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方位深探测随钻测井仪在北海油田复杂地质导向钻井优化中的应用 被引量:2

Application of the azimuthal,deep-reading LWD tool to the optimization of geosteering in challenging North Sea well.
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摘要 InSite ADR方位电阻率测井仪是哈里伯顿Sperry钻井服务公司最近推出的新型随钻测井仪器。由于它的特殊传感器设计和多深度探测能力(最深达18ft),为大斜度井和水平井,特别是复杂储层中钻井地质导向和地层评价提供了新的解决办法,它允许钻井工程师及地质专家在复杂井中优化井位和储层产能。文章介绍了相关内容,并给出了北海油田井位控制实例。 The InSite Azimuthal Deep Resistivity(ADR)sensor is a new LWD tool from Halliburton's Sprrry Drilling Services. Because of its special sensor technology and multiple depths of investigation(the deepest to 18ft),there is the new solution of geosteering and formation evaluation to allow the drilling engineer and the geologist to optimize wellbore placement and reservoir production in higly deriated and horizontal boreholes,especially in complex reservoirs.The paper contains these information and a concrete example of North Sea well placement.
出处 《石油仪器》 2008年第5期25-28,24,共4页 Petroleum Instruments
关键词 方位电阻率测井仪 随钻测井 地质导向 井位控制 地层评价 ADR LWD geosteering wellbore placement formation evaluation
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参考文献4

  • 1Michael Bittar, Frode Hveding. Azimuthal, deep-reading LWD tool optimizes geosteering in challenging North Sea well. Worldoil. April 2008
  • 2Bittar, M. et al.. A new azimuthal deep-reading resistivity tool for geosteering and advanced formation evaluation. SPE 109971 presented at the SPE Annual Technical Conference and Exhibition, Anaheim, Calif., Nov. 11 - 14, 2007
  • 3Bittar, M.. Electromagnetic wave resistivity tool having a tilted antenna for determining the horizontal and vertical resistivities and relative dip angle in anisotropic earth formations .United State Patent No. 6,163,155, 2000
  • 4Hydro Uses Azimuthal Resistivity Technology to Determine Optimal Well Placement. www. hallihurton. com. H05874 08, NOV, 2007

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