Commercial Water Wells (Type 2 or 3)
In areas where public water supply is not available, businesses must install a well to pump groundwater to their facility.
Type 2 Non-transient
A Type 2 Non-transient Non-community Public Water Supply serves not less than 25 of the SAME people for at least six months per year (e.g., schools, industries, places of employment).
Type 2 Transient
A Type 2 Transient Non-community Public Water Supply Serves not less than 25 people OR not less than 15 connections for at least 60 days per year (e.g., hotels and restaurants with less than 25 employees, campgrounds).
Type 3
Type 3 Public Water Supplies comprise all those that are not Type I or Type II Public Water Supplies; serve less than 25 people AND 15 connections, or operate for less than 60 days per year.
How to Apply for a Well Permit
New Construction - Commercial Well Permit
Submit a complete LCHD Well and Septic Permit Application to LCHD’s Environmental Health Division in-person, by mail, by email, or online.
Well & Septic Permit Applications must include:
- Documentation of permanent street address (for new construction only)
- Address Assignment Forms are provided by Livingston County GIS
- Copy of an accurate plot plan (Example)
- Checklist for Commercial Facilities
- EGLE Permit Application and Calculating Peak Water Demand Worksheet
- Water Supply Permit Fees
Once submitted, an Environmental Health Specialist will review the application and contact you if additional information is needed. Approved permits will be issued by email (or mail if email is unavailable).
View your permit for further instructions, including inspections and/or water testing requirements.
Have questions? Email health@livgov.com.
Property Additions & Modifications - Commercial Well Permit
If you are on a well and/or septic system and are planning to do an addition or modification to your property, you must apply for a site review.
Application for EH Review of Property Additions and Modifications
Have questions? Email health@livgov.com.
Resources
Water Quality Testing – Once the well is installed, the water must be tested to show it is safe. Learn more about how to test your water and disinfect your well.
Water Well Isolation Distance Deviations – If isolation distances cannot be maintained from the new well location to potential sources of contamination, then a written request for deviation is required.
EGLE Large Withdrawal – This application is required if potential water well capacity is > 70 gpm.
EGLE Capacity Development – Pertains to Type 2b Non-transient only. Type 2 Non-community Water Supplies are also classified according to their water production.
- Type 2a Water Supplies have an average production during the maximum month equal to or greater than 20,000 gallons per day.
- Type 2b Water Supplies produce less than 20,000 gallons per day during the peak month.
Water Well Viewer
EGLE’s mapping application allows users to view water wells in a geographical area on a map. Retrieve one well record or a series of records. You can also find well depths, wellhead protection areas, and sites of environmental contamination.
Frequently Asked Questions
What tests do new wells need?
Once the well is installed, the water must be tested to show it is safe. Sample bottles are available from a Certified Drinking Water Laboratory.
Certified Drinking Water Labs in Livingston County:
Brighton Analytical
2105 Pless Drive
Brighton, MI 48116
(810) 229-7575
Water Tech
718 S. Michigan Ave
Howell, MI 48843
(517) 548-2505
At a minimum, new wells must be tested for:
- Bacteria – must be negative
- Nitrates – must be 10 parts per million (ppm) or less
- Arsenic – must be 10 parts per billion (ppb) or less
Packaging and shipping water samples: MDEQ Video about Thermal Preservation of Water Samples
What are typical water supply system components?
- Casing: The casing is a tube in the ground that houses the well pump and the pipe that moves water from the pump to the surface. It also prevents the hole from collapsing, and keeps contaminants from entering the water supply. Modern well casings are typically five inch plastic (PVC) pipe, or in some instances four inch steel pipe.
- Cap: The cap is the top of the well casing. The cap must end at least one foot above ground so it is not subject to flooding. The cap usually has a screened vent to prevent insects from entering the well.
- Pump: The well pump draws water up the hole and pushes it into the home. The well pump is usually submersible. This means the pump is installed in the well casing several feet below ground, making it operate more quietly.
- Pressure Tank: The pressure tank is usually a 3-4 foot tall cylinder located in the home (usually in the basement). It stores water and distributes it through the home. The tank can also serve as additional storage for low-yield wells. The pressure switch located at the tank controls the pumps on/off cycle.
- Pitless Adapter: The pitless adapter is a plumbing fitting that attaches to the well casing and routes the water supply line from the pump to the home. It is installed approximately four feet below ground so it is not subject to freezing. Before these were invented, old wells often terminated below ground in pits, or basement off-sets. Pits are no longer necessary, hence the name pitless adapter.
- Screen: The screen is at the very bottom of the well, attached to the casing. It keeps sand and gravel out of the well while allowing groundwater to flow into the well. Some wells drilled into bedrock do not need screens since the water travels through crevices in the rock, and there is no sand to filter out.
For questions regarding well, soil evaluations, and/or septic systems, please call/email the assigned Environmental Health point of contact (based on your Township).
Last Modified September 29, 2026




