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深水固井技术概述 被引量：2

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摘要 论述了深水固井存在的主要难点,介绍了常见的几种深水固井水泥浆技术及深水固井工艺工具,最后就深水固井应重点注意的几个问题提出了建议。
作者 席方柱 屈建省 谭文礼 侯薇
机构地区 中国石油工程技术研究院
出处 《石油化工应用》 CAS 2008年第4期9-11,共3页 Petrochemical Industry Application
关键词 深水固井 固井水泥 固井技术
分类号 TE256.3 [石油与天然气工程—油气井工程]
  • 相关文献

参考文献17

  • 1"Designing effective zonal isolation for high-pressure/high- temperature and low temperature wells", SPE/IADC57583.
  • 2"The importance of hydration heat on cement strength development for deep water wells", SPE 62894.
  • 3王建东,屈建省,高永会.国外深水固井水泥浆技术综述[J].钻井液与完井液,2005,22(6):54-56. 被引量：16
  • 4AADE Deepwater Industry Group Meeting,Cementing In Deepwater
  • 5"Cementing Shallow Water Flow Zones in Deep Water Wells", Ron Sweatman.
  • 6A review of sustained casing pressure occurring on the OCS, Ad Am T. Bourgoyne, JR, LSU; Stuart L. Scott, LSU; Wojciech Manowski, Dowell-SCHLUMBERGER.
  • 7Foam cementing applications on a deepwater subsalt well- case history, S. Moore, M. Miller, etc., SPE/IADC 59170.
  • 8Foamed cement as deterrent to compaction damage in deepwater production, J. White,S. Moore,M. miller, etc., SPE/IADC 59136.
  • 9An innovative approach to development drilling in the deepwater C, uhr of Mexico, Deepwater Drilling Technology, Pat Watson, Richard Borstmayer, Thomas Pope, Andy Reseigh.
  • 10"Deepwater wells benefit from cold-temperature cements", WORLD OIL, 2001.04.

二级参考文献7

  • 1Low temperature curing cement for wellbore. GB 2353523, 2001,02,28.
  • 2Designing effective zonal isolation for high-pressure/high-temperature and low temperature wells. SPE/IADC 57583.
  • 3The importance of hydration heat on cement strength development for deep water wells. SPE 62894.
  • 4Deepwater wells benefit from cold-temperature ce ments. World Oil, 2001,04.
  • 5West Africa deepwater wells benefit from low-temper ature cements. SPE/IADC 67774.
  • 6Well cementing methods and compositions for use in cold environments. US 5571318, 1996,11.
  • 7Cementing casing strings in deep wells. EP 1123907,2001,08.

共引文献15

同被引文献10

  • 1The Bureau of Ocean Energy Management, Regulation and Enforcement(BOEMRE), U.S. Coast Guard. Report Re- garding the Causes of the April 20, 2010 Macondo Well Blowout. [ EB/OL]. 2011 -09 - 14.
  • 2Skalle P, Podio A L. Trends Extracted from 800 Gulf Coast Blowouts during 1960 - 1996 [ C ]. IADC/SPE 39354.
  • 3Anderson L B. Stochastic Modeling for the Analysis of Blowout Risk in Exploration Drilling[ J]. Reliability Engi- neering and System Safety, 61(1998). 53 -63.
  • 4Bercha F Get al. Probabilities of Blowout in Canadian Arctic Waters, Canadian Environmental Impact Control Directorate, Report No. EPS 3 - EC -78 - 12, 1978.
  • 5API. API RP 65 -2 -2010 Isolating Potential Flow Zones during Well Construction First Edition[ S]. 2010.
  • 6McAndrews K L. Consequences of Macondo: A Summary of Recently Proposed and Enacted Changes to US Offshore Drilling Safety and Environmental Regulation [ J ]. SPE 143718.
  • 7王忠生,林安村.重温事故吸取教训提高井控技术水平[J].钻采工艺,2009,32(3):1-4. 被引量：9
  • 8肖华约.ACM—Ⅱ密度自动控制固井水泥混浆系统[J].石油机械,1999,27(10):24-26. 被引量：2
  • 9范兆祥,袁新平.胜利油田浅层气井喷原因分析及预防技术[J].石油钻采工艺,2002,24(2):22-25. 被引量：22
  • 10杨鸿波,齐恒之.渤海油田浅层气井喷预防及控制技术[J].中国海上油气（工程）,2004,16(1):43-46. 被引量：26

引证文献2

二级引证文献26

石油化工应用
2008年 第4期

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