Provide PDF Format
PRCI PR-3-67
- Line Pipe Coating Analysis, Volume 1 Laboratory Studies and Results
- Report / Survey by Pipeline Research Council International, 11/05/1978
- Publisher: PRCI
$6.00$12.00
L00036e
Battelle Memorial Institute
Need: A research program has been successfully conducted to identify the factors that lead to failure in pipeline coatings. Numerous factors have been identified and are addressed in this report. Data have been organized to permit many of these specific findings to be immediately useful to industry.
Result: The five-year program was initiated with panel studies, which were instrumental in setting the direction of the major research effort. A document covering the literature of adhesion was also prepared early in the program. This provided the technical foundation on which the major research effort was organized. The primary objective of all laboratory studies has been to identify the factors, which lead to failure in pipeline coatings. Generic types of coatings studied in the program have included coal tars, thermoplastic tapes, and thermoset epoxies. Numerous factors have been identified and are discussed in detail in this report.
Benefit: The major research effort was unique because it presented true novelty to the study of the performance of pipeline coatings. This approach considered four basic subsystems, which comprise a coated pipeline in service (environment, coating, interface, and substrate). The subsystem approach has allowed critical measurements heretofore impossible and has resulted in the gathering of significant and useful theoretical and practical information. Data generated from the subsystem approach have been melded with that obtained from the literature and PRCI members' experience to develop an improved understanding of the major factors leading to pipeline coating failures.
Battelle Memorial Institute
Need: A research program has been successfully conducted to identify the factors that lead to failure in pipeline coatings. Numerous factors have been identified and are addressed in this report. Data have been organized to permit many of these specific findings to be immediately useful to industry.
Result: The five-year program was initiated with panel studies, which were instrumental in setting the direction of the major research effort. A document covering the literature of adhesion was also prepared early in the program. This provided the technical foundation on which the major research effort was organized. The primary objective of all laboratory studies has been to identify the factors, which lead to failure in pipeline coatings. Generic types of coatings studied in the program have included coal tars, thermoplastic tapes, and thermoset epoxies. Numerous factors have been identified and are discussed in detail in this report.
Benefit: The major research effort was unique because it presented true novelty to the study of the performance of pipeline coatings. This approach considered four basic subsystems, which comprise a coated pipeline in service (environment, coating, interface, and substrate). The subsystem approach has allowed critical measurements heretofore impossible and has resulted in the gathering of significant and useful theoretical and practical information. Data generated from the subsystem approach have been melded with that obtained from the literature and PRCI members' experience to develop an improved understanding of the major factors leading to pipeline coating failures.
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