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11131 Toward a Fully Integrated Pipeline Integrity Management Software

Picture for 11131 Toward a Fully Integrated Pipeline Integrity Management Software
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Product Number: 51300-11131-SG
ISBN: 2011 11131 CP
Author: Leslie Bortels, Peter-John Stehouwer and Kees Dijkstra
Publication Date: 2011
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$20.00
$20.00
As corrosion is one of the major risks of failure for pipelines & structures, an accurate and flexible tool to analyze the effectiveness of an existing Cathodic Protection (CP) installation within its specific environment is a key element of any integrity management system. Most of the existing CP modules for integrity management are facing one or more of the following limitations:

  • they are unable to take into account the increased influence of interference as e.g. caused by the trend to locate all utilities within the same right-of-way or common energy corridors;
  • they are unable to cope with complex geometries and environmental variations;
  • being based on a combination of experience, experimental data and heuristics they do not meet the accuracy level of computer models;
  • the rigid structure of existing CP modules makes data exchange with other integrity management modules labor-intensive and troublesome.
This paper describes a unique modeling platform that allows predicting the true protection level of a pipeline network of arbitrary complexity. Combining this unique simulation technology with data from field survey campaigns gives operators unambiguous information of the corrosion protection level of the pipeline, thereby allowing making critical decisions with respect to excavating and repairing pipelines.

As a case study, details will be presented on the integration of the platform with the pipeline database from a gas transmission operator with about 12.000 km of pipeline, most of it situated in congested right-of-ways and presence of DC-traction stray current interference.

It will be demonstrated in this paper that by using the platform described above, the gas operator is able to control and optimize the CP of their pipeline network, hereby considerably reducing the on-site interventions.

Keywords: Simulation software, cathodic protection, pipeline network, ECDA, external corrosion direct assessment, TRU, transformer rectifier unit, IK, pipeline potential
As corrosion is one of the major risks of failure for pipelines & structures, an accurate and flexible tool to analyze the effectiveness of an existing Cathodic Protection (CP) installation within its specific environment is a key element of any integrity management system. Most of the existing CP modules for integrity management are facing one or more of the following limitations:

  • they are unable to take into account the increased influence of interference as e.g. caused by the trend to locate all utilities within the same right-of-way or common energy corridors;
  • they are unable to cope with complex geometries and environmental variations;
  • being based on a combination of experience, experimental data and heuristics they do not meet the accuracy level of computer models;
  • the rigid structure of existing CP modules makes data exchange with other integrity management modules labor-intensive and troublesome.
This paper describes a unique modeling platform that allows predicting the true protection level of a pipeline network of arbitrary complexity. Combining this unique simulation technology with data from field survey campaigns gives operators unambiguous information of the corrosion protection level of the pipeline, thereby allowing making critical decisions with respect to excavating and repairing pipelines.

As a case study, details will be presented on the integration of the platform with the pipeline database from a gas transmission operator with about 12.000 km of pipeline, most of it situated in congested right-of-ways and presence of DC-traction stray current interference.

It will be demonstrated in this paper that by using the platform described above, the gas operator is able to control and optimize the CP of their pipeline network, hereby considerably reducing the on-site interventions.

Keywords: Simulation software, cathodic protection, pipeline network, ECDA, external corrosion direct assessment, TRU, transformer rectifier unit, IK, pipeline potential
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11126 Direct Assessment Pipeline Integrity Management

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ISBN: 2011 11126 CP
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51317--9648-Correlation of Inline and Aboveground Integrity Data for Comprehensive Pipeline Integrity Management

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This paper provides comprehensive correlation of inline and aboveground pipeline integrity data geared at ensuring a complete pipeline integrity management program. Case studies are provided to show benefits of inline inspection and direct assessment correlations.

 
Picture for 03191 Pipeline Integrity & Direct Assessment
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03191 Pipeline Integrity & Direct Assessment

Product Number: 51300-03191-SG
ISBN: 03191 2003 CP
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