哈萨克斯坦Balgimbaev油田K1ne-2复杂地质地层地层建模与距离边界(反演)相结合方法的实现

L. O. Verbitskaya, Y. R. Shafikova, E. Mukanov, I. V. Chzen, E. Z. Kurmanbaiev, A. R. Tagirov, N. Zaripov, G. Utegulov
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引用次数: 1

摘要

水平井钻井逐年成为越来越流行的野外勘探方式。例如,在21世纪初,水平井的钻井数量仅占总钻井数量的几个百分比,而现在这一数字已接近60%。尽管油气田的设计和勘探是一个艰苦的过程,但主要问题仍然是提高采收率水平低。地质导向已成为钻井作业的重要组成部分,提高了井的定向水平,从而提高了油气流体的采出水平。通过分析从井筒中实时接收到的钻井数据,地质导向可以立即纠正井的计划轨迹,从而确保井保持在目标区域。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Combination of strat-based modeling & distance to boundary (inversion) methods implementation in geologically complex formation K1ne-2 of Balgimbaev oil field, Kazakhstan
Summary Year by year drilling of horizontal wells becomes more and more popular way of the field exploration. For instance, at the beginning of XXI century the quantity of drilled horizontal wells from the whole amount was just about few percentages, if to say that nowadays this number is getting closer to 60%. Despite on that fact, that designing and exploration of oil & gas fields are such laborious processes, the main problem is still lies on the low level of EOR. Nowadays geosteering becomes an essential part of well drilling and increases the level of well targeting, therefore it enhances the level of extracted hydrocarbon fluid. Analyzing drilling datas, received in a real time from the wellbore, geosteering provides an opportunity to correct the planned trajectory of the well instantly and therefore make sure that the well stays in a target zone.
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