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51312-01674-Evaluation of FBE Coatings for High Temperature Pipeline Applications

Picture for Evaluation of FBE Coatings for High Temperature Pipeline Applications
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Product Number: 51312-01674-SG
ISBN: 01674 2012 CP
Author: Alban Jaimes
Publication Date: 2012
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In ECOPETROL SA the operating temperatures in the Campos de Castilla Suria Cusiana are about 120 ° C. CAN ASTM standards and test set as conditions for testing maximum Cathodic Disbonding a value of 95 ° C excluding the current scope of the evaluation of coatings for temperatures between 95 and 150 ° C. To meet the needs of select systems higher performance coatings formulated a testing protocol at the plant laboratory and field to assess the performance of coatings applied to operating conditions of 95 to 150 ° C.Tests were performed dry film thickness porosity physicomechanical tests of resistance to abrasion impact and elongation adhesion wet adhesion immersion tests and tests chemical solutions Disbonding Cathodic electrochemical and electrochemical impedance. The results in the laboratory can find correlations between the glass transition temperature the electrochemical response and vapor equilibrium conditions water coating interface determined by the degree of damage found in the coatings evaluated. Key Words: electrochemical impedance disbonding epoxy
In ECOPETROL SA the operating temperatures in the Campos de Castilla Suria Cusiana are about 120 ° C. CAN ASTM standards and test set as conditions for testing maximum Cathodic Disbonding a value of 95 ° C excluding the current scope of the evaluation of coatings for temperatures between 95 and 150 ° C. To meet the needs of select systems higher performance coatings formulated a testing protocol at the plant laboratory and field to assess the performance of coatings applied to operating conditions of 95 to 150 ° C.Tests were performed dry film thickness porosity physicomechanical tests of resistance to abrasion impact and elongation adhesion wet adhesion immersion tests and tests chemical solutions Disbonding Cathodic electrochemical and electrochemical impedance. The results in the laboratory can find correlations between the glass transition temperature the electrochemical response and vapor equilibrium conditions water coating interface determined by the degree of damage found in the coatings evaluated. Key Words: electrochemical impedance disbonding epoxy
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Picture for Fusion Bonded Epoxy Coatings (FBE) and Disbondment
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Fusion Bonded Epoxy Coatings (FBE) and Disbondment

Product Number: 51316-7246-SG
ISBN: 7246 2016 CP
Author: Mehrooz Zamanzadeh
Publication Date: 2016
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In this paper, failure analysis methodology will be applied to the principal mechanisms by which FBE coatings fail during long term service; with specific application to case studies involving blistering. The case studies apply standard failure analysis techniques to determine the primary causes and modes of failures.
Picture for FBE TEST PROTOCOL FOR TEMPERATURES UP TO 150°C
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51312-01535-FBE TEST PROTOCOL FOR TEMPERATURES UP TO 150°C

Product Number: 51312-01535-SG
ISBN: 01535 2012 CP
Author: Miguel Mateus
Publication Date: 2012
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Picture of 51316-7024-High Temperature FBE Coating Disbondment in Multi-Layer PP Insulation Coatings
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51316-7024-High Temperature FBE Coating Disbondment in Multi-Layer PP Insulation Coatings

Product Number: 51316-7024-SG
ISBN: 7024 2016 CP
Author: Alex Garner
Publication Date: 2016
$20.00

Multi-layer polypropylene (MLPP) insulation coating is used for thermal insulation of subsea pipelines.  However in recent years - with higher wellhead operating temperatures - high temperature (HT) Fusion Bonded Epoxies have been used. This paper describes the author's experience with the MLPP systems over the last 20 years.
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