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Allendale, Michigan

Well Drillers Near Allendale, Michigan

Allendale's typical subsurface sequence is sand (often with clay/gravel), then thick clay with occasional sand/gravel layers, and finally sandstone/bedrock. Most residential wells draw from sand or fractured sandstone aquifers at 40–80 ft or at 150–180+ ft depths, yielding 5–18+ GPM.

Showing contractors within 60 miles of Allendale. 84 results found.

Typical depth
60 ft
Water table
40 ft
Contractors
84

84 Contractors

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De Wind Wells & De Watering logo

De Wind Wells & De Watering

2.4 (5)
Zeeland, MI 49464
Well DrillingEmergency Water ServicesAgricultural Irrigation Wells+3 more
Dewind Water Well Service logo

Dewind Water Well Service

Zeeland, MI 49464
Well DrillingResidential Well DrillingCommercial Well Drilling+16 more
Raymer Water Wells logo

Raymer Water Wells

Active Driller
Marne, MI 49435
Residential Well DrillingMunicipal Well DrillingIndustrial Well Drilling+14 more
Sytsma Well Drilling logo

Sytsma Well Drilling

Active Driller
Allendale, MI 49401
Well DrillingResidential Well DrillingCommercial Well Drilling+4 more
WEST SHORE WELL logo

WEST SHORE WELL

Active Driller
zeeland, MI 49464
Well MaintenanceWell DisinfectionBacteria/Coliform Testing+5 more
Bayes Water Treatment logo

Bayes Water Treatment

5.0 (5)
Sparta, MI 49345
Well DisinfectionWater TestingFiltration+2 more

Bob Wahlfield Drilling

Sparta, MI 49345
Residential Well DrillingCommercial Well DrillingPump Installation+3 more
Central Wells & Pumps LLC logo

Central Wells & Pumps LLC

Active Driller
Muskegon, MI 49444
Residential Well DrillingCommercial Well DrillingIndustrial Well Drilling+5 more
EDAC Drilling Co logo

EDAC Drilling Co

Holland, MI 49424
Air RotaryMud RotaryHollow Stem Auger+4 more
GONYON WELL DRILLING logo

GONYON WELL DRILLING

Muskegon, MI 49442
Well DrillingPump InstallationWell Maintenance+1 more

Grabe Water Well Drilling

Muskegon, MI 49442
Well DrillingPump Installation
Hecksel Water Well Drilling logo

Hecksel Water Well Drilling

Coopersville, MI 49404-9417
Well DrillingPump ServicesConstant Pressure Systems+2 more

Jr Water Well Drilling

Grand Rapids, MI 49509
Well DrillingPump InstallationWell Maintenance
Kelley Dewatering and Construction Co logo

Kelley Dewatering and Construction Co

Active Driller
Wyoming, MI 49548-5655
Dewatering Wells
Koops Well Drilling Inc. logo

Koops Well Drilling Inc.

Active Driller
Holland, MI 49423
Well DrillingWell Maintenance
L. Denton Water Well logo

L. Denton Water Well

Active Driller
Grant, MI 49327
Well DrillingPump ServicesPump Repair+1 more
M & J Water Wells logo

M & J Water Wells

Active Driller
Casnovia, MI 49318
Well DrillingResidential Well DrillingCommercial Well Drilling+3 more
Mateco Drilling Co logo

Mateco Drilling Co

5.0 (2)
Grand Rapids, MI 49505
Sonic DrillingMonitoring WellsGeotechnical
Mateco Drilling Company logo

Mateco Drilling Company

Rockford, MI 49341-7828
Hollow Stem AugerDirect Push / GeoprobeSonic Drilling+3 more
Midwest Geothermal LLC logo

Midwest Geothermal LLC

Active Driller
Grand Rapids, MI 49548-7522
Closed Loop SystemsVertical Loop InstallationHorizontal Loop Installation+3 more

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View Local Geology Report

A geological estimate for the Allendale area.

Typical Well Depth
60 ft
Static Water Level
40 ft
Recommended Method
Rotary - Mud Circulation

Detailed Summary

A representative geological profile for Allendale and nearby Ottawa County areas, based on sampled well logs, generally begins with a surficial sand or sand-with-clay/gravel unit (10–30 ft), followed by a substantial clay or clay with layers of sand or gravel (80–130 ft total). Some wells encounter interbedded sand or sand/gravel below this (down to 150–175 ft). The reliable high-yield aquifer is most often a sandstone or sand/bedrock layer beginning near 150–180 ft and extending as deep as the wells were drilled, sometimes >200 ft. Most residential wells tap shallower sand aquifers (~40–80 ft), but notable numbers are completed in deeper sandstone for either higher flow or in areas where shallow sand yields are insufficient.

Expected Geological Layers

Depth (Feet)Formation TypeDescriptionCharacteristics
02 ftTopsoil or surficial sandSandy loam or loose brown sand; occasional thin clay capColor: Brown
Hardness: Soft
215 ftSand (with possible clay or gravel)Medium to coarse sand, sometimes intermixed with clay or gravel lensesColor: Yellow to gray
Hardness: Soft to medium
15135 ftClay (with sand/clay/gravel interbeds)Predominantly gray or brown clay, with occasional sand, silt, or gravel seams; minor hardpan sections; area variability but clay dominatesColor: Gray, brown
Hardness: Hard to very hard in places
135155 ftSand/gravel with clay interbedsSandy gravel and clay, increasingly coarse towards baseColor: Gray/yellow
Hardness: Medium
155180 ftHardpan, dense clay or sandy claystoneDense, compact hardpan and/or sand-cemented layers, locally containing iron or sandstone nodulesColor: Gray
Hardness: Very hard
180220 ftSandstone / bedrock aquiferSoft to moderately hard, gray sandstone or limestone; yields high flows where fractured, widely used for bedrock wellsColor: Gray
Hardness: Hard

Frequently Asked Questions

A typical residential well in the Allendale area is drilled to approximately 60 feet to ensure a reliable water supply of 5-15+ gallons per minute.

The static water level, or water table, is typically found around 40 feet below the surface in this region.

A representative geological profile for Allendale and nearby Ottawa County areas, based on sampled well logs, generally begins with a surficial sand or sand-with-clay/gravel unit (10–30 ft), followed by a substantial clay or clay with layers of sand or gravel (80–130 ft total). Some wells encounter interbedded sand or sand/gravel below this (down to 150–175 ft). The reliable high-yield aquifer is most often a sandstone or sand/bedrock layer beginning near 150–180 ft and extending as deep as the wells were drilled, sometimes >200 ft. Most residential wells tap shallower sand aquifers (~40–80 ft), but notable numbers are completed in deeper sandstone for either higher flow or in areas where shallow sand yields are insufficient.