秋明地区油田油井套管压力成因分析

D. M. Mukhametshin, Y. Vaganov, A. Biletskiy, A. D. Mukhametshin
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引用次数: 0

摘要

本文讨论了饱和水或烃储层的定性隔离问题。科学研究证实了根据套管压力对井进行排序的方法,根据套管压力与作为筛分柱的地面管压力的比值,将井划分为一个或另一个危险组。研究表明,水泥浆在增稠过程中,由于水泥浆中出现结构框架,水泥浆会“悬挂”在井壁上,从而导致水泥浆静压柱的减小。同时,水泥环的降压强度增大,形成各种通道,储层流体随后在环空空间中流动。针对消除套管压力过程中优先动作的确定,提出了一种准备措施算法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An analysis of casing pressure causes in oil wells at the fields of Tyumen region
The article deals with the issues of qualitative isolation of reservoirs, which are saturated with water or hydrocarbons. The conducted scientific research substantiated the method of ranking wells with casing pressure, according to which wells are assigned to one or another hazard group depending on the ratio of the casing pressure to the pressure of surface pipe as a screening column. The studies have shown that the decrease in the hydrostatic column of cement slurry occurs in the process of thickening due to the "hanging" of the slurry on the walls of the well because of the appearance of a structural frame in it. At the same time, the intensity of depressurization of the cement ring increases, and various kinds of channels make appearance, in which the reservoir fluid subsequently moves through the annular space. We propose an algorithm of preparatory measures aimed at determining priority actions in the process of eliminating casing pressure.
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