We Go Where
the Water Is.

Before a single drill bit touches ground, we pull county well logs, review USGS geologic maps for your township, and walk the property with a resistivity meter to locate the most promising aquifer. We're looking for fractured limestone, sand lenses, or sandstone formations — the geology tells us where to aim before we mobilize.

Every well in this state requires a permit before drilling begins — no exceptions. We handle the state Water Well Permit, any required county health department review, and calculate required setbacks from septic systems, fuel tanks, and property lines. We've filed hundreds of permits in 31 counties and know which offices move fast and which ones you need to call on day three.

Our CME-75 truck-mounted rotary rig arrives with the water tanker and tool truck. We set up on the drill pad — typically a 40×40 ft cleared area — and rig up the drill string: tri-cone bits for unconsolidated formations, DTH hammer bits for hard limestone. The rotary table is leveled, the mud pit is dug, and the first joint of drill pipe is made up and ready to turn.

Drilling begins at the surface and works down through topsoil, clay, shale, and into the bedrock formation. In this region, that typically means going through 40–80 feet of overburden before hitting limestone. We log the formation every 10 feet — rock type, color, hardness, water shows — building a record of exactly what's down there. When we hit a productive aquifer, yield is measured and recorded.

Once target depth is reached, we run Schedule 80 steel casing from surface to the top of the productive zone. Centralizers keep the casing centered in the borehole. Then we pump neat cement grout — not bentonite, not grout mixed with sand — from the bottom of the annulus to surface using a tremie pipe. This sanitary seal is what prevents surface water from migrating down and contaminating your aquifer.

We size the pump to your yield and your demand. A household well with 2 GPM yield doesn't need a 2 HP pump — it needs a storage strategy and a correctly sized pressure tank. We install Franklin Electric submersible pumps on polyethylene drop pipe, set the pitless adapter through the casing wall below frost depth, and connect to your pressure tank and pressure switch. Every electrical connection is waterproofed and torqued to spec.

The well is disinfected with a measured chlorine solution, allowed to purge, then sampled using state-certified protocols. Residential wells are tested for total coliform, E. coli, and nitrates at minimum — the health department baseline. We recommend a broader panel that includes arsenic, manganese, iron, hardness, and pH. Results come from a certified lab with a chain-of-custody record. We walk you through every number before we hand over the well report.