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Real Time Corrosion Monitoring for High Sour Applications

Product Number: 51321-16384-SG
Author: Dawood Al Sharyani/Monica Fernandez/Naveed Munir/Michael Jones/Hallgeir Jenssen/Kjell Wold
Publication Date: 2021
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$20.00
$20.00

The requirement of ensuring the integrity of pipelines in high sour and high-pressure services drives the use of real time corrosion monitoring to achieve an effective corrosion management. In this regards, Petroleum Development Oman (PDO) has used online corrosion monitoring technology to ensure the integrity of carbon steel pipelines transporting high sour fluids with the premise of internal mitigation. The online corrosion monitoring in pipelines has supported PDO’s approach as part of overall corrosion management strategy. In this case, Field Signature Method (FSM) technology is used as online corrosion monitoring tool to monitor the metal loss and determine the corrosion rate of the pipelines. In addition, the data from the FSM units can be used to support other studies such as pigging and corrosion inhibitor optimization. This paper will cover the real time corrosion monitoring results with FSM technology and learnings for several pipelines in high sour and high-pressure services.

Key words: Real Time Corrosion Monitoring, Non-Intrusive Technique, Field Signature Method, FSM, High Sour 

The requirement of ensuring the integrity of pipelines in high sour and high-pressure services drives the use of real time corrosion monitoring to achieve an effective corrosion management. In this regards, Petroleum Development Oman (PDO) has used online corrosion monitoring technology to ensure the integrity of carbon steel pipelines transporting high sour fluids with the premise of internal mitigation. The online corrosion monitoring in pipelines has supported PDO’s approach as part of overall corrosion management strategy. In this case, Field Signature Method (FSM) technology is used as online corrosion monitoring tool to monitor the metal loss and determine the corrosion rate of the pipelines. In addition, the data from the FSM units can be used to support other studies such as pigging and corrosion inhibitor optimization. This paper will cover the real time corrosion monitoring results with FSM technology and learnings for several pipelines in high sour and high-pressure services.

Key words: Real Time Corrosion Monitoring, Non-Intrusive Technique, Field Signature Method, FSM, High Sour 

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