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01288 Application of Electrochemical Noise Monitoring to Inhibitor Evaluation and Optimization in the Field: Results from the Kaybob South Sour Gas Field

Picture for 01288 Application of Electrochemical Noise
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Product Number: 51300-01288-SG
ISBN: 01288 2001 CP
Author: Emily E. Barr, Alan H. Greenfield, and Leonard Pierrard
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Electrochemical noise monitoring produces real time corrosion data, which provides information both on the level of corrosion activity in a system and the dominant corrosion mechanism. This data can be used to efficiently evaluate corrosion inhibitor effectiveness and to optimize injection rates. This paper will present data obtained in Canada's Kaybob South Sour Gas field during inhibitor evaluation and optimization testing. Details of the field equipment setup and the data analysis process will be presented along with conclusions regarding inhibitor effectiveness and the field use of electrochemical noise monitoring for inhibitor evaluation. The inhibitor testing completed in the Kaybob South field was successful in significantly reducing inhibitor costs in the field as well as in increasing confidence in inhibitor performance and better understanding of how the inhibitors work in the system. It was also successful in proving electrochemical noise is a viable option for field inhibition testing and that by using electrochemical noise it is possible to obtain complete inhibitor testing in the field in a very short period of time compared to traditional testing methods
Electrochemical noise monitoring produces real time corrosion data, which provides information both on the level of corrosion activity in a system and the dominant corrosion mechanism. This data can be used to efficiently evaluate corrosion inhibitor effectiveness and to optimize injection rates. This paper will present data obtained in Canada's Kaybob South Sour Gas field during inhibitor evaluation and optimization testing. Details of the field equipment setup and the data analysis process will be presented along with conclusions regarding inhibitor effectiveness and the field use of electrochemical noise monitoring for inhibitor evaluation. The inhibitor testing completed in the Kaybob South field was successful in significantly reducing inhibitor costs in the field as well as in increasing confidence in inhibitor performance and better understanding of how the inhibitors work in the system. It was also successful in proving electrochemical noise is a viable option for field inhibition testing and that by using electrochemical noise it is possible to obtain complete inhibitor testing in the field in a very short period of time compared to traditional testing methods
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