Digital Petroleum Atlas
Warner Field
General Information
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Digital Petroleum Atlas |
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| Warner Field Oil & Gas Data | ||||
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General Field Information | |
| Exploration Method: | Detailed regional subsurface geology was first employed, then complemented with a seismic survey. |
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| Drilling Casing Practices: | Completion: An average of 4000 feet of 5-inch production string was set through the Lansing-Kansas City groups. Perforations were made in the lower zones in some wells and in all zones in others. From 1000 to 5000 gallons of acid were put to the formation and the wells were then put on the pump. Surface casing: Set a minimum of 200 feet. Generally, an 8-inch surface pipe was set into the Fort Hays limestone at an average depth of 330 feet. |
Discovery Well(s) |
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| Discovery Date | Well Name | Available Well Data | Oil Production | Gas Production | LAS File Viewer with Core Data Plots | Core Image | Core Data Table |
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| 09 MAY 1956 | WARNER 'E' 1 | 
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No Gas Production | 
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No Core Images | No Core Data |
| Well Location: | NE NE SW 11-T1S-R27W |
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| Rotary Total Depth: | 3530 |
| Production Zone: | Lansing - Kansas City Supergroup |
| Initial Oil Potential: | 330 BOPD |
| Initial Formation Pressure: | 930 |
| Perforations: | Lansing - Kansas City |
| Comments: | Oil gravity 34.6 |
| Data Source: | KOGF, Vol. II; DISCOVERY 928 |
| Discovery Date | Well Name | Available Well Data | Oil Production | Gas Production | LAS File Viewer with Core Data Plots | Core Image | Core Data Table |
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| 10 OCT 1956 | WARNER UNIT was SATER 3 103 |
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No Oil Production | No Gas Production | No Digital LAS Files | No Core Images | No Core Data |
| Well Location: | NE NE SE 2-T1S-R27W |
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| Rotary Total Depth: | 3618 |
| Production Zone: | PENNSYLVANIAN OIL |
| Initial Oil Potential: | 76 BOPD |
| Perforations: | In the sandstone immediately below the base of the Kansas City Group, referred to as the "H Zone." |
| Data Source: | KOGF, Vol. II; DISCOVERY 7732 |
Summary Production Information | |
| Field Size: | 1920 acres |
| Total Wells: | 60 |
| Productive Oil Wells: | 28 as of December 2024 |
| Abandoned Wells: | 12 |
| Cumulative Oil: | 1,527,392.07 bbls as of December 2024 |
Producing Formation:LANS.-K.C. |
| Depth Top: | 3324 feet |
| Formation Lithology: | Limestone |
| Trap Type: | The entrapment of oil in the Warner field is due to thin permeable and porous crystalline limestones that lie discontinuously over a north-northeast trending asymmetrical anticline. The flexure, as well as some of the permeability and porosity, may be directly related to movement along a postulated fault on the east side of the field. The maps indicate the faulted area of the field has been the most active area, structurally speaking, on a feature that was mildly positive throughout long periods of geologic time. Regionally, the dip in the area is southwestward, however, Graham Curtis (Gulf Oil Corporation, 1959) feels that the field is related to the structural patterns set up during pre-Cambrian times. Fault lineament or fracture patterns originating from forces structurally controlled by the Cambridge Arch area to the northeast probably played a major role in the forming of later entrapment conditions. It may also be noted that wells found on structural highs in this region, of which the Warner field is typical, have less granite wash and/or lower Pennsylvanian sediments than the wells off the structures. These findings point to the fact that this structurally active area was mildly positive over long periods of geologic time. The present day anticlinal conditions were undoubtedly produced by recurring movement in the old zone of weakness during the Laramide Revolution. |
| Continuity of Reservoir Rocks: | Each consecutive pay horizon, from the base of the Kansas City on up, laterally encompasses more productive average, so that when the top formation of the Lansing-Kansas City is reached, the greatest areal extent of production is present. This progression of better entrapment conditions also infers minor movement along the structural axis and adjacent fault during the time of deposition. |
LANS.-K.C. (Lansing - Kansas City Supergroup) |
| Thickness: | 17 feet | Maximum Thickness: | 7 feet | Average Thickness: | 4 feet |
LANS.-K.C. (Lansing - Kansas City Supergroup) |
| Produces Oil: | Yes |
| Drive Mechanism: | Solution gas drive. Some zones may be assisted by a mild water drive. |
| Water Production: | Water gravity: 1.062 Water production increased very little over the life of the field. |
| Proven Production: | 360 acres |
LANS.-K.C. (Lansing - Kansas City Supergroup) |
| Average Oil API Gravity: | 34.6 |
LANS.-K.C. (Lansing - Kansas City Supergroup) |
| Chloride Equivalent: | 51747 ppm | Barium: | 0 ppm |
| Bicarbonates: | 0 ppm | Calcium: | 0 ppm |
| Calcium Bicarbonate: | 0 ppm | Calcium Sulfate: | 0 ppm |
| Iron: | 0 | Magnesium: | 0 ppm |
| Magnesium Sulfate: | 0 ppm | Silica: | 0 |
| Sodium Sulfate: | 0 ppm | Sodium Chloride: | 0 ppm |
| Strontium: | 0 | Sulfates: | 103 ppm |
Producing Formation:PENN. SAND |
| Depth Top: | 3483 feet |
| Formation Lithology: | The sandstone is fine to very fine grained, rounded and frosted grains. Scattered glauconite granules and zones of silt are also found in this unit, which is the shoreward facies of thick limestones found farther to the south and west. |
| Trap Type: | The entrapment of oil in this sandstone is related to the updip structural conditions as discussed in the Lansing-Kansas City trap. Stratigraphic conditions may also play a part, however, there are insufficient data to determine this. The sandstone is thicker in the area of production, which may infer some permeability pinch-out effect in a southern direction. Unexpected salt water recoveries on the high wells and differential bottom hole pressures may infer that the oil is hydrodynamically displaced. |
PENN. SAND (Pennsylvanian System) |
| Produces Oil: | Yes |
| Maximum Net Pay: | 5 feet | Average Net Pay: | 5 feet |
| Drive Mechanism: | Solution gas drive. Some zones may be assisted by a mild water drive. |
| Water Production: | Water gravity: 1.062 Water production increased very little over the life of the field |
| Proven Production: | 80 acres |
PENN. SAND (Pennsylvanian System) |
| Average Oil API Gravity: | 35.2 |
PENN. SAND (Pennsylvanian System) |
| Chloride Equivalent: | 51747 ppm | Barium: | 0 ppm |
| Bicarbonates: | 0 ppm | Calcium: | 0 ppm |
| Calcium Bicarbonate: | 0 ppm | Calcium Sulfate: | 0 ppm |
| Iron: | 0 | Magnesium: | 0 ppm |
| Magnesium Sulfate: | 0 ppm | Silica: | 0 |
| Sodium Sulfate: | 0 ppm | Sodium Chloride: | 0 ppm |
| Strontium: | 0 | Sulfates: | 103 ppm |
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