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03040 DEVELOPMENT AND TESTING OF A FIELD APPLIED COATING FOR HIGH TEMPERATURE CATHODICALLY PROTECTED PIPELINES

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Product Number: 51300-03040-SG
ISBN: 03040 2003 CP
Author: RICHARD NORSWORTHY
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Traditional pipeline coatings have very limited use on pipelines that operate at temperatures above 65 ° C (150 ° F). As the oil and gas industry moves toward higher and higher temperature production and transport, pipeline coatings must be able to perform accordingly. Presently, the product must be cooled before it can be transported in the pipelines, because most coating systems would fail at the higher operating temperatures. The cooling is very costly, requires constant maintenance and frequent replacements. Pipeline coatings must perform at these higher temperatures in conjunction with cathodic protection to allow companies to produce and transport products at higher and higher internal temperatures. This paper will discuss the development and testing of a new pipeline coating system that can be field applied to existing hot pipelines or to new pipelines that will later be operating at high temperatures. This technology comes from a non-pipeline source and will provide the pipeline industry an alternative field applied coating that will perform at temperatures beyond the temperature limits of most coatings available at this time.
Traditional pipeline coatings have very limited use on pipelines that operate at temperatures above 65 ° C (150 ° F). As the oil and gas industry moves toward higher and higher temperature production and transport, pipeline coatings must be able to perform accordingly. Presently, the product must be cooled before it can be transported in the pipelines, because most coating systems would fail at the higher operating temperatures. The cooling is very costly, requires constant maintenance and frequent replacements. Pipeline coatings must perform at these higher temperatures in conjunction with cathodic protection to allow companies to produce and transport products at higher and higher internal temperatures. This paper will discuss the development and testing of a new pipeline coating system that can be field applied to existing hot pipelines or to new pipelines that will later be operating at high temperatures. This technology comes from a non-pipeline source and will provide the pipeline industry an alternative field applied coating that will perform at temperatures beyond the temperature limits of most coatings available at this time.
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