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98036 QUALIFYING ERW TUBULAR PRODUCTS FOR SWEET PETROLEUM PRODUCTION ENVIRONMENTS

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Product Number: 51300-98036-SG
ISBN: 98036 1998 CP
Author: R. E. Lewis, D. K. Barbin, J. T. Bulla, J. C. Hassell, H. J. Choi
Industry: Oil and Gas Production
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The results of an extensive investigation on the savings/risk benefits for using electric resistance welded (ERW) tubular products as replacements for similar seamless products historically used by a major oil company are described in this paper. A test program to evaluate ERW products from several steel mills for serviceability in sweet production environments is described. Results from extended flowloop and short-term screening tests to detect accelerated weld zone (grooving) corrosion are given. Metallurgical testing procedures and test results are also summarized. Cost savings of over $2 million per year were estimated as possible by substituting ERW tubing, casing and line pipe for similar seamless products in selected hydrocarbon production environments. Keywords: electric resistance welded (ERW) pipe, seamless pipe, accelerated weld zone attack, grooving corrosion, carbon dioxide corrosion, oxygen corrosion, flowloop tests, metallurgical tests
The results of an extensive investigation on the savings/risk benefits for using electric resistance welded (ERW) tubular products as replacements for similar seamless products historically used by a major oil company are described in this paper. A test program to evaluate ERW products from several steel mills for serviceability in sweet production environments is described. Results from extended flowloop and short-term screening tests to detect accelerated weld zone (grooving) corrosion are given. Metallurgical testing procedures and test results are also summarized. Cost savings of over $2 million per year were estimated as possible by substituting ERW tubing, casing and line pipe for similar seamless products in selected hydrocarbon production environments. Keywords: electric resistance welded (ERW) pipe, seamless pipe, accelerated weld zone attack, grooving corrosion, carbon dioxide corrosion, oxygen corrosion, flowloop tests, metallurgical tests
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