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[Webinar] What to do when corrosion plays favourites

[Webinar] What to do when corrosion plays favourites

19 March 2019 - 19 March 2019


 

In this webinar, TDW’s Matthew Romney will discuss the problem of selective seam weld corrosion (SSWC), the factors that make pipelines susceptible to it, the research that went into developing the classifier and field results proving its efficacy.

 

Background:

Corrosion is a universal threat. Without proper maintenance, every pipeline, regardless of where it is or what product it carries, is susceptible to its damaging effects.

That does not mean corrosion behaves in a uniform way, however. In SSWC, for example, it attacks the long seam weld more aggressively than it does the parent material around it. The result is an axial v-shaped groove located in the long seam material, usually associated with a general field of corrosion crossing the long seam (CCLS).

Because there is narrow, deep metal loss associated with SSWC – and the condition has been linked to rare catastrophic events – it is considered a greater threat to pipeline integrity than CCLS. Until now, however, inspection technology has struggled to differentiate between SSWC and CCLS, which meant operators found it difficult to prioritise repair and allocate their resources effectively. The solution is a classification algorithm developed by global services provider T.D. Williamson (TDW) and engineering consultants Kiefner & Associates, that distinguishes SSWC from CCLS.

 

Speaker:

Matt Romney - Senior Product Manager

Matt Romney is a Senior Product Manager at T.D. Williamson. Matt has over eight years’ experience in the pipeline industry, which include several years designing in-line inspection tools. In his current role, Matt is responsible for managing T.D. Williamson’s Multiple Dataset (MDS) and Electromagnetic Acoustic Transducer (EMAT) technologies.

He resides in Salt Lake City, Utah, obtained his Bachelor of Science in Mechanical Engineering from Arizona State University and his Master of Science in Mechanical Engineering from the University of Utah. Most recently, Matt certified as a Product Manager by the Association of International Product Marketing & Management (AIPMM) organisation.