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03376 MAKING CREDIBLE CORROSION MEASUREMENTS - REAL CORROSION, REAL TIME

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Product Number: 51300-03376-SG
ISBN: 03376 2003 CP
Author: Dawn C. Eden, Michael S. Cayard, Joseph D. Kintz, Robert A .Schrecengost, Bernard P. Breen, Edward K
Industry: Energy Generation
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Corrosion monitoring has traditionally employed sensor designs that are suited to measurement of general corrosion. This is typical across the entire range of industrial plants and processes, in both laboratory research and field monitoring. The development of new approaches to monitoring of localized corrosion has necessitated the design of a range of electrochemical corrosion probe designs that can most accurately reflect the behavior of the material in the real-life plant situation. Flexibility in design, coupled with accuracy and sensitivity of measurement, has proven key in solving many corrosion problems. Supported by field corrosion monitoring data, this paper reviews cases of monitoring "real corrosion" in "real time". Keywords: Corrosion, localized, pitting, stress corrosion cracking, crevice, microbiologically induced corrosion, Cosasco, three electrode, LPR, flush mounting, protruding, flow-through, flange, high temperature, hydrocarbon, aqueous, low conductivity
Corrosion monitoring has traditionally employed sensor designs that are suited to measurement of general corrosion. This is typical across the entire range of industrial plants and processes, in both laboratory research and field monitoring. The development of new approaches to monitoring of localized corrosion has necessitated the design of a range of electrochemical corrosion probe designs that can most accurately reflect the behavior of the material in the real-life plant situation. Flexibility in design, coupled with accuracy and sensitivity of measurement, has proven key in solving many corrosion problems. Supported by field corrosion monitoring data, this paper reviews cases of monitoring "real corrosion" in "real time". Keywords: Corrosion, localized, pitting, stress corrosion cracking, crevice, microbiologically induced corrosion, Cosasco, three electrode, LPR, flush mounting, protruding, flow-through, flange, high temperature, hydrocarbon, aqueous, low conductivity
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02486 New Understanding on Corrosion of Alloys in High-Temperature Sulfidizing Gases

Product Number: 51300-02486-SG
ISBN: 02486 2002 CP
Author: R. C. John and A. L. Young
Publication Date: 2002
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Many alloys exposed in high-temperature process equipment corrode by sulfidation corrosion in the presence of H2-H2S gases. This paper discusses the latest results of an extensive testing program for a diverse group of about 15 commercial alloys exposed to temperatures of 300 - 900°C with exposure times up to 6,000 hours.
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