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01077 IMPROVEMENT OF RESISTANCE TO SSC INITIATION AND PROPAGATION OF HIGH STRENGTH OCTG THROUGH MICROSTRUCTURE AND PRECIPITATION CONTROL

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Product Number: 51300-01077-SG
ISBN: 01077 2001 CP
Author: G. Lopez Turconi, G. Echaniz G. Cumino, E. Anelli, L. Scoppio T. Perez, C. Morales
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The effect of different material variables on Sulfide Stress Cracking (SSC) resistance of oil country tubular goods (OCTG) was analyzed. Several Cr-Mo-Nb microalloyed steels with different contents of Ti and B and different quenching and tempering conditions were used in order to obtain 110-122 ksi yield strength. The SSC performances were evaluated by means of tensile tests and Double Cantilever Beam tests, NACE methods A and D, respectively. Factors such as the microstruetural features (e.g. the presence of upper and lower bainite, type and distribution of precipitates), the inclusion content and morphology were correlated to SSC initiation and propagation. Initiation of SSC cracks is mainly related to the steel cleanliness, i.e. content of non-metallic inclusions and TiN particles, and hardness. Propagation of SSC mainly depends on steel microstructure and strength. Materials having a refined austenite grain and tempered martensite microstructure (>95%) showed the best performance in sour conditions. Improvement of SSC resistance was obtained through microalloying adjustment combined with multiple heat treatment process. Keywords: high strength low alloy steels (HSLA), sour environment, oil country tubular goods (OCTG), sulfide stress cracking (SSC), double cantilever beam (DCB), prior austenite grain size (PAGS)
The effect of different material variables on Sulfide Stress Cracking (SSC) resistance of oil country tubular goods (OCTG) was analyzed. Several Cr-Mo-Nb microalloyed steels with different contents of Ti and B and different quenching and tempering conditions were used in order to obtain 110-122 ksi yield strength. The SSC performances were evaluated by means of tensile tests and Double Cantilever Beam tests, NACE methods A and D, respectively. Factors such as the microstruetural features (e.g. the presence of upper and lower bainite, type and distribution of precipitates), the inclusion content and morphology were correlated to SSC initiation and propagation. Initiation of SSC cracks is mainly related to the steel cleanliness, i.e. content of non-metallic inclusions and TiN particles, and hardness. Propagation of SSC mainly depends on steel microstructure and strength. Materials having a refined austenite grain and tempered martensite microstructure (>95%) showed the best performance in sour conditions. Improvement of SSC resistance was obtained through microalloying adjustment combined with multiple heat treatment process. Keywords: high strength low alloy steels (HSLA), sour environment, oil country tubular goods (OCTG), sulfide stress cracking (SSC), double cantilever beam (DCB), prior austenite grain size (PAGS)
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08115 Development of a C125 High Strength Low Alloy Steel for OCTG: SSC Mapping in Slightly Sour Environment

Product Number: 51300-08115-SG
ISBN: 08115 2008 CP
Author: Hervé Marchebois / Michel Piette / Laurent Ladeuille / David Senegas-Rouviere /Christoph Bosch / Josef Pleschiutschnig / Jean Leyer / Bertine Orlans-Joliet / Etienne Lepine / Frédéric Legay / Cédric Linne / Alfredo Figueiredo
Publication Date: 2008
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Today a need for a C125 Sulfide Stress Cracking (SSC) resistant material exists with the development of High Pressure/High Temperature (HP/HT) oil and gas fields.  This paper focuses on the SS resistance of industrial heats.
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