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Multi-Phase Polymer Shear Viscosity Calculation in Polymer Coreflood Simulation Study Workflow

机译:聚合物岩心模拟研究工作流程中的多相聚合物剪切粘度计算

摘要

An apparent viscosity of an aqueous polymer composition used in a polymer flood may be determined by generating a relative permeability interpolation computer simulation model that is associated with a capillary desaturation function and that interpolates relative permeability curves for a coreflood experiment, validating the relative permeability interpolation computer simulation model using experimental data generated from the coreflood experiment using a water flood performed at a plurality of incremental flow rates on a core plug, determining an interpolated relative permeability to water for the aqueous polymer composition using experimental data generated from the coreflood experiment using a multi-phase flood with the aqueous polymer composition, and determining an apparent viscosity of the aqueous polymer composition from the interpolated relative permeability to water. The determined apparent viscosity may then be used to run a simulation to model the flow of the aqueous polymer composition.
机译:可通过产生相对渗透率插值计算机模拟模型来确定聚合物驱中使用的水性聚合物组合物的表观粘度,该模拟渗透率插值计算机仿真模型与毛细饱和度函数关联并为岩心驱替实验插值相对渗透率曲线,从而验证了相对渗透率插值计算机使用由岩心驱油实验产生的实验数据建立的模拟模型,该实验数据使用在岩心塞上以多个增量流速执行的水驱,并使用由岩心驱油实验产生的实验数据确定,该含水聚合物组合物对水的内插相对渗透率用含水聚合物组合物进行两相注水,并根据内插的相对水渗透率确定含水聚合物组合物的表观粘度。然后可以将确定的表观粘度用于进行模拟以对水性聚合物组合物的流动进行建模。

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