深海水下采油樹油管懸掛器結(jié)構(gòu)設(shè)計(jì)研究

打開文本圖片集

Structure Design of Tubing Hanger for Deep Subsea Christmas Tree

ZHUJunlong1，LI Yufang2*，RUMengqi3

1.CNOOC Research Institute Co.Ltd.，Chaoyang，Beijing10o028，China 2.College ofafetyandOceanEngineering，China UnversityofPetroleum（Beijing），Changping，Beijing2249，Cna 3.SchoolofMechanicalandElectricalEnginering，Wuhan UniversityofEnginering，Wuhan，Hubei43O205，China

Abstract：Thesubseachristmas tree isacriticalpieceofequipmentfordep-seaoilandgasdevelopment.Thetubing hanger， servingasachannelforoilandgasandan electricity，supports thetubingcolumnandseals theannularspacebetween the tubingandcasing，making itacorecomponentofthechristmastree.Itsstructuralstrengthdirectlyimpacts thesafetyofoil andgasproduction.Taking thetubinghangerfromanoilandgasfieldintheSouth China Seaasanexample，andanalyzing foreigntubinghangers，the mainstructuraldimensionsoftheunderwaterchristmastree'stubing hangerweredesigned.Finite elementanalysis was employedtoestablish the finiteelement modelofthetubing hanger，andnumerical simulations were conductedfitatiosringtlwengpocsssaliooalpduciondlcgdcingpe. The results indicated that during the lowering process，the maximum stress of the tubing hanger was 310.43MPa witha maximum deformation of 0.45009mm During the installation process，the maximum stress was 310.43MPa ，with a maximum deformation of 0.40885mm .Under normal production conditions of 69MPa and 64°C ，the maximum stress at the oil outlet of the tubing hanger was 311.13MPa ，with a maximum deformation of 0.58148mm .At 69MPa and 121°C ，the maximum stress was 586.93MPa ，and the maximum deformation was 1.33470mm .The analysis shows that the designed tubing hanger meets thesafetystrengthrequirements，exhibitsminimal deformation，andhasgoodstructuralsafety.This tubing hangerhas beensuccessfullyappliedtoChina'sfrstdomesticallydevelopedunderwaterchristmastreesystem，whichplaysasignificant role in advancing the localization of China's underwater oil and gas production systems.

Keywords： subsea christmas tree; tubing hanger; structural calculation;locking; unlocking 網(wǎng)絡(luò)出版地址：http：//link.cnki.net/urlid/51.1718.TE.20250328.1055.002

引言

水下生產(chǎn)系統(tǒng)是中國南海深水油氣田開發(fā)的重要模式，也是海洋油氣開采的重要設(shè)施之一[。（剩余16845字）