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Products tagged with 'integrity assessment'

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Picture for 08675 Severity of Stress Corrosion Cracks in Pipelines - Categories and Responses
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08675 Severity of Stress Corrosion Cracks in Pipelines - Categories and Responses

Product Number: 51300-08675-SG
ISBN: 08675 2008 CP
Author: R. R. Fessler, S. C. Rapp, and A. D. Batte
Publication Date: 2008
$20.00

To facilitate decision making when stress corrosion cracks are found during excavations or in-line inspections of pipelines, a hierarchy of crack-severity rankings has been developed, based upon predicted failure pressure as calculated from the crack sizes.

 
Picture for Towards an Effective Corroded Pipelines Integrity Analysis
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51317--9510-Towards an Effective Corroded Pipelines Integrity Analysis

Product Number: 51317--9510-SG
ISBN: 9510 2017 CP
Author: Mona Abdolrazaghi
Publication Date: 2017
$20.00

The focus herein is on comparing integrity probabilistic analysis approaches with a brief discussion on the existing deterministic approaches. The comparison study utilizes real life application of In-Line-Inspection (ILI) and field measurements of corroded onshore pipelines.
Picture for Use Of Piezoelectric And Miss Guided Wave Ultrasonic Monitoring Technologies On Underground Piping
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Use Of Piezoelectric And Miss Guided Wave Ultrasonic Monitoring Technologies On Underground Piping

Product Number: 51321-16809-SG
Author: Xavier Ortiz; Hossein Jiriyaeisharahi
Publication Date: 2021
$20.00
Picture for Using Guided Waves Testing (GWT) for the Integrity Inspection of Pipelines
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Using Guided Waves Testing (GWT) for the Integrity Inspection of Pipelines

Product Number: 51324-20599-SG
Author: Osvaldo Mejia; Ayoub Al Mahrami
Publication Date: 2024
$40.00
Since its commercial launching, guided wave testing (GWT), a.k.a. long-range ultrasonic testing (LRUT), has been largely applied in the oil and gas industry for the inspection of pipelines, due to its faculty for screening large lengths of pipeline from a single point of contact. This capability has made the GWT one of the “other technologies” most employed in the integrity inspection of pipelines; however, regardless of its broad usage, industry standards guiding the integrity management of pipelines do not provide a clear framework for the use of GWT, neither do they agree on the role that it plays in the integrity assessment process. For example, some standards classify the GWT as a standalone corrosion integrity assessment method, while others reference it as an inspection technique, and others allocate it as a corrosion monitoring technique. This paper makes a comprehensive review of the involvement of the GWT in the pipeline’s integrity management process and intends to provide a clear framework for the use of guided wave testing (GWT) as an integrity inspection method for pipelines.
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