4.9 Rating
Rated 5 out of 5
Skip to content A Well Pump FAQ Guide for Georgia Residents
The total cost to drill a well in Central Georgia typically ranges from $5,000 to $12,000. This includes:
The final cost depends primarily on how deep the driller needs to go to reach productive water-bearing rock, which varies by county geology.
Well depth in Central Georgia typically ranges from 150 to 300 feet, depending on your location:
Shallow to moderate depth (150-250 feet):
Moderate depth (200-300 feet):
Deeper wells (250-350 feet):
The exact depth needed won’t be known until drilling begins, as it depends on the geology and water-bearing rock formations encountered at your specific location.
Drilling alone: 1-2 days for most residential wells
Complete installation: 4-6 days total, including:
The timeline can vary based on:
Yes. Georgia Code § 12-5-134 requires that a licensed well contractor notify your county health department before drilling begins. The contractor files an “Intent to Drill” form with the county health department.
There is no state permit fee for residential wells, but you must use a licensed well contractor. After drilling, the water must be tested for bacteria before use.
Georgia law requires specific minimum distances from potential contamination sources:
Required setbacks:
Other important considerations:
Water is generally available throughout Central Georgia, so location is more about meeting legal requirements and practical access than finding water.
Most residential wells need to produce 5-10 gallons per minute (GPM) depending on household size:
Most residential wells are 6 inches in diameter. The well’s production capacity depends on the water-bearing rock encountered during drilling, not the size of the hole. Your driller will test the well’s yield after drilling to confirm it meets your household needs.
Well pump replacement typically costs $1,200 to $2,500 depending on:
Cost breakdown:
The deeper your well, the more expensive the replacement because the pump must be pulled from greater depths and more components are involved.
In Central Georgia, water well depths can vary widely based on the geographical and geological conditions of the specific location. While there might be average depths observed, accurate predictions regarding the required depth of a well are not possible until the drilling commences, due to the variability in underground conditions. Always consult with a local well-drilling expert to evaluate the conditions specific to your site.
Yes, you can drill a well on your own property in Georgia if the property is your primary residence, as there are no prohibitions against it in this context. However, if you own property that you are developing for resale, you are not permitted to drill a well or wells on it unless you possess a license as a water well contractor. Always ensure compliance with local and state regulations when considering well drilling.
When you have no water, check these in order:
1. Circuit breaker (check first):
2. Pressure switch:
3. Look for these warning signs:
Common causes and costs:
If basic troubleshooting doesn’t work, the issue likely requires professional diagnosis and repair.
Normal household water pressure is 40-60 PSI. Low pressure can have several causes:
Check these first (easy fixes):
Common mechanical causes:
Pressure switch needs adjustment ($100-$150 to adjust):
Waterlogged pressure tank ($300-$800 to replace):
Aging pump:
Low well water level:
A pump that won’t shut off is a serious problem. Common causes:
1. Water leak (check first):
2. Faulty pressure switch ($150-$300):
3. Waterlogged pressure tank ($300-$800):
4. Failed check valve ($400-$800):
Why this matters: Don’t wait to fix this problem. A pump running constantly will burn out quickly (within months instead of lasting 10-15 years). The sooner you address it, the more likely you can save the pump.
Air sputtering from faucets has several possible causes:
1. Well water level too low (pump above water):
2. Leak in underground pipe:
3. Waterlogged pressure tank ($300-$800):
4. Failed foot valve or check valve ($400-$800):
5. Pump too powerful for well yield:
How to tell the cause:
Well pumps typically last 8-15 years on average, though some can reach 20+ years with proper maintenance.
Lifespan by pump type:
Factors that affect pump life:
Water quality: Sandy or sediment-heavy water wears pumps faster
Usage patterns: Heavy daily use shortens lifespan
Short cycling: Frequent on/off cycling damages pumps (each startup draws 3-5x normal electrical current)
Proper sizing: Correctly sized pumps last longer
Installation quality: Professional installation extends pump life
Signs your pump is nearing end of life:
Sputtering or pulsing water indicates a pressure problem. In 70% of cases, the cause is a waterlogged pressure tank.
Waterlogged pressure tank (most common):
Test your tank:
Other possible causes:
Why you shouldn’t ignore this: Short cycling (pump turning on/off rapidly) burns out pumps quickly. A pump that normally lasts 10-15 years can fail in just 6-12 months from excessive cycling. Fix the tank to save the pump.
Short cycling means your pump turns on and off every 30 seconds to a few minutes instead of running for 3-5 minutes at a time.
Most common cause (80% of cases): Waterlogged pressure tank ($300-$800)
Other causes:
Why short cycling is serious:
What to do: Address short cycling immediately. The longer you wait, the more likely you’ll need a full pump replacement instead of just a tank replacement.
REPAIR if:
REPLACE if:
Example scenario: Your pump is 12 years old. Motor has burned out. Repair estimate is $1,800. New pump installed is $2,200. Better to replace because:
Decision rule: If repair costs more than 50% of replacement cost AND pump is over 10 years old, replacement is usually the smarter investment.
Indications that your well pump may require repair include fluctuations in water pressure, unusual noises originating from the pump, sounds emanating from the pressure tank, water sputtering from faucets, an absence of water, a pump that runs incessantly, elevated utility bills, and the presence of sediment in the water. These signs can denote a malfunctioning well pump and typically warrant a thorough inspection and potential repair.
A well pump typically lasts 8-15 years, though some pumps can reach 20+ years with proper maintenance. Lifespan depends on several factors:
What affects pump longevity:
Signs your pump is nearing end of life:
Replacement vs. repair rule: If your pump is 10+ years old and repair costs exceed 50% of a new pump installation, replacement is usually the better investment.
Yes, allowing a well pump to operate without interruption can lead to overheating and eventually result in burnout. Extended periods of continuous running are detrimental to the pump’s health and longevity. Additionally, if frequent or increased pre-priming is noticed, it’s advisable to seek a professional evaluation to prevent potential issues. It’s vital to monitor well pump usage and ensure it’s not subjected to continuous operation to preserve its functionality and lifespan.
Maybe – you must test to know for sure. Private wells are NOT regulated like city water, so you’re responsible for ensuring your water is safe.
Why testing matters:
Common Georgia well water issues:
Testing recommendation:
Where to test:
Minimum testing schedule:
Annual bacteria test (every year):
W33C Chemical Test (every 3 years):
Test MORE often after:
For new wells:
Where to test:
Remember: Testing is the only way to know your water is safe. Clear, good-tasting water can still contain harmful contaminants.
Brown or discolored water has several possible causes:
Iron (most common):
Manganese:
Sediment:
Iron bacteria:
Tannins:
What to do:
Brown water is a sign something needs attention – the sooner you address it, the better.
The W33C (also called PWCT – Private Well Chemical Test) is a comprehensive water test designed specifically for Georgia private wells by the Georgia Department of Public Health.
What it tests:
Why it’s different from the old W-33 test: The original W-33 test didn’t include arsenic or lead. The W33C was updated to include these after:
When to get it:
Where to get it:
Understanding your results: UGA Extension staff can explain what the numbers mean and if you need treatment. They’ll tell you if levels exceed EPA standards and what health risks (if any) are present.
Remember: The W33C doesn’t replace annual bacteria testing. You still need bacteria testing ($30) every year at your county health department.
Different smells indicate different problems:
ROTTEN EGG / SULFUR SMELL:
Most common well water odor. Caused by hydrogen sulfide gas from sulfur bacteria (bacteria are harmless, but the smell is terrible).
If only HOT water smells:
If ALL water smells:
EARTHY / MUSTY SMELL:
SEWAGE SMELL:
METALLIC SMELL:
CHEMICAL / FUEL SMELL:
What to do about any bad smell:
Most smell problems can be fixed once you identify the cause through testing.
Iron stains come from dissolved iron in Georgia groundwater that oxidizes (rusts) when it hits the air.
How it happens:
Types of iron problems:
Ferrous iron (clear water iron):
Ferric iron (red water iron):
Iron bacteria:
How much iron is a problem:
Cleaning iron stains:
Treatment options:
Water softener ($800-$2,500):
Iron filter ($1,200-$3,000):
Chlorination/oxidation system ($1,500-$4,000):
Cost to treat:
First step: Get your water tested to measure iron levels. Treatment needs depend on how much iron is present and what type (ferrous, ferric, or iron bacteria).
Annual tasks:
Every 3 years:
Every 10-15 years:
As needed:
What you can check yourself:
Most wells are low-maintenance if installed properly. The key is catching small problems early through regular testing and observation.
Yes, but it depends on several factors.
Wells most likely to go dry:
Wells less likely to have problems:
Warning signs during drought:
What “running dry” actually means: Your well isn’t empty—the water level has just dropped below your pump intake. In most cases, wells recover when rainfall returns and recharges the aquifer. According to the USGS, recovery time varies: shallow wells may recover in weeks, deeper wells may take several months.
Options if your well runs low:
Prevention:
Central Georgia generally has reliable groundwater, but shallow wells can be affected during severe, prolonged droughts.
Georgia law requires these minimum distances:
From septic tank:
From drain field (absorption field):
From septic tank suction line:
Other important setbacks:
Why these distances matter: The drain field is where wastewater seeps into the ground. Bacteria, viruses, and nitrates from septic waste can travel through soil and contaminate groundwater. The 100-foot distance from the drain field gives soil enough space to filter contaminants before water reaches your well.
Additional considerations:
What if my existing well is too close? If you have an older property where the well and septic don’t meet current setback requirements, you’re usually grandfathered in. However:
New construction: Licensed well drillers and septic installers know these requirements and will site both systems to meet Georgia regulations and protect your water quality.
The honest answer: Not much, if it’s working properly.
Wells are relatively low-maintenance compared to other home systems. Here’s what actually matters:
Essential (don’t skip these):
Important but not annual:
Only if you have them:
Things you DON’T need to do:
When to call a professional:
The key to well maintenance is paying attention. Most problems show warning signs before they become serious. Test your water annually, and respond promptly to any changes you notice.
Typical depths in Well Watchers’ Central Georgia service area:
Shallow to moderate depth (150-250 feet):
Moderate depth (200-300 feet):
Deeper wells (250-350 feet):
Why depth varies: Different counties have different geology. Some areas hit good water-bearing rock at 150 feet, others need to drill 300+ feet. Your driller won’t know the exact depth needed until they start drilling and find productive water-bearing formations.
What determines final depth:
Important: These are typical ranges, not guarantees. Your specific well could be shallower or deeper depending on what the driller encounters. Two wells 100 feet apart can be different depths based on slight variations in geology.
Cost impact: Drilling costs $25-$35 per foot, so a 200-foot well costs $5,000-$7,000 for drilling alone, while a 300-foot well costs $7,500-$10,500. Total installation (drilling + pump + casing + testing) typically runs $5,000-$12,000 depending on depth.
In Central Georgia: Usually no, but protect above-ground components.
Georgia winters are mild compared to northern states, so frozen wells are rare. However, you should protect exposed equipment during hard freezes:
What to protect:
Well house/pump house (if you have one):
Exposed pipes:
Pressure tank (if in unheated space):
Well vent:
What you DON’T need to do:
During hard freezes (below 20°F for extended periods):
If power goes out in winter:
Bottom line for Central Georgia: Your actual well (the hole in the ground and submersible pump) is naturally protected underground. Just insulate any above-ground components and you’ll be fine. Most well problems in Georgia winters are actually frozen outdoor faucets or exposed pipes, not the well itself.
Don’t compromise on your water’s quality or your well’s performance. Experience the difference of expert well care. Let’s safeguard your water supply together.
