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Gladwin, Michigan

Well Drillers Near Gladwin, Michigan

Typical Gladwin-area residential wells encounter a sequence of clay and sand layers (with some gravel), overlying deeper consolidated rocks (shale, sandstone) in deeper wells. Usable residential aquifers are generally found in sand or sand/gravel units above 150 ft.

Showing contractors within 60 miles of Gladwin. 265 results found.

Typical depth
105 ft
Water table
17 ft
Contractors
265

265 Contractors

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Raymond Well Drilling

Gladwin, MI 48624
Well DrillingPump ServicesComplete Systems+1 more
Dancer & Sons Well Drilling logo

Dancer & Sons Well Drilling

Active Driller
Harrison, MI 48625
Well DrillingWell MaintenanceWater System Troubleshooting

Dodd & Son Well Drilling, LLC

Active Driller
Harrison, MI 48625
Well DrillingPump InstallationWell Maintenance+1 more

F & F

Prudenville, MI 48651
Well DrillingPump RepairWell Rehabilitation+1 more

Freeman & Son Well Drilling

Beaverton, MI 48612
Well DrillingWell Maintenance

Meihls Well Drilling & Repair

Active Driller
Sterling, MI 48659
Well DrillingPump ServicesConstant Pressure Systems+4 more

Peterson Well Drilling

Active Driller
Harrison, MI 48625
Well DrillingResidential Well DrillingCommercial Well Drilling+4 more
Ringley's Lake George Well Drilling (C&R Drilling) logo

Ringley's Lake George Well Drilling (C&R Drilling)

5.0 (5)
Lake George, MI 48633
Well DrillingPump ServicesWell Maintenance

Tnt Well Services

Harrison, MI 48625
Well DrillingPump InstallationExploration

A & A Water Well Drilling

Mio, MI 48647
Well DrillingPump InstallationPump Repair+2 more
Aten Well Drilling logo

Aten Well Drilling

Active Driller
Manton, MI 49663
Well DrillingExcavation
B & B Well Drilling logo

B & B Well Drilling

Active Driller4.6 (5)
Linwood, MI 48634
Well DrillingPump ServicesPump Repair+3 more
Bigard & Huggard Drilling Inc logo

Bigard & Huggard Drilling Inc

4.6 (5)
Mt Pleasant, MI 48858
ExcavationExploration DrillingProduction
Brad Malley Well Drilling Inc logo

Brad Malley Well Drilling Inc

Active Driller
Mt Pleasant, MI 48622
Well DrillingMud RotaryPump Installation+3 more
Chad Malley Well Drilling logo

Chad Malley Well Drilling

Active Driller
Rosebush, MI 48878
Well DrillingPump InstallationWell Maintenance+6 more

Courtright Water Wells Inc

Active Driller
Mecosta, MI 49332
Well MaintenanceFiltrationWater Softening

Dan's Well Drilling

Active Driller
Kawkawlin, MI 48631
Residential Well DrillingPump InstallationWell Maintenance+1 more
Daves Well Drilling & Pump logo

Daves Well Drilling & Pump

Active Driller2.3 (3)
West Branch, MI 48661
Well DrillingPump InstallationPump Repair+3 more
Daves Well Drilling & Pump Services logo

Daves Well Drilling & Pump Services

Active Driller
Rose City, MI 48654
Well DrillingPump ServicesPump Repair+1 more

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Well records near Gladwin

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View Local Geology Report

A geological estimate for the Gladwin area.

Typical Well Depth
105 ft
Static Water Level
17 ft
Recommended Method
Rotary - Mud Circulation

Detailed Summary

Based on a representative sample of Gladwin County well logs, a typical geological cross-section begins at the surface with a thin sand, topsoil, or sand/clay/gravel mix, immediately underlain by several thick clay units occasionally interbedded with sand or sand/gravel. Coarse sand, sand & gravel, or sandy clay units commonly provide water-bearing aquifers, typically between 60–150 ft, used for residential supply. In deeper wells (>150–200 ft), thick clay, shale, and sandstone formations are observed, forming the base of the glacial drift and defining deeper aquifer zones. Static water levels typically range between 10–26 ft below grade for most residential wells. The rotary drilling method with PVC casing and bentonite slurry grout is standard. The most probable yield-producing aquifers for residential supply are the coarse sand or sand/gravel units (generally 70–150 ft deep). High-capacity or bedrock wells may target sandstone or sand/gravel zones at greater depths (down to 280–400 ft).

Expected Geological Layers

Depth (Feet)Formation TypeDescriptionCharacteristics
05 ftTopsoil or Sand/GravelTopsoil, sand, or sandy gravel mixed, sometimes with stonesColor: brown/yellow
Hardness: soft
530 ftClay (occasionally sandy or with gravel)Firm clay, sometimes brown, gray, or with gravel/sand admixtureColor: brown, gray, yellow
Hardness: firm to stiff
3070 ftSand (fine/medium; with or without silt/clay lenses)Fine to medium sand, may be interbedded with thin clay or silt, sometimes coarse, often water-bearingColor: yellow, tan
Hardness: loose to medium
70120 ftClay/Clay & Sand (glacial)Predominantly gray or blue clay, with interbeds or lenses of sand or sandy clay; low permeabilityColor: gray, blue
Hardness: stiff
120150 ftSand/Sand & Gravel (coarse)Coarse sand and/or sand with gravel, major aquifer zone for residential wells, saturatedColor: tan, brown
Hardness: loose
150200 ftClay (with sandy intervals)Dense clay, can be hard/gray/blue, sometimes mixed with sand/gravel; acts as an aquitard above deeper bedrock unitsColor: gray, blue
Hardness: very stiff
200250 ftShale/Clay & Shale/Sandstone (Bedrock sequence begins)Interbedded gray/black shale and some sandstone, marking transition into bedrock - only relevant for deeper, high-capacity or municipal wellsColor: gray, black
Hardness: hard
250400 ftSandstone (with shale)White or red sandstone, sometimes with intervening gray shale, consolidated rock, deep confined aquifer potentialColor: white, red, gray
Hardness: hard

Frequently Asked Questions

A typical residential well in the Gladwin area is drilled to approximately 105 feet to ensure a reliable water supply of 5-15+ gallons per minute.

The static water level, or water table, is typically found around 17 feet below the surface in this region.

Based on a representative sample of Gladwin County well logs, a typical geological cross-section begins at the surface with a thin sand, topsoil, or sand/clay/gravel mix, immediately underlain by several thick clay units occasionally interbedded with sand or sand/gravel. Coarse sand, sand & gravel, or sandy clay units commonly provide water-bearing aquifers, typically between 60–150 ft, used for residential supply. In deeper wells (>150–200 ft), thick clay, shale, and sandstone formations are observed, forming the base of the glacial drift and defining deeper aquifer zones. Static water levels typically range between 10–26 ft below grade for most residential wells. The rotary drilling method with PVC casing and bentonite slurry grout is standard. The most probable yield-producing aquifers for residential supply are the coarse sand or sand/gravel units (generally 70–150 ft deep). High-capacity or bedrock wells may target sandstone or sand/gravel zones at greater depths (down to 280–400 ft).