steel and Pb alloys in NaCl±Mg brines under WIPP-relevant conditions. The objectives of this work are to determine: (a) the extent to which steel and Pb consume CO2 via the formation of carbonates or other phases, potentially supporting MgO in CO 2 sequestration; and (b) corrosion rates that can then be used to calculate hydrogen gas generation rates for use in WIPP performance assessment calculations.
Anoxic Corrosion of Steel and Lead in Na-Cl +/- Mg Dominated Brines
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Anoxic Corrosion of Steel and Lead in Na-Cl +/- Mg Dominated Brines and Effects on PA
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Gas Generation due to Anoxic Corrosion of Steel and Lead in Na-Cl +- Mg Dominated Brines
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Anoxic Corrosion of Steel and Lead in Na-Cl +/- Mg Dominated Brines
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Geochemical Studies in Support of the Waste Isolation Pilot Plant
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Use of Iron-Base Waste Packages in a Salt Repository
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Anoxic Corrosion of Steel and Lead in Na - Cl +/- Mg -Dominated Brines in Atmospheres Containing CO2
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Anoxic Corrosion of Steel and Lead in Na - Cl +/- Mg -Dominated Brines
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Experimental and Modeling Studies of WIPP Near-Field Chemistry by Sandia National Laboratories Since the CRA
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Experimental and Modeling Studies of WIPP Near-Field Chemistry by Sandia National Laboratories since the CRA-2004
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