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Ultradeep Extended-Reach Stimulations

机译:UltraDeep延伸促进刺激

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摘要

Recent advances in drilling technology have resulted in longer horizontal wells being drilled to more efficiently exploit reservoirs. However, these long open hole horizontals are often problematic when using coiled tubing as the well intervention conveyance system during stimulation. Coiled tubing, a commonly used intervention tool for open hole horizontals, is considerably less stiff than jointed drill pipe and cannot reach TD on many wells due to friction. Assistance from friction reducers, well tractors or other devices have helped, but can be potentially damaging, expensive and/or high risk. This poster details the use of a simple agitation tool placed in the coiled tubing bottom hole assembly during the stimulation. This results in decreased friction which in turn increases reach for coiled tubing thereby allowing full horizontal open hole stimulation treatment. The case study that is presented on the performance of the agitation tool used in coiled tubing stimulations in long horizontal open hole sections of a hot, sour reservoir with a total measured depth up to 7 kilometers. Suncor Energy has utilized this process in the development of its Panther River reservoirs in the Western Canadian Sedimentary Basin with excellent results. Benefits discussed include reduced completion cost and reduced environmental impact.
机译:钻井技术的最新进展导致钻井更长的水平井,以更有效地利用水库。然而,当在刺激期间使用盘绕管作为井干预输送系统时,这些长开孔水平通常是有问题的。盘管,用于开孔水平的常用干预工具,比接合钻管相当较强,由于摩擦,在许多孔上无法达到TD。摩擦减速器,井拖拉机或其他器件的帮助有所帮助,但可能会造成损害,昂贵和/或高风险。该海报详细说明了在刺激期间使用放置在盘绕管底孔组件中的简单搅拌工具。这导致摩擦下降,这又增加了卷绕管道,从而允许全水平开孔刺激处理。案例研究表明了热,酸储层的长水平开孔部分中使用的齿轮管刺激中使用的搅拌工具的性能,其总测量深度可达7公里。 Suncor Energy已经利用了这一过程在西加拿大沉积盆地的豹河水库的发展中,效果极佳。讨论的福利包括减少完成成本和降低环境影响。

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