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Study the displacement characteristics of foam flooding after polymer flooding on NMR

机译:在核磁共振洪水中泡沫洪水的位移特性研究

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Through parallel cores with different permeability contrast, the displacement process of foam flooding after polymer flooding is experimental studied. Using the experiment technology of nuclear magnetic resonance, the fluid distribution in cores with different diameter was studied. The distribution area of bore diameter in which oil is sweepouted of water flooding, polymer flooding and foam flooding under different processes and various heterogeneity conditions. The results show, against water flooding and polymer flooding, the distribution area of bore diameter in which oil is sweepouted is broadened. Foam can plugging the wide aperture in which water and polyer channeling, and foam can sweep the bore diameter which can't be swept by water and polymer. Foam can not only advance the recovery of low permeability core but also sweep the oil in microbore of high permeability core.
机译:通过具有不同渗透率的平行核心,聚合物洪水后泡沫淹水的位移过程是实验研究。利用核磁共振实验技术,研究了不同直径的芯中的流体分布。在不同过程和各种异质性条件下,孔径的分布区域被释放出来的水驱,聚合物洪水和泡沫泛滥。结果表明,抵抗水淹和聚合物洪水,孔径的分布区域被扫过的孔径。泡沫可以堵塞其中水和聚合物通道的宽孔径,泡沫可以扫过不能被水和聚合物扫过的孔径。泡沫不仅可以推进低渗透核心的恢复,而且还扫过了高渗透核的微孔中的油。

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