Septic in Smithfield, VA

Smithfield sits along river breezes and historic streets, a place where neighbors look out for each other and practical home care matters. If you own a home here or are considering one, you'll notice septic systems are a common, dependable part of how our properties work. They're not a sign of a problem; they're a reflection of the land, the layout of many lots, and the way many of us have lived here for generations.

Is septic common in Smithfield? Should I expect septic if I own or buy a home? In many parts of Smithfield and Isle of Wight County, public sewer isn't available to every street or subdivision, especially on older or rural blocks. That means a private septic system is the norm for a large share of homes. If a property is tied to town sewer, you'll know it, but if not, you should plan for a septic system as a standard part of homeownership. Either way, understanding how your wastewater is handled is a practical and smart step for any purchase or maintenance plan.

Why do homes in Smithfield typically use septic systems? A high-level look helps: our area's residential lots range from cozy village parcels to larger rural plots, and many areas were developed before centralized sewer lines reached every street. The local soils and groundwater patterns favor on-site disposal systems when designed and cared for properly. Septic systems give homeowners immediate, cost-effective wastewater treatment on the property itself, avoiding the need for extensive sewer mains through every neighborhood. That flexibility was essential for growth here and remains a sensible option where public sewer isn't nearby.

High-level explanation (why septic exists here):

• The land and lot sizes often lend themselves to private disposal fields rather than centralized sewer.
• Public sewer expansion hasn't always kept pace with every neighborhood, especially older parts of town and surrounding rural areas.
• On-site systems provide a practical, affordable wastewater solution that works with Smithfield's historic development and current home layouts.

A few practical reminders as you navigate Smithfield homes:

• Expect septic in many neighborhoods unless you're in a sewer-connected street.
• Know where the tank is, when it was last pumped, and whether there's an inspection history.
• Routine maintenance matters: regular pumping every 3–5 years (or per local guidance), mindful water use, and protecting the drain field from heavy loads and yard compaction.

If you're shopping or planning around a Smithfield property, you're in good hands with a neighborly, professional approach to septic care.

Where Septic Systems Are Common in Smithfield

Areas where septic systems are most common

In Smithfield, you'll see septic systems most often in rural and semi-rural pockets outside the town's centralized sewer service, as well as in older neighborhoods that were built before sewer mains reached the area. Here's a practical overview:

• Rural and semi-rural lots with space for a drain field
• Areas outside the Town of Smithfield's sewer service boundaries
• Farms and agricultural properties that rely on on-site disposal
• Older subdivisions and single-family lots conceived before universal sewer connections
• Properties in low-lying or flood-prone spots where extending sewer mains is more challenging

Why these patterns persist

Several factors drive where septic is the norm in Smithfield:

• Development timeline: Many homes built before public sewer expansion relied on septic systems from the start.
• Soil and site suitability: On-site disposal works best where soils drain well enough to absorb effluent, and where the site can accommodate a drainfield without compromising groundwater or surface water.
• Infrastructure costs: Extending sewer mains can be expensive, so some neighborhoods and rural parcels stay on septic to keep costs manageable.
• Environmental protections: Local regulations and groundwater protection requirements can favor well-designed on-site systems in areas without reliable sewer service.

Soil and site factors that influence septic use in Smithfield

Understanding the land helps explain where septic is most common:

• Soil type matters: Sandy or sandy-loam soils drain more readily than heavy clays, influencing septic design and performance.
• Drainage and slope: Gentle slopes with good natural drainage support drainfields; poor drainage or high water tables complicate septic design.
• Flood risk: Areas near rivers, creeks, or low-lying floodplains require careful site assessment to prevent system failure.
• Proximity to wells and water bodies: State and local guidelines set setbacks to protect drinking water sources and surface waters; local rules may vary, so check with the health department.

How to verify septic availability on your property

If you're considering a Smithfield property or adding to one with existing systems, use these steps:

1. Check sewer service maps for the Town of Smithfield and Isle of Wight County to see if municipal sewer is available to your lot.
2. Review property records or permits for septic approvals and on-site disposal permits.
3. Have a licensed septic contractor or engineer perform a site assessment and soil evaluation (percolation test) to determine suitability.
4. Contact the Virginia Department of Health OSDS program for official guidance on system status, permits, and maintenance requirements.

Official resources for Smithfield septic information

• Virginia Department of Health: On-site Sewage Disposal Systems (OSDS) guidance and permits.
• U.S. Environmental Protection Agency: Septic system basics and maintenance. and https://www.smithfieldva.gov/
• General homeowner guidance on septic systems (local implementation varies by Virginia county): https://www.vdh.virginia.gov/environmental-health/osds/ (OSDS resources page)

Septic vs Sewer: What Homeowners in Smithfield Should Know

How septic systems differ from sewer

• Septic: An on-site system that treats wastewater in a buried tank and distributes clarified liquid to a drain field on your property.
• Sewer: A centralized network of pipes that carries wastewater to a municipal or county treatment plant, with costs reflected in monthly bills.
• Local implications: In Smithfield, some neighborhoods are connected to town sewer, while rural areas rely on on-site septic systems. Your home's approach affects maintenance, costs, and long-term planning.

Is your Smithfield home on septic or sewer?

• Check your property records or tax bill for sewer district assessments.
• Look at your water/sewer bill, if you have one, or contact the Town of Smithfield or Isle of Wight County for service status.
• Inspect the yard near the house for a septic tank access lid or for a sewer service line entry point, if applicable.
• If you're unsure, call your local authority:
  • Town of Smithfield for sewer service information:

Pros and cons at a glance

• Septic pros:
  • On-site independence from monthly sewer charges
  • Potentially lower long-term pumping and repair costs if well maintained
• Septic cons:
  • Requires regular pumping and adherence to maintenance guidelines
  • Failure or improper use can lead to expensive repairs and environmental harm
• Sewer pros:
  • Centralized treatment with professional maintenance
  • Generally less day-to-day responsibility for homeowners
• Sewer cons:
  • Monthly or quarterly sewer fees regardless of usage
  • If the system clogs or fails, service disruption can affect multiple properties

Maintenance basics you should plan for

1. Schedule regular pumping and inspections:
   • Typical septic pumping every 3–5 years, depending on household size, tank size, and wastewater volume.
2. Use water wisely:
   • Fix leaks, install high-efficiency fixtures, and spread out heavy loads of laundry.
3. Protect the drain field:
   • Do not drive or park on drain fields; plant only grass over the area; avoid RTLs or septic tank opening near trees.
4. Mind what goes down the drain:
   • Avoid flushing wipes, grease, solvents, or chemicals that can clog or kill beneficial bacteria.
5. Keep good records:
   • Maintain a file of pumping dates, repairs, and inspections for reference and resale.

Costs and long-term planning

• Septic upfront and ongoing costs:
  • Initial septic system installation can be substantial, followed by pumping every few years and occasional repairs.
• Sewer service costs:
  • Ongoing monthly or quarterly charges, plus potential connection or capacity fees if expanding service areas in Smithfield.
• Planning tips:
  • Have a licensed septic contractor evaluate aging tanks or drain fields.
  • If your home is currently septic and you anticipate expansion or increased wastewater, explore options with local authorities about conversion to sewer service if available.

Local resources in Smithfield

• EPA: Septic systems general information and best practices
• Virginia Department of Environmental Quality (DEQ) – Onsite Wastewater

Typical Septic System Types in Smithfield

Conventional septic systems

Conventional systems are the most common setup: a septic tank that holds and begins to treat wastewater, followed by a drainfield (a network of perforated pipes in trenches) where effluent percolates through the soil. They rely on soil to finish treating wastewater before it reaches groundwater.

• How it works: Wastewater flows by gravity from the house into the tank, solids settle, scum floats, and clarified effluent exits to the drainfield.
• Best use: Homes with soils that drain well and a reasonable groundwater separation.
• Pros: Simple design, lower upfront cost, easy to service.
• Cons: Performance depends on soil quality; seasonal high water or poor soils can limit effectiveness.

Low-Pressure Dose (LPD) and pressure distribution systems

LPD and pressure distribution systems use a pump to apply wastewater to the drainfield at low pressure, helping even out flow through laterals when soils are uneven or not perfectly sandy.

• How it works: A pump turns on periodically to distribute small amounts of effluent to multiple trenches or laterals.
• Best use: Areas with variable soil permeability or shallower drainfields.
• Pros: More uniform distribution, can extend usable leachfield in challenging soils.
• Cons: Requires electrical power and routine maintenance; higher initial cost than a gravity system.

Mound systems (sand or elevated drainfields)

Mound systems raise the drainfield above the natural soil, using a sand layer to provide filtration and drainage when native soils are not suitable.

• How it works: A portion of the drainfield sits above grade on a sand bed, with gravel and a series of perforated pipes.
• Best use: Shallow bedrock, high seasonal water table, or poorly draining soils.
• Pros: Expands workable sites and protects groundwater in sensitive areas.
• Cons: More components, higher installation and maintenance costs, and specialized design needed.

Aerobic Treatment Units (ATUs) and other alternatives

ATUs introduce controlled aerobic treatment to improve effluent quality before it reaches the drainfield. They're often chosen when soil conditions are less favorable or space is limited.

• How it works: A small mechanical unit aerates wastewater, then partially treats it before disposal.
• Best use: Homes on marginal soils or with limited space, where enhanced treatment reduces drainfield stress.
• Pros: Better treatment in challenging soils, potential for smaller drainfields.
• Cons: Higher ongoing maintenance and service contract requirements; more complex equipment.

Maintenance and local considerations

Regardless of type, proper maintenance keeps systems functioning long-term.

• Regular inspections: Schedule at least every 1–3 years, depending on the system and local requirements.
• Pump-outs: Plan pump-outs as recommended by the designer or installer (often every 2–5 years for conventional systems; more frequent for ATUs).
• Protect the drainfield: Keep vehicles and heavy equipment off, avoid deep-rooted trees near trenches, and conserve water to reduce load on the system.
• Use care with additives and garbage disposal: Avoid adding chemicals or disposing of fats, oils, and solids that can disrupt treatment.

Steps to determine the right system for your Smithfield home

1. Get a soil evaluation and site assessment from a licensed septic professional.
2. Check with the local health department for permits, setbacks, and design requirements.
3. Compare system types, estimated costs, and maintenance needs.
4. Plan for energy use and accessibility for routine service.
5. Review warranties and service agreements with installers.
6. Official resources: Learn more about onsite septic guidance from the U.S. EPA at

Common Septic Issues in Smithfield

High water table and seasonal flooding

In Smithfield's Tidewater setting, a high water table and periodic heavy rainfall can saturate drain fields quickly. When groundwater sits near the surface, untreated effluent has nowhere to percolate, leading to backups, slow drains, and sewage odors in yards or near the home. Unique Smithfield factors include proximity to low-lying land and occasional storm surge influence during wet seasons, which can push drainage problems from mild to urgent.

• Signs to look for
  • Soggy ground over the drain field, strong sewage odors, toilets or drains backing up.
  • Lush, unusual vegetation over the drainage area or sudden wet spots after rain.
• Common causes
  • Elevated groundwater or recent flooding saturating the soil.
  • Soil with limited percolation or an undersized/aged drain field.
  • Water-use spikes that overwhelm a marginal system.
• What you can do (step-by-step)
  1. Schedule a licensed septic inspector to assess field saturation and soil conditions after a rain event or flood.
  2. Moderate water use during wet periods; avoid long showers, frequent laundry, and irrigation over the drain field.
  3. Restrict heavy equipment or vehicle weight on the area over the system; keep off-limits zones clearly marked.
  4. If issued with recurrent symptoms, consult a professional about field redesign, such as relocating or upgrading the drain field or pursuing an alternative like a mound system.
• Resources:
  • EPA Septic Smart:
  • Virginia Department of Health OSDS:

Tree roots and landscaping encroaching on the system

Many Smithfield yards feature mature trees and shrubs planted near the septic system. Aggressive roots can invade pipes and drain lines, causing blockages, cracks, and reduced absorption. The issue is compounded when landscapes are installed or rebuilt without considering the system's setback and access.

• Signs to look for
  • Slow drains, gurgling sounds, gapped or cracked lids, or cracks around the tank.
  • Wet spots or unusually green patches directly above the septic field.
• Causes
  • Roots growing toward moisture and nutrients from the septic lines.
  • Compacted soil from foot traffic or heavy landscaping equipment near the field.
  • Lack of protective barriers for roots when planting near the system.
• What you can do (step-by-step)
  1. Have a pro inspect for root intrusion with camera testing and identify affected pipes.
  2. Remove intrusive roots and relocate or redesign landscaping away from the leach field.
  3. Plant only shallow-rooting greenery at safe distances (generally well away from the field; consult local guidelines).
  4. Install root barriers or physical protections when replanting near the system.
• Resources:
  • EPA Septic Smart: https://www.epa.gov/septic/septic-smart
  • VDH OSDS guidance: https://www.vdh.virginia.gov/environmental-health/onsite-sewage-disposal-systems-osds/

Aging systems and maintenance gaps

Smithfield has a mix of older installations and newer homes, and aging tanks or exhausted drain fields can fail if not properly maintained. The local climate's wet cycles can also accelerate deterioration in marginal systems.

• Signs to look for
  • Backups, persistent odors, damp ground near the tank or field, or toilets flushing slowly.
  • Increased water bills or frequent pumping needs noted by homeowners.
• Causes
  • Tank corrosion, cracked lids, or leaks in older tanks.
  • Worn or crushed drain-field components; insufficient absorption area due to aging.
• What you can do (step-by-step)
  1. Schedule regular pumping every 3–5 years (more often with a garbage disposal or heavy use; adapt to your household).
  2. Have a licensed pro perform a holistic inspection of tank condition, baffles, and the field's absorption capacity.
  3. Keep records of maintenance, pump dates, and repairs to guide future replacements.
  4. If failures become frequent, plan for a system upgrade or replacement with professional design input.
• Resources:
  • EPA Septic Smart: https://www.epa.gov/septic/septic-smart
  • VDH OSDS guidance: https://www.vdh.virginia.gov/environmental-health/onsite-sewage-disposal-systems-osds/

Site design and soil limitations common to Smithfield

Soil types and lot designs in Smithfield can complicate septic performance. Some properties sit on soils with limited absorption, others on sands that drain too quickly, creating inconsistent treatment. Space constraints on older lots may force drain fields to fit into marginal areas or close to property lines, reducing effective treatment and increasing risk of near-field issues.

• Signs to look for
  • Inconsistent drainage, puddling after rainfall, or nearby wet zones with odors.
  • Neighboring activities (e.g., construction, grading) that alter drainage and stress the septic system.
• Causes
  • Varied soil percolation rates across a property.
  • Small or poorly located drain fields due to lot size or prior building.
  • Proximity to wells or flood-prone zones limiting proper setbacks.
• What you can do (step-by-step)
  1. Obtain a site evaluation (soil testing and perc) before designing any new field or expansion.
  2. Work with a qualified designer to place a field in the best-draining area and consider alternatives if space is limited.
  3. Regularly inspect for surface indicators of field trouble and plan timely maintenance or upgrades.
• Resources:
  • EPA Septic Smart: https://www.epa.gov/septic/septic-smart
  • VDH OSDS guidance: https://www.vdh.virginia.gov/environmental-health/onsite-sewage-disposal-systems-osds/

Septic Inspection, Permits & Local Oversight

Who oversees septic in Smithfield, VA

In Smithfield, septic systems are regulated through the Virginia Department of Health's On-Site Sewage Program, coordinated with Isle of Wight County Health District. The local health district handles permit issuance, plan reviews, and inspections for new installations, repairs, or replacements. For larger projects or land-use changes, your local building or planning office can point you to the right health department contacts, but the actual permit and inspection work is done through VDH/Health District channels.

Permit requirements

• New systems: you must obtain a permit before installation. The process typically includes a soils evaluation, site assessment, and a designed system plan that must be reviewed and approved.
• Repairs or replacements: a repair permit is usually required; depending on the scope, a redesign or new design submission may be needed.
• Property transactions: many buyers or lenders request a current septic inspection as part of escrow. This is common practice, but not always legally required.
• Fees and timelines: permit and inspection fees apply; timelines vary by site complexity and workload. Check the latest fee schedule with the local health district.

The inspection process (step-by-step)

1. Hire a licensed On-Site Sewage contractor or engineer to design the system and file the permit.
2. Gather required documents: site plan or lot map, soil evaluation report, system design diagrams, and parcel information.
3. Submit the permit application to the Isle of Wight County Health District (or Virginia Department of Health On-Site Sewage program).
4. Schedule inspections at key milestones: pre-construction (where feasible), during installation, backfill, and final inspection after completion.
5. During inspections, the health inspector checks setbacks, soil absorption area, tank placement and baffles, proper components, and overall system integrity.
6. If approved, the permit is closed; if corrections are needed, follow the inspector's directions and schedule a re-inspection.

Timelines, planning and contact points

• Typical review windows: about 2-6 weeks, longer for complex sites or if issues arise.
• Where to apply: Isle of Wight County Health District / Virginia Department of Health On-Site Sewage program.
• Proactive steps: confirm current lead times, ask about required inspections, and keep a running record of all paperwork and submission dates.

What to have ready

• Site plan or lot map
• Soil evaluation report
• System design diagrams or existing system information
• Property deed or parcel ID
• Maintenance records for any existing system (if applicable)

Resources and official links

• Virginia Department of Health – On-Site Sewage Systems:
• Isle of Wight County Health District (VDH district page):
• Isle of Wight County government – Permits/Building:
• Town of Smithfield official site – Building and Zoning: https://smithfieldva.gov/

Septic Maintenance for Homes in Smithfield

Local conditions in Smithfield

Smithfield sits in Isle of Wight County with proximity to the James River and coastal plains. Soils can vary from sandy, well-draining patches to more clayey zones, and groundwater tables can rise seasonally. Heavy rain events and spring thaws can push systems toward slower drainage or surface pooling if the drainfield is undersized or stressed. Understanding these Smithfield-specific factors helps you tailor routine maintenance and protect your investment.

Regular inspections and pumping

• Schedule professional inspections on a regular cycle, and adjust based on usage and system type. For many households, a full inspection every 3–5 years is a solid baseline; homes with garbage disposals, large families, or high water use may need more frequent checks.
• During inspections, a licensed septic technician should: assess the tank for scum and sludge buildup, inspect baffles and outlet devices, and check the drainfield for signs of distress.
• Look for immediate red flags between visits: slow drains, gurgling sounds in pipes, sewage odors, wet or spongy spots in the yard, or sudden lush growth over the drainfield.

Pumping schedule tailored to Smithfield

1. Typical households: plan to pump every 3–5 years, depending on occupancy and wastewater load.
2. Sandier soils or mound systems can tolerate different intervals; follow the technician's recommendations after an on-site evaluation.
3. Keep a running service record and share it with future buyers or new owners in the property file.
4. If you notice backups or discharge in the yard after heavy rain, call a pro promptly even if the clock isn't due for a pumping.

Protecting the drainfield in Smithfield

• Avoid parking or driving vehicles on the drainfield. Heavy loads compact soil and damage the leach field.
• Plant only shallow-rooted vegetation on or near the drainfield; keep trees and large shrubs well away to protect roots.
• Direct roof and surface water away from the drainfield; redirect downspouts and sump pumps to prevent hydraulic overload.
• Space out laundry and dishwashing loads; large, simultaneous wastewater events can overwhelm the system, especially after heavy rainfall.
• Use water-efficient fixtures and appliances; a high-volume使用 pattern accelerates sludge buildup.
• Choose septic-safe products (toilet paper that breaks down easily, avoid grease-heavy cleaners, and limit chemical drain cleaners).

Seasonal and storm considerations

• After major storms or floods, check for surface pooling and odor; groundwater may rise, stressing the system. If you see pooling or persistent wet spots, contact a pro.
• In spring, monitor for increased plant vigor above the drainfield—often a sign of effluent reaching the surface due to pressure from rain and saturation.
• During peak outdoor activity (e.g., large gatherings), stagger water use to prevent overloading the tank and drainfield.

Practical maintenance steps homeowners can take

• Limit non-biodegradable items and flush only toilet paper; avoid flushing wipes, oils, solvents, or medications.
• Use a septic-safe, low-phosphate detergent regime; run full loads rather than many small ones to improve efficiency.
• Keep a simple maintenance log: dates of pumping, inspections, repairs, and any observed issues.
• If you plan renovations or additions, consult a septic professional early to verify drainfield capacity and drainage plans.

When to call a pro

• Backups, strong sewer odors inside the home, or visibly damp, spongy soil near the drainfield.
• Visible sewage on the surface, or water backing up in sinks and toilets despite normal usage.
• After severe storms or suspected groundwater changes that affect drainage.

Resources

• Virginia Department of Health – Onsite Sewage Program:
• Local county guidance and permits (Isle of Wight County / Smithfield area) – visit your official county or town pages for current requirements and contact information.

Cost Expectations for Septic Services in Smithfield

Septic Tank Pumping

• What it includes: removing sludge and scum from the tank, inspecting baffles and pumps, and ensuring the chamber is clean enough to function. In Smithfield, many homes have 1,000–1,500 gallon tanks; larger or multi-tank setups cost more.
• Typical cost in Smithfield: roughly $250–$500 for a standard 1,000–1,500 gallon tank; $500–$700 if there are multiple tanks, an effluent filter, or access upgrades (risers, lids, etc.). Travel fees or after-hours service may add $25–$75.
• Quick tip: schedule routine pumping every 3–5 years as recommended by your contractor to avoid costly repairs.

Septic System Inspections

• What it includes: a basic visual evaluation of tank lids, access ports, and pumping status; checks on alarms and pumps; and a dye or functional test if needed during real estate transactions.
• Smithfield specifics: home inspections and sales often require a full evaluation, not just a quick pump check.
• Typical cost: basic inspection $150–$250; more thorough inspections, including dye tests and field assessment, $300–$600.
• Step you can take: ask for a written checklist that covers tank condition, pump status, field trench condition, and any recommended actions.

Perc Test / Soil Evaluation (for new systems or large upgrades)

• What it includes: soil boring, percolation testing, and a feasibility assessment to determine drainfield design and capacity.
• Smithfield specifics: soils in the area can influence drainfield type (conventional, mound, or bed systems); a thorough evaluation helps avoid surprises after permit submission.
• Typical cost: $1,000–$3,000 depending on site size and access; higher if multiple tests are needed or a specialized design is required.
• Important: this is typically done by a soil scientist or engineer in advance of installation.

New Septic System Installation

• What it includes: site evaluation, design, permits, installation of tank(s), leach field or alternative treatment unit, and system commissioning.
• Smithfield specifics: costs vary with soil conditions and system type (conventional vs. mound). Proximity to historic areas and grading needs can influence mobilization and trenching.
• Typical cost: $8,000–$25,000 for standard systems; $15,000–$40,000 or more for complex sites, mound systems, or high-efficiency treatment units.
• Planning steps (3 quick steps):
  1. Get a site assessment and preliminary design quote.
  2. Obtain necessary permits from the local health department.
  3. Schedule installation and system testing.

Drain Field Repair / Replacement

• What it includes: trench restoration, soil remediation, and possibly replacement of failed leach field sections; may involve rerouting or upgrading the drainfield.
• Smithfield specifics: clay or compacted soils common in the area can drive higher repair costs.
• Typical cost: $7,000–$15,000 for repair or partial replacement; $15,000–$25,000+ for full drainfield replacement or a mound system.
• Note: extensive drainfield work often requires site engineering and permits.

Septic Tank Repairs (non-pumping)

• What it includes: fixing broken baffles, cracked tanks, failing inlet/outlet pipes, or replacing a failed effluent filter.
• Typical cost: $200–$2,000 for minor repairs; $2,000–$7,000 for more involved fixes or multiple components.
• Tip: prompt repair avoids deeper system failure and more expensive replacements.

Pump and Control Systems

• What it includes: replacing or repairing wastewater pumps, alarms, and control panels inside the tank or pump chamber.
• Typical cost: $500–$1,500 for a pump replacement; $100–$600 for new alarms or controls.
• Travel and accessibility factors: remote or difficult-to-access sites may add to labor.

Tank Risers, Lids, and Access Upgrades

• What it includes: installing or upgrading risers and secure, weatherproof lids for easier future maintenance.
• Typical cost: $500–$1,200 depending on material and installation complexity.
• Benefit: safer, cleaner, and quicker maintenance visits.

System Maintenance Plans

• What it includes: scheduled pumping, inspections, and priority service windows; some plans cover discounts on repairs.
• Typical cost: $100–$300 per year or $50–$150 per service visit, depending on frequency and included services.
• Pro tip: a maintenance plan can reduce unexpected breakdown costs by catching issues early.

Decommissioning or Abandonment (grid-to-sewer conversions or asset shutdown)

• What it includes: proper sealing of tanks, removal or filling of tanks, and documentation for county records.
• Typical cost: $1,000–$3,000 depending on accessibility and required site restoration.
• When needed: if you're moving to public sewer service or replacing with a different wastewater system.

Official resources for planning and compliance

• Virginia Department of Health – Onsite Wastewater Program:
• Virginia Department of Environmental Quality – Onsite Sewage: