Showcase
Multilevel Fracture Network Modeling of Naturally Fractured Reservoirs
Rendering of water phase movement in a dual mesh simulation of a dual porosity system.
Left - Saturation distribution in the bottom layer; Right - Saturation front (iso-surface) with streamlines
From SPE 93053: H. Kazemi, S. Atan, M. Al-Matrook, J. Dreier, E. Ozkan, Colorado School of Mines
A Snapshot of Pressure and Water Front Movement for an Injection Well Depicting Different Scales of Response
From Safian Atan: PhD Thesis, Petroleum Engineering Dept, CSM, April 2007
Idealization of Hydraulic Fracture Stimulation in a Horizontal Well to Create Interconnected Dilation Fractures
From SPE 108110: F. Medeiros, SPE, Petrobras, E. Ozkan and H. Kazemi, SPE, Colorado School of Mines
Transient productivity index for a gas horizontal well with longitudinal hydraulic fracture and localized natural fractures network
From SPE 108110: F. Medeiros, SPE, Petrobras, E. Ozkan and H. Kazemi, SPE, Colorado School of Mines
Dual-mesh methods to capture the fine-scale heterogeneity effects in displacement processes and Multilevel fractured modeling of naturally fractured reservoirs
Multilevel naturally fractured system, based on Araujo. et al., SPE 91940
Coarse mesh / fine mesh superposed on fracture matrix network
Numerical Simulation of Steam Assisted Gravity Drainage (SAGD)
Heated chamber growth at the toe of the horizontal well in ~60 days from onset of steam injection
Dual-Mesh Compositional Simulation of Reservoir Heterogeneity
3 Phase flow Simulation of a volatile-oil system with gas and water Injectors (50x30x7 Reservoir Grid System)