Developing a complex of high-alkaline of drilling process fluids formulations to well construction under conditions of hydrogen sulfide aggression

S. Kamenskikh
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Abstract

Drilling and fastening of wells in hydrogen sulfide-containing highly permeable rocks is often accompanied by concomitant complications, such as absorptions of various intensities and differential sticking of the drilling tool, and with a decrease in back pressure on such formations, manifestations of fluids containing hydrogen sulfide. This degrades the parameters of process fluids and requires the preparation of new portions, causing an increase in the time and cost of well construction. Therefore, the development of drilling process fluids to improve the efficiency of well construction in highly permeable rocks containing hydrogen sulfide is an urgent task. The article presents the results of research and development of a complex of highalkaline of drilling process fluids formulations, which provides high-quality penetration and reliable fixation of highly permeable rocks containing hydrogen sulfide, with practical implementation at the fields of the Timan-Pechora oil and gas province under conditions of hydrogen sulfide aggression.
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研制出适合硫化氢侵蚀条件下钻井施工的高碱性复合钻井液配方
在含硫化氢的高渗透性岩石中钻井和固井通常伴随着一些并发症,如不同强度的吸收和钻井工具的差异卡钻,以及这些地层的背压下降,这是含硫化氢流体的表现。这降低了工艺流体的参数,需要准备新的部分,从而增加了建井的时间和成本。因此,开发钻井工艺流体,提高含硫化氢高渗透性岩石的建井效率是一项紧迫的任务。本文介绍了一种高碱性钻井工艺液复合配方的研究和开发成果,该配方对含硫化氢的高渗透性岩石具有高质量的穿透和可靠的固定作用,并在Timan-Pechora油气田硫化氢侵蚀条件下的实际应用。
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