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Leak Detection In Gas Pipeline by Acoustic and Signal Processing – A Review

机译:声学和信号处理技术在燃气管道泄漏检测中的应用

摘要

The pipeline system is the most important part in media transport in order to deliver fluid to another station. The weak maintenance and poor safety will contribute to financial losses in term of fluid waste and environmental impacts. There are many classifications of techniques to make it easier to show their specific method and application. This paper's discussion about gas leak detection in pipeline system using acoustic method will be presented in this paper. The wave propagation in the pipeline is a key parameter in acoustic method when the leak occurs and the pressure balance of the pipe will generated by the friction between wall in the pipe. The signal processing is used to decompose the raw signal and show in time- frequency. Findings based on the acoustic method can be used for comparative study in the future. Acoustic signal and HHT is the best method to detect leak in gas pipelines. More experiments and simulation need to be carried out to get the fast result of leaking and estimation of their location.
机译:管道系统是介质运输中最重要的部分,以将流体输送到另一个工位。维护不力和安全性差将在流体浪费和环境影响方面造成财务损失。为了使显示特定方法和应用更加容易,有许多技术分类。本文将讨论利用声学方法检测管道系统中的气体泄漏。当泄漏发生时,管道中的波传播是声学方法中的关键参数,并且管道壁之间的摩擦会产生管道压力平衡。信号处理用于分解原始信号并以时频显示。基于声学方法的发现可用于将来的比较研究。声音信号和HHT是检测天然气管道泄漏的最佳方法。需要进行更多的实验和模拟以获得泄漏的快速结果并估计其位置。

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