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This study presents a new proposed empirical correlations of crude oils for the minimum miscibility pressure and (CO2)-oil physical properties that include (CO2)-oil density, (CO2)-swelling factor, (CO2)-gas solubility and (CO2)-oil viscosity. Evaluation of the development was performed using data of 10 live crude oil samples representing all active oil producing areas in Egypt. The practical outcome was needed to predict of minimum miscibility pressure and (CO2)-oil physical properties of crude oils by reservoir engineers in case of the absence the experimental analysis.

Produktbeschreibung
This study presents a new proposed empirical correlations of crude oils for the minimum miscibility pressure and (CO2)-oil physical properties that include (CO2)-oil density, (CO2)-swelling factor, (CO2)-gas solubility and (CO2)-oil viscosity. Evaluation of the development was performed using data of 10 live crude oil samples representing all active oil producing areas in Egypt. The practical outcome was needed to predict of minimum miscibility pressure and (CO2)-oil physical properties of crude oils by reservoir engineers in case of the absence the experimental analysis.
Autorenporträt
Dr. Eman Mansour is currently working as researcher in the production department of Egyptian Petroleum Research Institute (EPRI) and supervisor of PVT services center in (EPRI). She has ten years of teaching and research experience in enhanced oil recovery (EOR), equation of state and reservoir engineering laboratory analysis (PVT).