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02066 THE EFFECTS OF COLD WORK AND STRAIN AGING ON THE HARDNESS OF SELECTED GRADES OF OCTG AND ON THE SSC RESISTANCE OF API P-110- Results of Laboratory Experiments

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Product Number: 51300-02066-SG
ISBN: 02066 2002 CP
Author: Robert Mack and Andrei Filippov
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The in-situ permanent expansion of casing and tubing is rapidly becoming implemented in oil and gas well completions. Over 25,000 feet of solid, not slotted, casing have been expanded downhole by one company since November 1999. Previous laboratory work has shown that tubular expansion affects the toughness of the final product; however, proper material selection of the product to be expanded can yield a final product with acceptable toughness. Recently, laboratory expansion of selected grades of seam welded and seamless OCTG steels has been used to study the effects of expansion (cold work) and strain aging on the hardness of five grades of C-Mn steels as well as on the susceptibility of four different heats of seamless P-110 tubing (also C-Mn) to sulfide stress cracking. Both cold work and strain aging were found to increase the hardness of these steels as well as dramatically reduce the susceptibility of the P-110 to sulfide stress cracking in an aqueous solution of 5wt% NaCl at a pH of 4.2 with a cover gas containing a partial pressure of H2S of <= 0.15 psi ( <= 1.0kPa). These results are significant because they also offer further insight into the effects of handling damage or cold straightening operations on the performance of all high strength OCTG steels in sour production environments. New approaches to the evaluation of steels for sour service will be required to accommodate this phenomenon. Further study may determine how to "design" steels to be resistant to this effect.
The in-situ permanent expansion of casing and tubing is rapidly becoming implemented in oil and gas well completions. Over 25,000 feet of solid, not slotted, casing have been expanded downhole by one company since November 1999. Previous laboratory work has shown that tubular expansion affects the toughness of the final product; however, proper material selection of the product to be expanded can yield a final product with acceptable toughness. Recently, laboratory expansion of selected grades of seam welded and seamless OCTG steels has been used to study the effects of expansion (cold work) and strain aging on the hardness of five grades of C-Mn steels as well as on the susceptibility of four different heats of seamless P-110 tubing (also C-Mn) to sulfide stress cracking. Both cold work and strain aging were found to increase the hardness of these steels as well as dramatically reduce the susceptibility of the P-110 to sulfide stress cracking in an aqueous solution of 5wt% NaCl at a pH of 4.2 with a cover gas containing a partial pressure of H2S of <= 0.15 psi ( <= 1.0kPa). These results are significant because they also offer further insight into the effects of handling damage or cold straightening operations on the performance of all high strength OCTG steels in sour production environments. New approaches to the evaluation of steels for sour service will be required to accommodate this phenomenon. Further study may determine how to "design" steels to be resistant to this effect.
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03108 THE EFFECT OF COLD WORK AND STRAIN AGING ON THE SULFIDE STRESS CRACKING RESISTANCE AND MECHANICAL PROPERTIES OF EXPANDED TUBULAR STEELS- A Laboratory Study

Product Number: 51300-03108-SG
ISBN: 03108 2003 CP
Author: Robert Mack, Andrei Filippov
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02053 INFLUENCE OF THE TEST METHOD ON THE SSC THRESHOLD STRESS OF OCTG AND LINE PIPE STEEL GRADES

Product Number: 51300-02053-SG
ISBN: 02053 2002 CP
Author: Jean Leyer, Pierre Sutter, Cédric P. Linne, and Yves M. Gunaltun
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02067 STRESS CORROSION CRACKING OF A COLD WORKED 22Cr DUPLEX STAINLESS STEEL PRODUCTION TUBING IN A HIGH DENSITY CLEAR BRINE CaCI2 PACKER FLUID

Product Number: 51300-02067-SG
ISBN: 02067 2002 CP
Author: Robert Mack, Charlie Willliams, Scott Lester, and John Casassa
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