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10174 Non-Intrusive Online Multi-Sensors for Pipeline Corrosion Monitoring "Field Testing"

Picture for 10174 Non-Intrusive Online Multi-Sensors for Pipeline Corrosion Monitoring "Field Testing"
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Product Number: 51300-10174-SG
ISBN: 10174 2010 CP
Author: M. Al-Barout, A. Al-Abdulhadi, S. Al-Mutairi, M. Al-Waranbi, and H. Al-Mutairi
Publication Date: 2010
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$20.00
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Corrosion costs the Oil and Gas industries alone billions of dollars annually in downtime, production loss, equipment failures, environmental contamination and most importantly personnel injuries and fatalities. Many of these corrosion related costs could be significantly reduced by endorsing the use of continuous corrosion monitoring technologies as part of a plant comprehensive corrosion management program.

In the last few years, there has been an increasing demand for online corrosion and/or erosion monitoring tools for monitoring wall thickness measurements on pipelines and process equipment. Corrosion-related failures can be significantly minimized if a rigorous corrosion monitoring and inspection program, including predictive maintenance and real-time monitoring tools, are in place. Utilizing a non-intrusive approach will provide flexibility in selecting the monitored locations in nonaccessible or congested areas where intrusive devices may not have room to function.

This paper will address a field assessment program conducted recently on a new non-intrusive multisensor corrosion monitoring tool. The evaluated technology is based on Acoustic Guided Lamb Waves (AGLW). The objectives of this field assessment were to identify the applicability and limitations of this technology. Based on the obtained data, the system was able to report the wall thinning changes and validate its functionality.

Key Words: Multi-sensors technology (MST), corrosion erosion monitoring (CEM), Acoustic Guided Lamb Waves (AGLW)
Corrosion costs the Oil and Gas industries alone billions of dollars annually in downtime, production loss, equipment failures, environmental contamination and most importantly personnel injuries and fatalities. Many of these corrosion related costs could be significantly reduced by endorsing the use of continuous corrosion monitoring technologies as part of a plant comprehensive corrosion management program.

In the last few years, there has been an increasing demand for online corrosion and/or erosion monitoring tools for monitoring wall thickness measurements on pipelines and process equipment. Corrosion-related failures can be significantly minimized if a rigorous corrosion monitoring and inspection program, including predictive maintenance and real-time monitoring tools, are in place. Utilizing a non-intrusive approach will provide flexibility in selecting the monitored locations in nonaccessible or congested areas where intrusive devices may not have room to function.

This paper will address a field assessment program conducted recently on a new non-intrusive multisensor corrosion monitoring tool. The evaluated technology is based on Acoustic Guided Lamb Waves (AGLW). The objectives of this field assessment were to identify the applicability and limitations of this technology. Based on the obtained data, the system was able to report the wall thinning changes and validate its functionality.

Key Words: Multi-sensors technology (MST), corrosion erosion monitoring (CEM), Acoustic Guided Lamb Waves (AGLW)
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