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Selection methodology for screening evaluation of EOR methods

机译:筛选评价方法的选择方法

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摘要

The choice of enhanced oil recovery (EOR) methods for specific reservoir conditions is one of the most difficult tasks for a reservoir engineer. Taber (Taber, 1980; Taber et al., 1997a,b) gave informative overview of EOR research history. He also offered technical screening guides for EOR nowadays known as Taber's tables. It should be noted that the approach recommended by Taber could not be taken as strong mathematical ranking of EOR methods. The authors propose an approach for EOR methods selection, based on fuzzy logic, possibility theory, and Bayesian inference mechanisms. Rankings were made by way of best EOR method selection for every criteria using fuzzy intervals comparison. Final correction of each EOR selection coefficient was performed by the generalized Bayesian inference mechanism. Application of this methodology for reservoir conditions of Alberta oil field, as well as the offshore field Guneshli, allowed for choosing the most effective EOR method, confirming the accuracy and feasibility of the proposed approach. Simple calculation (not more than five iterations) allows the automation of the process of selecting the most effective EOR method for a particular field.
机译:对于特定的油藏条件,选择强化采油(EOR)方法是油藏工程师最困难的任务之一。 Taber(Taber,1980; Taber et al。,1997a,b)对EOR研究历史进行了有益的概述。他还提供了现今称为泰伯表的EOR技术筛选指南。应该注意的是,Taber建议的方法不能被视为对EOR方法的强大数学排名。作者提出了一种基于模糊逻辑,可能性理论和贝叶斯推理机制的EOR方法选择方法。通过使用模糊区间比较对每个标准进行最佳EOR方法选择来进行排名。每个EOR选择系数的最终校正是通过广义贝叶斯推理机制进行的。该方法在艾伯塔省油田以及海上油田Guneshli的油藏条件中的应用,使得能够选择最有效的EOR方法,从而证实了该方法的准确性和可行性。简单的计算(不超过五次迭代)可以自动为特定领域选择最有效的EOR方法。

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