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Comparison Results Between Multi-Functional Probe (Pit Detection + Electrical Resistance) and Weight-Loss Coupons

Picture for Comparison Results Between Multi-Functional Probe (Pit Detection + Electrical Resistance) and Weight-Loss Coupons
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Pipeline internal corrosion is an important issue that threatens pipeline safety operations. Catastrophic failures of pipelines and equipment due to corrosion-related shortcomings can lead to fires, explosions, and the release of toxic materials into the environment. Regulator noted that more than 9000 failures occurred due to internal corrosion from 1990 to 2012.

Product Number: 51323-19245-SG
Author: Byeongho Ki, Cheolho Kang
Publication Date: 2023
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$20.00
$20.00

Field in-situ corrosion monitoring is of great significance for the safe and efficient operation of plants, oil and gas pipelines. Electrical resistance probes (ER) and weight-loss coupons in pipelines and tanks have been used for internal corrosion management in the last few decades. Even though the ER technique shows only general corrosion, the ER probe is widely used to determine corrosion inhibitor performance. The weight-loss coupon can detect localized corrosion, but continuous in-situ monitoring is impossible. Therefore, real-time pit detection monitoring is essential since most failures are due to pitting corrosion.


I-ER corrosion monitoring system based on artificial intelligence (AI) and real-time pit-detection monitoring system were introduced. This paper describes comparison results between weight-loss coupons and multi-functional probe (pit detection technique + electrical resistance technique) are described. The multifunctional probe can provide not only pit detection but also general corrosion rate.

Field in-situ corrosion monitoring is of great significance for the safe and efficient operation of plants, oil and gas pipelines. Electrical resistance probes (ER) and weight-loss coupons in pipelines and tanks have been used for internal corrosion management in the last few decades. Even though the ER technique shows only general corrosion, the ER probe is widely used to determine corrosion inhibitor performance. The weight-loss coupon can detect localized corrosion, but continuous in-situ monitoring is impossible. Therefore, real-time pit detection monitoring is essential since most failures are due to pitting corrosion.


I-ER corrosion monitoring system based on artificial intelligence (AI) and real-time pit-detection monitoring system were introduced. This paper describes comparison results between weight-loss coupons and multi-functional probe (pit detection technique + electrical resistance technique) are described. The multifunctional probe can provide not only pit detection but also general corrosion rate.

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