Low-resistivity oil reservoir productivity prediction method based on nuclear magnetism movable fluid saturation

The invention discloses a low-resistivity oil reservoir productivity prediction method based on nuclear magnetism movable fluid saturation. Comprising the following steps: S1, analyzing prediction parameters influencing the productivity of the low-resistivity oil reservoir, and establishing a correlation between rock core analysis irreducible water saturation and rock core analysis permeability; s2, solving a cut-off value of a low-resistance oil layer T2, and calculating irreducible water saturation of the low-resistance oil layer; and S3, establishing a relationship between the saturation degree and the permeability of the nuclear magnetic movable fluid. The method has the beneficial effects that the low-resistance oil reservoir productivity prediction model based on the nuclear magnetism movable fluid saturation is established, and the low-resistance oil reservoir productivity prediction precision can be improved. 本发明公开了一种基于核磁可动流体饱和度的低阻油层产能预测方法。包括以下步骤：S1、分析影响低阻油层产能预测参数，建立岩心分析束缚水饱和度与岩心分析渗透率相关关系；S2、求取低阻油层T2截