无隔水管修井作业装备发展概况及趋势
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摘要
在充分调研国外无隔水管修井作业装备的基础上,对无隔水管修井作业技术的发展历史、技术优势和作业能力作了详细介绍。对国外现有的无隔水管修井作业技术与装备进行了归纳汇总和对比分析,同时对全球无隔水管修井作业主要服务商、修井船舶和修井装备供应商之间的关系作了列表分析。最后归纳总结了无隔水管修井作业装备的发展趋势,并对国内的无隔水管修井装备研究提出了新的展望。
On the basis of the full investigation of oversea riserless intervention operation equipment, the history, the technology benefit and the operational capability of riserless intervention technology are introduced. Summary and comparative analysis are carried out for the existing riserless intervention techniques and equipment. The global riserless intervention service providers are summarized. Finally, the development trends of riserless intervention operations and equipment are concluded, and an outlook is presented for carrying out the riserless intervention study in China.
On the basis of the full investigation of oversea riserless intervention operation equipment, the history, the technology benefit and the operational capability of riserless intervention technology are introduced. Summary and comparative analysis are carried out for the existing riserless intervention techniques and equipment. The global riserless intervention service providers are summarized. Finally, the development trends of riserless intervention operations and equipment are concluded, and an outlook is presented for carrying out the riserless intervention study in China.
引文
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[8] Sundararajan A,Mccreadies T.Lightweight and compact subsea intervention package and method:U.S.Patent 7,578,349 [P].2009-08-25.
[9] Boycec B,Bath W R.Riserless modular subsea well intervention,method and apparatus:U.S.Patent 7,891,429 [P].2011-02-22.
[10] Mathiassen E,Munkerud P K.Well intervention in deep waters [C].OTC,2008:19552.
[11] Suresh D,Manikandan S,Rajashree S.Technology challenges in deep water subsea well intervention—a focus on equipment design advancements [C].SPE,2015:178105.
[12] H?heims,Hoen C,Heigre B,et al.Riserless coiled-tubing well intervention [C].OTC,2003:15179.
[13] Laseigne B,Lindsey B J,Larke J.Performing riserless subsea operations utilizing coiled tubing in open water [C].SPE,2015:173659.
[2] Scott RA.Multi-service vessels for deepwater subsea well interventions [C].OTC.2001:12947.
[3] McGennis E.Subsea well intervention from a monohull vessel[C].Offshore Europe,1995:30424.
[4] Zi G jderveld,Han T,Hendriks S,et al.Subsea well intervention vessel and systems [C].OTC,2012:23161.
[5] Moss J H.Deep water intervention system:U.S.Patent 6,488,093 [P].2002-12-03.
[6] Carlsen H P.Intervention device for a subsea well,and method and cable for use with the device:U.S.Patent 6,843,321[P].2005-01-18.
[7] Carlsen H P,Inderberg O.Subsea wireline lubricator:U.S.Patent 7,549,476[P].2009-06-23.
[8] Sundararajan A,Mccreadies T.Lightweight and compact subsea intervention package and method:U.S.Patent 7,578,349 [P].2009-08-25.
[9] Boycec B,Bath W R.Riserless modular subsea well intervention,method and apparatus:U.S.Patent 7,891,429 [P].2011-02-22.
[10] Mathiassen E,Munkerud P K.Well intervention in deep waters [C].OTC,2008:19552.
[11] Suresh D,Manikandan S,Rajashree S.Technology challenges in deep water subsea well intervention—a focus on equipment design advancements [C].SPE,2015:178105.
[12] H?heims,Hoen C,Heigre B,et al.Riserless coiled-tubing well intervention [C].OTC,2003:15179.
[13] Laseigne B,Lindsey B J,Larke J.Performing riserless subsea operations utilizing coiled tubing in open water [C].SPE,2015:173659.