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Oakley, Michigan

Well Drillers Near Oakley, Michigan

Oakley area wells predominantly penetrate alternating clay and sand (with some gravel) layers, transitioning to shale and sandstone at depth, with domestic wells most commonly 90-130 ft deep.

Showing contractors within 60 miles of Oakley. 105 results found.

Typical depth
110 ft
Water table
20 ft
Contractors
105

105 Contractors

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Bendall Well Drilling logo

Bendall Well Drilling

5.0 (1)
Owosso
Owosso, MI 48867
Well drillingWell repairWater softening (installation and service)+4 more
Griffin Well Drilling & Pump Repair logo

Griffin Well Drilling & Pump Repair

Active Driller
18712 S Raucholz Rd
Oakley, MI 48649
Well drillingResidential well installationWell replacement+7 more
Bendall Well Drilling & Water Softening logo

Bendall Well Drilling & Water Softening

1555 E King St
Corunna, MI 48817
Well drillingWell repairsWater softeners+5 more
Cesal Well Drilling LLC logo

Cesal Well Drilling LLC

Active Driller
5331 N Byron Rd
Corunna, MI 48817
Residential water well drillingCommercial water well drillingAgricultural water well drilling+4 more
Doody Well Drilling logo

Doody Well Drilling

Active Driller
5624 W Grand River Rd
Laingsburg, MI 48848
Water well drillingWater system installationWater system service and repair+1 more
Gil Sunde Well Drilling & Service logo

Gil Sunde Well Drilling & Service

8035 Corunna Rd
Flint, MI 48532
Water well drillingWater well repairPump replacement+2 more
J&M Well Drilling & Service, Inc. logo

J&M Well Drilling & Service, Inc.

Active Driller
7589 Lansing Rd
Perry, MI 48872
Well drilling servicesWell installation servicesWell pump repairs+3 more

Putnam Well Drilling

4007 W Bath Rd
Perry, MI 48872
Water well drillingGeneral consultation on well servicesSalt pickup for water softeners+1 more
R. Oberlitner Well Drilling & Repair logo

R. Oberlitner Well Drilling & Repair

3032 S State Rd
Ithaca, MI 48847
Well drillingPump service and repairWater softener installation+3 more
RainSoft Water Treatment of Northern Michigan logo

RainSoft Water Treatment of Northern Michigan

5.0 (5)
105 N Seymour Rd
Flushing, MI 48433
Free in-home water testWater softenersWell water softeners+10 more
Scharnweber Well Drilling, Inc. logo

Scharnweber Well Drilling, Inc.

Active Driller
8575 Round Lake Rd
Laingsburg, MI 48848
Water well drillingWell service
Adam's Well Drilling & Water Treatment logo

Adam's Well Drilling & Water Treatment

5893 Sterling Dr
Howell, MI 48843
Well DrillingNew ConstructionWell Replacement+43 more
Adams Well Drilling logo

Adams Well Drilling

Active Driller5.0 (1)
Milford
Milford, MI 48381
Well DrillingCommercial Well DrillingIndustrial Well Drilling+12 more

Alderman's Well Drilling

Active Driller
11491 E Stanley Rd
Davison, MI 48423
Water well drillingPump installation and repairWell maintenance+2 more
Ayers Water Systems logo

Ayers Water Systems

5.0 (5)
1990 Teggerdine Rd
White Lake, MI 48386
Well inspection and repairWell pump repair and replacementWater treatment systems+3 more

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View Local Geology Report

A geological estimate for the Oakley area.

Typical Well Depth
110 ft
Static Water Level
20 ft
Recommended Method
Rotary - Mud Circulation

Detailed Summary

The representative geological profile for the Oakley region consists of an upper sequence of interbedded clay and sand layers, occasionally with gravel. These unconsolidated deposits typically range to 90-100 ft below ground surface, followed by a bedrock transition featuring shale and thick sandstone, sometimes alternating with further shale. Typical residential wells targeting 5-15+ GPM generally terminate in the deeper sand/gravel layer above bedrock or are completed in shallow sandstone, commonly at 90-130 ft. High-capacity wells (for agriculture or municipal supply) are cased deeper, often into thicker sandstone up to 180 ft. Nearly all wells are constructed using rotary mud methods with PVC casing set through the unconsolidated deposits and grouted with bentonite slurry.

Expected Geological Layers

Depth (Feet)Formation TypeDescriptionCharacteristics
03 ftTopsoil/SandBrown sand or topsoil, surface soilsColor: Brown
Hardness: Soft
325 ftClayDense brown/gray clay, sometimes sandy; predominant in upper profileColor: Brown/Gray
Hardness: Medium
2535 ftSand/GravelClean medium sand or sand with some gravel, moderate to high permeabilityColor: Gray/Light brown
Hardness: Loose-Moderate
3560 ftClayThick clay, occasional sand lenses; acts as an aquitardColor: Gray
Hardness: Firm
6090 ftSand/Sand & GravelMajor drinking water aquifer: medium/fine gray sand, with coarse gravel in places; main target for residential wellsColor: Gray
Hardness: Medium
90100 ftClayDense gray clay, transition to bedrockColor: Gray
Hardness: Hard
100110 ftShaleSoft gray shale, often water bearing at top of bedrockColor: Gray-green
Hardness: Soft rock
110155 ftSandstoneGreenish, hard sandstone, reliable yield for deeper wells, good aquiferColor: Green-gray
Hardness: Hard
155182 ftShale and SandstoneAlternating thin shale and thick sandstone layers, with water potential decreasing with depthColor: Gray/Green
Hardness: Variable

Frequently Asked Questions

A typical residential well in the Oakley area is drilled to approximately 110 feet to ensure a reliable water supply of 5-15+ gallons per minute.

The static water level, or water table, is typically found around 20 feet below the surface in this region.

The representative geological profile for the Oakley region consists of an upper sequence of interbedded clay and sand layers, occasionally with gravel. These unconsolidated deposits typically range to 90-100 ft below ground surface, followed by a bedrock transition featuring shale and thick sandstone, sometimes alternating with further shale. Typical residential wells targeting 5-15+ GPM generally terminate in the deeper sand/gravel layer above bedrock or are completed in shallow sandstone, commonly at 90-130 ft. High-capacity wells (for agriculture or municipal supply) are cased deeper, often into thicker sandstone up to 180 ft. Nearly all wells are constructed using rotary mud methods with PVC casing set through the unconsolidated deposits and grouted with bentonite slurry.