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08483 A New Chemical Mechanistic Postulate Regarding Annular Environmentally Assisted Cracking (AEAC) - The Importance of Cations and Key Contaminants in Packer Fluids in the Cracking of Martensitic Stainless Steel

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  • 08483 A New Chemical Mechanistic Postulate Regarding Annular Environmentally Assisted Cracking (AEAC) - The Importance of Cations and Key Contaminants in Packer Fluids in the Cracking of Martensitic Stainless Steel
Picture for 08483 A New Chemical Mechanistic Postulate Regarding Annular Environmentally Assisted Cracking (AEAC
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Product Number: 51300-08483-SG
ISBN: 08483 2008 CP
Author: Jeffrey McKennis, Nam Bae, Mitsuo Kimura, Ken Shimamoto, and Hideo Sato
Publication Date: 2008
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Failure of production tubing in the oil & gas industry has become alarmingly more frequent in recent years in spite of the increased use of corrosion-resistant-alloy (CRA) materials. The majority of the recent failures have occurred from the outside (annulus side) and been attributed to Environmentally Assisted Cracking (EAC) — hence, best described as Annular EAC (AEAC). Examination of these failures points to a serious incompatibility of the production tubing metallurgy with the packer fluid under stress. To solve this problem, a research alliance of the co-authors to examine the compatibility of a wide spectrum of completion fluids with various martensitic stainless steel metallurgies was established.
Failure of production tubing in the oil & gas industry has become alarmingly more frequent in recent years in spite of the increased use of corrosion-resistant-alloy (CRA) materials. The majority of the recent failures have occurred from the outside (annulus side) and been attributed to Environmentally Assisted Cracking (EAC) — hence, best described as Annular EAC (AEAC). Examination of these failures points to a serious incompatibility of the production tubing metallurgy with the packer fluid under stress. To solve this problem, a research alliance of the co-authors to examine the compatibility of a wide spectrum of completion fluids with various martensitic stainless steel metallurgies was established.
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