Baker Hughes INTEQ has designed, manufactured, and now laboratory tested, three prototype 2-3/8” Bi-Directional Communications and Power Modules (BCPM) for its Microhole coiled tubing bottom hole assembles.

贝克休斯连续油管钻井技术开展历程 In 1991 Baker Hughes INTEQ started the Research & Development and field trials of the world’s first E-line CT drilling prototype BHA system, OrientXPress (OXP).

2008年3月27日 · Baker Hughes INTEQ actually started the research and development of the world’s first E-line CT drilling prototype BHA system called OrientXPress (OXP), which evolved into the current CoilTrak™ BHA system. Over the years, INTEQ has developed the industry standard for CT drilling and has

2008年3月27日 · Baker Hughes INTEQ and the Department of Energy are engaged in cooperative agreement DE-FC26-05NT15488 to develop a Microhole Wireless Steering While Drilling System.

2004年3月2日 · The paper discusses the integrated BHA concept and the sequential implementation of additional BHA components. Modular positive displacement motors placed immediately above the steering device simultaneously gives another step change in drilling performance while reducing casing wear and extends the drilling envelope.

主要仪器技术： 斯伦贝谢公司 [Vision系列设备、EcoScope设备、NeoScope设备]，哈里伯顿公司[Sperry设备]，贝壳休斯公司[Trak系列设备]，威德福公司[BHA]等。 更多问题欢迎关注知乎账号

LWD magnetic resonance, for INTEQ, noted several challenges that had to be overcome during the development of the MagTrak, and drilling vibration was the first. BHA vibration prevented the direct measurement of T2 during drilling in many cases, often requiring a separate sliding pass for data acquisi-tion. This accounted in part for the slow

2007年1月16日 · If the development of a local dogleg is detected, INTEQ’s AutoTrak Rotary Closed Loop System BHA steering parameters can be adjusted immediately via downlink to counter the deviating trend. The effectiveness of the system has been proven in drilling complex 3-D wells in difficult formations.

stone, Baker Hughes INTEQ, described this application. Initial development of the field utilized conventional drilling technology—steerable motor assemblies and rotary drilling assemblies with adjustable stabilizers. Due to geological uncertainties, directional plans routinely featured pilot holes with one or more geological sidetrack options.

INTEQ’s AutoTrak System allowed mul-tilateral wells to be drilled in exception-ally tight tolerances, increasing produc-tion by whole magnitudes. Studies have also shown that later in a well’s life, when single-phase fluid pro-duction changes to multi-phase flow, the more precisely a lateral production hole is drilled, the lower the ...