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SP0313-2013-SG, Guided Wave Technology for Piping Applications

Picture for SP0313-2013
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In 1998, pipeline operators began to use a instrumented inspection technology that we now know as guided wave testing (GWT), which detects changes in the cross-sectional area of the pipe wall.

 

Product Number: 21174-SG
ISBN: 1-57590-264-8
Publication Date: 2013
Industries: Cathodic Protection , Coatings and Linings , Pipelines, Tanks, and Underground Systems , Water/Wastewater
$109.00
$109.00
$109.00

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A guided wave is created by restricting the propagation of sound or electromagnetic waves in one or two dimensions. A particular frequency of the wave can travel -- with little attenuation -- for very long distances.  Changes in the dimensions of the restrictions can cause partial reflections that can be analysed to find the location of the change. -SBC

In 1998, pipeline operators began to use a form of instrumented inspection technology that has evolved into what is known at present as guided wave testing (GWT), which detects changes in the cross-sectional area of the pipe wall. Test equipment software provides a percent estimate of the change (gain or loss) and is often expressed as percent estimated cross-sectional loss. These changes include metal loss indications, anomalies, or defects such as corrosion, gouges, etc., or metal pickup such as welds, valves, flanges, etc. When properly applied, GWT can monitor cross-sectional loss over time, and provide economic benefits and efficiencies in integrity assessments.

A guided wave is created by restricting the propagation of sound or electromagnetic waves in one or two dimensions. A particular frequency of the wave can travel -- with little attenuation -- for very long distances.  Changes in the dimensions of the restrictions can cause partial reflections that can be analysed to find the location of the change. -SBC

In 1998, pipeline operators began to use a form of instrumented inspection technology that has evolved into what is known at present as guided wave testing (GWT), which detects changes in the cross-sectional area of the pipe wall. Test equipment software provides a percent estimate of the change (gain or loss) and is often expressed as percent estimated cross-sectional loss. These changes include metal loss indications, anomalies, or defects such as corrosion, gouges, etc., or metal pickup such as welds, valves, flanges, etc. When properly applied, GWT can monitor cross-sectional loss over time, and provide economic benefits and efficiencies in integrity assessments.

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Picture for SP0394-2013 (formerly RP0394)
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SP0394-2013 (formerly RP0394), "Application, Performance, and Quality Control of Plant-Applied Single Layer Fusion-Bonded Epoxy External Pipe Coating”

Product Number: 21064-SG
Publication Date: 2013
$179.00

HISTORICAL DOCUMENT. Qualifying and controlling the quality of plant-applied, single-layer fusion-bonded epoxy (FBE) coatings to the external surfaces of carbon steel pipe.  Proper application,  inspection and repair.

NOTE: NACE SP0394-2013—Editorial corrections were made to Table 3 and Table 4 in 2018-04-04. 
Picture for SP0308-2008
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SP0308-2018-SG, Inspection Methods for Corrosion Evaluation of Conventionally Reinforced Concrete Structures

Product Number: 21128-SG
ISBN: 1-57590-220-6
$109.00

Testing and investigative procedures for evaluation of conventionally reinforced concrete structures. Focus on degradation from corrosion of  reinforcing steel.
Picture for SP0390-2009 (formerly RP0390)
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SP0390-2009 (formerly RP0390), Maintenance and Rehabilitation Considerations for Corrosion Control of Atmospherically Exposed Existing Steel-Reinforced Concrete Structures

Product Number: 21044-SG
ISBN: 1-57590-059-9
$179.00

DOWNLOADABLE HISTORICAL DOCUMENT Maintenance of reinforced-concrete structures (site survey, structural survey, repair options) and corrosion-control techniques. Sources of additional information, bibliographic information, definitions.
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