Septic in Grand Rapids, MN

Grand Rapids, MN sits near a string of lakes and pine-clad neighborhoods, where many homes quietly rely on private wastewater systems instead of city sewers. In our area, a solid septic system is a familiar part of everyday living—reliable, unobtrusive, and designed to work with the land you own.

Is septic common in Grand Rapids? Yes. Most homes outside the city sewer service rely on septic systems, and even some houses within town limits were built with private systems or have older, non-municipal connections. If you're buying a home here, it's reasonable to expect a septic system to be part of the property's plumbing. The key is to know the system's conditions and history, not to assume it's just another fixture.

Should I expect septic if I own or buy a home? In the Grand Rapids area, yes—especially if your property sits away from central sewer lines or sits on a larger lot typical of rural-to-suburban parcels. Always check the property listing, ask for sewer or septic records, and verify with the city or county whether the home is on public sewer or private septic. If it's septic, plan for regular upkeep: pump once every 3–5 years on typical family usage, and more often with high-volume loads or frequent back-ups. When buying, request the last inspection report, pump dates, and the tank's size and condition.

Why homes typically use septic systems in Grand Rapids

• Rural and lake-area layouts: Large lots and dispersed homes make centralized sewer expansion costly and impractical.
• Private wells and water safety: Septic systems pair with well water in ways that keep our groundwater and lakes protected when properly designed and maintained.
• Soil and landscape realities: Our varied soils often respond well to well-designed on-site treatment, avoiding the expense of extending sewer lines across wooded and rocky terrain.
• Cost and practicality: For many properties, septic is the most economical, straightforward solution to treat household wastewater right where the home stands.

High-level explanation (why septic exists here)

Septic systems exist here to treat wastewater on-site in a way that works with Minnesota's land and water realities. Properly sized, installed, and maintained systems protect your home, your wells, and our precious lakes. Regular care—timely pumping, keeping hazardous materials out of the drain, and monitoring for signs of trouble—keeps the system dependable for years.

What to keep in mind as a Grand Rapids homeowner

• Know your system type, age, and capacity.
• Confirm last pump date and inspection notes.
• Locate the tank and leach field; avoid heavy compaction over the area.
• Schedule proactive maintenance and address any odors, slow drains, or standing water promptly.
• Budget for replacement or upgrades if the system is aging or sitting on challenging soil.

A practical approach lets you enjoy the lake life and friendly neighborhoods with confidence in your septic system.

Where Septic Systems Are Common in Grand Rapids

Rural and undeveloped areas outside the city sewer

In Grand Rapids, most residential properties inside city limits are connected to municipal sewer, but a large swath of housing sits outside the sewer district. Those parcels typically rely on septic systems because extending public sewer to remote locations isn't practical or cost-effective.

• Forested, hillside, or high-ground lots
• Farmland and hobby-farm properties with acreage
• Subdivisions that were platted before sewer expansion reached the area

Lakefront and vacation properties

Many lakefront and seasonal homes surround Grand Rapids. These properties often use septic because they sit on private lots not served by city sewer. Shoreland zoning in northern Minnesota encourages on-site wastewater solutions where central sewer isn't available, making reliable septic systems the common choice for weekend retreats and year-round lake homes.

• Primary residences on remote lakes
• Seasonal cabins with limited proximity to sewer mains
• Properties with seasonal use where permits and maintenance fit infrequent occupancy patterns

Why septic remains practical here

Geography, infrastructure costs, and local planning realities make septic the standard for many Grand Rapids properties outside municipal sewer.

• Cost and logistics of extending sewer lines to scattered rural and lakefront parcels
• Soil and drainage constraints on some parcels that influence design options
• State and county guidance that supports on-site wastewater treatment where central services aren't feasible

How this shapes homeowner priorities

If you're buying or living on a non-municipal sewer property, the primary focuses are design adequacy, regular maintenance, and long-term performance.

• Ensure system design matches lot conditions and intended use
• Plan for pumped inspections and pump-outs on a predictable schedule
• Protect the drainfield from damage and contamination
• Be mindful of what goes into the system to avoid overloading bacteria and filters

Practical steps for maintaining septic health in Grand Rapids

1. Confirm sewer service status for your property. If you're outside the city sewer boundary, you'll rely on a septic system; inside, you'll follow municipal sewer rules.
2. Hire a licensed septic contractor for installation or upgrades when needed, and to certify system design meets local percolation and setback requirements.
3. Establish a pumping and inspection routine tailored to system size, usage, and local soil conditions. Typical residential systems require pumping every 3–5 years, but properties with heavy loading or advanced systems may need more frequent attention.
4. Protect the drainfield area: plant appropriately, limit heavy vehicle traffic, and avoid driving over the leach field or mounting foundations near it. Use water wisely to reduce hydraulic load.

Official resources

• Minnesota Pollution Control Agency (OWTS guidance and regulations):
• Minnesota Department of Health (onsite wastewater systems overview):
• Itasca County Environmental Health and related wastewater resources: https://www.co.itasca.mn.us/ (county-level guidance and contact points for local septic programs)

Septic vs Sewer: What Homeowners in Grand Rapids Should Know

What the terms mean

In Grand Rapids, MN, you may be on a municipal sewer system or you may rely on an on-site septic system. A septic system treats wastewater on your property, while a sewer system transports wastewater to a centralized treatment plant. The choice affects maintenance needs, monthly costs, and when upgrades or connections might be required.

• Sewer advantages: predictable monthly bills, no on-site pumping, no drain-field management.
• Sewer drawbacks: dependent on city infrastructure and rate changes; outages or overloads can affect your service.
• Septic advantages: lower ongoing costs if well maintained, independence from city outages.
• Septic drawbacks: regular pumping and proper care are essential; a failed septic can be costly and disruptive.

How to tell which system serves your home

1. Check your utility bill or property records. A separate "sewer" charge typically indicates city sewer service.
2. Look for physical indicators: a sewer cleanout or a sewer lateral access near the street, or an underground septic tank and drain field in the yard.
3. Review your property documents or subdivision records for notes about "onsite wastewater" or sewer availability.
4. If you're unsure, contact the Itasca County Health Department or the City of Grand Rapids Public Works to confirm your service type.

Day-to-day maintenance expectations

• Septic system users:
  • Schedule pumping every 3–5 years (more often with heavy use or a smaller tank).
  • Use a licensed septic contractor for inspections, pumping, and repairs.
  • Protect the drain field: no driveways or structures over the field, avoid tree roots, and limit chemical cleaners, solvents, oils, and excess bleach.
  • Only flush toilet paper; avoid flushing wipes, diapers, grease, or médicament containers.
  • Use water wisely: spread out laundry, fix leaks, and install high-efficiency fixtures.
• Sewer system users:
  • Most maintenance is handled by the city; monitor bills for unusual spikes and report odors or backups promptly.
  • During heavy rain, be aware that combined sewer systems (if applicable) can experience overflows or backups; avoid pouring fats or oils down drains.
  • Ensure sump pumps and rainwater drains are not redirected into the sanitary sewer unless permitted, to prevent overloading.

Costs and when to plan for big investments

• Septic pumping and inspection costs vary by contractor and tank size but expect a few hundred dollars every 3–5 years for pumping, plus occasional inspections or field repairs.
• Major septic failures (soil absorption issues, cracked tanks, or failed drain fields) can require costly repairs or replacements, often several thousand dollars.
• If your area switches to municipal sewer or expands service, you may face hookup costs, required connections, and new ongoing sewer charges. Local rules and timing vary by neighborhood and city planning.

When to consider connecting to sewer or replacing a failing system

1. Signs of septic failure: slow drains, sewage odors, gurgling sounds, sewage on the ground, or standing water near the drain field.
2. If city sewer expansion reaches your area, weigh the fixed monthly sewer bill against ongoing septic maintenance and potential replacement costs.
3. If inspections reveal persistent leaks, drain-field saturation, or effluent contamination, plan with a licensed professional and local authorities for a replacement or conversion.
4. Permitting and approvals are typically required for any major septic repair, replacement, or sewer connection—check with the appropriate local authorities early in the process.

Official resources

• Minnesota Department of Health — Septic Systems:
• Minnesota Pollution Control Agency — Wastewater:

Typical Septic System Types in Grand Rapids

Conventional gravity septic systems

• How they work: A septic tank collects solids, liquids move to an underground drain field where effluent percolates through soil.
• Typical components: septic tank, distribution box, absorption field.
• Pros: Usually the lowest upfront cost; familiar to many installers; straightforward maintenance (tank pumping).
• Cons: Requires adequate soil depth and space for the drain field; performance declines with high groundwater, compacted soils, or poor percolation.

Chamber and bed systems

• What they are: Drain-field trenches contain prefabricated plastic chambers or deep-bed assemblies instead of standard gravel trenches.
• Why they're used: Narrower footprint, quicker installation, and sometimes better performance in challenging soils.
• Pros: More efficient use of space; easier shut-off and inspection access; good for properties with limited room.
• Cons: May have higher initial cost than conventional gravity setups; still rely on good soil conditions.

Mound systems

• When they're needed: Used where soil is shallow, has poor percolation, or groundwater is near the surface.
• How they work: A raised "mound" of sand-like material is built over the native soil, with a dosing/pressure distribution system delivering effluent to the mound.
• Pros: Enables septic disposal in challenging sites; can meet regulatory setbacks in high water table areas.
• Cons: Higher installation and maintenance costs; need regular inspection and careful vegetation management on top of the mound.

Aerobic treatment units (ATU) and sand filters

• What they do: ATUs introduce oxygen to the treatment process, producing a higher-quality effluent that often goes to a secondary filtration or sand filter bed.
• Pros: Higher level of treatment; can be used on properties with limited drain-field area or challenging soils; can improve performance in cold climates.
• Cons: More moving parts and energy use; routine servicing and periodic maintenance are essential; higher ongoing costs.

Drip irrigation and evapotranspiration (ET) beds

• How they function: Treated effluent is distributed through low-pressure lines (drip) or planted ET beds that use vegetation and soil to remove moisture and contaminants.
• Pros: Efficient water use in small lots; compatible with landscaped areas and water-conscious homes.
• Cons: Requires carefully designed control systems and ongoing maintenance; not suitable for all soil types or climates without proper sizing.

Other options and local considerations

• Package treatment systems and small-built centralized units may be used in remote or high-density lots with special permitting.
• Itasca County and Grand Rapids area soil and water conditions (depth to groundwater, frost depth, and setback requirements) influence the choice of system. A licensed designer can help tailor a plan to your site.

Planning and selecting a system

• Step 1: Have a soil evaluation done (percolation testing) to understand absorption field suitability.
• Step 2: Check local setbacks, groundwater protection rules, and permitting requirements through MPCA and Itasca County.
• Step 3: Work with a licensed septic designer or installer who understands Minnesota climate and local soils.
• Step 4: Consider future needs, space, and potential expansion when choosing between gravity, mound, ATU, or drip systems.

Maintenance reminders

• Schedule regular pumping (frequency depends on tank size and household usage).
• Inspect for pooling, gurgling, or odor around the system; address issues promptly.
• Keep roots, heavy machinery, and non-approved materials away from the drain field.

Official resources

• MPCA Onsite Wastewater Treatment Systems:
• Itasca County Health Department / Environmental Health: https://www.co.itasca.mn.us

Common Septic Issues in Grand Rapids

High seasonal water table and lakeside sogginess

• Why it happens here: Grand Rapids sits among numerous lakes and moist soils. In spring and after heavy rains, the groundwater level can sit close to or above the drainfield, making it hard for effluent to infiltrate the soil.
• Symptoms to watch for: surface wet spots over the drainfield, strong septic odors near the house, lush green grass or saturated soil above the system.
• Practical steps:
  1. Stagger high-water-use activities (avoid washing full loads of laundry all at once during wet periods).
  2. Have a licensed pro evaluate if a different design is needed (e.g., a mound or advanced treatment system).
  3. Maintain a longer pump-out interval only if the system and soil allow, per technician guidance.
• Official resources: MPCA on onsite wastewater and groundwater considerations; MDH POWTS guidance. |

Soil and site conditions that hinder infiltration

• Why it matters in GR: Soils here can be glacially compacted with clay layers or shallow fills, which slow infiltration and can prematurely saturate the drainfield.
• Symptoms to watch for: standing water near the drainfield after storms, slow drainage, frequent drainfield backups indoors.
• Practical steps:
  1. Get a percolation test or soil assessment from a certified installer to determine suitability.
  2. If soils are restrictive, consider alternatives (e.g., pressure-dosed systems, mound systems) recommended by a pro.
  3. Avoid compacting the soil over the drainfield by heavy equipment or landscaping.
• Official resources: MPCA guidance on soil suitability and system design.

Proximity to wells and water bodies

• Why it matters: Itasca County and Grand Rapids area relies on private wells; failing septic systems can pose a risk to groundwater and surface water.
• Symptoms to watch for: unexplained odors or tanks filling unusually fast, or water tests showing elevated contaminants.
• Practical steps:
  1. Maintain recommended setbacks and follow local permitting rules.
  2. Regularly test well water and inspect the septic system for signs of failure.
  3. Repair or upgrade worn components promptly to protect drinking water.
• Official resources: MDH and MPCA guidance on setbacks and protecting water supplies. https://www.health.state.mn.us/communities/environment/water/septic/ | https://www.pca.state.mn.us/waste/wastewater/septic-systems

Maintenance lapses and aging systems

• Why it matters: Older systems may have deteriorated tanks, failed baffles, or undersized drainfields for modern loads.
• Symptoms to watch for: repeated backups, gurgling sounds, higher sewer odors, damp spots in the yard.
• Practical steps:
  1. Schedule regular professional inspections and pump-outs (typically every 3–5 years, or per unit design).
  2. Avoid disposing of fats, oils, and solids down the drain; use a garbage disposal sparingly.
  3. Plan upgrades when the system shows wear or when home renovations add loads.
• Official resources: MPCA and Extension guidance on system upkeep and upgrades. https://www.pca.state.mn.us/waste/wastewater/septic-systems | https://extension.umn.edu/yard-and-home/septic-systems

Flushing non-biodegradable items and chemical misuse

• Why it matters: Wipes, feminine hygiene products, solvents, paints, and excessive cleaners can clog or kill beneficial bacteria in the tank.
• Symptoms to watch for: frequent pump cycles, slow drainage, odors.
• Practical steps:
  1. Only flush toilet tissue; throw wipes and other non-biodegradables in the trash.
  2. Use septic-safe products and limit harsh chemicals from entering the tank.
  3. If chemicals are used, consult a pro about safe disposal or alternative products.
• Official resources: MDH and MPCA consumer guidance on septic-safe products. https://www.health.state.mn.us/communities/environment/water/septic/ | https://www.pca.state.mn.us/waste/wastewater/septic-systems
• Extension and university resources for practical education: https://extension.umn.edu/yard-and-home/septic-systems

Septic Inspection, Permits & Local Oversight

Who regulates septic work in Grand Rapids, MN

• In Minnesota, onsite wastewater systems are governed by state standards set by the MPCA, but local oversight is carried out by the county. For Grand Rapids (Itasca County), the Itasca County Environmental Services team handles permitting, inspections, and enforcement for most OWTS work.
• The City of Grand Rapids may have building, zoning, or utility considerations that affect septic projects inside city limits. Always check with both the county and the city to confirm who issues permits for your specific property.

Permits you may need

• Before you install, replace, or significantly repair an onsite system, you'll likely need a permit.
• Steps to secure a permit:
  1. Confirm the permit authority (Itasca County Environmental Services vs. City of Grand Rapids) for your property.
  2. Work with a licensed designer/engineer to prepare a design and site plan that meets MPCA and local requirements.
  3. Submit a permit application with: a), system design, b) soil or percolation data, c) site plan showing tank locations and absorption area, d) any required environmental or well-related documentation.
  4. Pay applicable permit fees and await approval from the issuing authority.
  5. Do not proceed with digging or installation until the permit is issued and you've received any required inspections scheduled.
• Use licensed installers and inspectors for reliability and file-keeping.

Inspection types and timing

• Common inspection types you may encounter:
  • Pre-construction/installation inspection to confirm design and site suitability.
  • Final inspection after installation to verify compliance with the approved plan.
  • Post-repair or replacement inspection to ensure corrective actions meet code.
  • Real estate transfer inspection when selling or buying a home.
• Timing tips:
  • Schedule inspections ahead of any scheduled work dates.
  • Have the approved plans and permit numbers ready during inspections.
  • Keep all inspection reports and permit closures documented for future reference.

How to schedule an inspection

• Start by contacting Itasca County Environmental Services or the City of Grand Rapids Building/Zoning Department to confirm the correct office and workflow.
• Typical process:
  1. Provide property address, parcel number, and permit/applicant details.
  2. Specify the inspection type and preferred date/time windows.
  3. Ensure access to tanks, leach fields, and utility locate markings (line markings and 811 coordination as needed).
  4. Receive inspection results and any required follow-up actions in writing.

Real estate and closing timeline

• If you're buying or selling, request a current septic inspection and a copy of the permit history.
• Have any identified deficiencies addressed before closing, and obtain written confirmation that corrections meet approved plans.
• Ensure that final inspections were completed and permits properly closed out.

Maintenance records and ongoing oversight

• Keep copies of:
  • Permits and plan sheets
  • Inspection reports and pump-out records
  • Any correspondence about required repairs or modifications
• Regular pumping (typical interval: every 3–5 years, depending on usage and system type) helps prolong life and supports compliance with local maintenance expectations.
• Some systems or counties may require periodic O&M reviews or certifications; check with Itasca County Environmental Services for local expectations.

Official resources and contact information

• MPCA Onsite Wastewater Treatment Systems (OWTS):
• Itasca County Environmental Services – Onsite Wastewater Programs:
• Minnesota Call Before You Dig:

Septic Maintenance for Homes in Grand Rapids

Grand Rapids climate and soil considerations

Grand Rapids sits in a cold, northern Minnesota climate with freeze–thaw cycles that stress drainfields if not protected. Many properties in the area have soils that vary from sandy loams to clay or glacial till, and some parcels sit near groundwater or small streams. These conditions can influence how quickly a drainfield drains and how prone the system is to saturation in wet springs. Being aware of your site's soil type, groundwater level, and distance to wells or watercourses helps you plan safer usage and longer system life.

Regular pumping and maintenance

Regular pumping and system care are the backbone of a reliable OWTS in Grand Rapids.

• Pumping frequency: Tank size and household wastewater load determine how often you should pump. A typical 1,000-gallon tank for a family of four is commonly pumped every 3 years, but larger families, frequent use of garbage disposals, or higher water use may shorten that interval. Always follow guidance from a licensed septic professional and state or local health authorities.
• What to expect during service: Have the contractor inspect the tank interior, baffles, and the distribution or settler system if present. Ask for a written report and keep records of all service dates, tank sizes, and observations.
• Documented plan: Maintain a simple maintenance log with dates, pumping company, tank size, and any recommended repairs. Schedule the next pumping when you leave the site.
• Where to find guidance: For state and local recommendations, consult official resources from MPCA and MDH.

Drainfield protection in Grand Rapids

In this climate, protecting the drainfield from saturation and compaction pays dividends.

• Avoid heavy traffic, vehicles, and construction over the drainfield. Even temporary use can compact soil and impair infiltration.
• Plant only shallow-rooted vegetation near the drainfield; avoid trees or aggressive-root plants within the setback area.
• Direct rain and surface runoff away from the drainfield with properly graded landscape and swales.
• Keep surface water away from the drainfield by redirecting downspouts and ensuring grading points runoff away from the area.
• Be mindful of seepage and pooling after heavy rains; persistent wet spots can indicate drainfield problems.

Water-use practices and fixtures

A prudent water plan reduces stress on the system, especially during the Grand Rapids shoulder seasons.

• Fix leaks promptly; even small leaks waste water continuously.
• Use high-efficiency fixtures (toilets, faucets, showerheads) and spread large loads (laundry, dishwashing) across the week.
• Avoid garbage disposals or minimize usage; grinding food increases solids loading on the tank.
• Consider a septic-safe cleaning and maintenance routine to minimize cleaners that disrupt beneficial bacteria.
• Limit chemical or oil disposals into the system; dispose of these materials through proper household waste streams.

Seasonal and weather considerations

Grand Rapids' cold winters and spring thaws require extra attention.

• Winter: Keep access to the system unfrozen; insulate above-ground components if needed and avoid parking on lawns where frost can damage lines.
• Spring thaw: Soil may be saturated; delay heavy yard work or construction over the drainfield until soils dry out.
• Fall prep: Have a maintenance plan in place before freeze-up; ensure monitors, lids, and access points are secure and accessible.

Signs of trouble and what to do

Early detection helps prevent costly damage.

• Slow drains, frequent clogs, or sewage backups in sinks or toilets.
• Unpleasant odors near the house or yard, damp or swampy areas over the drainfield, or unusually lush grass over the system.
• Gurgling sounds in plumbing or standing water around the septic tank or drainfield.
• If you notice any of these signs, contact a licensed septic professional promptly for an inspection.

Local resources and official guidance

• Minnesota Pollution Control Agency (MPCA) – Onsite Wastewater Treatment Systems (OWTS):
• Minnesota Department of Health (MDH) – Onsite Wastewater Treatment Systems:
• U.S. Environmental Protection Agency – Septic Smart program (general guidance you can rely on alongside state resources):

Cost Expectations for Septic Services in Grand Rapids

Septic Tank Pumping and Cleaning

• What this includes: removing accumulated sludge and scum from the tank, inspecting baffles and inlet/outlet pipes, and verifying proper flow to the drain field. In Grand Rapids, winter access can affect scheduling; some crews may need snow removal or temporary access adjustments.
• Grand Rapids specifics: many homes rely on 1,000-gallon tanks; some properties with older or larger tanks may require larger pumping crews and disposal coordination.
• Typical cost in Grand Rapids: roughly $300-$600 for a standard 1,000-gallon tank; 1,500-gallon tanks or hard-to-access locations can run $450-$800.

Septic System Inspection

• What this includes: a visual field check of the tank lid and risers, inspection of the distribution box and drain field, odors and surface signs review, and basic functional tests. May include camera inspection if problems are suspected.
• Grand Rapids specifics: local inspectors may note soil and frost considerations, drainage patterns, and any required permits from Itasca County.
• Typical cost in Grand Rapids: about $200-$450 for a basic inspection; more comprehensive inspections (with report writing) can be $350-$600.

Real Estate Septic Inspection

• What this includes: a focused assessment tailored to a real estate transaction, with emphasis on current system condition, potential future failures, and cost implications for repairs or replacement.
• Grand Rapids specifics: winter access and limited site visibility can lengthen the inspection or require portable lighting and equipment.
• Typical cost in Grand Rapids: typically $350-$550, depending on system complexity and timing (some firms price tours or same-day reports separately).

Septic System Installation / Replacement

• What this includes: site evaluation, soil tests, design of a conventional gravity system or mound/ATU if required by site conditions, permits, trenching, tank placement, and system startup.
• Grand Rapids specifics: cold climate, seasonal restrictions, and mound systems are more common where soil conditions or groundwater tables demand elevated fields.
• Typical cost in Grand Rapids: conventional systems often $10,000-$25,000; mound or advanced treatment systems can run $15,000-$40,000+ depending on site constraints and permitting.

Drain Field / Leach Field Installation or Repair

• What this includes: excavation, trenching, piping, installation of the drain field, and final field testing. Repairs may involve replacing failed lines, leaking valves, or rerouting blankets.
• Grand Rapids specifics: root intrusion and frost heave can influence field longevity and repair needs; some soils require additional filtration or absorption media.
• Typical cost in Grand Rapids: repair/partial replacement $3,000-$10,000; full field replacement or enhancement $10,000-$25,000+.

Aerobic Treatment Unit (ATU) Service and Maintenance

• What this includes: routine servicing by a licensed technician, filter cleaning/replacement, pump and timer checks, and performance testing.
• Grand Rapids specifics: ATUs are more common on challenging sites or where space limits a conventional drain field; annual maintenance is often mandated by local codes.
• Typical cost in Grand Rapids: per-service $250-$450; annual maintenance plans typically $800-$1,200 or more.

Decommissioning / Abandonment of a Septic System

• What this includes: official abandonment with proper capping, soil restoration, and confirmation of groundwater protection; may require site restoration and documentation for records.
• Grand Rapids specifics: cold-season work may affect scheduling; proper sealing is key for future property transactions.
• Typical cost in Grand Rapids: $1,500-$3,000, depending on site access and required backfilling.

Maintenance Plans and Routine Repairs

• What this includes: periodic preventive maintenance, routine filter/pump checks, quick fixes for minor leaks, and prioritized scheduling for emergencies.
• Grand Rapids specifics: keeping to a preventive plan helps avoid frost-related damage and costly emergency calls during winter.
• Typical cost in Grand Rapids: maintenance visits $150-$350 each; annual plans often $200-$400 per year, with some providers bundling inspections and pumping.

Official resources

• Minnesota Department of Health – Private Sewage Systems:
• Minnesota Pollution Control Agency – Septic Systems: