Septic in Yuma, AZ

Welcome to Yuma's septic guide, neighbor—from the sun-warmed yards to the quiet underground workings that keep your home running smoothly, you're in good hands here. In our desert climate, a reliable wastewater system is part of practical, comfortable living, and this page is built to give homeowners clear, trustworthy guidance you can act on.

Is septic common in Yuma? Should I expect septic if I own or buy a home?

Yes—septic systems are common in Yuma, especially in areas outside the city sewer lines or in older and rural-adjacent neighborhoods. If you're buying a home here, don't assume there's a city sewer hookup unless you've confirmed it with the seller or local utility district. A septic system is a normal reality for many Yuma homes, and knowing what you're getting into helps you plan ahead for maintenance, inspections, and any needed repairs.

Why homes typically use septic systems in Yuma

• Infrastructure and layout: Many Yuma communities spread out over desert terrain where extending centralized sewer lines isn't cost-effective or practical. An on-site system can be the most sensible solution for wastewater treatment in low- to mid-density areas.
• Cost and practicality: Septic systems avoid the ongoing costs of connecting to distant sewer mains, especially in older subdivisions or rural zones. They're a dependable option when designed and maintained correctly.
• Local soil and climate considerations: Desert soils and high evaporation rates influence how wastewater percolates and drains. A properly sized system accounts for soil type, drainage, and drainage-field design so you don't disrupt groundwater or cause surface backups.
• Independence and control: With a well-designed septic, homeowners often enjoy greater independence from utility expansions and can manage routine maintenance on their own schedule (with professional help when needed).

High-level explanation (why septic exists here)

A septic system is a simple on-site treatment plant. Wastewater flows from the home into a septic tank, where solids settle to the bottom and scum floats to the top. Beneficial bacteria gently break down the organic material, and the clarified liquid moves to a drain field for final absorption. In Yuma, the system is designed not only to handle daily effluent but to work with the local soils and climate, while meeting state and county rules for safety and environmental protection. Regular pumping, careful waste handling, and periodic inspections keep the whole process running smoothly.

If you're just getting acquainted with your yard's hidden plumbing, you're not alone—and you'll find practical, neighborly guidance in the sections ahead.

Where Septic Systems Are Common in Yuma

Urban cores vs rural outskirts

• In the City of Yuma, most homes are connected to municipal sewer. Septic systems are less common inside tightly developed urban blocks, where sewer lines and treatment facilities are readily available.
• Outside city boundaries, especially in unincorporated Yuma County, septic systems remain common. The pattern here follows historical development and the practical reality of extending sewer service to far-flung lots.
• You'll see septic more often on:
  • Rural homesteads and large-lot properties
  • Older subdivisions that predate current sewer extensions
  • Agricultural properties with multiple outbuildings
  • Remote or vacation homes along outskirts and river-adjacent areas

Suburban developments outside sewer service

• In newer subdivisions that lie beyond city sewer lines, developers frequently install septic systems or cluster treatment solutions to manage waste affordably.
• Lot sizes in these areas tend to be larger (often 1 acre or more), making private septic a practical choice when extending sewer infrastructure is cost-prohibitive or not yet planned.
• Maintenance and inspection needs are similar to other residential septic systems, but oversight may fall to county or state agencies rather than a city utility.

Agricultural and remote properties

• Farms, ranches, and agricultural parcels across Yuma County routinely use septic systems to handle household waste and occasional farm worker housing.
• Remote residences, seasonal cabins, and river-adjacent properties often rely on septic due to distance from centralized sewer facilities.
• Soils in these areas can vary widely. When drainage is suitable and the water table is not prohibitively high, conventional systems work well; when soils are challenging, specialized designs (such as mound or bed systems) might be required.

Why soil, climate, and regulations influence septic use in Yuma

• Climate: Yuma's hot, dry climate reduces surface wetness but does not eliminate the need for proper subsurface drainage and a well-designed leach field. Proper coverage and maintenance remain essential.
• Soils: Soils vary from well-draining sands to more compact layers or caliche. Adequate drainage and appropriate depth to groundwater or bedrock are critical for system performance.
• Regulatory framework: Septic systems are governed at the state and county level. Permits, design standards, and inspections help ensure safe operation. See state guidance for onsite wastewater systems from ADEQ and general homeowner tips from the EPA:
  • ADEQ Onsite Wastewater Systems:
  • EPA Septic Systems: for local service information.

Septic vs Sewer: What Homeowners in Yuma Should Know

Is your home on a septic system or sewer?

In Yuma, you'll encounter both setups. If you live in town, you're more likely connected to a public sewer system; in rural areas or older neighborhoods, a private septic system is common. To confirm, check your utility records, property disclosures, or contact the local environmental health or public works department. Knowing which system serves your home helps you make informed maintenance choices and plan for expenses.

How septic systems work

• A septic tank collects household wastewater and separates solids from liquids.
• Bacteria in the tank break down some solids, reducing volume.
• The liquid effluent flows to a drainfield where soil and microbes treat it.
• Regular pumping and proper soil conditions keep the system functioning and protect groundwater.

When you'll see sewer in Yuma

• New developments and city-served neighborhoods typically connect to a central sewer.
• If you're in a rural area or a subdivision that opted for private septic, you'll rely on on-site treatment.
• If you're unsure, your water bill, property deed, or local utility can confirm sewer service status.

Costs and installation differences

• Septic system installation can range from roughly $3,000 to $15,000 or more, depending on tank size, soil conditions, and permit requirements.
• Sewer connection costs include hookup fees, trenching, and possible private utility line upgrades; ongoing sewer service charges appear as monthly bills.
• Ongoing maintenance costs differ: septic systems require periodic pumping (every 3–5 years on many homes) and inspections, while sewer users pay monthly service fees regardless of usage.

Maintenance and daily use

• With septic: conserve water to reduce load; avoid flushing non-biodegradables, wipes, oils, solvents, or chemicals that disrupt tank biology.
• In either system: fix leaks promptly, install a filtration or lint trap on some appliances, and schedule regular inspections if you're in a rural septic area.
• For Yuma's climate, practical steps include managing irrigation runoff away from the drainfield and ensuring the drainfield area remains undisturbed by landscaping or heavy equipment.

Signs of trouble and when to call a pro

• Gurgling sounds, slow drains, or sewage odors near the home or yard.
• Standing water or damp areas above the drainfield, or unusually lush spots in the yard.
• Backups into sinks or toilets, or frequent need for pumping.
• If you notice any of these, contact a licensed septic contractor or the local utility/health department for assessment and required permits.

Climate, soil, and design considerations for Yuma

• Desert soils can vary widely; a soil test helps determine drainfield suitability and size.
• High outdoor temperatures and low rainfall affect evaporation and soil moisture near the drainfield, so proper loading and drainage are essential.
• Water conservation matters: reducing water use lowers wastewater flow, extending the life of a septic system and reducing irrigation impact on the drainfield.
• Local design may require careful setback distances from wells, property lines, and structures; always follow permitting guidance.

Local resources

• EPA Septic Systems:

Typical Septic System Types in Yuma

Conventional gravity septic systems

• How it works: A buried septic tank wastes and separates solids, with clarified effluent flowing by gravity into an underground drain field. Roots and soils treat the effluent before it percolates away.
• When it fits Yuma: Works well in soils with good percolation and adequate depth to groundwater. In desert soils with caliche or compacted layers, performance may depend on proper site assessment.
• Pros: Simple, cost-effective, few moving parts.
• Cons: Requires sufficient drain-field area and soil permeability; poor soils or high water tables can limit viability.
• Maintenance note: Regular pumping (typical every 3–5 years, or per local guidance) helps prevent backups and prolongs field life.
• Learn more: EPA overview of conventional systems at

Low-pressure dose / Pressure distribution systems

• How it works: A pump applies small doses of effluent into evenly spaced perforated lines, helping it soak more uniformly in uneven or constricted soils.
• Why homeowners choose it in Yuma: When trench depth is limited or soils are variable, pressure distribution can improve field performance.
• Pros: More even distribution, usable with smaller drain-field areas.
• Cons: More components (pump, controls) and electrical needs; higher maintenance.
• Maintenance note: Regular activation checks and pump servicing are essential; keep a service plan with a licensed contractor.
• Learn more: EPA septic basics at .'>https://azdeq.gov/programs/onsite-wastewater-disposal-systems.

Sand filter systems and mound (raised-bed) systems

• How it works: Effluent from the tank flows into a sand filtration media or into a raised bed where sand and soil mix treat and disperse wastewater.
• When used in Yuma: Useful where natural soils are slow to drain or require mound construction due to shallow groundwater or poor percolation.
• Pros: Effective treatment in challenging soils; can reduce risk of surface pooling.
• Cons: More complex construction; requires careful design and maintenance.
• Maintenance note: Regular inspection of liner, filters, and irrigation distribution is essential; pumping may be needed on ATU side if used there.
• Learn more: Explore general sand filter concepts at https://www.epa.gov/septic and ADEQ site at https://azdeq.gov/programs/onsite-wastewater-disposal-systems.'>https://azdeq.gov/programs/onsite-wastewater-disposal-systems.

Evapotranspiration (ET) beds

• How they work: Water-soaked effluent is treated in a bed planted with vegetation that uses evapotranspiration to remove moisture.
• Suitability in Yuma: Especially attractive in hot, dry climates where evaporation exceeds rainfall, reducing groundwater loading.
• Pros: Lower visible footprint; potential water reuse in some designs.
• Cons: Requires climate-appropriate plants and regular field management; may not be allowed everywhere due to local drainage rules.
• Maintenance note: Monitor plant health, evapotranspiration rates, and soil salinity; ensure proper irrigation scheduling.
• Learn more: EPA ET bed overview and relevant AZ guidelines via https://www.epa.gov/septic and https://azdeq.gov/programs/onsite-wastewater-disposal-systems.'>https://azdeq.gov/programs/onsite-wastewater-disposal-systems.

Package treatment plants and compact wastewater systems

• How it works: Factory-built, all-in-one treatment units that treat wastewater to higher standards before discharging to a drain field, surface water, or reuse system.
• When to use: Suitable for larger lots, remote homes, or properties requiring higher effluent quality or reuse.
• Pros: High treatment level; flexible siting.
• Cons: Higher cost; ongoing maintenance contracts required.
• Maintenance note: Follow the manufacturer's service schedule; keep records of inspections and pump-outs.
• Learn more: EPA septic resources at https://www.epa.gov/septic and ADEQ guidance at https://azdeq.gov/programs/onsite-wastewater-disposal-systems.'>https://azdeq.gov/programs/onsite-wastewater-disposal-systems.

Choosing the right system in Yuma depends on soils, groundwater depth, lot size, and long-term maintenance.

• For more general guidance, refer to EPA's septic overview: https://www.epa.gov/septic
• For AZ-specific regulations and design standards: https://azdeq.gov/programs/onsite-wastewater-disposal-systems

Common Septic Issues in Yuma

High water table and shallow soils

Yuma's proximity to the Colorado River and heavy irrigation can keep groundwater relatively high in some neighborhoods, while soils may be shallower or more compact than ideal for septic absorption. This combination makes drain fields more vulnerable to oversaturation and effluent surfacing.

• Signs to watch
  • Wet, spongy patches over the drain field
  • Strong sewer odors near the leach field
  • Slow drains or backups after irrigation cycles
• What to do (steps)
  1. Have a licensed septic professional assess tank and leach-field capacity and soil absorption rate.
  2. Limit water and wastewater load during heavy irrigation periods; space showers, laundry, and irrigation apart.
  3. If the site is consistently high-water-table territory, discuss alternative designs (e.g., mound systems) with a professional.
• Resources: Arizona ADEQ Onsite Wastewater Systems guidance (for siting and design considerations.

Soil conditions and permeability challenges (caliche, clay, compacted layers)

Desert soils in Yuma can include caliche hardpan or dense clay that restricts effluent percolation, reducing the drain field's ability to absorb and treat wastewater.

• Signs to watch
  • Persistent damp areas or resurfacing effluent after rain or irrigation
  • Cracking or compacted soil over the drain field
  • Unusual odors near the septic system
• What to do (steps)
  1. Request a percolation test and soil evaluation from a qualified designer.
  2. If permeability is poor, explore alternatives such as a mound system or enhanced treatment unit recommended by a pro.
  3. Maintain drainage around the system to avoid runoff pooling on the leach field.
• Resources: EPA septic system basics (https://www.epa.gov/septic).

Improper materials and flushables

Flushable wipes, sanitary products, and certain chemicals can clog or harm the system, with desert landscapes sometimes encouraging unusual disposal habits.

• Signs to watch
  • Recurrent clogs or pumpings
  • Unusual odors that persist after pumping
• What to do (steps)
  1. Do not flush wipes, diapers, or non-biodegradable items.
  2. Plan for a simple, vetted list of items that can go into the septic system.
  3. Use septic-safe products and minimize harsh cleaners that kill beneficial bacteria.
• Resources: EPA septic system care basics (https://www.epa.gov/septic).

Septic Inspection, Permits & Local Oversight

Permits you may need

• New onsite septic system installation on a Yuma property
• Major repair or replacement of a failed system
• Abandonment or decommissioning of an old tank or drain field
• Substantial alterations or additions that change wastewater flow or use

Regulatory framework: who oversees septic systems in Yuma

• Arizona Department of Environmental Quality (ADEQ) Onsite Wastewater Program oversees statewide standards and most permitting scenarios.
• Local oversight varies by location:
  • In incorporated areas (City of Yuma), the local building/planning department handles septic permits and inspections as part of the development process.
  • In unincorporated Yuma County, the Yuma County Environmental Health Department handles onsite wastewater permits and inspections.
• Your exact path depends on whether your property lies inside city limits or in the county; start with the regulator listed above to confirm the correct office and forms.

The typical permit process (what to expect)

1. Site and soil evaluation by a licensed professional to determine if an onsite system is suitable.
2. Prepare a system design that complies with ADEQ standards and any local rules.
3. Submit the permit package to the appropriate authority (ADEQ regional office or local city/county department) for review.
4. Pay applicable fees and receive permit approval to proceed.
5. Have the system installed by a licensed onsite wastewater installer; keep all receipts and documentation.
6. Schedule inspections at key milestones:
   • Pre-cover work (soil trenching, tank placement)
   • Mid-installation checks (piping, backfill)
   • Final inspection and system commissioning
7. Obtain final approval and keep the as-built drawings and permit record for the property file.

Inspections and approvals: what to expect

• Inspections are typically required before backfilling and after installation, as well as a final system inspection.
• If issues are found, you'll receive corrective action items with a deadline.
• Keep communications in writing and document all inspection outcomes; this helps with future property transfers or repairs.

Transferring ownership or selling a home with a septic system

• Sellers should provide the as-built, final inspection reports, and the permit record to the buyer.
• Buyers may request a copy of the permit history and any maintenance records.
• Some lenders require current inspection or certification of the septic system as part of closing.

Working with the right professional

• Hire a licensed onsite wastewater designer/installer familiar with ADEQ and local requirements.
• Ask about:
  • The system's design life and maintenance needs
  • Expected pumping intervals and component access
  • Warranty coverage and post-installation support
• Get written estimates, review the scope of work, and verify licenses with the appropriate regulator.

Timing and practical tips for Yuma homes

• Arizona's heat and soil conditions can affect soil percolation and drainage; ensure a thorough site evaluation.
• Plan for seasonal scheduling since inspections may have longer lead times in peak activity periods.
• If a septic system is aging or failing, address it promptly to avoid more extensive (and costly) repairs.

Resources to consult

• ADEQ Onsite Wastewater Program for statewide requirements and contact information:
• Local jurisdiction pages (City of Yuma and Yuma County Environmental Health) for your specific permits, forms, and inspection schedules. If unsure, start with the ADEQ page above to identify the correct local office.

Septic Maintenance for Homes in Yuma

Why Yuma's climate challenges septic systems

Yuma's hot, dry and long summers place more stress on septic systems than many other regions. High evaporation can draw moisture away from the drainfield, but irrigation from nearby agriculture and landscape watering can also saturate soils unpredictably. Shallow groundwater in parts of the valley and caliche or sandy soils can hinder effluent distribution and root intrusion can damage field lines. Local use patterns (lots of laundry, frequent guests, or irrigation additives) also affect how quickly a tank fills and how well the drainfield absorbs effluent. Understanding these conditions helps you tailor maintenance to protect the system.

Regular inspection and pumping schedule

• Have a licensed septic professional inspect your system annually, or at minimum every 1–3 years depending on usage, tank size, and whether you have an effluent filter.
• Pump the tank every 3–5 years for typical households; more often if you have a large family, a garbage disposal, or if the tank is small for your water usage.
• Keep a maintenance log and note any sump pump, backflow, or drainfield surface dampness issues to share with the tech.
• If your system has an effluent filter, have it cleaned or replaced during service to reduce solids reaching the drainfield.

Drainfield care in arid soils

• Do not drive or park on the drainfield or on the area above the tank and pipes. Compaction damages soil structure and lowers absorption.
• Avoid planting trees or large shrubs with deep roots near the drainfield; shallow-rooted ground cover is safer and helps protect soil.
• Minimize water-saturated conditions around the drainfield: spread out heavy watering and address irrigation zones that runoff toward the field.
• Maintain a 2–3 foot vegetation-free zone over the system components if your installer recommends it; use caution with landscaping that could alter moisture distribution.
• Keep the area free of chemical spills, solvents, or fuel, which can contaminate soil and groundwater.

Water usage habits that protect your system

• Use water-efficient fixtures: low-flow toilets, faucets, and showerheads to reduce daily flow.
• Spread out laundry and dishwasher loads; run full loads and avoid small, frequent cycles.
• Repair leaks promptly (dripping faucets and running toilets can waste thousands of gallons per year).
• Be mindful of garbage disposals: reduce grinding, and compost scrap waste when possible; disposal increases solids in the tank.
• Be cautious with harsh cleaners, solvents, paints, and oils; these can disrupt beneficial bacteria in the tank and harm the system.

Seasonal considerations for Yuma

• In peak summer, monitor for unusual odors, slow drains, or gurgling — these can indicate overload or soil saturation from intense irrigation.
• Winter nights are milder here, but if your irrigation schedule shifts, re-check how soil moisture near the drainfield is behaving and adjust watering accordingly.
• Irrigation runoff from nearby fields can temporarily alter soil moisture and drainage; note any changes in system performance following large local irrigation events.

Troubleshooting and when to call a pro

• Backups into sinks, toilets, or drains; gurgling sounds; lush, wet patches or strong odors near the drainfield are signs to contact a septic professional.
• Do not pump, add chemicals, or pressure-clean the system yourself in an attempt to fix a problem.
• If you notice standing water, surface odor, or damp soil over the drainfield after irrigation, seek professional evaluation promptly.

When to pump and hire a pro (step-by-step)

1. Schedule a professional inspection whenever you notice inefficiency or after unusual irrigation events.
2. Confirm tank size and number of occupants with the tech to tailor pumping frequency.
3. Have the effluent filter inspected/cleaned as part of routine service.
4. Follow the technician's recommendations for field repair or replacement if soil absorption is compromised.

Official resources

• Arizona Department of Environmental Quality (ADEQ) Onsite Wastewater Program:
• U.S. Environmental Protection Agency (EPA) Septic Systems and Septic Smart: https://www.epa.gov/septic and https://www.epa.gov/septic/septic-smart
• University of Arizona Cooperative Extension (home septic guidance): https://extension.arizona.edu

Cost Expectations for Septic Services in Yuma

Septic Tank Pumping

• What it includes: removing the liquid and sludge from the tank, cleaning the baffles, and inspecting the inlet and outlet for signs of wear or damage. Most pumping visits include a basic system check.
• Yuma specifics: desert climate and high irrigation use can drive faster accumulation of solids in some homes. Access and tank size (typical residential tanks are 1,000 gallons or less) influence price.
• Typical cost in Yuma: $250–$600 per pump (1,000 gallons or smaller). Add-ons for larger tanks, difficult access, or heavy sludge.
• Steps to prepare:
  1. Clear access to the tank lid.
  2. Note any odors or slow drains.
  3. Schedule within a 3–5 year interval for average households.
  4. Have a copy of past maintenance available for the technician.
• Official resources: ADEQ on-site wastewater systems (azdeq.gov) and EPA septic basics (epa.gov/septic).

Septic Tank Cleaning / Desludging

• What it includes: thorough sludge removal beyond routine pumping, sometimes with inspection of baffles and effluent tee; may include hydro jetting if needed.
• Yuma specifics: sandy soils can keep the system absorbing wastewater efficiently when the tank is kept clean, but buried concrete lids or restricted access can drive costs.
• Typical cost in Yuma: $350–$900 depending on tank size, sludge load, and accessibility.
• Steps to prepare:
  1. Confirm tank size and last service date.
  2. Have occupants minimize water usage the day of service.
  3. Expect a longer service window if jetting or additional cleaning is required.
• Official resources: ADEQ on-site wastewater (azdeq.gov) and EPA septic overview (epa.gov/septic).

Drain Field / Leach Field Inspection

• What it includes: surface and related observations, dye testing, and basic evaluation of soil absorption capacity and performance indicators.
• Yuma specifics: sandy, well-drained soils often perform well, but high irrigation or landscape loading can mask field failure; a good inspection helps catch root intrusion early.
• Typical cost in Yuma: $200–$600 for a standalone inspection; more if dye tests or advanced assessment are added ($400–$1,500).
• Steps to prepare:
  1. Identify irrigation zones near the drain field.
  2. Note any wet or soggy patches in the area.
  3. Schedule after a period of normal-use rather than drought.
• Official resources: EPA septic guidance (epa.gov/septic) and ADEQ guidance (azdeq.gov).

Drain Field Repair / Replacement

• What it includes: trench repair, lateral line patching, or full replacement; may involve soil consistency tests and system redesign (mound or bed systems if site constraints exist).
• Yuma specifics: sandy ground can allow faster drainage, but poor prior maintenance and root intrusion still require substantial repair work; mound systems or new trench layouts may be needed in constrained sites.
• Typical cost in Yuma: repair/partial replacement $3,000–$12,000; full drain-field replacement or mound systems $12,000–$40,000+ depending on size and access.
• Steps to prepare:
  1. Obtain site maps or previous system plans if available.
  2. Expect a design step if soil suitability needs updating.
  3. Consider permitting and soil tests in the budget.
• Official resources: ADEQ (azdeq.gov) and EPA (epa.gov/septic).

System Inspection & Certification

• What it includes: a comprehensive assessment of tank integrity, baffles, pump chamber, field status, and overall function; often used for resale or permitting.
• Yuma specifics: a yearly or biannual check helps catch arid-climate wear and irrigation-related stress early.
• Typical cost in Yuma: $150–$400 for a basic inspection; $400–$900 for a full inspection with camera or dye testing.
• Steps to prepare:
  1. Gather past maintenance records.
  2. Schedule during moderate weather to avoid extreme heat.
  3. Request notes on measured seepage or field status.
• Official resources: EPA (epa.gov/septic) and ADEQ (azdeq.gov).

Jetting / Pipe Cleaning (Line Cleaning)

• What it includes: high-pressure water jetting to clear sediment and root intrusion from lateral lines and main lines; may combine camera inspection.
• Yuma specifics: root intrusion is common near landscape plantings; desert plant roots can invade shallow lines.
• Typical cost in Yuma: $150–$500 for smaller lines; $500–$1,500+ for main lines or extensive jetting.
• Steps to prepare:
  1. Identify accessible cleanouts.
  2. Avoid flushing non-dispersibles before service.
  3. Inspect for recurring blockages after cleaning.
• Official resources: EPA (epa.gov/septic) and ADEQ (azdeq.gov).

New System Installation / Replacement

• What it includes: site assessment, design, permitting, trenching, soil tests, and system installation (conventional, mound, or other advanced designs).
• Yuma specifics: desert soils, permit considerations, and potential water-effluent management options shape the project; local crews may require design adjustments for climate.
• Typical cost in Yuma: $8,000–$25,000 for conventional systems; $15,000–$40,000+ for mound or advanced systems.
• Steps to prepare:
  1. Obtain site evaluation and soil testing quotes.
  2. Check for local permit requirements and timeline.
  3. Plan for long-term maintenance and inspection after install.
• Official resources: ADEQ (azdeq.gov) and EPA (epa.gov/septic).

Grease Trap Pumping (Commercial/Industrial)

• What it includes: pump-out of grease traps, removal of fats/oils/grease, and cleaning baffles; essential for commercial kitchens and multi-tenant properties.
• Yuma specifics: higher outdoor cooking and kitchens in some businesses can increase frequency.
• Typical cost in Yuma: $150–$500 per trap (smaller traps); larger traps or multiple compartments range higher.
• Steps to prepare:
  1. Confirm trap size and number of compartments.
  2. Schedule during off-peak hours if possible.
  3. Maintain inspection logs for compliance.
• Official resources: EPA (epa.gov/septic) and local health/environmental codes.

Note: Always verify permits, inspections, and local code requirements with ADEQ and EPA guidelines:

• ADEQ On-site Wastewater Systems:
• EPA Septic Systems: https://www.epa.gov/septic