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The Feasibility Studies of Natural Gas Flooding in Ansai Field

机译:ANSAI领域天然气洪水的可行性研究

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Ansai field is a typical field with low permeability, low pressure, low production and the water flooding is inefficient. In order to explore an effective developing method for increasing the production and ultimate recovery, we carried out the feasibility studies of natural gas flooding. This paper analyses the feasibility of natural gas flooding from the geological conditon of Ansai field at first, then introduces the high pressure slim tube tests for determining MMP of injection gas and reservoir oil and prediction of MMp with published correlation. The high precision correlation has been selected for predicting the composition of injection gas in miscible displacement. The performance of natural gas flooding have been simulated using MVIP simulator. The results shows that Ansai field shares the geologic conditions for natural gas flooding. The MMP of lean gas and Ansai reservoir oil is above 32MPa, and the avergae reservoir pressure is only 8.81MPa in Ansai field, so the lean gas flooding is immiscible displacement at Ansai reservoir conditon, the composition of injected gas must be changed by increasing rich gas content, the content is 80
机译:Ansai领域是一种典型的渗透性,低压,低产量,水淹没效率低下。为了探索增加生产和最终恢复的有效开发方法,我们开展了天然气洪水的可行性研究。本文首先分析了从Ansai领域的地质条件中洪水的自然气体泛滥的可行性,然后引入了用于确定注射气体和储层油的MMP和发布相关性的MMP的预测。已经选择了高精度相关性以预测混溶性位移中的注射气体的组成。使用MVIP模拟器模拟了天然气洪水的性能。结果表明,Ansai领域分享了天然气洪水的地质条件。瘦气体和Ansai储层油的MMP高于32MPa,Avergae储层压力仅为8.81MPa,因此Ansai储层条件下的贫气流不混溶,必须通过增加富裕的注入气体的组成来改变。气体含量,内容为80

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