Techniques of Corrosion Monitoring for Surface Engineering in Oil and Natural Gas Field with H<sub>2</sub>S/CO<sub>2</sub>

PEI Cheng-he; XIAN Ning; TONG Fu-liang; CHEN Bin-yuan; RONG Ming

Corrosion & Protection > 2014 > 35(7): 761-766.

PEI Cheng-he, XIAN Ning, TONG Fu-liang, CHEN Bin-yuan, RONG Ming. Techniques of Corrosion Monitoring for Surface Engineering in Oil and Natural Gas Field with H₂S/CO₂[J]. Corrosion & Protection, 2014, 35(7): 761-766.

Citation:

PDF (1492 KB)

Techniques of Corrosion Monitoring for Surface Engineering in Oil and Natural Gas Field with H₂S/CO₂

More Information

Received Date: September 27, 2013

Graphical Abstract

Abstract

Abstract

The pipe and production facility for oil and nature gas suffer from the wide range of fluids, which may contain usually carbon dioxide (CO2), hydrogen sulphide (H2S) and water (H2O) with high concentration chloride. The majority of pipes and facilities are made from carbon steel, which has the corrosion risk depending on the composition of the fluid. Corrosion rate should be monitored and inspected to ensure the integrality of pipes and facilities, and to adjust the corrosion control measure immediately. There are a lot of corrosion monitor techniques with various advantages and limitation depending on their principle. This paper provides a review of monitoring methods available to oil and nature gas field with H2S/CO2, and their principles, benefit and limitation are introduced in order to provide some reference for designers and managers when they select monitoring methods and carry out corrosion management.
- corrosion risk,
- corrosion monitoring,
- H2S,
- CO2,
- corrosion management

FullText(HTML)

References (27)

References

[1]	PATEL R. Evaluation of hydrocarbon leaks due to corrosion/erosion in offshore process plant[R]. Loughbrough University,1997.
[2]	GB/T 23258-2009钢质管道内腐蚀控制规范[S].
[3]	SY/T 0611-2008高含硫化氢气田集输管道系统内腐蚀控制要求[S].
[4]	胡永碧, 谷坛. 高含硫气田腐蚀特征及腐蚀控制技术[J]. 天然气工业, 2012, 32(12):92-96.
[5]	杨发平, 王贵波. 普光气田地面集输系统腐蚀监测及控制体系[J]. 天然气工业, 2012, 32(1).
[6]	谢伟, 郑然, 别记平,等. 含CO2天然气集输系统腐蚀监测技术[J]. 腐蚀与防护, 2012, 33(1): 82-84.
[7]	BILL HEDGES,KIP SPRAGUE,HUEY J. A review of monitoring and inspection techniques for CO2 & H2S corrosion in oil & gas production facilities:Location Location Location[C]//Houston:NACE International Annual Conference,2006,Paper No.06120.
[8]	杨列太. 腐蚀监测技术[M]. 北京: 化学工业出版社, 2012.
[9]	YANG L,SRIDHAR N,BROSSIA C S. Evaluation of the coupled multielectrode array sensor a real time corrosion monitor[J]. Corrosion Sceience,2005,47:1794-1809.
[10]	LIETAI Y,KUANG-TSAN K C,PAVAN K. Shukla. Internal current effects on localized corrosion rate measurements using coupled multielectrode array sensors[C]//Houston:NACE International Annual Conference,2009:Paper No.09446.
[11]	ROE D STROMMEN. Seven years experience from subsea,deepwater pipeline internal corrosion monitoring[C]//Houston:NACE International Annual Conference,2002:Paper No.02251.
[12]	ALLEYNE D N,PAVLAKOVIC B,LOWE M J S. Rapid long-range inspection of chemical plant pipework using guided waves[C]//Rome:15th World Conference on NDT,2000.
[13]	BOUAZAZE H,HUET F,NOGUEIRA R P. Monitoring corrosion and flow characteristics in oil/brine mixtures of various compositions[C]//NACE International Annual Conference.Houston:2004:Paper No.04466.
[14]	MARTINEZ R G,FLORES J M,LlONGUERAS J G,et al. Electrochemical noise study on the corrosion of X52 pipeline steel in aqueous solution containing H2S[C]//Houston:NACE International Annual Conference,2004:Paper No.04432.
[15]	LOZEV M G,SMITH R W,GRIMMENT B B. Evaluation of methods for detecting and monitoring of corrosion damage in risers[J]. Journal of Pressure Vessel Technology,2005,127(3):244-251.
[16]	SUN X,YANG L. Real-time monitoring of localized and general corrosion rates in drinking water utilizing coupled multielectrode array sensors[C]//Houston:NACE International Annual Conference,2006:Paper No.06094.
[17]	SRIDHAR N,YANG L,SONG F. Application of multielectrode array to study dewpoint corrosion in high pressure natural gas pipeline environments[C]//Houston:NACE International Annual Conference,2006:Paper No. 06094.
[18]	TARJEI R,ROY J B. Using ultrasound measurements for real-time process control of pipelines and process equipment subjected to corrosion and/or Erosion[C]//Houston:NACE International Annual Conference,2008:Paper 08285.
[19]	TURNBULL A,HINDS G,COOLING P, et al. A multi-electrode approach to evaluating inhibition of underdeposit corrosion in CO2 environments[C]//Houston:NACE International Annual Conference,2009:Paper No.09945.
[20]	AL-BAROUT M,AL-ABDULHADI A,AL-MUTAIRI S,el al. Non-intrusive online multi-sensors for pipeline corrosion monitoring “Field Testing”[C]//Houston:NACE International Annual Conference,2010:Paper No.10174.
[21]	张居生, 杜月侠, 兰云峰,等. 腐蚀监测技术及其适用性选择[J]. 腐蚀与防护, 2012, 33(1): 75-78.
[22]	TARJEI ROMMETVEIT,ROY JOHNSEN,TONNI F JOHANSEN. High resolution ultrasound wall thickness measurements through polyester coating and real-time process control[C]//Houston:NACE International Annual Conference,2009:Paper No.09452.
[23]	MISHAEL S J,DEAN F W H,FOWLER C. Practical applications of hydrogen permeation monitoringl[C]//Houston:NACE International Annual Conference,2004:Paper No.04476.
[24]	吕瑞典, 薛有祥. 油气田腐蚀监测技术综述[J]. 石油化工腐蚀与防护, 2009, 26(1): 4-6.
[25]	YANG J W,ZHANG L,LU M X,et al. Influence of H2S and CO2 Corrosion Scales on Hydrogen Permeation in X65 Steel[C]//Houston:NACE International Annual Conference,2008:Paper No.088412.
[26]	JEAN KITTEL,FRANCOIS ROPITAL,JULIE PELLIER. New insights into hydrogen permeation in steels:measurements through thick membranes[C]//Houston:NACE International Annual Conference,2008:Paper No.088409.
[27]	曹建树, 李杨, 林立,等. 天然气管道在线无损检测技术[J]. 无损检测, 2013, 35(5): 20-25.

Cited By

Get Citation

PDF

XML

Article views (3) PDF downloads (3)

Turn off MathJax

Article Contents

Abstract

References

Techniques of Corrosion Monitoring for Surface Engineering in Oil and Natural Gas Field with H2S/CO2

Abstract

References

Catalog

Export File

Citation

Format

Content

Techniques of Corrosion Monitoring for Surface Engineering in Oil and Natural Gas Field with H₂S/CO₂