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51318-10607-Inspection Monitoring and Modelling: Past Present and Future

Picture for Inspection Monitoring and Modelling: Past Present and Future
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The paper discusses “past” developments, “present” status, and “future” advancements of inspection, monitoring, and modelling technologies.

Product Number: 51318-10607-SG
Author: Sankara Papavinasam
Publication Date: 2018
Industry: Corrosion Monitoring and Control
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$20.00
$20.00

 The title of the paper denotes two attributes:

Attribute #1:

  • “Inspection” reveals “past” events, i.e., inspection technologies determine the corrosion rate “after” corrosion had caused loss of material

  • “Monitoring” reveals “Present” situation, i.e., monitoring techniques determine the corrosion rate at the time of monitoring

  • “Model” predicts the “future” situation, i.e., modeling predicts the “futuristic” corrosion rate based on system operating conditions. 

Attribute #2: 

  • The paper discusses “past” developments, “present” status, and “future” advancements of inspection, monitoring, and modelling technologies.

 The main objective of the paper is on Attribute #2.

  • In the past, the number of internal corrosion related incidences was more than 3 per 1,000 kilometers (km) of pipelines per year

  • In the present, the number of internal corrosion related incidences hovers around 0.5 per 1,000 km of pipelines per year

  • In the future, the industry’s goal is to bring the number of incidences to “ZERO”.

 This paper explains “effective” and “economical” actions that are required to achieve the “ZERO” incidence goal and the roles of inspection, monitoring, and modeling activities in achieving the goal.

Key words: 5-M methodology, Corrosion control, corrosion management, integrity management, asset integrity management, pipeline integrity management, inspection, monitoring, model

 The title of the paper denotes two attributes:

Attribute #1:

  • “Inspection” reveals “past” events, i.e., inspection technologies determine the corrosion rate “after” corrosion had caused loss of material

  • “Monitoring” reveals “Present” situation, i.e., monitoring techniques determine the corrosion rate at the time of monitoring

  • “Model” predicts the “future” situation, i.e., modeling predicts the “futuristic” corrosion rate based on system operating conditions. 

Attribute #2: 

  • The paper discusses “past” developments, “present” status, and “future” advancements of inspection, monitoring, and modelling technologies.

 The main objective of the paper is on Attribute #2.

  • In the past, the number of internal corrosion related incidences was more than 3 per 1,000 kilometers (km) of pipelines per year

  • In the present, the number of internal corrosion related incidences hovers around 0.5 per 1,000 km of pipelines per year

  • In the future, the industry’s goal is to bring the number of incidences to “ZERO”.

 This paper explains “effective” and “economical” actions that are required to achieve the “ZERO” incidence goal and the roles of inspection, monitoring, and modeling activities in achieving the goal.

Key words: 5-M methodology, Corrosion control, corrosion management, integrity management, asset integrity management, pipeline integrity management, inspection, monitoring, model

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Corrosion monitoring technology selection should be based on the  challenges and information needs in each individual case. A combination of monitoring technologies will often provide the most reliable information, leading to improved decisions and better corrosion management.

 
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A case study is presented for the Life Cycle Costing (LCC) analysis to quantify and compare different corrosion mitigation methods. Strategies to minimize the costs due to corrosion are included.
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A developed monitoring approach confirmed that the EN-based electrochemical surveillance can detect changes in a petrochemical plant that otherwise could lead to catastrophic failure.
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