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Smart sensor interface model using IoT for pipeline integrity Cathodic Protection
Algarni, Mohammed Zwawi, Mohammed
Algarni, Mohammed
Zwawi, Mohammed
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Issue Date
2019-06
Type
Article
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Keywords
Internet of Things (IoT),Factories,Water quality,Metals,Data transfer (computers),Software,Electrolytes,Inspection,Corrosion prevention,Sensors,Systems design,Corrosion potential,Materials selection,Monitoring,Cathodic protection,Sacrificial anodes,Smart sensors
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Citation
Algarni, M., & Zwawi, M. (2019). Smart sensor interface model using IoT for pipeline integrity cathodic protection. Journal of Management & Engineering Integration,12(1), 1-8.
Abstract
This study proposes a design of a smart sensor interface for monitoring Cathodic Protection (CP) in an Internet of Things (IoT) environment. The corrosion sensor is used to monitor voltage potential from a sacrificial anode to an underground pipe or pipelines. The past design of monitoring CP was via wired networking (for data transfer) or by onsite inspection. Although such inspection offers a very reliable monitoring method, it is expensive and inconvenient. This research proposes a new, advanced and straightforward method to monitor CP, for field engineers, by the advancement of IoT intelligence to provide suggestions and make online-orders for consumable parts. This research proposes a solution by the novel design of monitoring corrosion via CP using a smart sensor interface model in an IoT environment and smart-phone applications. The results of this system design show good monitoring performance and excellent analytical potential.
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Description
Published in SOAR: Shocker Open Access Repository by Wichita State University Libraries Technical Services, November 2022.
Publisher
Association for Industry, Engineering and Management Systems (AIEMS)
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Journal of Management & Engineering Integration
v.12 no.1
v.12 no.1
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1939-7984