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51314-4083-Evaluation of CMAS Probe in Field Simulated MIC Conditions

Picture for Evaluation of CMAS Probe in Field Simulated MIC Conditions
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Product Number: 51314-4083-SG
ISBN: 4083 2014 CP
Author: Vaibhav Nikam
Publication Date: 2014
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Several corrosion monitoring techniques are used in the oil and gas industry as a part of corrosion management programs. Some of these techniques include weight loss coupons linear polarization resistance (LPR) probes electrical resistance (ER) probes electrochemical noise (ECN) probes etc. One of the limitations of conventional corrosion monitoring technique is that they only report general corrosion not pitting. However pitting is the form of corrosion which commonly leads to failure in oil and gas systems. Thus finding and evaluating better monitoring technology for pitting corrosion is one of the important aspects for better corrosion management programs. One such possible method is by using couple multielectrode array sensors (CMAS) probes. This paper presents extensive laboratory evaluation of this technology. The testing was carried out in field simulated sulfate reducing bacterial (SRB) media ferric chloride and standard synthetic brine. The probes and coupons tested were also evaluated for pitting corrosion using profilometry technique.
Several corrosion monitoring techniques are used in the oil and gas industry as a part of corrosion management programs. Some of these techniques include weight loss coupons linear polarization resistance (LPR) probes electrical resistance (ER) probes electrochemical noise (ECN) probes etc. One of the limitations of conventional corrosion monitoring technique is that they only report general corrosion not pitting. However pitting is the form of corrosion which commonly leads to failure in oil and gas systems. Thus finding and evaluating better monitoring technology for pitting corrosion is one of the important aspects for better corrosion management programs. One such possible method is by using couple multielectrode array sensors (CMAS) probes. This paper presents extensive laboratory evaluation of this technology. The testing was carried out in field simulated sulfate reducing bacterial (SRB) media ferric chloride and standard synthetic brine. The probes and coupons tested were also evaluated for pitting corrosion using profilometry technique.
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