Society of Petroleum Engineers Journal

addition AIME analysis applied approximation assumed average behavior block boundary calculated capillary characteristic chemical coefficient component composition concentration conducted constant containing core critical crude curve decreases dependence described determined developed dimensionless displacement distribution drop effect equations estimate experimental experiments factor field flood flow fluid fraction fracture function given heat increase indicate initial injection layer length liquid measured mechanism method miscible mixture mobility normal observed obtained occurs oil recovery parameters Petroleum Engineers phase polymer pore porous predicted presented pressure problem production properties ratio reduced region relative permeability reservoir residual retorting rock runs salinity samples sand saturation shale shown shows simulation solution steam stress sulfonate surfactant Table temperature tion values variable viscosity volume