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51316-7743-The ASME PCC-2 Standard Requirements for Training on Engineered Composite Repair Systems

Picture for The ASME PCC-2 Standard Requirements for Training on Engineered Composite Repair Systems
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Product Number: 51316-7743-SG
ISBN: 7743 2016 CP
Author: Matt Green
Publication Date: 2016
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$20.00
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Material testing and design is an important aspect of all Engineered Composite Repair (ECR) systems and have had many years of expert analysis to develop and support the testing involved to insure that the qualification testing is sufficient to perform successful repair designs. However this is only one part of the process and while it is important successful implementation and application of these systems depends completely on correct installation in the field. For more than 20 years composites have been used and analyzed and much of this work has fallen on the material testing and design while the training and education of site installation is typically only a secondary thought. The ASME PCC-2 is the most commonly used standard for ECR systems as it is highly detailed in all aspects of the process which includes installation training and education. Although this is part of the process it has been widely taken for granted without the due focus and development that it deserves with the amount of responsibility that the technicians take on with actually installing these highly engineered materials. Unfortunately because of this there are negative opinions of composite materials for the repair of pipelines based on unsatisfactory installations. This does composite materials an injustice as they are a technically proven material and widely used across many industries with great success. This paper will focus on the training and installation requirements as set forth within the ASME PCC-2 Article 4.1 standard and why they are critical to the successful implementation of an Engineered Composite Repair system.
Material testing and design is an important aspect of all Engineered Composite Repair (ECR) systems and have had many years of expert analysis to develop and support the testing involved to insure that the qualification testing is sufficient to perform successful repair designs. However this is only one part of the process and while it is important successful implementation and application of these systems depends completely on correct installation in the field. For more than 20 years composites have been used and analyzed and much of this work has fallen on the material testing and design while the training and education of site installation is typically only a secondary thought. The ASME PCC-2 is the most commonly used standard for ECR systems as it is highly detailed in all aspects of the process which includes installation training and education. Although this is part of the process it has been widely taken for granted without the due focus and development that it deserves with the amount of responsibility that the technicians take on with actually installing these highly engineered materials. Unfortunately because of this there are negative opinions of composite materials for the repair of pipelines based on unsatisfactory installations. This does composite materials an injustice as they are a technically proven material and widely used across many industries with great success. This paper will focus on the training and installation requirements as set forth within the ASME PCC-2 Article 4.1 standard and why they are critical to the successful implementation of an Engineered Composite Repair system.
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Picture for Considerations for Repairing Live Piping Using Engineered Composite Repair Systems
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51317--9494-Considerations for Repairing Live Piping Using Engineered Composite Repair Systems

Product Number: 51317--9494-SG
ISBN: 9494 2017 CP
Author: Matt Green
Publication Date: 2017
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Composite materials are being widely implemented for repair scenarios within refineries – domestically and around the world. This paper will discuss concerns, considerations, and needs typically encountered when using Engineered Composite Repair systems to repair live, operating piping systems in a plant environment.
Picture for Factors which Affect the Performance of Composite Repair Systems
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51316-7562-Factors which Affect the Performance of Composite Repair Systems

Product Number: 51316-7562-SG
ISBN: 7562 2016 CP
Author: Davie Peguero
Publication Date: 2016
$20.00
Picture for Testing and Design of Nonmetallic Composite Repair Systems for Pipeline Intergity
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51317--9506-Testing and Design of Nonmetallic Composite Repair Systems for Pipeline Intergity

Product Number: 51317--9506-SG
ISBN: 9506 2017 CP
Author: Davie Peguero
Publication Date: 2017
$20.00

Pressure cycling and ultimate failure pressure testing was conducted on various pipe samples to verify the design formulas meet the specifications and are correct for use in design of field repairs. Results show that use of strain-based design methodologies for composite repair systems is suitable and effective.
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