Vacuum Enhanced Recovery Model

MOVER is an areal three-phase (water, oil and gas) finite-element model. Currently, the most advanced model of its kind, MOVER can be used to model flow of water, oil and gas, and optimize the recovery of LNAPL and water by minimizing NAPL entrapment in the saturated/unsaturated zones. A submodel of MOVER can be used to simulate coupled flow of water and LNAPL with a static atmospheric gas phase. MOVER simulates heterogeneous, anisotropic porous media or fractured media. It allows use of isoparametric elements to accurately represent material and physical/hydraulic boundaries. MOVER can be used to design NAPL recovery and hydraulic containment systems under complex hydrogeological conditions. MOVER can be used to simulate vacuum enhanced recovery scenarios.