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Analysis of Low Salinity Waterflooding in Bastrykskoye Field

机译:Bastrykskoye油田低盐度注水分析

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Low salinity waterflooding is presently one of the most promising enhanced oil recovery (EOR) methods. Wettability alteration and residual oil decrease are the most important EOR mechanisms of low salinity waterflooding. However, the mobility control EOR due to fines migration, induced by low salinity water, and the consequent flux diversion is also an important feature of the smart waterflooding. We analyze the limited available field data from 10 years of low salinity water injection in Bastrykskoye field. The mathematical model for fines-assisted waterflooding is used for history matching resulting in good agreement between the field and modeling data. The model is used to compare recovery factor for two scenarios of low salinity water injection and formation (normal) water injection. Low incremental recovery and low decrease in the amount of produced water during the development of Bastrykskoye field is explained by the production of significant amount of the reservoir water before the commencement of low salinity water injection.
机译:低盐度注水目前是最有前途的提高采收率(EOR)方法之一。润湿性的改变和残油的减少是低盐度注水的最重要的EOR机制。然而,由低盐度水引起的细粒迁移引起的迁移率控制EOR以及随之而来的流量转移也是智能注水的重要特征。我们分析了Bastrykskoye油田10年低盐度注水的有限可用现场数据。细粉辅助注水的数学模型用于历史匹配,从而在田间和建模数据之间取得良好的一致性。该模型用于比较低盐度注水和地层(正常)注水​​两种情况下的采收率。在Bastrykskoye油田开发期间,增量采收率低且采出水量减少少,这可以通过在低盐度注水开始之前生产大量的储层水来解释。

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