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07028 THE USE OF HIGH PERFORMANCE POLYMERIC COATINGS TO MITIGATE CORROSION AND DEPOSIT FORMATION IN PIPELINE APPLICATIONS

Picture for 07028 THE USE OF HIGH PERFORMANCE POLYMERIC COATINGS TO MITIGATE CORROSION AND DEPOSIT FORMATION IN
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Product Number: 51300-07028-SG
ISBN: 07028 2007 CP
Author: Robert S. Lauer
Publication Date: 2007
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For more than 60 years now, internal plastic coatings have been used for corrosion protection, hydraulic improvement, and deposition mitigation in tubular goods and drill pipe. Internal plastic coatings have historically proven to be a long-term corrosion control solution, even with difficult to treat applications such as top of the line corrosion. For hydraulic efficiency, internal plastic coatings have shown to be able to improve overall flow, allowing for a reduction in pipe size simply by reducing the surface roughness and inherent surface friction. For deposit mitigation, internal plastic coatings have shown the ability to reduce or completely stop the adherence of deposits onto the pipe surface. These benefits have been proven effective in applications from subsea pipelines to simple flowlines tying into an onshore wellhead. Forty years ago, a new and novel connection system allowed for internally plastic coated pipelines to be welded while still having effective protection of the internal weld zone from the environment. This connection system allowed for benefits such as corrosion protection, hydraulic efficiency, and deposit mitigation to be realized in pipeline applications.
For more than 60 years now, internal plastic coatings have been used for corrosion protection, hydraulic improvement, and deposition mitigation in tubular goods and drill pipe. Internal plastic coatings have historically proven to be a long-term corrosion control solution, even with difficult to treat applications such as top of the line corrosion. For hydraulic efficiency, internal plastic coatings have shown to be able to improve overall flow, allowing for a reduction in pipe size simply by reducing the surface roughness and inherent surface friction. For deposit mitigation, internal plastic coatings have shown the ability to reduce or completely stop the adherence of deposits onto the pipe surface. These benefits have been proven effective in applications from subsea pipelines to simple flowlines tying into an onshore wellhead. Forty years ago, a new and novel connection system allowed for internally plastic coated pipelines to be welded while still having effective protection of the internal weld zone from the environment. This connection system allowed for benefits such as corrosion protection, hydraulic efficiency, and deposit mitigation to be realized in pipeline applications.
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The research described in this paper was carried out with the objective of establishing any correlation between coating performance and the results of cathodic disbondment testing. Experiments were carried out using 13 coatings. Nine samples of each coating were studied in a total of 117 experiments.
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