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01595 PREDICTING PIPELINE DAMAGE FROM POWER LINE FAULTS

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Product Number: 51300-01595-SG
ISBN: 01595 2001 CP
Author: M. J. Frazier
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A fault on a power transmission line that is near a pipeline can cause direct or non-direct arcs at defects in the pipeline coating, which can melt the pipe steel and cause a crater in the pipe wall. This paper outlines a procedure for predicting such fault-related pipeline damage, based on published controlled test data for direct and indirect arcs. Examples are provided to illustrate the results for a studied pipeline exposure. Keywords: inductive coordination, pipeline damage, ac induction, power-line faults, arc damage, power transmission lines
A fault on a power transmission line that is near a pipeline can cause direct or non-direct arcs at defects in the pipeline coating, which can melt the pipe steel and cause a crater in the pipe wall. This paper outlines a procedure for predicting such fault-related pipeline damage, based on published controlled test data for direct and indirect arcs. Examples are provided to illustrate the results for a studied pipeline exposure. Keywords: inductive coordination, pipeline damage, ac induction, power-line faults, arc damage, power transmission lines
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In this paper, a simulation software suite will be presented that is able to model both resistive (“close field”) as inductive (“far field”) interference in right of way’s (ROW’s) with pipeline and power transmission networks of any complexity.
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