Providing expert water well drilling and pump services throughout Central Indiana since 1902.

1. Iron (Orange or Rust Stains)
Iron leaves reddish-orange stains on sinks, tubs, toilets, and laundry. It often appears in wells in Madison, Delaware, and Henry counties.
Cause: Naturally occurring iron in groundwater or oxidized iron once it reaches air.

2. Sulfur (Rotten Egg Smell)
The rotten egg odor usually means hydrogen sulfide gas or sulfur-producing bacteria.
Common in deeper wells in Hamilton and Tipton counties.

3. Hard Water (Calcium & Magnesium)
Nearly every county in Central Indiana has hard water.
Signs: Scale buildup on fixtures, cloudy spots on dishes, shorter appliance lifespan.

4. Sediment or Sand
Cloudy or gritty water may indicate:

• A dropping water table
• A failing screen
• Aquifer disturbance after storms
• Pump set too low

5. Low pH (Corrosive Water)
More common in rural areas, causing pipe corrosion and metallic tastes.

Why Water Quality Varies From One Home to Another
Even homes in the same area can have completely different water chemistry. That’s because:

• Aquifers vary across short distances
• Soil layers differ dramatically
• Wells draw from different depths
• Seasonal rainfall impacts water chemistry
• Older wells may have deteriorated screens or fittings

Central Indiana groundwater isn’t uniform — and that’s exactly why diagnosis matters.

How to Diagnose the Issue
A licensed professional will use a combination of:

• On-site water sampling
• Flow and pressure testing
• Aquifer depth evaluation
• Drop pipe inspection
• Pump performance analysis
• Water chemistry testing (iron, sulfur, hardness, pH, bacteria)

Treatment Options Based on the Problem:
Iron

• Iron filters
• Sediment filtration
• Oxidation systems
• Chlorination (for bacteria-based iron problems)

Sulfur

• Shock chlorination
• Iron Filters
• Aeration systems
• Activated carbon filtration
• Hydrogen peroxide systems

Hard Water

• Water softeners
• Scale reduction systems

Sediment

• Sediment filters
• Screen rehabilitation
• Pump repositioning

Final Thoughts
Water quality issues are common — but fixable. Proper diagnosis is the key to finding the right solution, and the proper diagnosis starts with hiring an experienced, licensed professional.

A “rotten egg” smell coming from your water can be alarming — but it’s one of the most common issues well owners report in Anderson, Noblesville, Lapel, Muncie, Pendleton, Tipton, Fishers, Westfield, Elwood, and Alexandria. Fortunately, the cause is usually identifiable and fixable. 

What Causes Rotten Egg Odor?
1. Hydrogen Sulfide Gas (H₂S)
This naturally occurring gas is the most common cause of sulfur odor. It is often found in deeper aquifers.
2. Sulfur-Reducing Bacteria
These bacteria feed on naturally occurring minerals and release sulfur-like smells as byproducts.
3. Water Heater Issues
The anode rod in your water heater may react with minerals, creating odor only in hot water.
4. Seasonal Changes
Heavy rain or drought can alter groundwater chemistry temporarily.

Where in Central Indiana Is Sulfur Most Common?

• Hamilton County: deeper wells often tap into sulfur-producing formations
• Tipton County: clay and shale layers create low-oxygen environments
• Madison & Delaware counties: sulfur may appear after heavy rainfall or aquifer shifts

Every area experiences sulfur differently based on geology.

How to Diagnose the Problem:

• Water testing (sulfur, bacteria, iron, pH)
• Wellhead inspection
• Drop pipe evaluation
• Water heater assessment
• Aquifer analysis based on local well logs

Treatment Options:

• Shock Chlorination: Effective when sulfur is caused by bacteria
  
• Iron Filters: Introduce oxygen to remove sulfur gas.
  
• Activated Carbon Filters: Remove odors for moderate sulfur levels.
  
• Hydrogen Peroxide Systems: Highly effective for persistent sulfur.
  
• Water Heater Anode Replacement: Effective if odor only occurs in hot water.

Final Thoughts
A rotten egg smell doesn’t mean your water is unsafe — but it does mean your system needs attention. With the right diagnosis by a licensed professional, sulfur issues can be permanently resolved.

Municipal wells are the backbone of community water systems in Anderson, Lapel, Pendleton, Noblesville, Tipton, Muncie, Elwood, Alexandria, Fishers, and Westfield. When a municipal well fails, residents can experience service interruptions, pressure drops, or water quality changes. 

Common Causes of Municipal Well Failure:
1. Screen Encrustation & Mineral Buildup
High mineral content can slowly choke screens, reducing GPM output.
2. Pump or Motor Failure
Continuous-duty pumps eventually wear down under nonstop operation.
3. Casing Corrosion or Structural Damage
Especially in older municipal wells.
4. Aquifer Decline or Seasonal Drawdown
High-demand periods can lower water tables temporarily.
5. Electrical or Control System Malfunctions
A surprisingly common cause of shutdowns.
6. Sediment Intrusion
Caused by aquifer changes, screen tears, or aging wells.
7. Bacterial Contamination
Often the result of wellhead or structural issues.

Preventive Measures to Protect Municipal Wells:
1. Regular Capacity (GPM) Testing
Tracks aquifer performance and identifies early decline.
2. Downhole Video Inspections
Reveals casing problems, scale buildup, or screen damage.
3. Chemical Cleaning & Redevelopment
Removes mineral buildup and restores flow rates.
4. Electrical Diagnostics
Prevents pump control failures.
5. Scheduled Pump & Motor Evaluations
Predicts failure before it happens.
6. Emergency Response Protocols
Ensures backup service during outages.

Local Geological Considerations:
Madison & Delaware Counties:
High-yield but sediment-prone aquifers.
Hamilton & Tipton Counties:
Deeper wells → heavier pump loads.
Henry County:
Moderate depths and stable aquifers, but screens still require maintenance.

Busby Drilling’s Municipal Expertise
We support municipalities with:

• High-capacity pump service
• Large-diameter well construction
• Video inspections
• Emergency repairs
• Aquifer performance analysis
• Screen redevelopment
• Grouting and casing upgrades
• Long-term maintenance planning

Final Thoughts
Municipal wells require proactive management, precise engineering, and experienced oversight. With more than a century serving Indiana communities, Busby Drilling keeps municipal water systems safe, reliable, and efficient.

Low water pressure is one of the most common issues homeowners report in Anderson, Noblesville, Muncie, Pendleton, Tipton, Fishers, Westfield, Elwood, and Alexandria. The good news? Most pressure issues are solvable — often without drilling a new well. 

Common Causes of Low Water Pressure
1. Undersized Pump
If your pump isn’t sized appropriately for your depth, aquifer, and household demand, pressure will always struggle.
2. Failing Pressure Tank
A damaged bladder or incorrect air charge leads to rapid cycling and low pressure.
3. Clogged Components
Iron, sediment, or mineral buildup can slowly obstruct:

• Drop pipes
• Fittings
• Screens
• Filters

4. Incorrect Pressure Switch Setting
If the switch is set too low, you’ll feel it at every faucet.
5. Seasonal Groundwater Changes
Wells in Hamilton and Tipton counties may experience slow recovery during dry seasons.
6. Aging Pump
Older pumps lose efficiency over time.

How to Improve Water Pressure: Homeowner Steps
Step 1 — Check Your Pressure Tank
Does the gauge show 30–50 PSI or 40–60 PSI?
If numbers fluctuate or drop suddenly, the tank may be the issue.
Step 2 — Flush Faucets and Aerators
Mineral buildup can reduce flow and mimic pressure issues.
Step 3 — Stagger High-Use Activities
Avoid laundry + dishwasher + showers at the same time if your well recovers slowly.

Professional Solutions for Restoring Pressure
1. Adjusting the Pressure Switch
Properly calibrated settings (cut-in/cut-out) can significantly improve pressure.
2. Upgrading the Pressure Tank
A larger tank creates more consistent flow and reduces stress on your pump.
3. Installing a Constant-Pressure System (VFD Pump System)
A game-changer for homes with:

• Deep wells
• Large households
• Irrigation systems
• Slow-recovering aquifers

Constant-pressure systems deliver city-like water pressure regardless of drawdown.
4. Cleaning or Replacing Clogged Components
Sediment, iron bacteria, or mineral buildup can choke the system.
5. Pump Upgrade or Repositioning
A deeper set or properly sized pump often solves chronic pressure issues.

How Central Indiana Geology Contributes

• Madison/Delaware Counties: Iron buildup is common in older wells
• Hamilton/Tipton Counties: Deeper wells → more pressure loss if pump isn’t sized correctly
• Henry County: Seasonal water table fluctuations influence pressure

Each area requires a tailored approach.

Final Thoughts
Low pressure isn’t a mystery — it’s a diagnosable issue with proven solutions. If none of the recommended homeowner steps does the trick, then hiring a professional can be your best option for restoring strong, consistent water pressure for your home.

Homeowners in Anderson, Muncie, Noblesville, Tipton, Pendleton, Elwood, Alexandria, Fishers, and Westfield often ask whether it’s better to drill a new well or rehabilitate an older one. The right choice depends on well age, structural integrity, aquifer conditions, and pump performance. 

You may benefit from rehabbing your well if:
• The casing is intact but flow has declined
• Sediment or iron buildup is clogging the screen
• The pump is undersized for current demand
• The water table has shifted, but not drastically
• Bacterial contamination can be corrected

Rehab options may include pressure surging, chemical cleaning, screen restoration, pump upgrades, or adjusting the pump depth.

Drilling a new well may be necessary if:
• The casing is severely corroded
• The well is too shallow for modern water demand
• Aquifer output has significantly diminished
• The well can no longer be safely serviced
• There are recurring contamination issues

Wells throughout Madison, Hamilton, Hancock, Delaware, and Tipton counties vary greatly in age and structure. Some older wells from the 1960s–1980s remain reliable, while others require modernization. Before assuming that you need a new well, take the time to hire a professional who can perform detailed inspections, flow tests, and depth analyses to evaluate your options and recommend the right path forward.

​Homeowners in Anderson, Pendleton, Muncie, Noblesville, Tipton, Elwood, Alexandria, Fishers, and Westfield know that Indiana winters can create serious issues for well systems if they aren’t properly protected. Freezing temperatures can damage pipes, restrict water flow, reduce pressure, or even cause pump failure.

Winterizing protects parts of your system including:

• Above-ground lines
• Pressure tanks located in garages or outbuildings
• Well heads, vents, and caps
• Shallow pump houses or utility rooms
• Any exposed plumbing
Common winter issues include:
• Frozen supply lines (most common)
• Pressure switch malfunction
• Cracked fittings or burst pipes
• Pump overheating from restricted flow
• Loss of water pressure during cold snaps

Homes in areas like Madison and Delaware counties with older or shallow well systems may be more vulnerable if insulation and sealing are incomplete. Likewise, outbuildings in Hamilton or Tipton counties often need supplemental heating to protect exposed components.

Winterizing steps include:

• insulating exposed pipes
  
• sealing drafts near pump systems
  
• protecting the well cap
  
• verifying proper pressure settings

Hiring a professional to help you winterize your well may be a good decision, as they can also checks electrical connections pressure tank performance, and pump amperage to ensure winter readiness.

Running out of water can be stressful — especially for homeowners in Anderson, Pendleton, Muncie, Noblesville, Tipton, Lapel, Elwood, and nearby counties. Sudden water loss is usually caused by pump failure, electrical issues, low groundwater levels, or pressure tank problems. 

Common causes of water loss include:

• Pump failure (burnout, wiring issues, seized motor)

• Low water table during drought or peak usage

• Pressure tank malfunction

• Frozen or damaged supply lines

• Clogged intake screens or pipe blockages

First steps you can take:

1. Check your breaker panel — pumps commonly trip breakers.
2. Listen for pump noise — silence may indicate failure.
3. Check your pressure gauge — low readings point to tank or switch issues.
4. Look for signs of freezing around the head of the well casing (winter months).

If none of these restore water, the best next step is a professional diagnosis. Do not try to pull the pump out of the well casing yourself. Many times, when homeowners attempt to pull the pump out of their well, they end up getting the pump stuck, or worse yet, cracking the PVC well casing. If that happens, then what could have been a simple pump repair can turn into the need for a new well. The best approach is to call a licensed well driller to evaluate the problem and get your water flowing again. 
​

We get calls every day from well owners who are experiencing yellow water, low water pressure or no water coming out of their faucets at all. Most of the time, it is an issue with the well, the pump or the pressure tank. However, more and more frequently, the cause of these type of problems is because of a nearby high-capacity well or wells that are drawing down large amounts of water. In these instances, people want to know if they can do anything about it. Below is an excerpt from the Indiana Department of Natural Resources (DNR) that has some helpful information if your well happens to be affected by a neighboring high-capacity well:

“State statute IC 14-25-4 is known informally as the ‘ground water rights law.’ It protects owners of most small-capacity water wells from significant ground water withdrawal facilities. The law defines a significant ground water withdrawal facility as "the ground water withdrawal facility of a person that, in the aggregate from all sources and by all methods, has the capability of withdrawing at least one hundred thousand (100,000) gallons of ground water in one (1) day." One hundred thousand gallons per day equals 70 gallons per minute. High-capacity ground water users may be industries, irrigators, public water supply operators, or quarries. To be protected from a nearby significant ground water withdrawal facility, a small-capacity well must satisfy one of the following criteria:

• The well must be a properly functioning domestic well drilled prior to January 1, 1986.
• If completed after December 31, 1985, the well must be constructed in accordance with rules set forth in 312 IAC 12 Water Well Drilling and Ground Water. These rules require certain minimum pump depths in domestic wells, and they specify how much of the source aquifer must be penetrated.

Indiana law does not protect one small-capacity well owner from another small-capacity well owner.

If your well no longer furnishes its normal supply of water, and if you suspect that the well is being affected by a nearby high-capacity ground water user, submit a written complaint to the director of the Indiana Department of Natural Resources by email at [email protected] or the address provided below. The DNR Division of Water will make an on-site investigation. If the investigation finds evidence that nearby high-capacity pumping has substantially lowered the water level in your small-capacity well, and your well is protected by statute IC 14-25-4, the high-capacity user can be declared liable and may be required to provide you with an alternate water supply.

Send complaint letters to:
Director
Indiana Department of Natural Resources
402 W. Washington Street, Room W256
Indianapolis, Indiana 46204

If you have questions about IC 14-25-4 or 312 IAC 12, contact the Division of Water, Water Rights & Use Section (317-232-4160 or toll free 877-928-3755).”

While that’s good information to have, before you write a letter to DNR, give us a call at 317-773-7128 or 765-642-2092, and we can diagnose whether your problem is due to a neighboring well or is simply an issue with your well, pump or tank.

Also, if you are looking to build or buy a home in a certain area that is not served by city water, we recommend that you do some research so that you can make an informed decision about water availability before you build or buy a home. Call us at 317-773-7128 or 765-642-2092, and we can identify, for free, any high-capacity wells that are in the area where you are looking to build or buy a home.