Detection and control of corrosion in buried gas pipe line using LabVIEW

S. Mohamed Zubair, C. Naveena, S. Prasath, C. Selvamani
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Abstract

For efficient management the early detection and control on any damage which occurs in the gas pipeline such as crack or leakage is essential in many gas industries. The wireless temperature & pressure transmitters have been commonly used to collect the information in supervision consistency of the gas pipeline. The most common sensors used in finding the abnormality in the pipe line are pressure and temperature sensors as the pressure and temperature changes whenever crack occurs. The major problems that are related to the gas or oil pipeline supervision is the unthinking rather than practical maintenance approach to the crack or any abnormality. The motivation of this project is to build a security method for the early revealing of corrosion and also to control, which the gas pipeline buried is exposed to changing gas flow pressures and temperatures. During the maintenance period the gas flow is diverted through a substitute pipe line to avoid the shut-down of the whole process in the gas industry. Simulation of the detection of crack in the pipe line is implemented using LabVIEW.
基于LabVIEW的埋地燃气管道腐蚀检测与控制
为了有效的管理,早期检测和控制发生在天然气管道中的任何损坏,如裂缝或泄漏,在许多天然气工业中是必不可少的。无线温度压力变送器已被广泛用于燃气管道一致性监测信息的采集。用于检测管道异常的最常用传感器是压力和温度传感器,因为每当发生裂缝时压力和温度都会发生变化。油气管道监理存在的主要问题是对裂缝或异常情况不加思考而不加实际的维修措施。该项目的动机是建立一种安全的方法,使腐蚀尽早暴露,并控制埋地的天然气管道暴露在不断变化的气体流动压力和温度下。在维修期间,气体流量通过替代管道进行分流,以避免燃气工业的整个过程停机。利用LabVIEW对管道裂纹检测过程进行了仿真。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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