By the Templateez Team · Licensed Attorney · June 2026

Septic Services Intake Forms: What to Capture Before Rolling a Pump Truck

A septic service call that starts with nothing more than an address and "the drains are slow" is a call that will cost you time, money, or both. Your crew shows up without knowing the tank location, the system type, or whether the property has access risers — and suddenly a routine pumping turns into an hour of probing with a soil probe, pulling up landscaping, and calling the county for as-built drawings while the customer watches the meter run. Worse, if the call is for a real estate inspection, you may not have the buyer's agent contact, the closing date, or the state-specific inspection standard, and now you are chasing that information after the fact while a transaction hangs in limbo.

Septic work is not plumbing. The overlap is obvious — both deal with wastewater — but the intake requirements diverge sharply. A septic services intake form needs to capture system specifications, property characteristics that affect system sizing and drain field performance, access logistics unique to buried infrastructure, regulatory compliance details, and diagnostic information that a plumber would never ask about. Here is what that form should include.

Service type: the call dictates the intake

Septic companies handle a wide range of service calls, and each one requires different preparation, equipment, and documentation. Your intake form should present clear categories so dispatch knows what to schedule and what to bring:

• Routine pumping — the most common call. Typically every three to five years for residential systems, more frequently for commercial or high-use properties. Straightforward if you know the tank location, size, and access configuration. A nightmare if you do not.
• Inspection — real estate transaction — a buyer, seller, or lender needs the system inspected before closing. These have hard deadlines, specific reporting formats, and often state-mandated inspection standards. Massachusetts Title 5 inspections, for example, have their own protocol, forms, and pass/fail criteria that differ from a general condition assessment.
• Inspection — county-required — some jurisdictions require periodic inspections independent of any property sale. The county sets the inspection interval, the reporting format, and often the list of approved inspectors.
• Repair — a component has failed. Could be a broken baffle, a collapsed pipe, a failed pump in an aerobic system, or a cracked distribution box. Repair calls require diagnostic information upfront so your crew arrives with the right parts and equipment.
• Installation or new construction — a new system is being designed and installed. This is a permit-driven process that involves site evaluation, soil testing, system design, health department approval, and multi-stage inspections. The intake for a new installation is substantially different from a service call.
• Drain field — replacement or restoration — the most expensive and disruptive service you offer. The existing drain field has failed, and the property needs either a new field or a restoration treatment. Your intake needs to capture the symptoms, the system age, soil conditions, and whether there is adequate space for a replacement field.
• Grease trap service — primarily commercial. Restaurants, commercial kitchens, and food processing facilities have grease traps or interceptors that require regular pumping and cleaning. Frequency depends on local code and trap size.
• Emergency — backup, overflow, or sewage surfacing — the client has sewage backing up into the house, standing water or sewage surfacing in the yard, or a septic alarm sounding. These calls require immediate response and triage information that differs from scheduled service. Duration of the problem, whether anyone has been exposed to sewage, and whether the home is habitable all matter.

System information: know what is in the ground

Unlike most service trades, septic companies are working on infrastructure that is buried and largely invisible. Your intake form needs to extract as much system information as the property owner can provide — and flag what is unknown so your crew can plan accordingly:

• System type — conventional gravity (the most common), aerobic treatment unit (ATU), mound system, chamber system, drip distribution, sand filter, or cesspool. Each type has different maintenance requirements, failure modes, and repair approaches. An aerobic system has an air pump and often a chlorination or UV disinfection stage that a conventional system does not. A mound system has a dosing pump. Your crew needs to know what they are working on before they arrive.
• Tank material — concrete, fiberglass, or polyethylene. Concrete tanks are the most common and most durable, but they can develop cracks at the inlet and outlet baffles. Fiberglass and poly tanks are lighter, which means they can shift in high water table conditions. Material affects how your crew accesses and services the tank.
• Tank size — in gallons. Residential tanks are typically 1,000 to 1,500 gallons, but older systems may have smaller tanks that are undersized for current household use. Commercial systems can be 2,000 gallons or larger. Tank size determines pumping time, truck capacity, and pricing.
• Age of system — a 5-year-old system and a 35-year-old system present entirely different risk profiles. Older systems are more likely to have deteriorating components, outdated designs, and no as-built drawings on file with the county.
• Number of tanks and compartments — some properties have multi-tank systems or tanks with internal baffles that create separate compartments. A two-compartment tank has two lids that both need to be accessed for proper pumping. Missing the second compartment is a common mistake when the crew does not know the configuration in advance.
• Last pumping date — establishes the service interval and helps diagnose problems. A tank that was pumped two years ago and is already showing symptoms may have a drain field issue, not a tank issue.
• Permit number — if the owner has it. Links to the county's records, which may include as-built drawings, soil test results, and the original system design.
• System designer or installer — if known. Useful for complex systems, warranty claims, and situations where the original design documentation is needed.

Property information: the site drives the system

Septic systems are engineered for specific site conditions. The property characteristics that your plumber would never ask about are exactly the ones your septic intake form needs to capture:

• Address — full service address, which may differ from the mailing address for vacation properties, rental properties, or properties in estate situations.
• Property type — single-family residential, multi-family, commercial, agricultural, seasonal or vacation home (seasonal use affects maintenance intervals and winterization requirements).
• Number of bedrooms — this is not a curiosity question. Bedroom count is the primary factor in septic system sizing under most state and local codes. A three-bedroom home requires a minimum tank size and drain field area. If the home has been expanded from three bedrooms to five without upgrading the system, you are looking at an undersized system that may already be failing.
• Number of occupants — actual household usage versus design capacity. A two-bedroom home with six occupants generates more wastewater than the system was designed for, regardless of the bedroom count.
• Water source — municipal water or private well. If the property has a well, you need to know the well's proximity to the drain field. State and local codes mandate minimum setback distances between wells and septic components — typically 50 to 100 feet, depending on jurisdiction. A failing drain field near a drinking water well is a public health emergency, not a routine repair.
• Soil type — if known. Sandy, loamy, or clay soils have dramatically different percolation rates, and soil type determines whether a conventional drain field will work or whether an alternative system (mound, sand filter, drip) is required. Your client may not know, but if they had a perc test done, the results are valuable.
• Property slope and grading — gravity-fed systems depend on proper grading. A property with significant slope may require a pump station. Grading changes — a new patio, a regraded driveway, fill dirt added over the drain field — can compromise system performance.
• High water table concerns — in coastal areas, flood zones, and low-lying properties, seasonal high water tables can cause system failure, tank flotation (especially fiberglass and poly tanks), and drain field saturation. If the property has a history of standing water or soggy ground near the system, that is critical information.

Access details: can you reach the tank?

A pump truck is a large, heavy vehicle that needs to get within hose reach of the tank lid. Access logistics that seem minor during a phone call become major problems when a 30,000-pound truck is trying to navigate a narrow driveway, a steep grade, or a soft yard after rain:

• Tank location — is it marked? Does the owner know where it is? Or does it need locating? Tank location is one of the biggest time variables in septic service. A marked tank with visible risers is a 15-minute pump. An unmarked tank buried under 18 inches of soil with no risers and no as-built drawings on file is an hour of probing, augering, and possibly electronic locating before any pumping begins.
• Access risers installed — risers bring the tank lids to grade level, eliminating the need to dig. If the property does not have risers, your intake should note this and flag it as a recommended upgrade. Many companies offer riser installation as an add-on service during pumping visits.
• Ground cover over the tank — concrete lids at grade, grass, gravel, paved surface (driveway or patio built over the tank), or landscaping. Paved surfaces require cutting and patching. Heavy landscaping requires careful excavation. Each adds time and cost.
• Equipment access — can a pump truck reach the tank? Is the driveway wide enough? Are there low-hanging branches, overhead wires, or tight turns? What is the distance from the nearest point the truck can park to the tank lid? Pump trucks typically carry 150 to 200 feet of hose, but longer runs reduce suction efficiency.
• Distance from driveway or road — if the tank is 300 feet from the nearest access point, standard hose lengths may not reach. Your crew needs to know this before they arrive so they can bring additional hose or plan for a relay setup.

Inspection specifics: real estate and regulatory

Inspection calls require their own intake fields because they serve a different purpose than maintenance. A pumping clears the tank. An inspection produces a report that affects a real estate transaction, a property transfer, or regulatory compliance:

• For real estate transactions — the buyer's name and contact, the seller's name and contact, the listing agent and buying agent contacts, the closing date (your hard deadline for delivering the report), and the lender's requirements if any. Some lenders require specific inspection formats or certifications.
• Inspection standard — this varies significantly by state. Massachusetts requires a Title 5 inspection for every property transfer, with specific component testing, hydraulic load testing, and a standardized report form. Other states have their own requirements. Some counties in states without statewide mandates have local inspection ordinances. Your intake form should identify the applicable standard so your inspector follows the correct protocol.
• Mandatory inspection states — your form should have a field or checkbox for whether this inspection is legally required (real estate transfer, county mandate) or voluntary (buyer due diligence, proactive maintenance assessment). The distinction affects the report format, the inspection scope, and potentially your liability.
• Septic vs. sewer disclosure — in some jurisdictions, the seller must disclose whether the property is on septic or connected to municipal sewer. Your inspection report may need to confirm this. Properties that were on septic but had sewer extended to their street may be required to connect, creating a compliance issue that surfaces during your inspection.

Problem diagnosis: what the homeowner is seeing

For service and repair calls, your intake form needs to capture the symptoms the homeowner is experiencing. This information guides your crew's diagnostic approach and determines what equipment they bring:

• Symptoms — slow drains throughout the house (suggests a full tank or drain field saturation), gurgling sounds in pipes (air in the system, possibly a blocked vent or full tank), sewage odor inside or outside the home (failed seal, full tank, or drain field failure), wet spots or unusually green grass over the drain field (effluent surfacing — a serious condition), standing water over the drain field (system failure).
• Duration — how long has the problem been present? A slow drain that started yesterday is a different diagnostic than one that has been worsening over six months. Gradual onset suggests drain field deterioration or biomat buildup. Sudden onset suggests a mechanical failure, a blockage, or a tank that reached capacity.
• Recent heavy rain or flooding — saturated soil prevents the drain field from accepting effluent. After heavy rain, a perfectly functioning system can exhibit backup symptoms because the ground simply cannot absorb any more water. This is a temporary condition that resolves as the soil dries, not a system failure — but it is indistinguishable from a failing drain field to the homeowner.
• Recent changes — has the household added a new appliance that increases water load? A garbage disposal sends food solids into the tank, accelerating sludge buildup and potentially disrupting the bacterial balance. A water softener backwashes salt brine into the system, which can impair drain field percolation. A hot tub that drains to the septic system adds hundreds of gallons in a single event.
• Household chemicals used — excessive bleach, antibacterial soap, drain cleaners, or chemical toilet bowl cleaners can kill the bacteria that break down solids in the tank. A homeowner who pours a bottle of drain cleaner into the system every week is actively destroying the biological process the system depends on. Capturing chemical use at intake helps your technician diagnose problems that are behavioral, not mechanical.

Pricing: transparent and structured

Septic pricing is more variable than most service trades because the scope of work is often not fully known until your crew is on site. Your intake form should establish the pricing framework so the customer understands what they are paying for and what could cause the price to change:

• Pumping — flat rate by tank size — most companies price pumping as a flat rate based on tank volume. A 1,000-gallon tank is one price, a 1,500-gallon tank is another. Your intake captures the tank size so the customer gets an accurate quote before the truck rolls.
• Inspection fee — separate from the pumping charge. A full inspection involves more than pumping — it includes checking baffles, distribution boxes, the drain field, and often running a hydraulic load test. The inspection fee should be quoted separately so the customer understands they are paying for a diagnostic service, not just a pump-out.
• Repair estimate — provided after diagnosis. Unlike pumping or inspection, repair pricing cannot be quoted at intake because the scope depends on what the technician finds. Your intake form should note that a diagnosis fee applies, and that repair estimates will be provided after the initial assessment.
• Emergency surcharge — after-hours, weekend, and holiday calls carry a premium. This should be disclosed at intake, not on the invoice. A customer calling with sewage backing into their basement at 10 PM on a Saturday expects to pay more, but they expect to know the surcharge before they authorize the call.
• Payment terms — payment due at time of service, net 30 for commercial accounts, accepted payment methods. For large jobs (drain field replacement, new installation), whether you require a deposit and what your draw schedule looks like.

Compliance: the regulatory layer

Septic work is regulated at the county and state level in ways that most service trades are not. Your intake form should capture compliance-related information that affects how the work is performed and documented:

• County health department requirements — many counties require permits for repairs, installations, and even certain types of inspections. Some counties require that pumping companies report the volume pumped and the disposal location. Your intake should identify the county and flag any permit requirements before work begins.
• Setback distances — the minimum distances between septic components and wells, property lines, surface water, and structures. These are set by state and local code and matter most for installations and drain field replacements, but they also come into play during inspections when you are documenting compliance.
• As-built drawings — the original construction drawings showing the system layout, pipe depths, tank location, and drain field dimensions. These should be on file with the county health department, but older systems often have no drawings on file. If the property owner has a copy, it saves your crew significant time. If no drawings exist, your intake should note this and flag the need to create one during service.
• System maintenance log — a record of pumping dates, inspections, repairs, and any additives used. Many jurisdictions require property owners to maintain this log, but few actually do. If the customer does not have one, your intake form should note that you will create one as part of the service visit. A maintenance log is a document that gains value over time, and starting one for a customer during their first service call is a professional touch that sets you apart.

Why septic intake is different from general plumbing

Septic and plumbing share a drain pipe, but everything downstream of the foundation wall is a different discipline. A plumbing intake form captures fixture counts, water heater specs, and pipe material. A septic intake form captures soil conditions, drain field performance, bacterial health, regulatory compliance, and the interaction between a buried biological system and the property it serves. The two forms ask fundamentally different questions because the two trades solve fundamentally different problems.

A company that does both plumbing and septic work needs both forms. Using one generic form for both services means you are either asking plumbing customers about drain field percolation rates or sending septic crews out without knowing the tank configuration. Neither is acceptable.

If you are building documentation across a multi-trade operation, the Trade Services Bundle includes septic services alongside 51 other service categories, each with trade-specific intake fields designed for the work your crews actually perform.