1993Unpublished venueRequires access

Real World Applications of Pipeline Leak Detection

Michael N. Mears

Open publisher page 14 citations

Abstract

This paper covers various leak detection methodologies and how they are integrated into the Williams Pipe Line system. Special emphasis is given to the dynamic model method of leak detection in terms of how it fits into the overall leak detection picture and how it should be viewed from a regulator's stand point. Interest in automated leak detection has been spurred by pending legislation. The Pipeline Safety Improvement Act of 1991 outlines some specific directives. One of these directives requires the DOT to survey and assess the effectiveness of procedures, systems and equipment used to detect pipeline ruptures and minimize product releases from pipeline facilities. The author enumerates certain points that should be considered in the DOT's survey, based on real world applications of pipeline leak detection.

About this research paper

What this paper is about

This paper covers various leak detection methodologies and how they are integrated into the Williams Pipe Line system. Special emphasis is given to the dynamic model method of leak detection in terms of how it fits into the overall leak detection picture and how it should be viewed from a regulator's stand point. Interest in automated leak detection has been spurred by pending legislation. The Pipeline Safety Improvement Act of 1991 outlines some specific directives. One of these directives requires the DOT to survey and assess the effectiveness of procedures, systems and equipment used to detect pipeline ruptures and minimize product releases from pipeline facilities. The author enumerates certain points that should be considered in the DOT's survey, based on real world applications of pipeline leak detection.

Why it matters

OpenAlex reports 14 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

This paper covers various leak detection methodologies and how they are integrated into the Williams Pipe Line system. Special emphasis is given to the dynamic model method of leak detection in terms of how it fits into the overall leak detection picture and how it should be viewed from a regulator's stand point. Interest in automated leak detection has been spurred by pending legislation. The Pipeline Safety Improvement Act of 1991 outlines some specific directives. One of these directives requires the DOT to survey and assess the effectiveness of procedures, systems and equipment used to detect pipeline ruptures and minimize product releases from pipeline facilities. The author enumerates certain points that should be considered in the DOT's survey, based on real world applications of pipeline leak detection.

Key concepts: Pipeline (software), Leak detection, Leak, Computer science, Point (geometry), Product (mathematics), Pipeline transport, Line (geometry)

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