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00170 WIRELINE WEAR RESISTANCE OF POLYMERIC CORROSION BARRIER COATINGS FOR DOWNHOLE APPLICATIONS

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Product Number: 51300-00170-SG
ISBN: 00170 2000 CP
Author: N. Symonds, B. G. Mellor and R. J.K. Wood, S. Groves
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Over the last few years, material options for downhole tubing in water injection wells, particularly subsea wells where the cost of workover is prohibitive, have received considerable attention. A great deal of test and field experience demonstrates that the internal tubing coatings currently available do not have sufficient mechanical robustness to survive mechanical damage occurring downhole. The mechanical damage aries from impact tool strike and wireline wear by the supporting wire. This communication reports the results of a study of wireline wear on various coatings under laboratory conditions. Wireline wear was investigated bytwo means: (1) Reciprocating a loaded wire against the coating; (2) Rotating a wire beneath a loaded-coated pin, using a modified pin-on-disk apparatus. Keywords: wireline wear, polymeric coatings, water injection, pin-on-disk.
Over the last few years, material options for downhole tubing in water injection wells, particularly subsea wells where the cost of workover is prohibitive, have received considerable attention. A great deal of test and field experience demonstrates that the internal tubing coatings currently available do not have sufficient mechanical robustness to survive mechanical damage occurring downhole. The mechanical damage aries from impact tool strike and wireline wear by the supporting wire. This communication reports the results of a study of wireline wear on various coatings under laboratory conditions. Wireline wear was investigated bytwo means: (1) Reciprocating a loaded wire against the coating; (2) Rotating a wire beneath a loaded-coated pin, using a modified pin-on-disk apparatus. Keywords: wireline wear, polymeric coatings, water injection, pin-on-disk.
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