AAPG: Quantifying Flow Structures (Porosity and Permeability) around Faults
Room Ballroom J
Co-Chairs: L. Thompson and R. J. Knipe
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| 1:25 -- | Introductory Remarks |
| 1:30 -- | N. C. Davatzes, P. Eichhubl, A. Aydin: Fault Seal and Conduit Dichotomy: Impact of Deformation Mechanism and Fault Geometry |
| 1:50 -- | E. Flodin, M. Gerdes, A. Aydin, W. D. Wiggins: Petrophysical Properties and Sealing Capacity of Fault Rock from Sheared-Joint Based Faults in Sandstone |
| 2:10 -- | L. B. Thompson, J. P. Wallace, J. P. Evans: Quantitative Measurements of Porosity Reduction around Deformation Bands in a Porous and Permeable Sandstone |
| 2:30 -- | O. F. Quinn, R. S. Haszeldine, J. R. Underhill, J. E. Dixon: Fault Related Quartz Cementation and Basin Scale Fluid Flow, Hopeman Sandstone, Scotland |
| 2:50 -- | P. J. Gooding: Middle and Lower Ordovician Carbonates in Central Kentucky - a Comparison of Porosity and Permeability between an Uplifted and Faulted Surface Exposure and Cores from a Fractured Reservoir along a Fault |
| 3:10 -- | Break |
| 3:20 -- | S. D. Harris, R. J. Knipe, N. E. Odling, S. Freeman: A Three-Dimensional Stochastic Model of Fluid Flow through Fault Damage Zones |
| 3:40 -- | J. Chapin, K. Sternlof, D. Pollard, L. Durlofsky: Permeability Effects of Systematic Deformation Band Arrays in Sandstone |
| 4:00 -- | C. B. Forster, S. M. Pasala, M. D. Deo, S. J. Lim: Once it is Quantified, How Does Fault Architecture Affect Enhanced Oil Recovery? |
| 4:20 -- | H. Lewis, G. D. Couples, M. Reynolds, N. Bicanic, C. Pearce, M. Rouainia: Upscaling Fluid-Flow and Mechanical Properties in Coupled Matrix+Fractures+Fluids Systems – the HYDRO-DDA Approach |
| 4:40 -- | R. J. Knipe, Q. J. Fisher, G. Jones, D. T. Needham, R. K. Davies, H. E. Edwards, S. Freeman, S. D. Harris, M. Kay, A. Li, H. Lickorish, G. Phillips, J. R. Porter, D. Condliffe, P. Jones, S. O'Connor, N. Odling, A. C. Barnicoat: Fluid Flow Behavior of Faults: Critical Variables, Uncertainty Limits and Prediction |