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51316-7488-Gap Analysis of Pipeline Coatings: A Review Study

Picture for Gap Analysis of Pipeline Coatings: A Review Study
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Product Number: 51316-7488-SG
ISBN: 7488 2016 CP
Author: Tamer Crosby
Publication Date: 2016
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Protective coatings are one of the main methods used in pipelines to protect them primarily from corrosion and wear. There are several types of coating technology systems and the desired properties of a good coating will change from one application to another. It is estimated that the value of the protective coatings market is around $3-4 billion dollars in Canada. Therefore analyzing the protective coating sector for potential opportunities becomes significant.In this review paper AITF investigates the pipeline coatings sector in order to determine gaps in currently available coating technologies. The objective is to determine future research directions and innovation opportunities. The scope of this work is protective coatings for transmission crude oil and natural gas pipelines. The main methodologies used here are stakeholder engagement (pipeline operators coating applicators and coating manufacturers and suppliers) and literature review.In this work AITF explores the physical limitations and technological gaps on current commercially available coatings. We also investigate the cycle of innovation and development as well as the process of accepting new coatings. Finally we discuss the regulations pertaining to coating selection and testing with special emphasis on the newly introduced Canadian Standards Association (CSA) Z245.30-14 standard and its associated impacts on Canadian coatings applicators and the coating supply chain in general.
Protective coatings are one of the main methods used in pipelines to protect them primarily from corrosion and wear. There are several types of coating technology systems and the desired properties of a good coating will change from one application to another. It is estimated that the value of the protective coatings market is around $3-4 billion dollars in Canada. Therefore analyzing the protective coating sector for potential opportunities becomes significant.In this review paper AITF investigates the pipeline coatings sector in order to determine gaps in currently available coating technologies. The objective is to determine future research directions and innovation opportunities. The scope of this work is protective coatings for transmission crude oil and natural gas pipelines. The main methodologies used here are stakeholder engagement (pipeline operators coating applicators and coating manufacturers and suppliers) and literature review.In this work AITF explores the physical limitations and technological gaps on current commercially available coatings. We also investigate the cycle of innovation and development as well as the process of accepting new coatings. Finally we discuss the regulations pertaining to coating selection and testing with special emphasis on the newly introduced Canadian Standards Association (CSA) Z245.30-14 standard and its associated impacts on Canadian coatings applicators and the coating supply chain in general.
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07154 Pipeline Coatings, External Corrosion and Direct Assessment

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Evaluating Corrosion Under Protective Coatings for Steel in Marine Environments

Product Number: 51317--9005-SG
ISBN: 9005 2017 CP
Author: James Ellor
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Destructive physical inspection for corrosion under protective coatings post-exposure suggests that significant metal loss may be occurring in the absence of a visual indication and that actual corrosion/material loss does not correlate with the visual inspection data.
Picture for 07694 Guideline for material selection and qualification of wear and corrosion protective hard face
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07694 Guideline for material selection and qualification of wear and corrosion protective hard face coatings for piston rods

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This paper presents a guideline for materials selection and qualification of wear and corrosion protective surface coating materials for offshore application of piston rods in hydraulic systems. The guideline is also applicable to other components utilizing hard face coating materials as wear coatings.
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