Last updated: Apr 26, 2026
Soil texture in Dakota County governs how fast effluent can move away from a septic tank and into the drainfield. In this area, silt loam to silty clay loam soils commonly drain at moderate to slow rates rather than rapidly accepting effluent. That means systems in practice face limited vertical space for treatment, especially where the ground water or perched water tables intrude. If you misjudge these limits, septic failure can unfold quickly with surface damp spots, lingering odors, or a septic system that never seems to "finish" its job after a rainfall. The local pattern requires careful design and a willingness to adjust expectations to soil realities rather than assuming a one-size-fits-all solution.
Seasonal perched water is a known local constraint, particularly during spring thaw and wet periods. When perched water sits above the native soil, vertical separation shrinks and the field loses its ability to adequately treat effluent. During those windows, drains that seemed appropriate in dry months can fail or back up in weeks, not months. The risk is not theoretical: in wet springs and falls, groundwater pressures can rise enough to saturate the upper horizons, compressing the absorption area and blocking airflow essential for proper wastewater treatment. You must plan for those high-water intervals with specific design choices and maintenance readiness.
These local soil and groundwater conditions are why alternative dispersal approaches such as mound and low-pressure pipe systems are common alongside conventional systems. A mound system elevates the drainfield to access better soil below the perched water zone, while a low-pressure pipe (LPP) network distributes effluent more gradually to areas with higher vertical separation. Both options are practical counters to slow-draining soils and seasonal groundwater, but they require precise site evaluation and careful installation to match the seasonal realities. A conventional system might be tempting on paper, yet during spring and fall wet periods it can struggle if the soil profile cannot provide the needed treatment depth. Mound or LPP designs help create consistent conditions for effluent distribution when the native soil is less forgiving.
Groundwater and soil constraints also shape maintenance expectations. In periods of high moisture, you may notice slower recovery after pumping, longer wet weather odors, or intermittent surface dampness near the drainfield. These signs are alarms rather than inconveniences. They indicate that the system is working against the local hydrology rather than with it. In such scenarios, you should anticipate more frequent inspection needs and a higher sensitivity to any evidence of failure. Regular dosing and monitoring become less a matter of preference and more a matter of preventing progressive deterioration in soil structure and biology.
To protect your system in this climate, prioritize proactive site management and aeration of the soil beneath the drainfield when possible. Seasonal planning should consider the wettest months and the typical thaw cycle, aligning soil-testing, percolation assessment, and design selections with these patterns. If a site assessment reveals perched water or slow infiltration, treat it as a red flag rather than a hypothetical constraint. The goal is to match the treatment area to the true drainage capability of the local soils, not to force a standard system onto a ground that cannot reliably support it.
In practical terms, you should engage a soil professional who understands Dakota County conditions and can translate seasonal hydrology into a robust system design. Expect to explore mound or LPP alternatives when conventional layouts would risk early saturation or insufficient treatment depth. Plan for longer-term maintenance that accounts for seasonal fluctuations and be prepared to adjust expectations if spring or fall wet periods extend beyond typical patterns. The local reality is fixed: seasonal groundwater and slow-draining soils demand deliberate design choices and vigilant management to guard against drain-field failure and the nuisance impacts that follow.
In Farmington, the combination of fine-textured soils and seasonal perched water strongly shapes septic system choices. Dakota County oversight and local soil conditions mean that spring and fall wet periods push designers to consider drainage limitations carefully. Leachate movement slows when clay content rises, and perched groundwater can saturate trenches. The result is a practical need to tailor designs to the soil's ability to drain rather than assuming a one-size-fits-all approach. When the native soil holds onto moisture, a system must provide a reliable pathway for effluent while avoiding prolonged saturation of the drain field.
Conventional septic systems remain in use where soils drain adequately and groundwater influences are modest. In areas with loam textures on the site and a favorable water table history, gravity-fed trench fields can perform reliably. However, the fine-textured soils common in Farmington can complicate gravity designs on many parcels. In those cases, trenches may need to be wider or deeper to achieve sufficient infiltrative area, or the drain field may be reconfigured to distribute effluent more evenly across the soil profile. The practical takeaway is to assess the soil's perched water pattern before committing to a simple trench layout, recognizing that larger trenches or alternative distribution approaches may be necessary when seasonal conditions reduce leachability.
Mound systems are particularly relevant in this market because higher clay content and seasonal water tables can limit leachability in native soils. When native soil permeability drops during wet seasons or when perched water sits near the seasonal high point, building above-grade mounds provides a controlled vadose zone for effluent treatment and dispersion. Mounds compensate for a slower lateral flow in clay-rich layers and help keep the leach field away from the seasonal water table. The practical design focus is on selecting a mound configuration that delivers consistent dosing and a sufficiently thick, well-aerated absorption bed, while ensuring access to the mound for routine maintenance and future replacement should soil conditions shift over decades.
Low pressure pipe systems matter in this market because local site constraints can require treatment or pressure distribution beyond what a basic trench field can provide. LPP, and related chamber or pressure-dosed layouts, allow smaller trenches to serve a larger effective area by delivering effluent in controlled pulses under pressure. In fine-textured soils with perched water, LPP helps avoid uneven loading and secondary waterlogging by ensuring uniform distribution across multiple laterals. This approach also supports tailoring the absorption footprint to varying subsoil conditions, reducing the risk of perched water or preferential flow paths that bypass the intended treatment zone.
ATUs matter in this market because local site constraints can require treatment or pressure distribution beyond what a basic trench field can provide. ATUs deliver pretreated effluent that can be further distributed through a conventional drain field or a pressure system with improved reliability in marginal soils. In practice, an ATU can bridge the gap when seasonal wetness or low-permeability strata threaten performance, providing higher-quality effluent and a more forgiving path to final dispersion. The decision focus centers on whether the added treatment stage yields a dependable, long-term solution given the soil's seasonal moisture dynamics and the depth to groundwater.
When evaluating a parcel, start with a thorough soil characterization that notes texture, drainage class, and historical groundwater trends. If perched water is shallow or soil permeability is consistently low during spring or fall, prioritize mound or LPP designs and consider an ATU when the drainage performance remains marginal. For parcels with pockets of better drainage, conventional layouts may still be viable, provided trench dimensions and distribution are thoughtfully engineered to align with the soil's seasonal behavior. Across Farmington, the guiding principle is to align the system type with how soils, water tables, and climate interact to shape the drain field's ability to accept and treat effluent year-round.
Permits for septic systems in this area are issued through Dakota County Environmental Health rather than a city-only septic office. This means your project will be processed through county channels, and the county's review will anchor both approval and inspection timelines. The county prefers a predictable, land-ready approach to permit issuance, so starting with the required evaluations early helps avoid delays.
Before any permit is issued, a site evaluation and soil investigation are mandatory. This step assesses soil texture, depth to groundwater, and perched water conditions that are common in Dakota County's fine-textured soils. The results determine whether a conventional system can be used or if a mound, low-pressure pipe (LPP), chamber, or other design is necessary to meet performance and setback requirements. Because spring and fall wet periods can alter soil drainage, the county may request updated or repeat testing if conditions shift between planning and installation. Expect the process to emphasize the interaction between seasonal groundwater and soil percolation, so plan accordingly.
In addition to the site evaluation, designs must comply with Minnesota Rules and county ordinances. This means the submitted plan should show all required components: soil absorption area sizing, setback demonstrations, and backfill methods that minimize silt intrusion and assure proper drainage during high-water periods. The county will review the design for compatibility with seasonal perched water and the potential need for pressure-dosed or raised-field concepts in wetter months. If the proposed design relies on any non-standard components or newer treatment approaches, ensure documentation aligns with county expectations to avoid redesigns.
Installations and final inspections are conducted by Dakota County, not a separate municipal office. Scheduling often hinges on weather and soil conditions, which can be especially variable in spring and fall when ground saturation is common. Communication with the county's environmental health staff should occur early and periodically. If ground conditions are slow to dry or groundwater levels remain elevated, inspections may be delayed to protect the installation quality and long-term performance of the system. Coordinating inspection windows with weather forecasts can help minimize downtime and prevent needless rescheduling.
During the installation phase, expect county oversight to verify compliance with approved plans, including trench dimensions, backfill compatibility, and effluent timing mechanisms. Final inspections confirm that the system is fully operational and that all components-tank, distribution devices, and drain field-are properly installed and protected. If deficiencies are found, corrective steps will be required before final approval is granted. Given Dakota County's emphasis on soil and groundwater dynamics, ensure that any adjustments made on site are clearly reflected in the as-built documentation and re-submitted for county approval if needed.
Understanding these steps helps align your project with Dakota County's oversight structure and the seasonal realities of this area. By engaging early with the site evaluation, design approval, and coordinated inspection windows, homeowners can navigate the permit and compliance process more smoothly and reduce the risk of project interruptions due to weather-driven delays.
Guy's Sewer & Drain
(763) 200-4316 guysseweranddrain.com
Serving Dakota County
5.0 from 656 reviews
We offer professional, reliable, and trustworthy sewer & drain service for homes in Minneapolis, St. Paul, and the Greater Twin Cities area. We specialize in unclogging slow or backed up drains, drain & sewer inspections, and preventative drain cleanings to prevent backups. Call for a free estimate!
American Sewer
(612) 246-4800 www.americansewers.com
Serving Dakota County
4.8 from 166 reviews
Established in 2007, American Sewer tackles residential and commercial drain cleaning challenges. Their services include sewer cleaning, water jetting, camera inspections, and more. They can solve clogged drains of all kinds, from sinks and toilets to urinals.
Mike's Septic & McKinley Sewer Services
(952) 440-1800 mikesseptic.com
Serving Dakota County
4.9 from 158 reviews
For generations, Mike's Septic & McKinley Sewer Services has been the trusted name in septic solutions. Since 1956, our family-owned and operated company has served the community with pride, building lasting relationships through exceptional service. We're dedicated to perfection in every task, ensuring customer satisfaction is always our top priority. From routine septic pumping to emergency repairs, compliance inspections to certification, we handle all your septic needs. And when drainage issues arise, you can count on us to provide effective solutions.
LaRoche's Sewer, Drain & Septic
(507) 334-7745 www.laroches.com
Serving Dakota County
4.3 from 106 reviews
We specialize in helping folks with any drain issues they have as well as maintenance, installation, design, service providing, troubleshooting of septic systems!
EcoSense Septic Services
(612) 201-5217 www.ecosenseseptic.com
Serving Dakota County
4.7 from 58 reviews
EcoSense Septic Services is dedicated to providing you with Septic Tank Pumping, Jetting, Repairs and Installation of Septic Systems. 24 hour Service and Repairs.
Do It Right Plumbing Sewer & Services
(612) 388-8524 do-it-right-plumbing.com
Serving Dakota County
4.5 from 50 reviews
Do It Right Plumbing Sewer & Services, LLC is your go-to plumber in Apple Valley, MN, offering top-notch plumbing repair, drain cleaning, emergency plumbing and leak detection services. Our expert team, with over 25 years of experience, excels in water heater installs and toilet repairs, ensuring your home's plumbing is in perfect working order. Discover exceptional garbage disposal repair and comprehensive plumbing services tailored to residential needs. Enjoy special discounts on select services and trust our reliable, round-the-clock solutions in the Twin Cities metro area. We’re committed to providing unparalleled quality and expertise in plumbing solutions for every home we serve.
Schlomka Services
(651) 459-3718 www.schlomkaservices.com
Serving Dakota County
4.0 from 24 reviews
Schlomka Services is a family owned and operated business since 1939 that continues to service MN, and has been for the last 80+ years! We provide commercial and industrial wet and dry vacuum waste removal services, Hydro Excavation, and also residential septic maintenance. Schlomka Services continues to evolve, growing to provide more than just "septic pumping”. With Schlomka Service's extensive list of services we go above and beyond what is usually assumed of a septic business. We pride ourselves in our friendly & experienced staff, reasonable rates, and the high quality of service that we provide daily. Call us for all your pumping needs!
Saint Croix Sewer Service
(651) 238-0310 saintcroixsewer.com
Serving Dakota County
4.8 from 20 reviews
Have to upgrade your failing system or need an emergency repair? At Saint Croix Sewer Service we have the knowledge and expertise to creatively solve even your most challenging problems. One of our owners will always be on-site throughout the construction process. They take pride in being actively involved in projects and ensuring a quality finished product. Tony has over 15 years of knowledge in the construction of septic systems, commercial and residential water and sanitary services, and mainline sewer and water systems to the business. Our goal is ‘Hire Knowledge.’ We aim to ensure that you only get the best quality work!
Hennes Septic Pumping
(952) 403-0058 www.hennessepticpumping.com
Serving Dakota County
4.7 from 19 reviews
Hennes Septic Pumping offers a wide variety of residential and commercial septic services including pumping, line cleaning, specialty services, repairs, and maintenance. We have a great reputation as well as many fine years of experience. We are a local, family-owned and run business. Our reputation is built on great service. We care about our customers. You can count on us!
B's Pumping Service
(952) 469-2573 www.bspumping.com
Serving Dakota County
5.0 from 17 reviews
B’s Pumping Service is a trusted team of septic tank service professionals. Servicing Dakota, Scott, Rice and surrounding counties of MN. Contact us for septic pumping, septic repair, septic inspection or with any questions!
Xcavate of Welch
(651) 210-9063 www.xcavateofwelch.com
Serving Dakota County
5.0 from 9 reviews
Over 25 years experience providing residential, commercial and agricultural excavation services. New construction, site preparation, driveways, material hauling, demolition, land clearing, concrete removal, septic system installation. Serving Twin Cities metro, southeast Minnesota and western Wisconsin. Owned and operated by Adam Bauer Excavating.
Mulvihill Excavating
(612) 598-2455 www.mulvihillexcavating.com
Serving Dakota County
5.0 from 8 reviews
Mulvihill Excavating has been a family owned & operated business since 1980. We are a licensed and bonded, hands-on, small business servicing the greater Twin Cities Metro and Southeastern Minnesota area. From dozers to demolition, we do it all. You dream it, we dig it!
In Farmington, a basic conventional field typically sits on fine-textured soils that are prone to slow drainage and seasonal perched water. That can push the overall project cost toward the upper end of the standard range, because higher seepage area or deeper excavation is often needed to achieve adequate treatment with the local soil conditions. Typical installation costs run about $8,000 to $16,000. If groundwater rises during wet springs or falls back during dry periods, you may see additional expense tied to extended trenching or soil improvements to create a reliable drain field.
When seasonal high groundwater or very slow-draining soils limit a conventional design, a mound system is frequently considered. In such situations, the cost increases notably. Expect the installation to land in the $18,000 to $40,000 range. Mounds provide a raised bed that helps keep effluent above saturated soils and perched water, which is particularly helpful during spring melt and fall wet periods. The higher price reflects the added materials, grading, and construction steps required to achieve a functioning dispersal zone above grade.
LPP systems are commonly selected where slow drainage and perched groundwater are concerns but a full mound isn't necessary. In this climate, LPP can offer a reliable alternative with a moderate price premium over conventional designs. Farmington installations typically run about $12,000 to $25,000. The system's design emphasizes evenly distributed effluent through small-diameter pipes with pressure dosing, which helps overcome tight soils and shallow groundwater pockets.
Chamber systems are a practical mid-range option when space or soil conditions constrain a traditional field. Costs here generally fall in the $10,000 to $20,000 range. The modular chambers provide flexibility in layout and can be easier to install in soils with limited percolation. In wetter seasons, the chamber design can still be favored for its robustness in resisting soil compaction and maintaining consistent absorption.
ATUs add treatment capacity and can be advantageous where soils are repeatedly slow to drain or when space is limited for large dispersal areas. In Farmington, ATU installations typically run from $16,000 to $28,000. These systems require regular maintenance but often offer more predictable performance in wet springs and falls when groundwater tables rise. If an ATU is chosen, factor in ongoing service costs alongside the upfront installation.
Costs to pump a septic tank generally range from $300 to $550, and the same seasonal soil and groundwater factors that influence installation can affect pumping frequency. In periods of heavy wet soils, anticipate a potential uptick in maintenance planning to avoid unexpected drain-field issues.
The septic companies have received great reviews for new installations.
Saint Croix Sewer Service
(651) 238-0310 saintcroixsewer.com
Serving Dakota County
4.8 from 20 reviews
As soils thaw and groundwater carries higher perched levels, drain-field capacity dips quickly if pumping is delayed. The région's fine-textured silt loam and seasonal perched water mean you're more likely to see pressure-dosed designs, mound beds, or LPP sections struggle during wet springs. Plan a pumping and inspection window as soon as soils firm enough to access the system without risking compaction. If you have an ATU, expect more frequent service visits in this season to manage filter loading from spring runoff and to keep dosing cycles aligned with rising groundwater. Use the first stable days after snowmelt to check lids for frost-related heaving and to verify that the soil surface above the drain field remains dry enough to walk on without compressing the beds. Schedule follow-up inspections after heavy rains to catch early signs of saturation, such as surface wetness outside the bed boundaries or unusually slow wastewater response.
During the dry months, soil moisture is variable but typically closer to optimal for most field designs unless a dry spell drags on. Maintain the three-year pumping rhythm as a baseline, but watch for signs that the field is running low on capacity due to prior wet seasons or extended rain belts. ATUs deserve closer attention in mid to late summer; their aerobic treatment and filtration systems can accumulate sediments and biofilm faster under fluctuating moisture, and filter changes may be needed sooner than with conventional or mound configurations. Reduce irrigation and outdoor water use if the system shows signs of marginal drain-field performance, such as slower toilet flushes or minor surface dampness near the riser. When planning any heavy outdoor discharges like irrigation or landscaping, stagger usage to avoid peak loads that coincide with naturally lower soil permeability.
Autumn brings a renewed risk of perched water as groundwater levels rise with autumn rains. A three-year pumping cadence remains appropriate, but fall evaluations should focus on coordinating a final pump and inspection before frost. If the season shows persistent surface moisture or indicators of reduced drain-field capacity, address them promptly to prevent winter-related frost issues from compounding drainage problems. For ATUs, ensure that filters and any pre-treatment units are cleaned or replaced before freeze-up, as wet-season swings can exacerbate deterioration if maintenance is deferred. Document any field irregularities so that spring rechecks can target the most vulnerable zones first.
Winter access is limited by frost, which complicates pumping and routine service. Anticipate scheduling within windows of thaw or above-freezing days, and avoid last-minute appointments when soil and access paths are icy. The combination of frost cautions and perched-ground conditions increases the risk of failed service visits if maintenance is postponed. For ATUs, winter maintenance should prioritize keeping the air vent and dosing chamber accessible and ensuring that electrical components remain frost-free and operable. If freezing conditions persist, prepare for potential temporary lag in service by ensuring insulation of exposed lines and providing alternative access points where feasible so that essential inspections can proceed when weather allows.
Need a septic pro in a hurry? These have been well reviewed in emergency situations.
Mike's Septic & McKinley Sewer Services
(952) 440-1800 mikesseptic.com
Serving Dakota County
4.9 from 158 reviews
LaRoche's Sewer, Drain & Septic
(507) 334-7745 www.laroches.com
Serving Dakota County
4.3 from 106 reviews
EcoSense Septic Services
(612) 201-5217 www.ecosenseseptic.com
Serving Dakota County
4.7 from 58 reviews
Spring thaw and rainfall are the most important local stressors because they raise groundwater and can temporarily reduce soil acceptance in drain fields. In Farmington, perched water tables and fine-textured soils can push effluent closer to the surface, increasing the risk of surface seepage, standing water, or slowly draining soils lingering longer than expected. When systems are designed or adjusted for mound or LPP configurations, the spring window can reveal limitations that are not obvious in dry months. Expect slower infiltration and a higher chance of downstream backup if the drain field is operating near capacity during the thaw.
Fall rains can saturate already slow-draining soils in this area, affecting both system performance and the timing of inspections, pumping, and repairs. Seasonal soil saturation reduces aeration and can cause effluent to back up into the tank or alter the distribution pattern underground. Because conditions fluctuate with rainfall events, field evaluations after wet spells are more predictive than a single dry-season reading. This means that seasonal schedules for checkups should be coordinated to follow wet periods, not just calendar dates.
Dry late-summer conditions can change soil moisture and infiltration behavior locally, which can make seasonal performance seem inconsistent from one part of the year to another. Subsurface moisture can drop and then rebound with sudden storms, changing how quickly the soil accepts liquid effluent. Homeowners may notice abrupt shifts in drainage behavior, odors, or the timing of ready-to-use indicators. Understanding these patterns helps target inspections and interventions to when the soil's capacity is most vulnerable.
Need a septic pro in a hurry? These have been well reviewed in emergency situations.
Mike's Septic & McKinley Sewer Services
(952) 440-1800 mikesseptic.com
Serving Dakota County
4.9 from 158 reviews
LaRoche's Sewer, Drain & Septic
(507) 334-7745 www.laroches.com
Serving Dakota County
4.3 from 106 reviews
EcoSense Septic Services
(612) 201-5217 www.ecosenseseptic.com
Serving Dakota County
4.7 from 58 reviews
In this market, septic inspections tied to real estate activity are a meaningful service category even without a blanket sale-triggered inspection requirement. Farmington's soils-fine-textured silt loam to silty clay loam with seasonal perched water-heighten the importance of understanding how the existing system performs during spring and fall wet periods. Real-estate professionals in the area routinely coordinate targeted evaluations to address age, site constraints, and potential drainage issues that affect appraisal and closing timelines.
buyers and sellers evaluating older or site-constrained systems focus on drainage history, last pumping, and any observed surface settling or odors. In Farmington, seasonal groundwater can mask subsurface problems, so an inspection that includes a health check of the distribution field, and any mound or pressure-dosed components, is particularly valuable. A clear record showing components are intact and functioning when soils are near saturation reduces post-purchase surprises.
Even without an automatic inspection trigger, conducting a compliance-style check can improve marketability. A focused inspection should document tank condition, lid accessibility, effluent screening (if applicable), and the alignment between effluent dispersal and perched-water zones. Documented findings that address how the current design accounts for wet springs or falls can reassure buyers about risk management for the drain field.
Local inspectors commonly assess tank integrity, baffle condition, pump stations (if present), and the drain-field health under moist soil conditions. They look for signs of perched-water stress, prior repairs, and any deviations from design expectations for mound, LPP, or chamber systems-especially where soils and groundwater fluctuations are most challenging.
Coordinate with a qualified septic professional who understands Farmington's perching risks and seasonal soil moisture. Ensure records include pumping history, maintenance actions, and any observed performance concerns tied to wet periods. Prepare a concise summary of the system's capacity to handle typical seasonal moisture, with notes on any recommended monitoring or follow-up assessments. This preparedness can streamline negotiations and support confident decision-making for both buyers and sellers.
These companies have been well reviewed their work doing septic inspections for home sales.
Mike's Septic & McKinley Sewer Services
(952) 440-1800 mikesseptic.com
Serving Dakota County
4.9 from 158 reviews
LaRoche's Sewer, Drain & Septic
(507) 334-7745 www.laroches.com
Serving Dakota County
4.3 from 106 reviews
EcoSense Septic Services
(612) 201-5217 www.ecosenseseptic.com
Serving Dakota County
4.7 from 58 reviews
Riser installation appears in the Farmington-area service mix, signaling that some local systems still lack easy surface access for routine pumping and inspection. When evaluating a system, prioritize locating and exposing the tank access ports where practical, noting that older setups may require new risers to reduce the need for invasive excavation during service. Elevating and marking access points near the soil surface improves accessibility during both wet springs and dry summers, when soil conditions can shift and underground components become harder to reach.
Camera inspection and hydro-jetting are present but not dominant specialties, suggesting a smaller yet real need for diagnosing buried line issues on existing systems. For suspected pipe problems-such as reduced flow, gurgling, or frequent backups-start with a video inspection to map pipe runs, joints, and any crushed or bellied sections. If obstructions or sediment buildup are found, hydro-jetting can clear laterals of silt and organic matter that accumulate in slowly draining soils common to the area. Document where lines run relative to driveways, foundations, and shallow bedrock or perched groundwater zones.
Tank replacement also appears in the local service mix, pointing to a subset of aging system components. When signs of deterioration arise-cracked or rusted tanks, compromised baffles, or leaking seals-evaluate whether a full tank replacement is warranted or if a targeted component upgrade (lid, risers, or end caps) suffices for continued service. In Farmington's perched water conditions, ensuring watertight seals and stable access is critical to prevent surface intrusion and ensure accurate septic functioning during wetter seasons.
Develop a diagnostic plan that aligns with seasonal patterns, prioritizing access improvements and a phased approach to line evaluation. Coordinate with a technician who understands seasonal high groundwater risks and the local soil texture, since spring and fall wet periods can influence both the ease of access and the success of line rehabilitation efforts. Maintain clear records of riser locations, access points, and any camera findings to guide future maintenance and inspections.
Need someone for a riser installation? Reviewers noted these companies' experience.
EcoSense Septic Services
(612) 201-5217 www.ecosenseseptic.com
Serving Dakota County
4.7 from 58 reviews