CRITERIA TO AVOID SULPHIDE STRESS CRACKINGPROVIDED BY EFC AND ITS VERIFICATION

J Chin Soc Corr Pro

2002, Vol. 22

Issue (3): 138-142 DOI:

Research Report

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CRITERIA TO AVOID SULPHIDE STRESS CRACKINGPROVIDED BY EFC AND ITS VERIFICATION

Yiliang Zhang;Linsheng Li;Mu Wang

北京工业大学机电学院

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Abstract In accordance with the criteria to avoid SSC provid ed by European Federation of Corrosion (EFC),the constant tensile load testing a nd three-point bend testing for low alloy and high strength steel WH610D2 were carried out and an acceptable environment of H2S-containing 100×10-6 so lution was identified.To verify the validity of the EFC criteria,a series of wel ded plate testing simulating the anticipated field conditions of pressure vessel s was conducted and the results show that the EFC criteria can be used well in s ervices.The testing plate used includes both welded state and heat-treated state .The working stresses were produced by loading with bolts.The welding residual s tresses and working stresses were measured by PSM-2F X-ray analyzer.Three sets of testing plate were conducted respectively in three different H2S content so lutions:1500×10-6,500×10-6,100×10-6.Upon termination of exp osure after one and two months,the testing plates were examined to determine whe ther cracks occurred.The examinations showed that,on the plates in the solution s of H2S content being 1500 ×10-6 and 500×10-6,many cracks occur red; and on the plate in the solution of H2S content being 100×10-6,no crack was examined.So the results show that the EFC criteria can be used well in services.

Key words: sulphide stress cracking criteria to avoid SSC welded testing plate

Received: 11 October 2000

ZTFLH:	TG172
	TB304

Corresponding Authors: Yiliang Zhang E-mail: zhangyil@bjut.edu.cn

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Yiliang Zhang; Linsheng Li; Mu Wang. CRITERIA TO AVOID SULPHIDE STRESS CRACKINGPROVIDED BY EFC AND ITS VERIFICATION. J Chin Soc Corr Pro, 2002, 22(3): 138-142 .

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https://www.jcscp.org/EN/ OR https://www.jcscp.org/EN/Y2002/V22/I3/138

[1]LaboratoryTestingofMetalsforResistancetoSpecificFormsofEnvironmentalCrackinginH2SEnvironments[A].NACETM 0177-96,1996
[2]LISiyuan,etal.Suggestedapproachtoavoidfailureofpressureves selsinwetsulphidehydrogenenvironment[J].PetrochemicalE quipment,1986,15(1):33-38(李思源等.防止湿硫化氢环境中压力容器失效的推荐方法[J].石油化工设备,1986,15(1):33-38)
[3]EFCPublicationsNo.16,GuidelinesonMaterialsRequirementsforCarbonandLowAlloySteelsforH2S -ContainingEnvironmentsinOilandGasProduction.ReprintedwithCorrections,1998.
[4]ZHANGYiliang,YAOXimeng.Onsulphidestresscrackingofsteelusedinpressurevessels[J].PressureVesselTechnology,1998,15(1):30-35(张亦良,姚希梦.压力容器用钢的硫化氢应力腐蚀[J].压力容器,1998,15(1):30-35)

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