石化技术
石化技術
석화기술
Petrochemical Industry Technology
2015年
10期
90-91
,共2页
组合套管%矿化度%电偶%腐蚀
組閤套管%礦化度%電偶%腐蝕
조합투관%광화도%전우%부식
combination casing%mineralization%couple%corrosion
利用电化学工作站,结合微观腐蚀形貌分析,通过组合套管在高矿化度地层水中的腐蚀试验,研究了组合套管电偶学腐蚀规律及力学性能影响规律.结果表明:电偶腐蚀对套管的屈服强度及抗拉强度影响较小,为钻采方案设计提供了理论支撑.
利用電化學工作站,結閤微觀腐蝕形貌分析,通過組閤套管在高礦化度地層水中的腐蝕試驗,研究瞭組閤套管電偶學腐蝕規律及力學性能影響規律.結果錶明:電偶腐蝕對套管的屈服彊度及抗拉彊度影響較小,為鑽採方案設計提供瞭理論支撐.
이용전화학공작참,결합미관부식형모분석,통과조합투관재고광화도지층수중적부식시험,연구료조합투관전우학부식규률급역학성능영향규률.결과표명:전우부식대투관적굴복강도급항랍강도영향교소,위찬채방안설계제공료이론지탱.
This paper presents the corrosion experiment about water in high salinity formation with the combination of casing. Based on the micro morphology analysis with electrochemical workstation,we also discussed the corrosion behavior of combination casing galvanic and related mechanical properties. The results showed that galvanic corrosion play a little effect on yield strength and tensile strength of casing,which can provide the theoretical support for the drilling and producing project design.