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Non-Intrusive Ultrasonic Corrosion-Rate Measurement in Lieu of Manual and Intrusive Methods

Technologically advanced, fully-digital ultrasonic wall-thickness measurement systems coupled with Internet of Things (IoT) back-haul data communication schemes, including cellular, are enabling transportable,accurate and cost-effective corrosion-monitoring systems.

Product Number: 51317--8926-SG
ISBN: 8926 2017 CP
Author: Steve Strachan
Publication Date: 2017
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Recent technological advances in precision fully-digital ultrasonic wall-thickness measurement systems coupled with IoT (Internet of Things) back-haul data communication schemes are enabling accurate and more cost-effective corrosion monitoring systems that can compete with older and more traditional methods. Comparisons show improved data accuracy of permanently-installed sensors in lieu of larger quantities of manually-taken spot data is presented. This paper will include the design principles used in the creation of this next-generation platform end-user input used to refine the design and recent installation and operational experiences.

Key words: Ultrasonic thickness measurement, UT, TML, CML, Corrosion, Erosion, Corrosion Rate, Non-intrusive, Wall thickness monitoring, IoT, M2M.

Recent technological advances in precision fully-digital ultrasonic wall-thickness measurement systems coupled with IoT (Internet of Things) back-haul data communication schemes are enabling accurate and more cost-effective corrosion monitoring systems that can compete with older and more traditional methods. Comparisons show improved data accuracy of permanently-installed sensors in lieu of larger quantities of manually-taken spot data is presented. This paper will include the design principles used in the creation of this next-generation platform end-user input used to refine the design and recent installation and operational experiences.

Key words: Ultrasonic thickness measurement, UT, TML, CML, Corrosion, Erosion, Corrosion Rate, Non-intrusive, Wall thickness monitoring, IoT, M2M.

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