联合压力控制钻井

V. Zaitsev, A. Karpikov
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摘要

本研究分析了包括控压钻井(MPD)技术在内的油气井钻井新技术。考虑到在井储系统中产生压差的设备,这些设备由国外公司斯伦贝谢、M-I SWACO、AKROS等提供。分析了控压钻井设备基本综合体的应用,包括背压控制装置、氮气压缩站、节流管汇、分离器、旋转井口码头、带点火系统的火炬塔和硬件及软件综合体的安装。本文还讨论了通过使用密封循环系统进行控压钻井技术的实施方案,该技术简化了冲井方案,并确保了井底冲洗剂压力的平稳调整。为了监测套管环空压力剖面,研究了基本MPD设备及其软硬件组合确定储层压裂压力和地层压力允许值的可行性。研究发现,控压钻井作为油藏流体动力条件下一种全新的主要穿透技术,可以在几乎任何初始吸收率的区域进行钻井。这意味着我们不会通过钻孔(即循环)来停止下沉,也不会增加取决于等效循环密度的水平面上的等效压力。调整包括将地层压力与地层压力的等效压力进行近似。使用所讨论的设备进行控压钻井的工艺过程,将使钻井人员更好地了解该钻井技术的效率,并有助于国内公司更加有意识地应用该钻井技术。
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Well drilling with combined pressure control
The research deals with the analysis of new technologies for drilling oil and gas wells including the technology of managed pressure drilling (MPD). A consideration is given to the equipment for creating differential pressure in the wellreservoir system, which is supplied by the foreign companies Schlumberger, M-I SWACO, AKROS, etc. The analysis is given to the application of the basic complex of managed pressure drilling equipment, which includes the installation of back-pressure control, nitrogen compressor station, choke manifold, separator, rotary wellhead dock, flare tower with ignition system and hardware and software complex. The article also deals with the implementation options of the managed pressure drilling technology through the use of a sealed circulation system, which simplifies the well flushing scheme and ensures smooth adjustment of the flushing agent pressure at the bottomhole. A viable possibility of the presented basic MPD equipment and the attached software and hardware complex to determine the permissible values of reservoir fracturing pressure and formation pressure is studied in order to monitor the pressure profile in the casing annulus. It has been found that managed pressure drilling as a fundamentally new primary penetration technology for the hydrodynamic conditions of the reservoir allows to perform drilling in the zones with almost any initial absorption rate. That means that we do not stop sinking by boring (i.e. circulation) and do not increase the equivalent pressure on the horizon that depends on the equivalent circulating density. The adjustment involves the approximation of the equivalent pressure on the horizon to the formation pressure. The technological process of managed pressure drilling with the use of the discussed equipment will enable better understanding of the efficiency of this drilling technology by the drilling personnel and contribute to its more conscious application by domestic companies.
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