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09457 Wireless and Remote Monitoring of Coated Surfaces in Corrosive Environments

Picture for 09457 Wireless and Remote Monitoring of Coated Surfaces in Corrosive Environments
Available for download
Product Number: 51300-09457-SG
ISBN: 09457 2009 CP
Author: Francois Ayello, Stefan Marion, Lisandro Cunci, Narasi Sridhar and Davion Hill
Publication Date: 2009
Industry: Highways & Bridges
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$20.00
$20.00
Corrosion-related failures are usually a surprise; perhaps they could have been avoided if a real-time monitoring tool was in place. However, collection of data in remote places is a necessary function of a successful corrosion sensor network. For example, pipelines running through mountainous and forested regions in the wilderness of Alaska are just as susceptible to corrosion and integrity threats as those running parallel to subway tunnels in New York City, though accessibility may be easier in New York. Corrosion of materials is perhaps the biggest threat to the integrity of complex systems. Ocean vessels, pipelines, bridges, off shore drilling platforms, and wind turbines are a few of many structures that may be subjected to the potentially debilitating effects of corrosion. In this work, several structural integrity sensing techniques are illustrated. A method to detect coating disbondment is described. In addition, a radio frequency identification (RFID) sensor for detection of moisture is developed and the results are presented. Finally, a wi-fi motes-based corrosion monitoring system in use for coating monitoring in a field test is described.

Keywords: remote monitoring, system health assessment, integrity, motes, wi-fi, sensor, corrosion sensors, CUI
Corrosion-related failures are usually a surprise; perhaps they could have been avoided if a real-time monitoring tool was in place. However, collection of data in remote places is a necessary function of a successful corrosion sensor network. For example, pipelines running through mountainous and forested regions in the wilderness of Alaska are just as susceptible to corrosion and integrity threats as those running parallel to subway tunnels in New York City, though accessibility may be easier in New York. Corrosion of materials is perhaps the biggest threat to the integrity of complex systems. Ocean vessels, pipelines, bridges, off shore drilling platforms, and wind turbines are a few of many structures that may be subjected to the potentially debilitating effects of corrosion. In this work, several structural integrity sensing techniques are illustrated. A method to detect coating disbondment is described. In addition, a radio frequency identification (RFID) sensor for detection of moisture is developed and the results are presented. Finally, a wi-fi motes-based corrosion monitoring system in use for coating monitoring in a field test is described.

Keywords: remote monitoring, system health assessment, integrity, motes, wi-fi, sensor, corrosion sensors, CUI
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