Smart sensor system for leakage detection in pipes carrying oil products in noisy environment: The ESTHISIS Project

S. Nikolaidis, Dimitrios Porlidas, G. Glentis, A. Kalfas, Christos C. Spandonidis
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引用次数: 6

Abstract

The presented initiative aims at the development of a low cost and low energy wireless sensor system for the immediate detection of leaks in metallic piping systems for the transport of liquid and gaseous petroleum products in a noisy industrial environment. The method to be followed will be based on processing the changes monitored in the acoustic spectrum of sound signals appearing in the pipeline walls due to a leakage effect and will aim at minimal interference in the piping system. It is intended to use low frequencies to detect and characterize leakage in order to increase the range of sensors and thus to reduce cost. The method will focus only on the sounds produced during the leakage while intermittent processing will be applied with the potential to further reduce energy consumption and increase leakage detection reliability in a noisy environment.
噪声环境下输油管道泄漏检测的智能传感器系统:ESTHISIS项目
提出的倡议旨在开发一种低成本,低能耗的无线传感器系统,用于在嘈杂的工业环境中运输液体和气体石油产品的金属管道系统中立即检测泄漏。所采用的方法将基于处理由于泄漏效应而出现在管道壁上的声音信号的声学频谱中监测到的变化,并将以管道系统中的最小干扰为目标。它旨在使用低频来检测和表征泄漏,以增加传感器的范围,从而降低成本。该方法将只关注泄漏过程中产生的声音,而间歇处理将应用于进一步降低能耗和提高噪声环境中泄漏检测的可靠性。
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