Riserless Coiled-Tubing Well Intervention

机译：无接头连续油管井干预

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This paper describes a concept for subsea coiled tubing wellrnintervention, without the use of a workover riser system.rnCoiled tubing analyses and design, surface and subsearnequipment design, vessel and operational requirements andrnlimitations are addressed.rnThe novel steps in the development are the lubricatorrnsystem, where the lubricator resides on top of the injector, andrnthe use of a tensioned coiled tubing configuration with a heaverncompensation system and a second coiled tubing injectorrnat surface.rnA comparative risk assessment has been performed, andrnconcluded that the overall personell and environmental risk isrnthe same or reduced compared to a workover riserrnbased system.

机译：本文介绍了不使用修井立管系统的海底连续油管井干预的概念.rn解决了连续油管分析和设计，地面和水下设备的设计，容器和操作要求及限制.rn发展中的新步骤是润滑器系统，其中润滑器位于喷油器顶部，并使用带有heavern补偿系统的张紧挠性油管配置和第二个挠性油管喷油器表面。rn已进行了比较风险评估，并且得出结论，总体人身和环境风险与降低或降低到基于修井井筒的系统。

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来源
《Offshore technology conference》|2003年|p.1-10|共10页
会议地点 Houston TX(US);Houston TX(US)
作者
Svein H?heim; Christopher Hoen; Birger Heigre; Edgar Heim; ?ystein Windsland;
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作者单位

ABB Offshore Systems;

ABB Offshore Systems;

ABB Offshore Systems;

ABB Offshore Systems;

ABB Offshore Systems;

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原文格式 PDF
正文语种 eng
中图分类深海工程、近海工程;
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专利

1. C-lnnovation to Perform Riserless Light Well Intervention for BP [J] . Marine Log . 2019,第7期

机译：C-创新为BP进行无井眼轻井干预
2. C-lnnovation to Perform Riserless Light Well Intervention for BP [J] . Marine Log . 2019,第7期

机译：C-Lnovation对BP进行无筛灯井干预
3. Riserless light well intervention increases production, operating efficiency [J] . Andrea Sbordone Offshore . 2016,第2期

机译：无井眼轻井干预可提高产量和运营效率
4. Sustained Intervention Campaigns Over a 10-Year Period with Riserless Light Well Intervention Vessels Enables North Sea Operator to Improve Operational Efficiency and Increase Recovery from its Subsea Fields [C] . T. Varne, E. Jorgensen, J. Gjertsen SPE Bergen One Day Seminar . 2017

机译：持续的干预活动在10年期间，无异石良好的干预船舶使北海运营商能够提高运营效率，并从海底领域增加恢复
5. Well control procedures for riserless/mudlift drilling and their integration into a well control training program. [D] . Schubert, Jerome Jacob. 1999

机译：无立管/泥浆钻进的井控程序，并将其集成到井控培训程序中。
6. Developing a complex intervention whilst considering implementation: the TANDEM (Tailored intervention for ANxiety and DEpression Management) intervention for patients with chronic obstructive pulmonary disease (COPD) [O] . Liz Steed, Karen Heslop-Marshall, Ratna Sohanpal, 2021

机译：考虑到实施情况开发复杂的干预：对慢性阻塞性肺病（COPD）的患者进行串联（焦虑和抑郁管理的定制干预）干预（COPD）
7. Evaluation of module handling system on current riserless light well intervention unit to improve up-time [O] . Mohammed Mohammed Ali 2014

机译：评估当前无立管光井干预单元的模块处理系统，以提高正常运行时间
8. Advanced High-Pressure Coiled-Tubing Drilling System, Final Report, April 1, 2001 to December 21, 2004 [R] . Cohen, J H, Deskins, G 2005

机译：先进的高压连续油管钻井系统，最终报告，2001年4月1日至2004年12月21日

Riserless Coiled-Tubing Well Intervention

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