Last updated: Apr 26, 2026
Anderson County sites commonly encounter Cecil silt loam along with loamy sand and clay loam textures, so absorption conditions can change sharply from one property to the next. That means no one-size-fits-all answer for drain-field sizing. On some lots, Cecil silt loam drains reasonably well and accepts effluent with minimal disturbance; on neighboring parcels, a thin or inconsistent topsoil layer over a denser subsoil can slow infiltration dramatically. When evaluating a new system, expect the soil profile to vary from trench to trench and even within each trench, particularly where the property slopes or where natural depressions exist. This patchwork of textures is not a nuisance-it is the deciding factor in whether a standard field will work or a more specialized approach is needed.
Local soil profiles may include heavier clayey layers or shallow depth to bedrock, which can restrict infiltration and force larger fields or non-standard designs. If clay loam or dense subsoil sits within a few feet of the surface, the absorption capacity drops quickly and free, vertical separation becomes harder to maintain. In practical terms, a conventional gravity field or simple trench layout may be insufficient without adjustments. Expect that, even on a well-drained-looking hillside, a deeper, more permeable layer may be interrupted by a restrictive horizon a short distance below grade. When such layers are present, the design may shift toward a pressure distribution system, or in more challenging cases, a mound or aerobic treatment unit (ATU) to move or pre-treat effluent before it enters the absorption area. The key is matching the field to the true in-situ percolation rate rather than to the surface impression of soil texture.
In low-lying parts of the area, seasonal rises in the water table after heavy rainfall can reduce usable vertical separation for the drain field. When groundwater is closer to the surface for weeks at a time, infiltrative capacity drops, and a field that was acceptable during dry periods may underperform after storms. This is not a rare occurrence but a common constraint in pockets of Cecil silt loam and adjacent textures. The practical effect is that you cannot assume year-round performance from a single field layout. If high water or perched water is anticipated during wet seasons, a design that relies on deeper drainage or pre-treatment becomes more favorable. A mound or ATU, for example, can provide a safeguarded path for effluent when the natural soil behaves like a seasonal sponge, but those systems come with their own considerations for maintenance and long-term performance.
Begin with a soil explanation from the site contractor or soils technician that emphasizes texture transitions along the planned drain-field corridor. If Cecil silt loam appears in the test pits or trench borings, ask for percolation tests that cover multiple test locations to capture variability. Look for contrasts between sandy pockets and clayey horizons, and note whether shallow bedrock or dense layers cap the profile in different directions across the lot. If seasonal water issues are suspected, request a high-water-table assessment during the wet season and consider how much setback is available between the proposed drain field and any standing water or perched zones. Finally, map the path from the house to the proposed absorption area with attention to slope, natural depressions, and soil changes, so you can visualize where a standard field might struggle and where a non-standard design could be warranted. In cases where a single test area suggests poor infiltration, plan for a contingency-discuss with the installer the feasibility of a pressure distribution layout or a mound, rather than committing to a conventional field only to encounter trouble after construction. The goal is to align the final design with actual soil behavior, not the assumption that a given texture guarantees a particular performance.
Anderson lots present a mosaic of soil conditions, with Cecil silt loam on some parcels and heavier clay or shallower bedrock on others. On sites with well-drained, uniform soil, a conventional or gravity septic system can provide reliable performance when the drain field has adequate depth to the seasonal high water table and enough space for infiltrative trenches. If your lot features strong, uniform infiltration characteristics, a standard layout that emphasizes trench spacing and proper interceptor placement can minimize surprises. In practice, this means focusing on accurate soil evaluation at multiple points across the intended field area, since better-drained portions may anchor a viable in-ground design while nearby pockets may not. You should expect variations on a single property and plan for a layout that prioritizes the best-drained zones while reserving alternative designs for less cooperative spots.
Where soils are less uniform across the disposal area, pressure distribution becomes a practical design choice. In Anderson, that often translates to laying out a network that delivers wastewater more evenly to several absorption paths rather than relying on a single gravity flow to a single trench. A pressure distribution system can accommodate subtle changes in infiltration rates or varying soil textures within the drain field footprint. This approach helps to prevent early saturation in zones that are heavier or closer to restrictive layers, while still leveraging the more permeable portions of the field. If the site shows a mix of soil types, with some portions infiltrating slower than others, a pressure distribution layout can provide a more forgiving and robust long-term performance. The key is a properly designed header system, evenly spaced laterals, and careful valve management to ensure uniform loading across all trenches.
Mound systems become particularly relevant on properties where clayey subsoils, shallow bedrock, or limited infiltration constrain a traditional in-ground field. On such sites, the native soil beneath the surface layer does not offer sufficient absorption or vertical separation for a standard trench. A mound design creates a controlled, above-grade infiltrative area that mitigates the limitations imposed by dense sublayers and shallow rock. For Anderson lots with restricted infiltration capacity, a properly engineered mound can deliver reliable effluent dispersion while maintaining the necessary setback distances and protection of nearby wells or streams. The buried roof of the mound, its sand layer, and carefully tuned dosing schedule work together to extend the life of the system in challenging soils. The decision to pursue a mound should weigh the balance between upfront construction complexity and long-term field performance, especially where site constraints recur across the property.
ATUs matter locally because they can help on constrained sites where treatment or dispersal limits are tighter than a basic tank-and-field layout can handle. In areas where the groundwater regime or soil structure constrains effluent quality at the discharge point, an ATU provides advanced pretreatment that reduces organic load and improves subsequent soil absorption. On select Anderson lots, an ATU can open the door to a compliant, reliable drip or spray dispersal arrangement, or make a conventional trench feasible where the soil's natural conditions would otherwise be prohibitive. If site features indicate borderline effluent strength or persistent infiltration concerns, an ATU paired with a well-designed dispersal method offers a practical path forward, prioritizing long-term performance and minimizing risk of septic system failure due to treatment or distribution bottlenecks.
The strongest approach is site-specific testing that captures the full range of soil variability across the intended field area. Use multiple percolation tests, identify the depth to bedrock, and map seasonal moisture trends to understand how much the field might fluctuate with wet seasons. Compare conventional, gravity, pressure distribution, mound, and ATU options against these site realities, focusing on how each design handles the local texture mix, potential perched water, and the distance to restrictive layers. With a clear picture of how your lot behaves under wet and dry conditions, you can choose a system that aligns with both current performance and long-term resilience, rather than relying on a one-size-fits-all solution.
During the cold months, wet soils dominate the soil profile and raise the water table more than at other times. Cecil silt loam can slow drainage, and when the ground is saturated, the drain field loses the ability to absorb effluent effectively. This means that a standard design may struggle to perform, and alternative layouts like a mound, pressure distribution, or ATU often become the more reliable choice for new installations or major repairs. The consequence is increased pressure on system components, higher risk of surface pooling or effluent surfacing, and more frequent maintenance needs if a field is pushing its absorption limits. Plan around generous margins for wet conditions, and anticipate interruptions to anticipated schedules if soils stay saturated for longer periods than usual.
Upstate South Carolina rain events in spring can be substantial, and Anderson soils respond quickly. When the drain field sits under saturated soil, absorption drops and the field cannot process effluent as designed. Heavy spring rain can shift the ideal window for pumping, repairs, or replacement projects, because delaying work may extend the time the system spends in a stressed condition. If a field is already near capacity, a warm spell followed by another round of rain can create a cycle of slow drainage and increased risk of backups. Contractors often monitor weather forecasts closely and may adjust sequencing to avoid working on a saturated site, which can extend project timelines but reduce the chance of post-work failures.
Even when deep frost is not the main issue, winter and early spring frost-free days can be deceptive. Freeze-thaw cycles compact soils, causing muddy conditions that hinder site access for inspections, excavation, and maintenance. A technician may encounter footing instability, limited trench viability, or delayed equipment movement, all of which can complicate timely service. This is not merely inconvenient; poor access can lead to rushed work or incomplete inspections, increasing the likelihood that a latent issue becomes a bigger problem once soils dry out. If a service visit is planned, anticipate potential delays caused by wet ground or lingering frost pockets, and coordinate with a qualified septic professional who can adapt both the approach and the schedule to the season's realities.
Need a septic pro in a hurry? These have been well reviewed in emergency situations.
Rooter Express
(864) 774-9965 rooterexpsc.com
925 Centerville Rd, Anderson, South Carolina
4.8 from 570 reviews
Chastains Septic Tank Services, LLC & Chastain's Portable Toilets
(864) 991-4470 www.chastainssepticservices.com
3554 Keys St, Anderson, South Carolina
5.0 from 423 reviews
A-1 Septic & Drain Field Repair
(864) 353-2564 a1septicanddrainfieldrepairsc.com
Serving Anderson County
4.9 from 173 reviews
Roto-Rooter Plumbing & Drain Service
(864) 305-1141 www.rotorooter.com
500 McGee Rd, Anderson, South Carolina
4.8 from 1311 reviews
Need a plumber? We do that! Call Roto-Rooter Plumbing & Drain Service in Anderson, SC when you need plumbing repair or drain cleaning services. We have been Anderson’s local plumber since 1935. In 1978, the Eckberg family purchased the Anderson, SC franchise and still operate the business today. What began as a drain cleaning business has expanded to a full-service plumbing company, providing excavation, leak detection, and septic pumping services as well. Whether you're experiencing a plumbing emergency, or something as simple as a leaky faucet, Roto-Rooter can help you get it fixed fast. We fix toilets, sinks, showers, clogged drains, water & drain lines, water heaters, and pumps. Roto-Rooter's expert plumbers are standing by 24/7.
Mr. Rooter Plumbing of Anderson, SC
(864) 402-9565 www.mrrooter.com
130 Powell Rd, Anderson, South Carolina
4.7 from 658 reviews
Mr. Rooter® Plumbing provides quality plumbing services in Anderson 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 Anderson, you are in good hands with Mr. Rooter! With 24/7 live answering, we are available to help schedule your emergency plumbing service as soon as possible. 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 us for prompt, reliable service! Call Mr. Rooter today for transparent prices and convenient scheduling.
Rooter Express
(864) 774-9965 rooterexpsc.com
925 Centerville Rd, Anderson, South Carolina
4.8 from 570 reviews
Rooter Express SC offers expert septic and plumbing services in Anderson, SC, with a 24/7 hotline for emergencies. Their highly trained and certified team provides quick, affordable repairs and maintenance for both residential and commercial clients. As a family-owned business, they are committed to responsiveness and back all their work with an ironclad guarantee.
HelloPro Home Inspections
(864) 370-5600 www.helloprohomeinspections.com
Serving Anderson County
5.0 from 452 reviews
HelloPro Home Inspections, LLC is family operated, veteran owned and a local company. The Certified Greenville, SC Professional Inspectors at HelloPro provide reasonably priced inspection packages that INCLUDE a Home Buy Back Guarantee and PLUS Warranties for for all of the major components of the home. We understand the big step a real estate transaction can be for most people and we want to elevate all of real estate and empower home buyers to purchase with confidence. HelloPro Home Inspections is your Trusted Greenville SC Home Inspection Company - "we protect your investment by bringing the best value to the table and providing an exceptional home inspection." 15% Discount to Military / Veterans · 1st Responders and Healthcare Workers
Chastains Septic Tank Services, LLC & Chastain's Portable Toilets
(864) 991-4470 www.chastainssepticservices.com
3554 Keys St, Anderson, South Carolina
5.0 from 423 reviews
Chastains Septic Services and Chastains Portable Toilets provide trusted septic tank cleaning, septic system installation, plumbing, and porta potty rentals across Anderson, Clemson, Pendleton, Seneca, Greenville, and nearby communities. Family-owned for over 30 years, the team is known for honest service, dependable scheduling, and a true willingness to help. Led by Joshua Chastain, the company delivers expert septic repairs, drain field installations, septic inspections, and portable toilet solutions for homes, businesses, and job sites.
All Clear Plumbing
Serving Anderson County
4.8 from 409 reviews
All Clear Plumbing provides quality plumbing repair and drain cleaning maintenance in Greenville and Anderson Counties, in the Upstate of South Carolina. Our most common repair requests include water heater repair, drain cleaning, hydro-jetting, sewer line repair and replacement, water line repair and replacement, and water leak detection. All Clear can help with plumbing projects big and small. Don't hesitate to call for smaller repairs like a leaky faucet, broken garbage disposal, clogged toilet, or any number of other plumbing frustrations in your home or business. All Clear is a family owned and operated business born in the Golden Strip area - Mauldin, Simpsonville, and Fountain Inn where we still work, live, and play.
Clean Flo Sewer & Septic
(864) 533-8233 cleanfloseweranddrain.com
112 C-9-150A, Anderson, South Carolina
4.9 from 271 reviews
Clean Flo Sewer and Septic has been proudly serving Anderson, SC and surrounding areas including Belton, Clemson, Pendleton, Easley, and Greenville since 2020. With over five years of hands-on experience, our team provides dependable sewer, septic, and drain solutions for residential and commercial properties. From septic tank pumping and system repairs to professional drain cleaning, hydro jetting, and sewer line services, we focus on long-lasting results without unnecessary disruption. We’re known for prompt response times, honest service, and quality workmanship you can rely on. Call Clean Flo Sewer and Septic today to schedule service or request an estimate and keep your system flowing smoothly!
Advantage Plumbing
(864) 231-7887 www.advantageplumbingsc.com
Serving Anderson County
4.8 from 215 reviews
Plumbing, drain cleaning, septic installation, repair and pumping, drain fills, water lines, water heaters. Jetting and camera. Full Service plumbing.
A-1 Septic & Drain Field Repair
(864) 353-2564 a1septicanddrainfieldrepairsc.com
Serving Anderson County
4.9 from 173 reviews
At A-1 Septic & Drain Field Repair, we offer expert full septic system repair services across Anderson, Pickens, Oconee,Liberty, Seneca, Clemson, Greenville. As a trusted third-generation family business, we handle everything from Septic Drain Field Repairs and new Drain Field Installations to Sewage Pump Maintenance. Our experienced technicians are dedicated to delivering top-quality service and building lasting customer relationships. For added convenience, we provide 24-hour emergency septic pumping. Choose A-1 Septic & Drain Field Repair for reliable, professional septic solutions tailored to your needs. Contact us today!
Phillips Plumbing, Wells & Septic
(706) 920-4264 phillipsplumbing.us
Serving Anderson County
4.9 from 117 reviews
Phillips Appliance & Plumbing Services, LLC has served Hartwell and the surround areas since 1969. We are a 3rd generation company. We offer all residential and commercial plumbing services. New construction and remodels. Plumbing repairs, hot water heaters, drain pipes etc. Septic installs and repairs for new and existing residential and commercial projects. Well pump services. We install well pump and offer repair service. Trenching. Roto-rooting etc.
Prime Septic
(864) 401-1111 www.primeseptic.com
Serving Anderson County
4.9 from 116 reviews
Our septic pumping company was built on one thing: quality customer service. That is why we show up to each septic cleaning job focused, prepared, knowledgeable, and with a friendly attitude. Our septic tank pumping services are unmatched by others because we always put our customers first. From the first phone call to when we arrive on-site, and then we are finishing up the job, we will listen, learn, and service you in a stress free way that meets your needs. This includes respect for your home, your property, integrity in how we operate, and education when you want to learn. If you need septic tank pumping or grease trap pumping in Belton, Greenville, or anywhere in the Upstate area, we can help!
J septic services & drain feild replacement
(864) 749-2020 jsepticservices.com
Serving Anderson County
5.0 from 73 reviews
We provide affordable septic services. We pump out the tank and clean the drain lines. If your sewer is backing up, give us a call. We appreciate your business!
Permitting for septic systems in this area is handled through the Anderson County Health Department in coordination with South Carolina's Department of Health and Environmental Control (DHEC) Office of Environmental Health Services. The process requires clear communication between the local health staff and the state office to ensure that site conditions, soil types, and system design meet the area's particular challenges. Given the variability of Cecil loams, heavier clay pockets, and shallow bedrock on some lots, the coordination layer between county and state reviewers is essential to validate that the proposed treatment approach matches the soil reality and local groundwater considerations.
A soil evaluation must be completed and formally approved before any installation work begins on an Anderson-area property. The evaluation should document geotechnical considerations that influence drain-field viability, including the depth to bedrock, seasonal soil moisture fluctuations, and the presence of clay layers that can impede drainage. The system design, whether conventional, mound, pressure distribution, or an approved alternative, must align with that soil report and receive all necessary approvals from both the county health department and DHEC before construction starts. Because soil variability can change the suitability of a standard drain field from one lot to the next, the design review focuses on site-specific parameters rather than relying on general recommendations. Engage early with the health department to anticipate whether a mound or ATU option might be required due to seasonal wetness or restricted soil permeability.
Inspections occur at key milestones during the project. The rough-in or backfill stage is a primary checkpoint to verify trench layout, piping integrity, and absorption area preparation against the approved design. A second inspection follows final backfill and prior to initiating system startup; this final review confirms that all components were installed in accordance with the approved plan and local regulations. The system cannot be placed into operation until final approval is issued, which signals that all work complies with soil-based design criteria, setback requirements, and groundwater protection standards. Detours or delays are common if field conditions diverge from the approved plan, so it is critical to document any field adjustments and secure the corresponding amendments from the health departments before proceeding.
Begin the permitting process early in the project timeline to align soil evaluation, design approval, and construction with the approved schedule. Maintain open records of all correspondence, inspection notices, and plan revisions with both the Anderson County Health Department and DHEC. When soil conditions are borderline-such as shallow bedrock or mobile seasonal wet soils-expect potential design changes and additional review steps. Final operation hinges on the clearance letter issued after the last inspection, so plan for that buffer in the project sequence to avoid premature use of the system.
In Anderson, the soil profile often dictates whether a conventional or gravity system will suffice or if a more complex design is needed. Cecil loams on some lots can drain well enough for a standard gravity or conventional setup, but other parcels reveal clay layers, shallow bedrock, or seasonal wetness that push the design toward pressure distribution, mound, or even aerobic treatment units (ATUs). Those soil realities are the biggest swing factor, so accurate site evaluation matters a lot before selecting a layout.
Provided local installation ranges run from $4,500-$10,000 for gravity systems, $5,000-$12,000 for conventional systems, $6,500-$14,000 for pressure distribution, $12,000-$25,000 for ATUs, and $15,000-$28,000 for mound systems. The wide spread reflects how soil conditions and final design choices interact with lot layout, driveway or utility access, and drainage patterns. In practical terms, a well-draining Cecil loam could land you toward the lower end with a gravity or conventional install, while clay restrictions or shallow rock likely pushes you into a higher-cost option like mound or ATU.
The biggest local cost swing factor is whether a lot's Cecil-type soils behave as well-drained loam or reveal clay restrictions, shallow bedrock, or seasonal wetness that push the design into pressure, mound, or ATU territory. If a site tests as borderline, expect mid-to-upper ranges for pressure distribution or ATU, even before any site prep or extensive trench work. Access issues, additional drains, or the need for a larger reserve area will add to the bottom line.
Start with a soil evaluation that tailors the design to on-site realities. Compare the lower end of the ranges with what your soil permits, and map the most straightforward layout first. If a mound or ATU becomes likely, prepare for the higher end of the cost spectrum and plan for potential seasonal wetness adjustments in scheduling. Anderson-specific soil variability means a precise assessment upfront pays off in predictable, code-compliant performance.
Disposal performance in this area is guided by Piedmont soil variability, including Cecil loams, heavier clay, and shallow bedrock. Seasonal saturation can stress the drain field, so timing your maintenance around the year matters. In wet springs and after heavy rain events, soils stay near field capacity longer, which reduces absorber capacity and increases the risk of backups. In drier late summers, soils drain more quickly, but heat and evapotranspiration can stress the system if the field has limited capacity or marginal drainage.
A standard 3-bedroom home in this area is commonly advised to pump about every 3 years because Piedmont soil variability and seasonal saturation can stress disposal performance. Use this as a baseline, then adjust based on usage patterns, observed flow, and the system type. Gravity systems tend to be gentler on schedules, while mound or ATU configurations often require closer attention. Track your household's flushing habits, laundry frequency, and garbage disposal use, and factor in rainfall patterns from year to year.
In spring, run water into the system mindfully during the start of the growing season: reduce back-to-back loads, stagger laundry, and avoid heavy use during rainstorms when the soil is saturated. In summer, monitor for signs of surface dampness or odors after irrigation or frequent showers, and schedule a pump check if the septic tank has not been serviced recently. In fall, prepare for seasonal soil moisture shifts by planning a pump or service interval ahead of wet months. In winter, limit nonessential water use during periods of freeze or thaw to minimize the risk of hydraulic shock to the tank and drain field.
Mound systems and ATUs in this market typically need closer monitoring and may require more frequent service than a basic gravity setup. If your home uses one of these configurations, coordinate with a local service provider to align pumpouts, inspections, and performance checks with the seasonal soil conditions for best results.
Need someone for a riser installation? Reviewers noted these companies' experience.
Chastains Septic Tank Services, LLC & Chastain's Portable Toilets
(864) 991-4470 www.chastainssepticservices.com
3554 Keys St, Anderson, South Carolina
5.0 from 423 reviews
A-1 Septic & Drain Field Repair
(864) 353-2564 a1septicanddrainfieldrepairsc.com
Serving Anderson County
4.9 from 173 reviews
The prevalence of riser installation across many properties means surface access is not always available for pumping or inspection. When lids sit flush or are below grade, the ability to confirm tank condition, locate compartments, or gauge sludge depth becomes a challenge. Expect buried components and partial records to complicate the assessment, especially on older installations. Electronic locating and camera inspection are meaningful local services, indicating some properties have buried components or incomplete records that make diagnosis harder. If a system was installed decades ago, there is a strong likelihood that the tank and piping look different from newer designs, which can alter the recommended service approach.
Begin with a precise field check using electronic locating to confirm tank locations, sizes, and access points. A camera inspection of the tank, risers, and effluent lines helps verify condition, identify cracks or separation, and spot settled or corroded baffles. In Anderson, shallow bedrock and variable Cecil loams can complicate trenching for repairs, so early identification of soil consistency and depth is critical for planning. If records rely on homeowner recall, assume additional verification steps are needed. Document any discrepancies between what's on the map and what's found in the ground.
Tank replacement appears in the local service mix, pointing to an aging installed base where some homeowners are dealing with end-of-life components rather than simple pumping alone. Signs include unusual odors, frequent pumping with diminishing capacity, or sudden changes in drainage behavior after rain. In such cases, pairing a pumping visit with an assessment of the tank's structural integrity and pipe sealing can prevent premature failures. An experienced technician will weigh whether a conventional pump-and-clean remains viable or if a component upgrade, such as a new tank or riser, is warranted to restore long-term reliability.
Expect variability in soil interaction with older designs, especially where Cecil loams meet clay layers or shallow bedrock. This site-specific dynamic influences whether a standard drain field will suffice or if a pressure distribution, mound, or ATU approach is needed. When diagnosing older setups, prioritize confirming access, documenting precise soil conditions, and delaying invasive repairs until the full scope is understood.
These companies have been positively reviewed for their work doing camera inspections of septic systems.
Chastains Septic Tank Services, LLC & Chastain's Portable Toilets
(864) 991-4470 www.chastainssepticservices.com
3554 Keys St, Anderson, South Carolina
5.0 from 423 reviews
Clean Flo Sewer & Septic
(864) 533-8233 cleanfloseweranddrain.com
112 C-9-150A, Anderson, South Carolina
4.9 from 271 reviews
J & J Liquid Waste Services LLC - Septic & Sewer Cleaning
(864) 245-1167 www.jjlwservices.com
Serving Anderson County
5.0 from 38 reviews
Anderson does not require a septic inspection at sale as a blanket rule based on the provided local data. However, real-estate septic inspections are a meaningful local service category, with buyers and sellers commonly ordering them voluntarily. Because lot conditions vary so much by soil and drainage, a sale-period inspection can reveal whether a system is a simple gravity layout or a more maintenance-intensive pressure, mound, or ATU setup.
A seasoned local inspector will evaluate the drain field against Cecil loams, heavier clay layers, and any shallow bedrock notes for a given parcel. Seasonal wet soils can mask performance issues, so expect the assessment to consider recent rainfall, groundwater conditions, and how the effluent disperses in the actual yard. The report should identify the type of system, age, and known repairs, plus any signs of distress such as surface emissions, wet patches, or slow drainage in sinks and toilets.
You should use the inspection to set realistic expectations for the buyer. If the system is a straightforward gravity layout, the sale can proceed with confidence if records are complete and visible components are accessible. If the check reveals a pressure distribution, mound, or ATU, explain ongoing maintenance needs, potential performance limitations during wet periods, and any anticipated service cycles. In Anderson, the soil mosaic and drainage patterns often dictate whether a standard drain field will suffice or a more specialized design is warranted, so the report becomes a practical guide for negotiating repairs or price adjustments.
These companies have been well reviewed their work doing septic inspections for home sales.
Chastains Septic Tank Services, LLC & Chastain's Portable Toilets
(864) 991-4470 www.chastainssepticservices.com
3554 Keys St, Anderson, South Carolina
5.0 from 423 reviews
A-1 Septic & Drain Field Repair
(864) 353-2564 a1septicanddrainfieldrepairsc.com
Serving Anderson County
4.9 from 173 reviews
