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51318-11007-Data Integration Techniques to Support Meaningful Visualization of Corrosion Data

Picture for Data Integration Techniques to Support Meaningful Visualization of Corrosion Data
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Specifically, the paper examines the key first step in visualizing corrosion data: integrating different types of data from different sources into a single system by using spatial components within each dataset to correlate the information.

Product Number: 51318-11007-SG
Author: Joshua Greer
Publication Date: 2018
Industry: Science of Corrosion
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The advent of more advanced methods for monitoring corrosion means that, for most pipeline professionals, decisions are not constrained by a lack of data. If anything, the sheer volume of information available can prove to be a bottleneck, as the amount of time required for analysis grows with the amount of data available. This paper focuses on how pipeline corrosion control departments, integrity management personnel and administrators can obtain a more nuanced view of their corrosion data by using visualization techniques to quickly analyze large datasets. Specifically, the paper examines the key first step in visualizing corrosion data: integrating different types of data from different sources into a single system by using spatial components within each dataset to correlate the information. It will explore the types of data that are well suited for data interactivity analysis, as well as best practices for collecting this data and preparing it for the visualization process.

Key words: Data Visualization, Data Analysis, Data Mining, Data Integration, Integrity Management, Corrosion Control, Pipeline, Cathodic Protection

The advent of more advanced methods for monitoring corrosion means that, for most pipeline professionals, decisions are not constrained by a lack of data. If anything, the sheer volume of information available can prove to be a bottleneck, as the amount of time required for analysis grows with the amount of data available. This paper focuses on how pipeline corrosion control departments, integrity management personnel and administrators can obtain a more nuanced view of their corrosion data by using visualization techniques to quickly analyze large datasets. Specifically, the paper examines the key first step in visualizing corrosion data: integrating different types of data from different sources into a single system by using spatial components within each dataset to correlate the information. It will explore the types of data that are well suited for data interactivity analysis, as well as best practices for collecting this data and preparing it for the visualization process.

Key words: Data Visualization, Data Analysis, Data Mining, Data Integration, Integrity Management, Corrosion Control, Pipeline, Cathodic Protection

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51318-11006- ISO 12736 1-Year Material Exposures: Testing Considerations and Interpretation of Resul

Product Number: 51318-11006-SG
Author: Eileen Wan / Pablo Wiesemann
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Evaluation of subsea wet thermal insulation coating materials via exposure to seawater for a 12-month period at high temperatures and high pressures is presented in ISO(1) 12736:2014. How to interpret and apply the results of this testing to the design and qualification of subsea wet insulation systems is presented.
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51318-11004-Frequency dependence in AC Harmonic Interference to Pipelines

Product Number: 51318-11004-SG
Author: L. Trichtchenko / D.H. Boteler
Publication Date: 2018
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Frequency dependence of the phase relation of the power line currents (which contain harmonics of the fundamental AC frequency), the Earth response, and the pipeline response & how they can be combined to provide an AC risk assessment.
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51318-11009-Coating System to Mitigate Against Hydrogen Cracking in Gas Dehydration Unit

Product Number: 51318-11009-SG
Author: Cesar Espinoza / Chloe Lins / Sudhakar Mahajanam / Ryan DuBois / Ajay Aripirala / Kate Williamson
Publication Date: 2018
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Volumetric Ultrasonic Testing (phased array) thickness measurements performed on the absorber column of a gas dehydration unit (GDU) found laminations and inclusions. The component could not continue in operation unless mitigating actions were taken.
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