Last updated: Apr 26, 2026
In this area, the landscape tells the story of your septic system before the first trench is dug. Hiram sits on loamy glacial soils that run from sandy loam to clay loam across a single parcel. That means drain field performance can shift sharply from one lot to the next, even if the houses sit side by side. What works in a sun-washed upland patch may not in a damp low spot. The groundwater pattern follows the same uneven script: the water table is generally moderate, but it rises in spring and after wet stretches, with the greatest risk in lower, flatter parts of the lot. The result is a practical rule of thumb: the soil and seasonal moisture must be considered together, or the system may fail early or beyond expected performance.
Clay-rich patches and depressions in the Hiram area stand out as zones of concern. In those spots, the traditional drain field can become overloaded or impeded by limited soil porosity and slow infiltration rates. If your site sits on clay loam and you have a tendency for standing moisture in spring or after heavy rains, a conventional septic field may not provide reliable treatment or the necessary vertical separation to meet safety standards. Conversely, well-drained sandy loam areas tend to respond more predictably, allowing conventional designs to perform as intended when other conditions align. The key is recognizing that nearby houses can share the same general neighborhood but experience very different subsurface realities.
The local water table in Hiram ebbs and flows with the seasons. In spring, after snowmelt and early rains, the water table rises and the soil holds more moisture. After wet periods, the same pattern repeats. In higher, drier spots, this rise may be modest, but in lower landscape positions, the water table can intrude into the root zone and the drain field area longer than you expect. This matters because elevated moisture reduces soil aeration and slows the breakdown of effluent as it moves through the soil profile. If any portion of the drain field experiences prolonged saturation, performance can decline and the risk of effluent surfacing or backing up increases. The practical consequence is that site evaluation must account for the seasonal high-water conditions, not just the mid-summer snapshot.
When you visit the lot with a septic professional, expect questions that probe how the soil behaves during wet seasons. Do you notice damp or muddy zones that persist into late spring or after heavy rain? Are there depressions where water ponds briefly or for days after a storm? How does the soil feel when you dig a test pit: does it cake with clay, or does it crumble and drain relatively quickly after a rain? Be honest about slopes and surface drainage as well; water tends to pool in low spots, and that pooling often mirrors the subsurface moisture trends that govern drain field performance. If you observe seasonal standing water or very slow drainage, this is a red flag that a conventional field may not be sustainable on that portion of the site.
Given the Hiram-specific variability, a one-size-fits-all approach rarely works. If tests show solid infiltration capacity in the selected trenching depth with only modest seasonal water rise, a conventional septic system can be a viable option. If the soil shows even modest clay content or evidence of seasonal saturation near the intended drain field, alternative designs become more sensible. In clay-rich or depressional areas where the water table rises noticeably in spring, you should plan for a drainage design that accommodates limited drain field capacity. In those cases, low-pressure pipe (LPP), mound systems, or aerobic treatment units (ATU) can offer the necessary performance margins, supporting reliable treatment despite soil and groundwater constraints. The key is integrating soil texture, field capacity, and anticipated seasonal water table behavior into the design from the outset, so you know which path minimizes the risk of early failure and costly retrofit.
On the better-drained upland soils, conventional drain fields remain a solid option. When sandy pockets allow deeper trenches and simpler leach field layouts, a conventional septic system can be straightforward to install and operate. In these spots, the soil structure tends to provide reliable vertical drainage and filtration, which translates to a simpler design and fewer trenching constraints. You still need a thoughtful layout that respects lawn use and site grading, but the core idea is clear: where the soil shows reasonable permeability and depth to groundwater, a conventional approach often fits best.
If your property features clay content or seasonal wetness that reduces natural soil absorption, the choice shifts. Low pressure pipe (LPP) systems become more relevant because they can distribute wastewater more gradually across smaller areas of the trench, helping living soils that struggle with high flow rates. A mound design stands out when the native soil cannot provide adequate depth to the seasonal water table, requiring a built-up absorption area that sits above problematic soils. Aerobic treatment units (ATUs) offer an option when odor control and effluent quality into marginal soils are priorities, delivering treated effluent that can perform more reliably in tougher soil conditions. In practice, these options are not interchangeable; the local soil and groundwater behavior drive the combination that will perform best on a given site.
Chamber systems are part of the local mix and can fit sites where trench layout flexibility matters. The modular chambers allow more adaptable trench geometries, which is useful on uneven lots or where space constraints favor a different field footprint. However, soil suitability still drives approval through Portage County review, so the choice of chamber panels is only part of the equation. The surrounding soil must meet absorption and drainage requirements, and the final design should align with site-specific groundwater considerations. If a site needs a longer, continuous trench or a nonstandard shape to maximize absorption, a chamber system can often accommodate that need without compromising performance.
In practice, the first step is a detailed soil and groundwater investigation. Look for variations across a small property: one area may read as sandy uplands that support a conventional field, while a low-lying corner shows seasonal wetness and higher clay content. Drainage patterns, depth to groundwater, and soil horizon stability all inform whether a conventional field is viable or if a more robust system is warranted. If you can identify even a small upland pocket with good infiltration, that area becomes a natural target for a conventional design, with the rest of the lot guiding whether an LPP, mound, ATU, or chamber layout is needed to meet absorption goals. In all cases, the decision hinges on soil performance during wet seasons and the ability to maintain adequate separation from critical features on the site.
The septic companies have received great reviews for new installations.
Judd Septic Tank Cleaning
(440) 595-4999 www.juddseptic.net
Serving Portage County
5.0 from 123 reviews
Northcoast Septic Systems & Septic Inspections
Serving Portage County
5.0 from 30 reviews
In Hiram, spring thaw and heavy rainfall can saturate soils and spike groundwater levels just as the system is loaded with normal wastewater. When groundwater is already elevated, the drain field loses the time and soil air it relies on to treat effluent before it can migrate to the ground. That means a conventional drain field or a newer LPP line can become sluggish or fail to perform, pushing you toward deeper or alternative options like a mound or ATU. The risk isn't just the spring spillover; the seasonal high water table compounds downslope and backyard wet spots, making long-term performance uncertain until soils dry out. You should plan for tighter water use, staggered laundry and dish cycles, and rapid response if you notice surface dampness near the absorption area after rain events.
Cold winters and freeze-thaw cycles slow wastewater movement and affect soil conditions around tanks and laterals. Freeze walls and ice lenses can trap moisture, which reduces soil permeability at the critical "in-field" zone. As a result, you may see slower drainage, backups in sinks or toilets, or strange odors building up when the ground alternates between thaw and refreeze. When soils are brittle from frost, even ordinary maintenance practices can disturb the trench and risers, creating additional risk for structural damage or misalignment. This makes timely inspections and careful pumping more important, but access becomes tougher when the ground is frozen.
Snow cover adds another layer of challenge by delaying access for pumping or inspections on service calls during winter. If you rely on routine maintenance windows, snowstorms can push appointments out and leave issues unmanaged longer than ideal. In practice, that means a small problem today can become a bigger one after weeks of cold, wet cycles. If access is obstructed, you might miss early signs of rising groundwater or saturated trenches, letting the performance decline go unchecked.
Action now is essential. If you anticipate a thaw period after a heavy winter, preemptively reduce water use, limit irrigation, and avoid high-flow activities like long showers or multiple simultaneous appliance uses. Have a trusted service provider schedule quick preventive checks before ground conditions turn muddy again, and clear access routes to the system site in anticipation of the next reasonable window for pumping or inspection. In any case, plan for potential adjustments to the system design if soils remain persistently saturated or if frost-heave conditions persist into late spring. A proactive stance protects your investment and reduces the risk of system failure when groundwater is high and soils are unsettled.
Need a septic pro in a hurry? These have been well reviewed in emergency situations.
King's Sanitary Service
(330) 372-3201 www.kingsanitaryservice.com
Serving Portage County
4.9 from 217 reviews
Judd Septic Tank Cleaning
(440) 595-4999 www.juddseptic.net
Serving Portage County
5.0 from 123 reviews
A to Z Dependable Services
Serving Portage County
4.8 from 4673 reviews
A to Z Dependable Services provides plumbing, drain, one-day bath remodels and HVAC service throughout Ohio's Mahoning Valley with more than 65 years of experience. Our services include plumbing repairs to TV sewer inspection and excavating for water, sewer and gas. We use the latest methods to locate and clear clogs and breaks, including video-assisted hydrojetting. Rely on our professionals for all your service needs, including drain cleaning, downspout cleaning and repair, hot water tank installation, and sump pump/septic tank services. Additional services include water softening systems, gas leak detection and repair, tankless water heaters, trenchless pipe relining, and excavation. Clean, quality service satisfaction guaranteed!
Mr. Rooter Plumbing of Cleveland
(216) 772-0010 www.mrrooter.com
Serving Portage County
4.8 from 4188 reviews
Mr. Rooter® Plumbing provides quality plumbing services in Cleveland and surrounding areas. With 200+ locations and 50+ years in the business, Mr. Rooter is a name you can trust. If you are looking for a plumber near Cleveland, you are in good hands with Mr. Rooter! With 24/7 live answering, we are available to help schedule your emergency plumbing service ASAP. Whether you are experiencing a sewer backup, leaking or frozen pipes, clogged drains, or you have no hot water and need water heater repair, you can count on our expert Cleveland Plumbers for prompt, reliable service! Mr. Rooter is the top trusted choice for hiring the best plumbers in Cleveland, call us today for transparent prices and convenient scheduling!
J&J Plumbing, Heating, Cooling, & Electric
(330) 967-0147 jandjplumbing.com
Serving Portage County
4.8 from 3801 reviews
J&J Plumbing, Heating, Cooling & Electric stands as a beacon of reliability and excellence in northeast Ohio. Locally and family owned with an unwavering commitment to exceptional service, we bring unparalleled expertise in plumbing, heating, cooling, and electrical solutions. Our dedicated team ensures customer satisfaction through meticulous attention to detail, timely responses, and innovative approaches, striving to exceed expectations with every interaction. Trust us for top-notch service that keeps your home running smoothly year-round. From drain cleaning and water treatment, to generators and air conditioning installation, J&J does it all! Let our family take care of yours with exceptional service. Peace of Mind, Every Time!
Wilson Plumbing, Heating, Cooling & Electric
(216) 232-2503 www.wilsonplumbingandheating.com
Serving Portage County
4.9 from 1133 reviews
Ralph and Theresa Wilson started Wilson Plumbing & Heating in 1958 to provide quality service for Akron's residential and commercial plumbing and heating systems. From a one-man service operation, Wilson Plumbing & Heating has grown to a multi-division company under the guiding hand of Ralph and Theresa's son, Paul Wilson. Now, 60 years later, we have the third generation of Wilsons involved with Paul's son, John Wilson. Our growth has not changed our business philosophy. As it was nearly 60 years ago, we still provide prompt, quality service at a reasonable price.
Rooter Man
(877) 232-1520 www.rootermanlocalplumber.com
Serving Portage County
4.7 from 646 reviews
At Rooter Man, we proudly serve Tallmadge and all of Northeast Ohio with reliable, expert plumbing services—7 days a week. 🔧 Services include: • Drain Cleaning & Hydro Jetting • Sewer Line & Pipe Repairs • Septic Tank Pumping • Water Heater Installations • Camera Inspections & More 💪 Why choose Rooter Man? • Licensed & Insured Technicians • Upfront Pricing & Warranty on All Work • Fast Response Times—No Job Too Big or Small • Trusted by Homeowners & Businesses Alike Call 877-232-1520 for prompt, professional service! Rooter Man — “To the Rescue” in Northeast Ohio!
King's Sanitary Service
(330) 372-3201 www.kingsanitaryservice.com
Serving Portage County
4.9 from 217 reviews
A locally owned and operated business, you can count on our professional, friendly, personalized, and experienced service at a rate you can trust. Whether you have a large commercial project on your hands or a small leak at home, our technicians are prepared to handle jobs of all sizes. Our licensed and insured professionals are skilled in a range of residential, commercial, and municipal services including septic system cleaning, drain cleaning, grease trap cleaning, video drain inspection, and environmental services. Whether you have a sewer backup or an industrial mess to clean up, our team will take care of your needs promptly so you can get back to work or relaxation. We pride ourselves on our quick response and quality service.
J&J Plumbing Heating Cooling & Electric
(216) 738-8463 www.jandjplumbing.com
Serving Portage County
4.8 from 131 reviews
J&J Plumbing, Heating, Cooling & Electric stands as a beacon of reliability and excellence in Cleveland. Locally and family owned with an unwavering commitment to exceptional service, we bring unparalleled expertise in plumbing, heating, cooling, and electrical solutions. Our dedicated team ensures customer satisfaction through meticulous attention to detail, timely responses, and innovative approaches, striving to exceed expectations with every interaction. Trust us for top-notch service that keeps your home running smoothly year-round. From drain cleaning and water treatment, to generators and air conditioning installation, J&J does it all! Let our family take care of yours with exceptional service. Peace of Mind, Every Time!
Judd Septic Tank Cleaning
(440) 595-4999 www.juddseptic.net
Serving Portage County
5.0 from 123 reviews
Judd Septic Tank Cleaning: Northeast Ohio's trusted septic experts for 30+ years. We provide professional septic tank pumping, cleaning, inspection, repair, and installation services throughout Geauga, Lake, Cuyahoga, Portage, Ashtabula and Trumbull counties. Our team uses specialized Crust Buster technology to ensure complete tank cleaning, extending drain field life. We pride ourselves on educating customers about their septic systems while delivering honest, reliable service. Licensed, bonded, and insured, we serve both residential and commercial properties in Cleveland, Chesterland, Chagrin Falls, Mentor, Chardon, Auburn Township, & other surrounding areas. 24/7 emergency services available. Call (440) 595-4999 for a free estimate!
Tim Frank Septic Tank Cleaning
(440) 636-5111 timfrankseptic.com
Serving Portage County
4.9 from 73 reviews
From excess water in tanks to sewage backups, homes and businesses can often run into issues with their septic systems. If you’re dealing with a serious problem, turn to a proven company. With a rich tradition of exceptional services that dates back to 1966, Tim Frank Septic Cleaning is the name you can trust in septic repairs and maintenance. Residential and commercial clients across Geauga County, OH, will benefit from their expertise. Dedicated to solving situations quickly, this family owned and operated company offers comprehensive septic inspections. Well-trained technicians utilize cutting-edge video cameras to spot clogs in pipes without digging up the earth.
All Clean Septic
(330) 673-2090 allcleanseptic.com
Serving Portage County
4.9 from 66 reviews
Full-service septic services for homeowners and businesses near Portage County, OH. Whether you need routine septic tank pumping, emergency repairs, or commercial system maintenance, we handle every job with precision and care. From residential backups to commercial septic pumping, and mobile home park septic maintenance, we clean tanks completely, fix septic problems fast, and treat clients and their properties with respect. Veteran-owned and family-operated since 2008, with integrity in every interaction. Emergency septic service available daily with fast responses between 6 AM-10 PM. Honest pricing, no surprise fees.
DiFranco Contractors
(440) 946-2029 difrancocontractorsinc.com
Serving Portage County
4.8 from 47 reviews
DiFranco Contractors, established in 1996, is a small family owned business specializing in Basement Waterproofing, Stamped Concrete, Excavating, Sewer repair, Masonry, Drainage, and demolition. Please visit our site for more information.
Werab Enterprises
(330) 947-9902 werabenterprisesllc.com
Serving Portage County
4.7 from 32 reviews
Werab Enterprises, your local, family owned excavating company. We take great pride in providing you the best excavating and maintenance service around. Founded in 2003 by Chad Werab, Werab Enterprises has come a long way from its beginning. With the expansion of Werab’s, also came the branching out in to different companies. In addition to our excavating company, we also have a septic pumping company (Fred’s Septic), a trucking for hire company (Werab Trucking) and a dumpster rental company (Werab Container). Werab Enterprises is committed to give back to the community that has helped us grow. Werab Enterprises and all affiliated companies are proud to sponsor our local youth sports and 4-H projects every year!
New on-site wastewater systems and major repairs in Hiram are permitted through the Portage County Health District. This means your project steps into a county-led process rather than a purely local, municipal review, with standards that reflect soil conditions across the county. The Health District uses the same fundamental goals you expect: protect groundwater, safeguard wells, and ensure system designs perform reliably across the area's variable glacial soils.
Portage County reviews plans for soil suitability, setbacks, and system design before issuing approval for Hiram projects. In practice, that means your submittal should clearly document soil characteristics, groundwater considerations, and the proposed configuration of the septic system before any excavation begins. The review focuses on how the soil profile-ranging from workable sandy uplands to clay-rich, seasonally wet depressions-will support the chosen treatment and discharge method. Be prepared to provide site-specific information such as soil evaluation results and a narrative that explains how the planned layout accounts for seasonal groundwater dynamics.
Installations are inspected at critical milestones including soil evaluation or perc testing, trenches, backfill, and a final inspection before approval. Those milestones align with the realities of Portage County's oversight structure and with the need to confirm that the soil suitability findings translate into a functioning field. Perc tests and trench layouts must reflect the actual site conditions, particularly in areas where loamy glacial soils transition rapidly from drainage-friendly zones to depressions that hold moisture seasonally. The final inspection verifies that the installed system matches the approved design and that the soil-related safeguards-setback distances, reserve areas, and access for maintenance-are in place.
Before you engage installation work, obtain the county-approved plan and keep all correspondence documented. Ensure your design notes address how seasonal groundwater changes could affect the chosen system type, whether a conventional field, LPP, mound, or ATU is most appropriate for your specific lot. Coordinate with a licensed septic contractor who understands Portage County's expectations and who can translate site observations into an field-ready design that passes both the plan review and the successive inspections.
In the Hiram area, glacial soils run in bands-from workable sandy uplands to clay-rich, seasonally wet depressions. That pattern matters for every install because groundwater movement and soil texture determine how well a traditional gravity drain field will perform. When the soil is predominantly clay or is consistently wet, leachate doesn't drain efficiently, and a basic conventional system can fail. In those spots, engineered options like LPP, mound, or ATU become the practical choice. If the site has drier, sandy pockets with good percolation, a conventional system may suffice. The key is testing both soil drainage and the seasonal groundwater level before committing to a design.
Conventional septic systems in this area typically fall in a broad range around $9,000 to $18,000, depending on site access, trenching needs, and soil grading. Low pressure pipe (LPP) systems, a common fit when the drain field requires pressure distribution due to limited soil depth or poor percolation, usually run from $12,000 to $22,000. For sites where the ground is marginal for a gravity field but not completely unsuitable, a chamber system offers a lower-cost alternative, commonly $8,000 to $15,000, with the benefit of easier installation in uneven soils. When clay-rich soils or seasonal wetness truly limit absorption, a mound system moves the price up, typically $18,000 to $40,000, reflecting the elevated materials and added fill required to establish a reliable drainage bed. Aerobic treatment units (ATUs) bring the highest upfront cost, commonly $15,000 to $40,000, but can provide reliable treatment where native soils remain consistently challenging.
Costs rise on clay-rich soils or areas with higher groundwater because engineered alternatives become more likely. A compact lot with limited soil depth will push most projects toward LPP, mound, or ATU configurations, even if your neighbor's lot could have done with a conventional drain field. On the other hand, a dry, well-drained sandy patch in a corner of a lot can keep a conventional field feasible and far less expensive. In practice, the engineer's assessment will closely tie soil texture, seasonal water table, and existing topography to the recommended system-and that recommendation directly drives the budget.
A roughly 4-year pumping interval is the local baseline. In Hiram, that interval is a practical starting point, but the specific soil and groundwater conditions can shorten or lengthen it. If the site has clay-rich or seasonally wet soils, expect the service interval to be shorter because solids and buildup can occur more quickly and the soil's capacity to absorb effluent changes with moisture. Conversely, sandy-soil sites around Hiram may tolerate longer intervals, provided the system design and actual loading remain favorable. Use the baseline as a planning guide, then adjust based on performance and yard use.
For clay-heavy or seasonally wet patches, monitor closely for signs of slower decompression of waste, such as occasional surface dampness near the drain field or minor backups during heavy use periods. In these conditions, more frequent pumping or a review of field design may be warranted. In sandy soils, look for consistent drainage and absence of surface moisture during inspections; if the septic load remains light and the system design supports it, spacing pumping a bit beyond four years is reasonable. The decision should reflect both actual loading patterns and the system's design type, not just calendar time.
Maintenance timing in Hiram is season-sensitive because cold weather, snow cover, and spring wetness can complicate pumping and inspection access. Plan routine visits for late summer or early fall when ground conditions are firm and frost is shallow. If a spring pump is necessary, aim for a window after soils have warmed but before heavy spring moisture peaks. Have a contingency plan for delayed access in winter, including alternate entry points and safeguarding frozen or saturated drain field areas.
Keep a simple maintenance calendar keyed to the estimated four-year baseline, but adjust the year based on soil condition notes and past pumping history. Document any soil moisture concerns observed during each check, and flag seasons with heavy snow or wet springs as higher-risk for access issues. In short: baseline 4 years, adapt by soil and season, and plan around access windows to avoid winter and early-spring pumping downtime.
In this market, the service activity around camera inspections is noticeable. Hiram-area homeowners often need line-condition diagnosis rather than guessing at the cause of backups. A visible, documented view of the pipe runs helps separate a cracked joint from a collapsed line, and it anchors the repair decision in reality rather than assumption.
Begin with a straightforward evaluation of surface indicators: repeat backups in the same fixtures, gurgling sounds in the plumbing, or slow drains in specific zones. Check the septic tank itself for solids buildup, and listen for unusual odors near the tank or cleanouts. If the system sits on a site with variable drainage, note how rainfall or snowmelt has affected drainage in the yard. The local soils can shift drainage dramatically even within a small parcel.
If the initial checks point toward a possible line issue, a camera inspection becomes essential. A careful feed through the main sewer line can reveal fractures, crushing, roots, or offset pipes that are invisible from the surface. In Hiram, where soil conditions vary from sandy uplands to clay-rich depressions, the camera will help determine whether a blocked line is the culprit or if a saturated drain field is already compromising performance.
Hydro-jetting is a recurring local service that often accompanies camera work. Use hydro-jetting to clear minor blockages, but reserve it for verified issues rather than routine "flushes." In soils with high clay content or seasonal groundwater, a partially obstructed line may appear relieved after jetting yet still fail under wet-season load. The cleanout should be rechecked with camera after cleaning to confirm a lasting clearance.
Because soil drainage conditions vary so much, avoid attributing backups to one cause without evidence. A full assessment combines surface observations, tank condition, camera findings, and consideration of recent weather. If the line remains clear but the drain field shows signs of saturation during wet periods, plan for a field-change approach rather than chasing a leak that isn't the root issue. The goal is to identify whether the problem stems from a damaged line or from groundwater-impaired absorption, and to tailor the repair strategy accordingly.
These companies have been positively reviewed for their work doing camera inspections of septic systems.
King's Sanitary Service
(330) 372-3201 www.kingsanitaryservice.com
Serving Portage County
4.9 from 217 reviews
Down's Septic & Drain
(234) 269-5156 www.wilsonplumbingandheating.com
Serving Portage County
4.2 from 87 reviews
In this market, a septic inspection at property sale is not listed as a mandatory requirement for Hiram. Even without a mandatory sale inspection, the local market does show some demand for real-estate and compliance inspection work. For buyers, that demand reflects a practical reality: lot-specific soil and drainage conditions can affect system type, remaining life, and replacement cost. A thorough pre-purchase review helps you understand whether the home's current system is a fit for the property's subsurface realities and how future access or upgrades might unfold.
Because Hiram sits within Portage County oversight and sits on a mix of loamy glacial soils, a standard inspection should verify more than just the tank and lid condition. Check soil absorption characteristics on the downslope portions of the lot, especially where seasonal groundwater can rise. Confirm the age and capacity of the existing system, and note any signs of surface drainage issues, effluent surfacing, or pooling in depressions. Ask whether the report discusses the feasibility of keeping the current design versus replacing it with a different technology suited to variable soil horizons-such as an LPP, mound, or ATU if the conventional drain field is not a viable option.
For buyers, optional due-diligence inspections can be particularly valuable because lot-specific soil and drainage conditions drive system type and replacement costs. A detailed site evaluation should map subsurface layers, identify high-water table zones, and assess whether seasonal fluctuations could compromise a conventional drain field. If a soil profile indicates clay-rich pockets or seasonally wet depressions, the inspector should outline alternatives (LPP, mound, or ATU) and provide a practical sense of maintenance needs for each option. This information helps buyers weigh long-term affordability and schedule the next steps if a major upgrade becomes necessary.
Portage County's loamy glacial soils shift quickly from workable uplands to clay-rich, seasonally wet depressions. That variability can occur within a single parcel, so a septic check should consider micro-topography, drainage patterns, and the proximity to drainage tiles or seasonal low areas. Understanding these nuances helps determine whether a conventional drain field will suffice or if an alternative design is warranted, reducing surprises after closing.
These companies have been well reviewed their work doing septic inspections for home sales.
Judd Septic Tank Cleaning
(440) 595-4999 www.juddseptic.net
Serving Portage County
5.0 from 123 reviews
Northcoast Septic Systems & Septic Inspections
Serving Portage County
5.0 from 30 reviews