KGS Open-file Report 97-24 (PDF format)
Improved Oil Recovery in Mississippian Carbonate Reservoirs of
Kansas -- Near Term -- Class 2, by Lee C. Gerhard, Timothy R. Carr,
G. Paul Willhite, Dana Adkins-Heljeson, Scott Beaty, Saibal Bhattacharya,
Evan Franseen, Paul Gerlach, Willard Guy, John Hopkins and W. Lynn Watney.
Section 2.3.4 and appendices D - F were prepared by Rodney Reynolds, Shapour
Vossoughi, and G. Paul Willhite.
This annual report describes progress during the second year of the project
entitled "Improved Oil Recovery in Mississippian Carbonate Reservoirs
in Kansas". This project funded under the Department of Energys
Class 2 program targets improving the reservoir performance of mature oil
fields located in shallow shelf carbonate reservoirs. The focus of this
project is development and demonstration of cost-effective reservoir description
and management technologies to extend the economic life of mature reservoirs
in Kansas and the mid-continent. As part of the project, several tools and
techniques for reservoir description and management were developed, modified
and demonstrated. These include: 1) a new approach to subsurface visualization
using electric logs ("Pseudoseismic"); 2) a low-cost easy-to-use
spreadsheet log analysis software (PfEFFER); and 3) an extension of the
BOAST-3 computer program for full field reservoir simulation. The world-wide-web
was used to provide rapid and flexible dissemination of the project results
through the Internet.
OFR97-24s1.PDF | Introduction, Objectives and Significance, Site Description, Participating Organizations, Discussion, Field Activities, Data Analysis and Results, Field Mapping, Petrophyiscal Analysis, NMR Analysis, Capillary Pressure. Minipermeameter,PfEFFER, Pseudoseismic Analysis, Lithofacies, Depositional Environment and Paragenesis, Resevoir Model, Field Data and Full Field Simulation Parameters | |
OFR97-24F2.23.PDF | Figure 2.23 - Grid Cells for Full Field Simulation | |
OFR97-24F2.24.PDF | Figure 2.24 - Net Pay Isopach for Full Field Simulation | |
OFR97-24F2.25.PDF | Figure 2.25 - Subsea Depth to Layer 1 for Full Field Simulation | |
OFR97-24F2-26.PDF | Figure 2.26 - NMR Derived Effective Porosity | |
OFR97-24F2-27.PDF | Figure 2.27 - Effective Porosity for Full Field Simulation | |
OFR97-24F2-28.PDF | Figure 2.28 - Horizontal Matrix Permeability vs, Effective Porosity | |
OFR97-24F2-29.PDF | Figure 2.29 - Horizontal Permeability 5* Kx Matrix . | |
OFR97-24F2-30.PDF | Figure 2.30 - Horizontal Matrix Permeability X and Y | |
OFR97-24F2-31.PDF | Figure 2.31 - Histogram of Kh / Kv Ratio | |
OFR97-24F2-32.PDF | Figure 2.32 - Vertical Permeability | |
OFR97-24F2-33.PDF | Figure 2.33 - Relative Permeability Curves | |
OFR97-24F2-34.PDF | Figure 2.34 - Layer 1 Initial Oil Saturation for Full Field Simulation | |
OFR97-24F2-35.PDF | Figure 2.35. Initial Pressure for Full Field Simulation | |
OFR97-24-233.PDF | Full Field Reservoir Volumetrics | |
OFR97-24F2-36.PDF | Figure 2.36. Original Oil in Place - Volumetric Calculation | |
OFR97-24F2-37.PDF | Figure 2.37. Cumulative Oil Produced - Volumetric Calculation | |
OFR97-24F2-38.PDF | Figure 2.38. Remaining Oil Saturation - Volumetric Calculation | |
OFR97-24F2-39.PDF | Figure 2.39. Remaining Mobile Oil - Volumetric Calculation | |
OFR97-24-234.PDF | Full-Field BOAST 3 Simulation | |
OFR97-24F2-45.PDF | Figure 2.45. Simulation Oil Saturation Time 1995 | |
OFR97-24F2-46.PDF | Figure 2.46. Simulation Saturation Feet Time 1995 | |
OFR97-24F2-47.PDF | Figure 2.47. Simulation Grid Cells with Best Infill Potential | |
OFR97-24F2-48.PDF | Figure 2.48. Simulation Oil Saturation Time | |
OFR97-24F2-49.PDF | Figure 2.49. Simulation Rate vs. Time with Three New Wells | |
OFR97-24F2-50.PDF | Figure 2.50. Simulation Rate vs. Time New Well | |
OFR97-24-235.PDF | Section 30 VIP Simulation, Technology Transfer Activities, Tradition Activities, Non-Traditional Activities (Internet), Problems Encountered, Recommendations, References, Appendices |
Kansas Geological Survey
Updated September 30, 1997
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