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51318-11492- A Multifunctional Fiber Optic Sensor for Internal Corrosion Monitoring in Natural Gas Transmission Pipelines

Picture for 51318-11492- A Multifunctional Fiber Optic Sensor for Internal Corrosion Monitoring in Natural Gas Transmission Pipelines
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A novel optical fiber sensor is being developed to monitor the internal corrosion processes in natural gas transmission pipelines.

Product Number: 51318-11492-SG
Author: Ping Lu / Ruishu F. Wright / Margaret Ziomek-Moroz / Michael P. Buric / Paul Zandhuis /
Publication Date: 2018
Industry: Gas/Liquid Pipelines
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$20.00
$20.00

A novel optical fiber sensor is being developed to monitor the internal corrosion processes in the natural gas transmission pipelines. Water droplet detection and ionic strength monitoring have been experimentally demonstrated by using the proposed sensor. This fiber optic sensor provides a multifunctional platform for monitoring several major processes involved with internal corrosion, including water dropwise condensation, dissolution of corrosive gases, and corrosion product formation on the steel surface, as well as changes in environmental parameters such as temperature and stress in steel pipes. Furthermore, a distributed sensor interrogation system combining several spatially resolved demodulation schemes is proposed to determine the location of incipient corrosion events and produce distributed information about the potential for on-set of corrosion along the path of the optical fiber sensor.

Key words: corrosion, optical fiber sensor, water droplet, ionic strength, multi-parameter and spatially resolved sensing

 

 

A novel optical fiber sensor is being developed to monitor the internal corrosion processes in the natural gas transmission pipelines. Water droplet detection and ionic strength monitoring have been experimentally demonstrated by using the proposed sensor. This fiber optic sensor provides a multifunctional platform for monitoring several major processes involved with internal corrosion, including water dropwise condensation, dissolution of corrosive gases, and corrosion product formation on the steel surface, as well as changes in environmental parameters such as temperature and stress in steel pipes. Furthermore, a distributed sensor interrogation system combining several spatially resolved demodulation schemes is proposed to determine the location of incipient corrosion events and produce distributed information about the potential for on-set of corrosion along the path of the optical fiber sensor.

Key words: corrosion, optical fiber sensor, water droplet, ionic strength, multi-parameter and spatially resolved sensing

 

 

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51318-11616-High Concentration Biocide Treatment of an Oil Pipeline

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