Digital Petroleum Atlas
Lindsborg Field
General Information


Lindsborg Field Oil & Gas Data

General Field Information

Produces Oil: Yes Produces Gas: No
Geologic Province: Salina Basin
Exploration Method: Surface geology, subsurface geology, seeps, magnetic data, gravity data, seismic data, seismic refraction. Anticline on which the Lindsborg field is partly located was detected with a shallow core-drilling survey in 1929 by the Dixie (Stanolind) Oil Company. In 1937 Carter Oil Company resurveyed this area with a correlation-point reflection seismograph survey using dynamite as a source. A seismic contour map on a reflector from the top of the Viola-Maquoketa carbonate section aided in placing the discovery well. Production was extended off-structure by subsequent development wells.
Drilling Casing Practices: Amount of surface casing set: 100-175 feet Casing: 13 3/8 inch casing is usually set to 100-175 foot (to below base of river alluvium of Smoky Hill River and Plio-Pleistocene "Equus beds"); 8 5/8 inch casing is usually set to 300-375 feet (to below base of bedded salts in Permian section); 5 1/2 inch casing is set to ~3350 feet (either just above top of potential producing zone [followed by open-hole completion], or through the potential producing zone [followed by perforating operations]). Drilling mud: Saltwater based chemical or bentonite muds with weight of 9.5-10.5 lb/gallon with viscosity between 35 and 45. Bit program: After second string of casing is set to 300-375 feet, one button-bit can usually drill the entire hole.
Treatment Practices: Maquoketa and Viola carbonates are usually sand fractured and acidized; Simpson sandstone is usually untreated but in some cases as acidized.
Completion Practices: Perforations: Marquoketa: top 5-6 feet of Maquoketa dolomite Viola: 8-10 feet thick porous zone located below 10-20 foot thick nonporous bed at top of unit. Simpson: top 5-6 feet of 20-30 foot sandstone, located immediately below a 10 foot shale at top of unit.
Electric Logging Practices: Older logging suites usually include lateral and normal resistivity logs with SP, neutron, and GR; more recent suites include compensated neutron/lithodensity with GR and SP, and dual induction suites with SFL.
Comments: Basin Stratigraphy: Chronostratigraphy -- Formation -- Depth to top Pennsylvanian (Missourian) -- Lansing Kansas City Groups -- 2220 feet Mississippian (Meramecian) -- Salem (?) Limestone -- 2900 feet Devonian - Mississippian -- Chattanooga Shale -- 3110 feet Middle Ordovician -- Simpson Group -- 3450 feet Cambrian - Ordovician -- Arbuckle Group -- 3520 feet Precambrian -- Basement -- 4020 feet

Discovery Well(s)

Discovery Date Well Name Available Well Data Oil Production Gas Production LAS File Viewer with Core Data Plots Core Image Core Data Table
10 JAN 1938 EMIL HOGLUND 1
No Oil Production No Gas Production No Digital LAS Files No Core Images No Core Data
Well Location: C W2 SW NW 8-T17S-R3W
Rotary Total Depth: 3373
Production Zone: Ordovician Maquoketa Dolomite
Initial Oil Potential: 345 BOPD
Data Citations: Lindsborg field, U.S.A., Salina Basin, Kansas by David Newell, in Beaumont & Foster, Structural Traps IV, 1990
Comments: Ordovician Maquoketa Dolomite
Data Source: DISCOVERY 4659
Discovery Date Well Name Available Well Data Oil Production Gas Production LAS File Viewer with Core Data Plots Core Image Core Data Table
26 AUG 1942 F. JOHNSON 1
No Gas Production No Digital LAS Files No Core Images No Core Data
Well Location: C W2 SW NE 8-T17S-R3W
Rotary Total Depth: 3460
Production Zone: Ordovician Simpson Group
Initial Oil Potential: 2247 BOPD
Data Citations: Lindsborg field, U.S.A., Salina Basin, Kansas by David Newell, in Beaumont & Foster, Structural Traps IV, 1990
Comments: Ordovician Simpson Group
Data Source: DISCOVERY 6458
Discovery Date Well Name Available Well Data Oil Production Gas Production LAS File Viewer with Core Data Plots Core Image Core Data Table
07 OCT 1952 JOHNSON, H.T. 1
No Gas Production No Digital LAS Files No Core Images No Core Data
Well Location: SW SW SW 5-T16S-R3W
Rotary Total Depth: 3443
Production Zone: Ordovician Viola Limestone (Viola Limestone Formation)
Data Source: DISCOVERY 6459

Summary Production Information

Field Size: 16160 acres
Total Wells: 325
Productive Oil Wells: 171 as of July 2024
Abandoned Wells: 59
Cumulative Oil: 16,191,088.30 bbls as of July 2024

Producing Formation:


MAQUOKETA
(Maquoketa Shale Formation)


Geological Age: Upper Ordovician
Formation Lithology: Gray, cherty, fine to medium crystalline vuggy dolomite
Trap Type: Maquoketa oil is located off-structure along the zone of maximum flexure on the west flank of the anticline, hence oil in this unit is in a structural-stratigraphic trap.

MAQUOKETA (Maquoketa Shale Formation)
Thickness

Average Thickness: 60 feet

MAQUOKETA (Maquoketa Shale Formation)
Oil & Gas Production Information

Produces Oil: Yes
Average Net Pay: 3385 feet
Average Oil Column: 126
Oil Water Contact: -2103 feet
Drive Mechanism: Water drive
Initial Pressure: 1300
Production Well Spacing: 40 acres

MAQUOKETA (Maquoketa Shale Formation)
Oil Chemistry

Oil Type: aromatic intermediat %
Minimum Oil API Gravity: 27 Maximum Oil API Gravity: 36 %
Oil Pour Point: 10 Concentration of Sulphur: .54 %

MAQUOKETA (Maquoketa Shale Formation)
Brine Chemistry

Total Solids: 59860 ppm Resistivity: .05
Chloride Equivalent: 0 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: 0 ppm

MAQUOKETA (Maquoketa Shale Formation)
Porosity

Porosity Type: Intercrystalline and vuggy porosity with minor moldic and fracture porosity. Average porosity: 5-12%. Maximum Porosity: 12 %

Producing Formation:


VIOLA
(Viola Limestone Formation)


Depth Top: 3352 feet
Geological Age: Middle Ordovician
Formation Lithology: Gray to white, coarse crystalline, slightly dolomitic and cherty limestone
Trap Type: Simpson and Viola oil pools are in a local culmination in the Lindsborg anticline, hence oils in these units are in a structural trap.

VIOLA (Viola Limestone Formation)
Thickness

Thickness: 21 feet

VIOLA (Viola Limestone Formation)
Oil & Gas Production Information

Produces Oil: Yes
Average Net Pay: 3390 feet
Average Oil Column: 52
Oil Water Contact: -2079 feet
Drive Mechanism: Water drive
Production Well Spacing: 40 acres

VIOLA (Viola Limestone Formation)
Oil Chemistry

Oil Type: Similar to Simpson %
Minimum Oil API Gravity: 28 Maximum Oil API Gravity: 34 %
Oil Pour Point: 5 Concentration of Sulphur: .5 %

VIOLA (Viola Limestone Formation)
Brine Chemistry

Resistivity: .08
Chloride Equivalent: 0 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: 0 ppm

VIOLA (Viola Limestone Formation)
Porosity

Porosity Type: Intercrystalline porosity with possibly moldic porosity. Average porosity: 12-15%. Maximum Porosity: 15 %

Producing Formation:


SIMPSON
(Simpson Group)


Depth Top: 3360 feet
Geological Age: Middle Ordovician
Formation Lithology: White, fine-to medium-grained, well sorted quartz sandstone
Trap Type: Simpson and Viola oil pools are in a local culmination in the Lindsborg anticline, hence oils in these units are in a structural trap. A small structural closure at the southern end of the field produces oil from the SImpson.

SIMPSON (Simpson Group)
Thickness

Thickness: 10 feet Maximum Thickness: 40 feet

SIMPSON (Simpson Group)
Oil & Gas Production Information

Produces Oil: Yes
Average Net Pay: 3480 feet
Oil Water Contact: Central part of field: -2140 feet Southern part of field: -2156 feet
Drive Mechanism: Water drive
Production Well Spacing: 40 acres

SIMPSON (Simpson Group)
Oil Chemistry

Oil Type: Paraffinic %
Average Oil API Gravity: 28
Oil Pour Point: 5 Concentration of Sulphur: .52 %

SIMPSON (Simpson Group)
Brine Chemistry

Total Solids: 10940 ppm Resistivity: .125
Chloride Equivalent: 0 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: 0 ppm

SIMPSON (Simpson Group)
Porosity

Porosity Type: Intergranular Average porosity: 15-18% Maximum Porosity: 18 %

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