Well Drilling Comparison Hub
Side-by-side comparisons of well drilling methods, pump types, casing materials, and decision frameworks for Utah property owners.
All Comparisons (8)
A drilled well uses a powered rotary rig to bore hundreds or thousands of feet through soil and rock; a driven well hammers a small-diameter pipe with a screen point into shallow saturated sediment. In almost every part of Utah, only a drilled well will reach reliable, year-round groundwater — but driven wells still have a few narrow use cases.
Submersible pumps hang below the water level and push water up. Jet pumps sit above ground and use a venturi to suck water up. For modern Utah wells deeper than about 25 feet, submersibles win on every measure that matters — but jet pumps still appear in some shallow legacy installations.
A deep well taps a confined or deeper unconfined aquifer hundreds of feet down. A shallow well draws from the upper water table, typically less than 50 feet. In Utah, the dependable, drought-resistant water is almost always deep — but cost and geology vary by basin.
Many rural Utah owners can choose between drilling a private well or paying to extend a city water main. The right answer depends on the connection cost the utility quotes you, your daily water use, and how long you plan to own the property.
Single-phase power is the standard residential service in rural Utah. Three-phase power runs larger pumps more efficiently and is the norm for agricultural and commercial wells. The right choice depends on your pump horsepower and what your utility actually delivers to the property.
When a Utah well loses yield or starts pumping sediment, you have two paths: rehab the existing well or drill new. The right answer depends on casing condition, water-right portability, and the cost-per-year math. Here's the quick side-by-side.
Residential wells serve a single home; commercial wells serve businesses, multi-family buildings, hospitality, and light industrial. The differences run beyond size — permits, casing, water-right volume, and inspection requirements all shift.
Both are agricultural wells, but they're engineered very differently. An irrigation well is sized for short, very high-volume bursts to feed pivots or flood checks. A livestock well is sized for steady, modest flow into troughs and tanks. Mixing the two up wastes money or starves the operation.