Environment-assisted cracking of corrosion-resistant alloys in oil and gas production environments: A review

Corrosion

Volumn 57, Issue 11, 2001, Pages 923-966

  Rhodes, P R ^a  

^a NONE   (United States)

Author keywords

Acetic acid; Elemental sulfur; Galvanic coupling; Hydrogen embrittlement cracking; Hydrogen sulfide; Nickel based alloys; Passivity; Polarization; Precipitation hardenable alloys; Sour gas; Stainless steels; Stress corrosion cracking; Sulfide stress cracking; Thiocyanate

Indexed keywords

CORROSION RESISTANT ALLOYS; HYDROGEN EMBRITTLEMENT; HYDROGEN SULFIDE; STAINLESS STEEL; SULFIDE CORROSION CRACKING; THERMAL EFFECTS;

ENVIRONMENT-ASSISTED CRACKING (EAC);

STRESS CORROSION CRACKING;

ALLOY; CORROSION RESISTANCE; ENVIRONMENTAL CORROSION; OIL AND GAS PRODUCTION; REVIEW;

EID: 0035508802     PISSN: 00109312     EISSN: None     Source Type: Journal    
DOI: 10.5006/1.3290320     Document Type: Article

References (210)

1. Petroleum production: Testing and application of austenitic
2. Stress cracking risks in corrosive oil and gas wells
3. SCC and corrosion fatigue of martensitic, ferritic, and duplex SS
4. Welding new SS for the oil and gas industry
5. Materials selection for the asgard field weld tubulars
6. 2/S environments
7. Effect of test method on SSC performance of modified 13Cr steel
8. Examination of test condition in SSRT evaluation of high alloys in hostile environments
9. Thermodynamic estimates of pH in sour and sweet environments as influenced by effects of anions and cations
10. Rippled strain rate test for CRA sour service materials selection
11. Making and using c-ring stress corrosion test specimens
12. Preparation and use of bent-beam stress corrosion test specimens
13. Development of sour-resistant modified 13Cr OCTG
14. SCC of CRA tubulars in highly sour environments
15. SSC cracking evaluation of DSS by interrupted SSR technique
16. 2-C1- environment by SSR tensile test
17. The effect of elemental S and surface conditions on SCC of high-Ni alloys under hot sour environments
18. Evaluation of SCC resistance of CRA in sour service
19. Corrosion and cracking of alloy C-276 in high-temperature sour brines
20. Hydrogen embrittlement of duplex SS-simulating service experience
21. The application limits of alloyed 13% Cr tubular stcel for downhole duties
22. Effect of environmental factors and YS on SSC property of AISI 420 SS
23. Evaluation of SSC resistance of super 13Cr stainless steel in sour applications
24. 2S of austenitic and austeno-ferritic grades
25. SCC behavior of duplex SS in sour gas environments
26. - environments
27. SCC susceptibility of DSS in sour gas environments
28. 2 environments
29. Interlaboratory testing of several alloys for SSC resistance by the double-cantilever-beam method
30. 2 environment
31. - environments at elevated temperatures
32. Effect of alloying element on corrosion resistance of Ni-based alloy in sulfur-containing sour environments
33. Corrosion behavior of highly alloyed materials
34. 2S environment
35. Economical nickel-based alloy for sour environment at elevated temperature
36. Research into material selection for down-hole tubing in severe sour service
37. A criterion for evaluating and predicting the sour resistance of high alloys
38. 2S
39. Corrosion resistance of duplex SS and its weldment in pipeline service
40. 2 environments
41. An estimating method for the critical limit of corrosion resistance of the high alloy OCTG and line pipe in the sour environments
42. Environmental aspects of SCC of high alloys in sour environments
43. - environments
44. Effect of Cr, Ni, and Mo on corrosion resistance of highly alloyed materials in sour well environments
45. 2S
46. Drilling and completion practices for deep sour gas wells in the madden deep unit of wyoming
47. - environment
48. 2S solutions
49. Effect of free S on cracking behavior of CRA in simulated downhole environments
50. Localized corrosion of CRA in sulfur-chloride-containing environments
51. The effect of elemental S on stress cracking of Ni-based alloys
52. The use of SSR testing to determine the effect of elemental S on SCC of Ni-based alloys
53. 2S media
54. 2S-containing brines at free corrosion
55. SSC susceptibility and its evaluation method of 13Cr martensitic steel
56. Hydrogen permeation in supermartensitic SS dependent on heat treatment and chemical composition
57. Effect of strength on SCC resistance of martensitic SS
58. The effects of phosphorous and long-range order on the corrosion properties of Ni-Cr-Mo alloys
59. 2S performance of As-delivered and quenched modified martensitic SS determined by SSRT
60. Risk of hydrogen embrittlement for cathodic protection on supermartensitic SS
61. Hydrogen embrittlement SCC of duplex SS
62. Effect of microstructure on the sulfide SCC resistance of AISI 410 and 420 SS
63. On the sour service limits of MSS
64. Chloride stress cracking of 13% Cr martensitic alloys
65. 2 environments
66. The effect of buffered solutions in corrosion testing of alloyed 13% Cr MSS for mildly sour applications
67. H2S on SSC resistance of MSS
68. 13% Cr steels for slightly sour service
69. Serviceability of 13Cr tubulars in oil and gas production environments
70. Experimental limits of sour service for tubular steels
71. SSC resistance of supermartensitic SS for OCTG
72. ISCC values influenced by SSC susceptibility of materials
73. 2S partial pressure, pH, and chloride content on the SCC resistance of MSS and martensitic precipitation hardening SS
74. Application of martensitic, modified martensitic, and duplex SS bar stock for completion equipment
75. 9Cr-1Mo and 13Cr tubulars for sour service
76. Corrosion resistance and mechanical properties of high-strength 15% Cr SS for OCTG
77. Effects of environmental factors on SSC property of modified 13Cr steels in oil and gas fields
78. The effect of temperature on sulfide stress cracking resistance of MSS used in oil and gas industry
79. Toughness and SSC resistance of 13Cr SS OCTG manufactured by ausforming process
80. Effect of microstructure on corrosion resistance of a martensitic stainless linepipe
81. Weldability of duplex ferritic-austenitic SS
82. Qualification of welded super 13%Cr MSS for the asgard field
83. Corrosion testing of supermartensitic weldments with matching consumables
84. Properties of ferralium alloy 255 DSS for sour gas well
85. Precipitation of intermetallic compounds, nitrides, and carbides in AF22 duplex steel and their influence on corrosion behavior in acids
86. The role of environmental and metallurgical variables on the resistance of DSS to sulfide SCC
87. Performance of high corrosion-resistant DSS in chloride and sour environments
88. Production of tubing in duplex steel VS22
89. Effects of metallurgical factors on service performance of DSS for deep sour gas wells
90. Twinning and SCC of ferrite phases of DSS
91. A case history - Sigmatization of duplex forgings
92. 2S containing environments
93. High alloy wirelines for deep oil and gas well service
94. Wireline materials for sour service
95. SCC of Ni- and co-based alloys in chloride-containing environments
96. CRA UNS NO9925 and NO7725 for oil field and other applications
97. On the evaluation methods of Ni-based CRA for sour gas exploration and production
98. Effect of alloying elements on environmental cracking of Ni-based alloys in sour gas environments
99. Corrosion behaviors of high-alloy OCTG for deep sour gas well
100. Effects of SCC behavior of CRA in sour environments
101. Laboratory investigation of CRA for the oil and gas industry
102. Qualification of CRA for sour service
103. SCC resistance of stainless alloys in sour environments
104. Temperature and texture effects on properties of CRA
105. Laboratory testing of the SCC resistance of stainless alloys
106. Effect of heat treatment on SCC of high-Ni austenitic alloys in sour gas environments
107. Intermetallic phases precipitation in some 22-28Cr austenitic alloys
108. Effect of heat treatment on SCC and HEC of precipitate-hardenable alloy in sour gas environment
109. Alloy 718 for the oil and gas industry
110. Alloy 718 - Alloy optimization for applications in oil and gas production
111. High-performance alloys for deep sour gas wells
112. Heat treatment of age-hardenable CRA-UNS NO7716
113. Selection for CRA for service in non-production oilfield environments
114. Corrosion behavior of CRA in high-density packer fluids at high temperature
115. Corrosion behavior of low- and high-alloy tubulars in completion fluids for high-temperature deep wells
116. 2 corrosion behavior of carbon and alloys steels in high-concentrated brine solutions
117. Corrosion in packer and completion fluids
118. Erskine field HPHT workover and tubing corrosion failure investigation
119. 2S
120. Selection of CRA tubing and HC1 corrosion inhibition for burnt timber/limestone wells
121. Compatibility of stainless and Ni-based alloys in acidizing environments
122. The role of hydrogen in SCC of DSS
123. Failures of MSS in sweet and sour gas service
124. Corrosion and cracking of 13Cr L-80 tubing
125. Effect of stress and environment on failures of 17-4PH SS valve stems
126. Performance of duplex SS pipes in sour gas wells
127. Experience with SCC of Ni-based alloys in sour hydrocarbon production
128. An overview of European federation of corrosion documents EFC 16 and EFC17
129. MRO175 - A history and development study
130. High-pressure gate failure
131. Full scale testing of DDS pipes in simulated sour environments
132. Corrosion test in a flow loop simulating oil and gas well environment