Hydrothermally Altered Carbonate Reservoirs: Models and Case Studies (SEPM)
Room C144/145
Co-Chairs: L. B. Smith, G. Davies, and W. J. Purves
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| 8:00 -- | Introductory Remarks |
| 8:05 -- | G. R. Davies: Hydrothermal (thermobaric) Dolomite and Leached Limestone Reservoirs: General Principles Genetic Connections, and Economic Significance in Canada |
| 8:25 -- | J. M. Gregg: Mississippi Valley-Type Mineralization and the Development of Dolomite Petroleum Reservoirs |
| 8:45 -- | C. Taberner, M. Esteban: Observed Patterns in Late Burial History |
| 9:05 -- | M. W. Hitzman: Hydrothermal Dolomitization in the Carboniferous of the Irish Midlands — Analogues and Implications for New Reservoir Types |
| 9:25 -- | W. M. Ahr: Hydrothermal Dolomite and Hydrocarbon Reservoirs |
| 9:45 -- | Break |
| 10:00 -- | B. Hart, K. al Atroshi, J. Sagan, J. Tebo: Seismic Imaging of Diagenesis: A Tool for Studying Hydrothermal Dolomite Systems |
| 10:20 -- | D. L. Cantrell, P. K. Swart: Enhanced Porosity Development in the Arab-D as a Result of Alteration by Hydrothermal Fluids |
| 10:40 -- | R. G. Loucks: Hydrothermal Overprint on a Complex, Coalesced, Collapsed Paleocave System |
| 11:00 -- | J. J. Dravis: Deep-Burial Dissolution in Dolostone Reservoirs: Similarities Between the Devonian Keg River of Western Canada and the Ordovician Ellenburger of West Texas |
| 11:20 -- | L. B. Smith: Hydrothermal Alteration of Carbonate Reservoirs: How Common Is It? |