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Holcombe, Wisconsin

Well Drillers Near Holcombe, Wisconsin

Typical Holcombe-area wells encounter a thick surficial sand and/or sandy gravel deposit underlain by clay/hardpan, transitioning to granitic bedrock at depth.

Showing contractors within 60 miles of Holcombe. 44 results found.

Typical depth
80 ft
Water table
15 ft
Contractors
44

44 Contractors

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Willmarth Well & Pump Services logo

Willmarth Well & Pump Services

Active Driller
Holcombe, WI 54745
Well DrillingPump ServicesPump Installation+3 more

Atwood Well Drilling & Repairs

Bruce, WI 54819
Well DrillingWell MaintenanceComplete Systems

Darrell's Pump Services

Chippewa Falls, WI 54729
Well DrillingWell MaintenanceExcavation
Kramer Well Drilling, LLC dba Kramer Service Group logo

Kramer Well Drilling, LLC dba Kramer Service Group

Active Driller
Weyerhaeuser, WI 54895
Well DrillingPump ServicesGeothermal Services+2 more
Midwest Well Drilling LLC logo

Midwest Well Drilling LLC

Active Driller
CORNELL, WI 54732-6100
Well DrillingResidential Well DrillingCommercial Well Drilling+9 more
Midwest Well Drilling LLC logo

Midwest Well Drilling LLC

Active Driller
Cornell, WI 54732
Residential Well DrillingCommercial Well DrillingPump Installation+2 more

Wettstein Well Drilling and pump service

Cadott, WI 54727
Well DrillingPump InstallationPump Repair+2 more
Aqua-Service logo

Aqua-Service

Active Driller
CAMERON, WI 54822-
Well DrillingResidential Well DrillingWell Design

Asure Flow Well and Pump Service

Fall Creek, WI 54742
Well DrillingPump InstallationFiltration+3 more
Brunner Well Drilling LLC logo

Brunner Well Drilling LLC

Active Driller
Medford, WI 54451
Pump ServicesHydrofracturingWell Abandonment+2 more

Cook's Well Service

Cameron, WI 54822
Residential Well DrillingCommercial Well DrillingLivestock Well Drilling+4 more

Fedie Well Drilling & Pump Services

Active Driller
Cameron, WI 54822
Well DrillingPump InstallationPump Repair+3 more
H2o Well Drilling & Pump Services logo

H2o Well Drilling & Pump Services

Active Driller
EAU CLAIRE, WI 54701-
Well DrillingResidential Well DrillingCommercial Well Drilling+6 more
KARNOSH WELL DRILLING logo

KARNOSH WELL DRILLING

PHILLIPS, WI 54555-
Well DrillingResidential Well DrillingCommercial Well Drilling+1 more
Kelly Oium Well Drilling & Pmp logo

Kelly Oium Well Drilling & Pmp

Strum, WI 54770
Well DrillingPump ServicesWell Abandonment+2 more
Ken Olson Well Drilling & Pump Service, Inc. logo

Ken Olson Well Drilling & Pump Service, Inc.

Lake Hallie, WI 54703
Well DrillingPump ServicesPump Installation+2 more

KRAMER WELL DRILLING LLC

Active Driller
Weyerhaeuser, WI 54895
Well DrillingPump ServicesClosed Loop Systems+1 more

Mark's Pump and Pressure Service

Barron, WI 54812
Well DrillingPump ServicesWell Maintenance+2 more

Red cedar well service

5.0 (4)
Colfax, WI 54730
Well DrillingPump ServicesWell Maintenance+4 more

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View Local Geology Report

A geological estimate for the Holcombe area.

Typical Well Depth
80 ft
Static Water Level
15 ft
Recommended Method
Rotary - Mud Circulation

Detailed Summary

In the Holcombe region, the most common geological profile observed in well logs starts with surficial sand, sandy gravel, or gravelly clay layers, extending from ground surface to approximately 20-45 feet deep. This is often followed by a thick interval of firm clay or hardpan (occasionally alternating with gravel), extending down to 60-90 feet. Below this, in most Holcombe wells drilled over 100 feet, drillers consistently report black, brown, or gray granite bedrock, generally encountered between 40 and 90 feet, and extending to at least 160-300 feet depending on the well. This granitic bedrock underlies the unconsolidated sediments and constitutes the main aquifer for higher capacity wells. Shallow wells in the area are generally completed in the final layers of sand, sandy gravel, or occasionally within granite, depending on the required water yield. Static water levels typically range from 5 to 36 feet below surface. The most common drilling method is rotary with mud circulation.

Expected Geological Layers

Depth (Feet)Formation TypeDescriptionCharacteristics
01 ftTopsoilSandy/brown soil, locally with minor stonesColor: Brown
Hardness: Soft
123 ftSand & Gravel, with local ClaySandy or gravelly clay, sometimes with stones; locally described as hardpan or firm clayColor: Brown/gray
Hardness: Soft to firm
2345 ftClay / HardpanFirm hardpan or dense clay, may include local gravel seamsColor: Gray to tan
Hardness: Hard/Firm
4590 ftGranite (weathered/partially decomposed)Partially decomposed brown/black/gray granite, occasionally softer red layers or mixed with sand/gravelColor: Black, brown, gray, with local red
Hardness: Firm to hard
90225 ftGranite (fresh, hard rock)Hard to firm black, gray, or brown granite bedrock forming the regional aquiferColor: Black/gray/brown
Hardness: Hard

Frequently Asked Questions

A typical residential well in the Holcombe area is drilled to approximately 80 feet to ensure a reliable water supply of 5-15+ gallons per minute.

The static water level, or water table, is typically found around 15 feet below the surface in this region.

In the Holcombe region, the most common geological profile observed in well logs starts with surficial sand, sandy gravel, or gravelly clay layers, extending from ground surface to approximately 20-45 feet deep. This is often followed by a thick interval of firm clay or hardpan (occasionally alternating with gravel), extending down to 60-90 feet. Below this, in most Holcombe wells drilled over 100 feet, drillers consistently report black, brown, or gray granite bedrock, generally encountered between 40 and 90 feet, and extending to at least 160-300 feet depending on the well. This granitic bedrock underlies the unconsolidated sediments and constitutes the main aquifer for higher capacity wells. Shallow wells in the area are generally completed in the final layers of sand, sandy gravel, or occasionally within granite, depending on the required water yield. Static water levels typically range from 5 to 36 feet below surface. The most common drilling method is rotary with mud circulation.