Numerical model of oil, water and gas flow in oil pools

Alexander Evgen`evich Kroshilin, Vladimir Evgen`evich Kroshilin
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Abstract

During the oil well usage its flow rate inevitably lessens. As a result the oil production enterprises must solve the most important problem of the oil extraction intensification. When solving filtration problems (there is a great set of problems; here we will deal with one of them including physical processes, difficulties and problem setting-up) ordinarily use well-known problems. However, in many cases, for example, when describing thermogas-chemica modification (TGCM) there capacity is insufficient. For example, one needs describing of more than two phases, taking into account chemical reactions and so on. We produced a program which clears this trouble. This program can model main features of the TGCM case: many-phase and non-isothermal process, non-one-dimensional flow. As a result we can better tune calculation programs for specific deposits by taking into consideration of geologic peculiarities and near-well zone defects occurred as a result of previous usage.
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油藏油、水、气流动数值模型
在油井使用过程中,其流量不可避免地会减小。因此,石油生产企业必须解决采油集约化这一最重要的问题。在解决过滤问题时(有很多问题;在这里,我们将处理其中之一,包括物理过程,困难和问题设置)通常使用众所周知的问题。然而,在许多情况下,例如,当描述热气体化学修饰(TGCM)时,能力不足。例如,一个人需要描述两个以上的相,考虑到化学反应等等。我们制作了一个程序来解决这个问题。该程序可以模拟TGCM情况的主要特征:多相非等温过程,非一维流动。因此,我们可以考虑到地质特性和由于以前的使用而产生的近井区缺陷,从而更好地调整特定矿床的计算程序。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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