首页> 外文会议>Society of Petroleum Engineers/International Association of Drilling Contraction drilling conference >Rock Mechanics Lab Testing and Computerized Simulation of Bit Dynamics Improves Drilling Performance in Horizontal Chalk Reservoirs
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Rock Mechanics Lab Testing and Computerized Simulation of Bit Dynamics Improves Drilling Performance in Horizontal Chalk Reservoirs

机译:BIT动力学的岩石力学实验室测试和计算机化模拟可提高水平粉笔储层的钻井性能

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Maersk Oil and Gas AS are typically drilling the carbonate reservoirs in the Danish Sector of the North Sea in 8?" horizontal hole sections, with section lengths regularly over 15,000 ft. The two lithological components of the formation show a large variation in geo-mechanical properties: a soft, plastic chalk matrix and large, hard, brittle, chert nodules. Impact loading on cutting structures and penetration difficulties in the hard, microcrystalline chert are generally the limiting factors on bit longevity and performance. These long horizontal sections highlighted the opportunity for optimising the durability of single bit runs. In June 2001 Maersk Oil implemented a bit development priority that was to produce significant, beneficial results.
机译:Maersk石油和天然气通常钻入北海的丹麦地区的碳酸盐储层8?“水平孔部分,截面长度超过15,000英尺。形成的两个岩性组成部分显示出地球机械的大变化性质:柔软,塑料粉笔和大,硬,脆,Chert Nodules。在切割结构和渗透困难中的冲击载荷通常是符合寿命和性能的限制因素。这些长的水平部分突出了机会为了优化单比特运行的耐用性。2001年6月,Maersk石油实施了一点发展优先事项,以产生重大,有益的结果。

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