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The effectiveness assessment questions of different chemical reagents usage, directed on the fluid filtration improvement through porosity environment often have increasing interest. In this connection, the surfactants influence on the molecular-surface interaction of liquid and solid phases for Kravtsovskoe field core samples researches have shown not enough advisability of their usage. The article presents the results of microrheological (wide pores) and filtration experiments. The article presents the results of microrheological (wide pores) and filtration experiments. The study of the displacement coefficient in high-permeability rock conducted a rapid method of centrifugal displacement, which showed that the bulk of the oil is recovered in anhydrous mode, providing a high level of oil displacement. This is due to very favorable

THE SURFACTANT INFLUENCE ON OIL FILTRATION DURING PISTON DISPLACEMENT MODE