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Grand Marsh, Wisconsin

Well Drillers Near Grand Marsh, Wisconsin

Grand Marsh area wells typically encounter surficial sand overlying variable clay, then coarser sand and gravel, occasionally with finer silts, with sandstone bedrock sometimes present at greater depths.

Showing contractors within 60 miles of Grand Marsh. 47 results found.

Typical depth
60 ft
Water table
22 ft
Contractors
47

47 Contractors

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FEATURED
Sam's Well Drilling logo

Sam's Well Drilling

Active Driller
N9935 Pleasant Rd
Randolph, WI 53956
Well DrillingResidential Well DrillingCommercial Well Drilling+3 more
Wisconsin Well & Water Systems logo

Wisconsin Well & Water Systems

WISCONSIN WELL & WATER SYSTEMS LLC
GRAND MARSH, WI 53936-
Water well drilling (PVC and steel)Geothermal drillingPump installation (submersible and jet)+3 more
Farago Drilled Wells logo

Farago Drilled Wells

Active Driller
229 Short St
Plainfield, WI 54966
Well repairs and new installationsSeptic repairs and new installationsPlumbing repairs and new installations+2 more
Marshall Well Drilling Corp. logo

Marshall Well Drilling Corp.

Active Driller
3774 13th Dr
Wisconsin Dells, WI 53965
New well drillingExisting well servicingWater testing+3 more

Quinnell's Septic & Well Services

1894 Dakota Ave
Friendship, WI 53934
Septic system inspections (for realty sales)Well inspections (for realty sales)Water sampling+1 more
Allied Well, Septic & Pump logo

Allied Well, Septic & Pump

4.2 (5)
1036 Townsend Rd
Waupaca, WI 54981
Well DrillingSeptic SystemsWell Pump Repair+6 more

Bertram-Junemann Well Drilling

Active Driller
2535 Collins Rd
Rudolph, WI 54475
Water well drilling (residential, commercial, industrial)Water well installationWater well servicing and maintenance+1 more
Central Well And Pump Service, Inc logo

Central Well And Pump Service, Inc

PO BOX 405 400 S WOODWARD ST
BRANDON, WI 53919-0405
Pump installations and servicePressure tank installationWell abandonments+2 more
Culligan Total Water of Baraboo logo

Culligan Total Water of Baraboo

2.6 (5)
1501 Lake St
Baraboo, WI 53913
Free basic water testCulligan water system rentalBottled water

DRILLWORX LLC

PO BOX 150
RANDOLPH, WI 53956
Well DrillingHorizontal Directional DrillingPump Installation

DRILLWORX, LLC

N9935 PLEASANT RD
RANDOLPH, WI 53956
Drilling MethodsWater WellHorizontal Directional Drilling

Heeg Well And Pump LLC

Active Driller
5069 County Highway M
Tomah, WI 54660
Well drillingWell pump salesWell pump installation+3 more
JOHNSON WELL DRILLING logo

JOHNSON WELL DRILLING

JOHNSON WELL DRILLING
WAUPACA, WI 54981-
Well DrillingCommercial Well DrillingResidential Well Drilling+8 more
Kouba Group logo

Kouba Group

Active Driller
325 S Park St #2
Reedsburg, WI 53959
Water well drillingExcavation servicesSeptic services+3 more

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Well records near Grand Marsh

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View Local Geology Report

A geological estimate for the Grand Marsh area.

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

Detailed Summary

A synthesis of well logs from Grand Marsh and immediate surrounding areas shows the following common stratigraphic sequence: a surficial blanket of fine to medium sand (sometimes interbedded with yellow or brown soil/loam), underlain by discontinuous clay layers (often grey or brown), followed by alternating units of medium and coarse sand and gravel. The coarser zones typically provide the principal aquifer for residential wells (with 10-15 GPM yields frequently noted). At greater depths, particularly in irrigation/commercial wells, a transition to sandstone bedrock is observed. Static water levels in residential wells are typically 18–28 feet below ground surface. High capacity wells are screened much deeper, corresponding with thick coarse sand and gravel or fractured sandstone aquifers. Construction is dominated by rotary or jetted mud circulation methods, with steel casing to the aquifer zone and grout/bentonite cement for sanitary sealing.

Expected Geological Layers

Depth (Feet)Formation TypeDescriptionCharacteristics
015 ftSandFine to medium (yellow, brown, or white) sand; may include sandy loam or topsoil at surfaceColor: Yellow/Brown/White
Hardness: Soft
1530 ftClayDiscontinuous, sometimes silty, firm to hard clay layer; locally grey or brown; variable thicknessColor: Grey/Brown
Hardness: Firm
3055 ftSandIntermediate to medium sand, can include some finer silts or clay lensesColor: Light brown/yellow
Hardness: Medium
5570 ftSand and GravelCoarse to medium sand and gravel; principal aquifer zone for residential wellsColor: Yellow/White
Hardness: Loose to medium
70120 ftSand and Gravel/Occasional SiltAlternating beds of medium to coarse sand, gravel, and some silty-fine sand, increasing with depth; high-yielding zones likely hereColor: Tan/Yellow/White
Hardness: Varies
120230 ftSand and Gravel (Thick, Coarse)Thick, coarse sand and gravel; high-cap wells target this zone if present; occasional silty and fine sand bedsColor: Tan/Light Brown
Hardness: Medium to loose
230400 ftSandstone (locally present, deeper wells)Cemented yellow/tan sandstone, water bearing; only encountered in deepest wellsColor: Yellow/Tan
Hardness: Hard rock

Frequently Asked Questions

A typical residential well in the Grand Marsh 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 22 feet below the surface in this region.

A synthesis of well logs from Grand Marsh and immediate surrounding areas shows the following common stratigraphic sequence: a surficial blanket of fine to medium sand (sometimes interbedded with yellow or brown soil/loam), underlain by discontinuous clay layers (often grey or brown), followed by alternating units of medium and coarse sand and gravel. The coarser zones typically provide the principal aquifer for residential wells (with 10-15 GPM yields frequently noted). At greater depths, particularly in irrigation/commercial wells, a transition to sandstone bedrock is observed. Static water levels in residential wells are typically 18–28 feet below ground surface. High capacity wells are screened much deeper, corresponding with thick coarse sand and gravel or fractured sandstone aquifers. Construction is dominated by rotary or jetted mud circulation methods, with steel casing to the aquifer zone and grout/bentonite cement for sanitary sealing.