首页> 外文会议>SPE Kingdom of Saudi Arabia Annual Technical Symposium and Exhibition >Coupling Low Salinity Water Flooding and Steam Flooding for Sandstone Reservoirs; Low Salinity-Alternating-Steam Flooding (LSASF)
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Coupling Low Salinity Water Flooding and Steam Flooding for Sandstone Reservoirs; Low Salinity-Alternating-Steam Flooding (LSASF)

机译:砂岩储层耦合低盐水泛水和蒸汽洪水;低盐度交替 - 蒸汽洪水(LSASF)

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Low salinity water flooding and steam flooding are two novel combination flooding methods that were combined due to the important role of both methods in increasing oil recovery (especially heavy oil). Low salinity flooding was examined by many laboratory and field works and showed an interesting result. Steam flooding was tested on heavy oil fields and the heavy oil recovery increased by reducing oil viscosity. Although the steam showed an improvement in heavy oil recovery, the density difference between steam and heavy oil raised a problems with steam gravity override, channeling, and early breakthrough. For that reason, we developed the low salinity alternating steam flood (LSASF) in order to gather the benefits of low salinity, reduce oil viscosity by steam, and prevent the steam problems mentioned earlier. The laboratory experiments showed that the optimum scenario was Scenario (3). The shorter the injected cycles, the more oil recovery. This combination of echnology can solve the steam flooding problems and support the steam by LS water, which has the ability to increase oil recovery.
机译:低盐水洪水和蒸汽洪水是两种新的组合洪水方法,这些方法是由于两种方法在增加溢油(特别是重油)中的重要作用。许多实验室和田地工作检查了低盐度洪水,并显示出一个有趣的结果。在重油场上测试蒸汽洪水,通过降低油粘度来增加重油恢复。虽然蒸汽对重油回收率有所改善,但蒸汽和重油之间的密度差异提出了蒸汽重力覆盖,通道和早期突破的问题。因此,我们开发了低盐度交流蒸汽洪水(LSASF),以收集低盐度的益处,通过蒸汽降低油粘度,并防止前面提到的蒸汽问题。实验室实验表明,最佳情景是场景(3)。注入的循环越短,恢复越多。这种Echnology的组合可以解决蒸汽泛滥问题并通过LS水支持蒸汽,这具有增加石油回收的能力。

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