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Numerical Solution of the Problem of Optimizing the Process of Oil Displacement by Steam

机译:用蒸汽优化油位移过程的数值解

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The paper is devoted to the problem of optimizing the process of steam stimulation on the oil reservoir by controlling the steam pressure on the injection well to achieve preassigned temperature distribution along the reservoir at a given time of development. The relevance of the study of this problem is related to the need to improve methods of heavy oil development, the proportion of which exceeds the reserves of light oils, and it tends to grow. As a mathematical model of oil displacement by steam, three-phase non-isothermal flow equations is considered. The problem of optimal control is formulated, an algorithm for the numerical solution is proposed. As a reference regime, temperature distribution corresponding to the constant pressure of injected steam is accepted. The solution of the optimization problem shows that choosing the steam pressure on the injection well, one can improve the efficiency of steam-stimulation and reduce the pressure of the injected steam.
机译:本文致力于通过控制喷射井上的蒸汽压力来优化油藏蒸汽刺激过程的问题,以在特定的发育时间内沿储层实现预先评估的温度分布。该问题的研究的相关性与提高大油发展方法的需要有关,其比例超过了轻油的储备,往往会生长。作为蒸汽的油位移的数学模型,考虑了三相非等温流动方程。制定了最佳控制的问题,提出了一种用于数值解决方案的算法。作为参考调节,接受对应于注入蒸汽的恒定压力的温度分布。优化问题的解决方案表明,选择喷射井上的蒸汽压力,可以提高蒸汽刺激的效率并降低注入的蒸汽的压力。

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