1993Pipes & pipelines internationalRequires access

Statistical leak detection in gas and liquid pipelines

Xue Jun Zhang

Open publisher page 41 citations

Abstract

A new leak detection system has been developed by Shell Research, Amsterdam, and Stanlow Manufaturing Complex on Merseyside. Several applications of yhe system can now be found in both gas and liquid pipelines. This paper discusses the operational experience of the system on two liquid-propylene, two low-pressure ethylene and one sour-gas pipeline. These applications show that the system can be tailored to varying operational requirements with little effort. The system is easy to maintain and requires considerably less computing power than conventional software based systems.

About this research paper

What this paper is about

A new leak detection system has been developed by Shell Research, Amsterdam, and Stanlow Manufaturing Complex on Merseyside. Several applications of yhe system can now be found in both gas and liquid pipelines. This paper discusses the operational experience of the system on two liquid-propylene, two low-pressure ethylene and one sour-gas pipeline. These applications show that the system can be tailored to varying operational requirements with little effort. The system is easy to maintain and requires considerably less computing power than conventional software based systems.

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OpenAlex reports 41 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

A new leak detection system has been developed by Shell Research, Amsterdam, and Stanlow Manufaturing Complex on Merseyside. Several applications of yhe system can now be found in both gas and liquid pipelines. This paper discusses the operational experience of the system on two liquid-propylene, two low-pressure ethylene and one sour-gas pipeline. These applications show that the system can be tailored to varying operational requirements with little effort. The system is easy to maintain and requires considerably less computing power than conventional software based systems.

Key concepts: Pipeline transport, Leak detection, Pipeline (software), Petroleum engineering, Leak, Engineering, Software, Process engineering

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