4-D Ultrasonic EOR Monitoring Simulation

4-D Ultrasonic EOR Monitoring Simulation

4-D Monitoring of Fluid Displacement and Substitution in Porous Media: An Immiscible EOR Experimental Study

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In the wake of the recent economic crises with few new viable discorveries, need for efficient management of the existing hydrocarbon resources becomes inevitable. Immiscible EOR is a common secondary recovery method. An experimental investigation of 4-D performance monitoring of an immiscible EOR scheme, using a simulated reservoir consisting of ceramic beads is explained. In essence the study covers various investigations through porous or granular media e.g. composites, rocks. P and S wave transmission and reception combined with electrical resistance variation measurment has been used as t...