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Increasing UT Inspection Value Using Installed Ultrasonic Thickness Trending

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NDT UNLOCKED
Knowledge Level - NDT Level I/NDT Level II
Knowledge Level - NDT Level III
Knowledge Level - Student
Presentation Topic Level - Intermediate
Target Audience - General Interest
Target Audience - Level III Managers
Target Audience- NDT Engineers
Target Audience- Technicians/Inspectors
Thursday, October 9, 2025
10:15 AM - 10:45 AM
Monterey 2-3

Speaker

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Roscoe Martin
Solutions Advisor
Ionix Advanced Technologies Ltd

Increasing UT Inspection Value Using Installed Ultrasonic Thickness Trending

Presentation Description

Corrosion and erosion present ongoing challenges to asset integrity in industrial plants, especially amid aging infrastructure, evolving feedstocks, and heightened environmental demands. This session explores how non-intrusive ultrasonic wall thickness monitoring systems can transform inspection strategies from reactive to predictive by trending corrosion rates in real time.

Attendees will learn how installed UT datalogger systems provide continuous, in-service wall loss data that supports more informed, risk-based inspection planning. Through real-world examples and case studies, the presentation will demonstrate how trending enables earlier detection of accelerated corrosion, optimized inspection intervals, and improved decision-making.

This session provides immediately applicable knowledge and tools, including system selection considerations, implementation challenges, and strategies for analyzing and interpreting thickness trend data. Participants will leave equipped to evaluate and apply UT trending solutions to improve plant safety, minimize unplanned outages, and extend equipment life.

Short Course Description

Biography

Roscoe Martin is a seasoned expert in automated ultrasonic testing (UT), with successful deployments across oil and gas, power, and nuclear sectors. Renowned for solving high-temperature UT and inspection challenges, he delivers innovative, field-proven solutions that enhance safety, reliability, and efficiency in the most demanding industrial environments.
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