Water Damage Restoration in South Jordan and Salt Lake County

1. Walk to each location above. If you find a valve, label it with a bright tag or write "MAIN WATER OFF" on painter’s tape above it.
2. Turn the valve to the closed position (90° on a ball valve, several full turns clockwise on a gate valve).
3. Go to any faucet and open it. Water should slow to a drip within 30-60 seconds. If it does, you’ve found it. Turn the main valve back on. If it doesn’t, the valve isn’t the main — keep looking.
4. If the valve won’t turn, do not force it. Gate valves in Utah hard-water areas (JVWCD) scale and seize over 10-15 years. Call a Utah plumber to replace it before the next loss, not during one.

What an equipment-day actually is

The Xactimate line that reads "LGR dehumidifier · 4 days" is not us charging for the dehumidifier sitting idle. Each equipment-day is a 24-hour cycle of running power, generating readings, swapping condensate, and (if we pulled too early) buying three days of mold risk. The dehumidifier is working the whole time. The air movers are working the whole time. Pulling them a day early saves one line of the invoice and risks several thousand dollars of mold remediation.

Phase 1 · Emergency response (Day 0, hour 0)

Washing-machine braided supply line failed on the second floor of a Daybreak townhome Saturday night. Water migrated through the engineered I-joist floor system to the finished basement below, saturating the ceiling drywall, insulation batt, LVP flooring, baseboard, and 36" of basement drywall. Approximately 950 sq ft affected. Live call answered at 11:47 PM; arrival on site 12:28 AM. Shut-off was already closed by the homeowner at the main valve.

Phase 2 · Mitigation and drying (Days 0-4)

Truck-mount extraction of standing water. LVP floor lifted and set aside (planks numbered for reinstall). Full ceiling drywall removed in affected area; wet batt insulation bagged and discarded. Flood cut at 36" on affected basement walls. Antimicrobial applied to exposed framing and I-joists. 2 LGR dehumidifiers, 12 air movers, 1 HEPA air scrubber on site. Daily moisture logs sent to homeowner and State Farm adjuster. Dry standard met Day 4; equipment pulled.

Phase 3 · Reconstruction scope approval (Day 5)

Reconstruction scope written in Xactimate format: new R-19 batt insulation in ceiling cavity, new 5/8" ceiling drywall with knockdown texture match, new drywall patches at the 36" flood-cut line, baseboard replacement, LVP reinstall from saved planks (plus replacement planks for 6 damaged pieces), prime and paint on all repaired surfaces to match. Carrier approved Day 5. No supplement needed — the mitigation documentation supported the rebuild scope line-for-line.

Phase 4 · Reconstruction (Days 6-19)

Same True Day crew that handled mitigation stayed on the job for the rebuild — not a handoff to a different company’s framers and painters. Day 6-8 insulation and drywall hang. Day 9-11 tape, mud, texture. Day 12-13 prime and paint. Day 14-15 LVP reinstall and transition strips. Day 16-17 baseboard, caulk, final paint touch-up. Day 18 final walkthrough with homeowner. Day 19 project close-out, 2-year workmanship warranty delivered in writing.

Why one contract matters here

If a second contractor had taken the rebuild, three things typically go wrong: the texture doesn’t match (the mitigation contractor cut the drywall; the rebuild contractor matches to the surrounding wall but not to what was cut), the schedule slips (two companies’ calendars rarely line up), and the warranties don’t connect (the mitigation company warrants the drying but not the rebuild; the rebuild company warrants the finish but not the hidden framing underneath). On this job the texture match, the schedule, and the single 2-year warranty were all in-house.

How much does water damage restoration cost in South Jordan?

The short honest answer: anywhere from $1,500 on a small Category 1 clean-water job that takes 2 days of drying with no demo, to $25,000+ on a Category 3 sewage loss with full reconstruction. The reason there’s no flat number is that the IICRC S500 scope depends on three variables that only an on-site inspection can measure: Category (what was in the water), Class (how much material got wet), and dwell time (how long before mitigation started).

What drives the number up or down

• Category 2 or 3 adds antimicrobial, containment, and more aggressive porous-material removal — typically +40% to +100% over a Category 1 scope of the same size.
• Class 3 (ceiling-to-floor migration) doubles the affected square footage compared to a floor-only Class 2 — equipment count, drying days, and demo all scale with it.
• Finished basement adds carpet pad replacement, which almost always applies in Daybreak and Glenmoor construction — pad holds water that dehumidifiers can’t recover through the carpet surface.
• Reconstruction (rebuild of what mitigation removed) is a separate scope — flooring, drywall, baseboard, paint. On a typical finished-basement loss, rebuild is roughly the same size as the mitigation line.

Rough anchors (not a quote — a quote comes from the written scope)

Every one of these includes the free inspection and a written line-item scope before any work begins. We don’t charge for inspection or scope writing even if you choose another contractor.

Will my insurance actually pay for this?

In Utah, standard homeowners policies cover water damage that is sudden and accidental and exclude damage that is gradual, continuous, or caused by deferred maintenance. That’s the main gate. If your loss qualifies as sudden and accidental, here is what Utah carriers typically pay and don’t pay.

What Utah homeowners insurance usually pays

• Mitigation (extraction, drying, dehumidification, demo of damaged materials) — paid in full above deductible for a covered loss.
• Reconstruction (drywall, flooring, paint, trim) — paid at scope, typically with a 20-25% depreciation hold-back on recoverable depreciation that releases when the work is completed.
• Antimicrobial treatment on Category 2 and 3 losses — covered as part of mitigation.
• Content pack-out and cleaning for personal property that was damaged — covered under Coverage C up to the stated limit.
• Additional Living Expenses (hotel, meals) if the home is uninhabitable — covered under Coverage D.

What Utah homeowners insurance usually does NOT pay

• The deductible — you pay this out of pocket. Typical Utah deductibles run $1,000-$2,500 but check your dec page.
• Repair of the source of the leak (the failed supply line, water heater, dishwasher). That’s a plumbing/appliance repair, not water-damage coverage.
• Sewer backup, sump-pump failure, or drain backup — requires a separate water-backup endorsement most Utah dec pages don’t include by default.
• Mold remediation above the policy’s sub-limit (usually $5,000-$10,000) — if the loss sat long enough for mold to develop, the mold portion can hit its own cap.
• Gradual seepage, long-term leaks, or deferred-maintenance claims — the policy excludes these.

How we handle the claim

We bill most Utah carriers (State Farm, USAA, Allstate, Liberty Mutual, Progressive, Nationwide, Farmers, Travelers) directly for the scope your adjuster approves. You pay the deductible to us; the carrier pays the rest. If the carrier approves a supplement after work starts (common when hidden damage is discovered during demo), the supplement goes to the carrier, not to a surprise invoice at your door.

1. Immediate HVAC shutdown. First action on arrival for any loss near a return register — turn off the system at the thermostat and the breaker. Running the blower during active contamination makes a one-room problem a whole-house problem in minutes.
2. Containment of return path. We cover affected return registers with poly before any demolition starts, so demo dust and spores can’t be pulled into the plenum.
3. Visual and camera inspection of duct interior. A borescope and inspection light reveal whether water, soot, or spores actually reached the ducts, or whether the system is clean and ready for restart.
4. HEPA negative-air decontamination. Where contamination is confirmed, we attach a HEPA-filtered negative air unit to the supply or return side, isolate branches with inflatable plugs, and pull contaminated air out of the duct system through the HEPA filter.
5. Antimicrobial fogging (mold and sewage losses only). After mechanical cleaning, EPA-registered antimicrobial is fogged through the duct work. This is a finishing step, not a shortcut past mechanical cleaning.
6. Filter replacement. We swap the system filter before restart. If the filter is wet or clogged with soot, it is replaced regardless of how recently it was changed.
7. Clearance before restart. On larger losses or any mold-affected system, we recommend third-party clearance sampling before the blower comes back on. The sample is pulled from the supply register with the system running at the end of the job.

• Plumber’s invoice: source repair itself (pipe, fitting, valve). Billed directly to you. May be reimbursed by insurance as part of the water-loss claim; may not, depending on your policy’s "source of loss" language.
• Our invoice: everything restoration-related — extraction, drying, demo, antimicrobial, rebuild. Billed directly to your insurance carrier where allowed, with you paying only the deductible.
• Access work (opening a wall for the plumber): goes on our scope. We bill it with the rest of the restoration work; the plumber doesn’t bill you for drywall they didn’t close.

• The plumber warrants the pipe repair. If the fitting fails a month later, that’s a plumber call, not ours.
• We warrant our workmanship for 2 years. Drying, demo, rebuild — all under the single True Day warranty.
• If a second water loss occurs because the plumber’s repair failed: we come out again (new loss, new claim). The plumber’s warranty handles their part; we handle ours.

1. We stop work at the newly-discovered damage. Not continue through it quietly.
2. We document it — photos, moisture readings, measurements. Same documentation the original scope got.
3. We contact your adjuster directly with the documentation and a proposed scope addition. The adjuster approves (usually fast — supplements are routine on their end) or asks for additional information.
4. You get a written scope-change notice showing exactly what’s being added, why, and the price change. You sign it, we proceed. You don’t sign, we discuss until there’s agreement.
5. Carrier pays the supplement to us (where direct billing applies). You do not pay a surprise invoice at your door. Your deductible stays what it was — supplements don’t change the deductible.

• Ask on the first call: what pets are in the home, what species, any health conditions. The dispatcher logs this and tells the lead tech before arrival.
• Advise the containment plan with pets in mind: if we’re running a mold containment in the finished basement, we identify a solid-door room (bedroom with the door closed) as the pet zone before the first day starts.
• Schedule chemical application for pet-out windows: if you can take the dog on a long walk during antimicrobial application, we time the application to that window. For cats and birds, we recommend a day away if possible.
• Shut down specific equipment when needed: if a dog is sleeping in a bedroom with a vent connected to the drying zone, we can isolate that return register without compromising the drying plan.
• Walk-through on arrival: the lead tech walks the house with the homeowner before unloading equipment, specifically identifying rooms the pet uses, where they’ll sleep during the job, and any triggers (reactive to men in boots, afraid of fans, etc.).

1. Separate what matters. Walk the affected area with a laundry basket or clean box. Pull out: photos (loose or in albums), legal documents (birth certificates, passports, wills, deeds, titles), financial records (receipts you need, tax documents in paper form), handwritten letters, children’s artwork, anything that would hurt to lose and cannot be re-ordered.
2. Do not try to separate stuck-together photos. Wet photos stuck face-to-face will tear if you pull them apart. Keep them wet until a professional can process them.
3. Do not try to dry documents with heat. No hair dryers, no oven, no sunlight. Heat accelerates ink bleed and paper warping. Air-dry only, flat, in a cool room.
4. Freeze what you cannot dry fast enough. Zip-lock photo albums, documents, and papers into gallon bags and put them in the freezer. Freezing stops microbial growth and ink migration. Items in a freezer are stable for weeks until a freeze-dry service can process them.
5. Call us and name the items. Tell dispatch what you have (albums, boxes of documents, a stamp collection, a signed book) so the lead tech brings bagging and the right documentation protocol on arrival.

Photos, albums, and important documents go to a specialized freeze-dry restoration vendor we work with for Utah losses. Freeze-drying (vacuum sublimation) is the only reliable technique for recovering wet paper and photographic emulsion without destroying the medium. The process takes 2-6 weeks depending on item count. Save rate for items brought in during the 48-hour window is typically 80-95%; after 7+ days of wet dwell, the rate drops to 30-50%.

Freeze-dry service costs are typically covered under your Coverage C personal property line, with the same inventoried documentation we provide for all contents handling. We photograph every item at intake and at return, and the vendor provides condition notes on each piece.

• Thermal (fax) paper — the heat-sensitive coating runs permanently when wet.
• Documents printed on inkjet printers that got hit by Category 3 water — contamination compromises the paper and the ink.
• Items that have grown visible mold before intake (we can sometimes save them with specialty treatment, but the save rate is low).
• Chemical-treated specialty papers — some archival papers and some older photographic processes don’t survive freeze-dry.

• Ask on the first call: number and ages of children in the home, any respiratory conditions (asthma, allergies), any immunocompromised family members.
• Identify a safe zone before equipment arrives: we walk the house with you and designate rooms that will stay fully occupied — children’s bedrooms, play areas, kitchen if separate — and plan the containment so those rooms are not on the same return-air circuit as the work zone.
• Schedule chemical steps for pre-planned absences: if children attend school 8-3, we time antimicrobial and demo work for that window where possible.
• Secure the work zone physically: zippered containment flaps secured with carabiners (not just zippers that curious hands can open), tool bins locked at the end of each day, cords routed overhead where possible.
• Advise on sleep arrangements: if the loss is in a child’s bedroom, we help you move the sleep location to another room (not just a mattress on the floor near the work zone).

Some jobs are hard to run around kids regardless of planning. We will recommend a hotel or temporary relocation when:

• The loss is Category 3 (sewage) with significant aerosolization risk.
• S520 Full or Enhanced Full mold containment is needed in a central area of the home.
• A child has severe asthma, documented mold sensitivity, or is immunocompromised.
• Primary HVAC return has to be shut off for days and heating or cooling can’t be maintained safely.

Your Utah homeowners policy’s Coverage D (Additional Living Expenses) typically pays for hotel and meal costs when a home is uninhabitable due to a covered loss. We help document the ALE justification for the carrier.

A box fan with no dehumidifier evaporates water from the wet material into the room air. The room air saturates within hours. Evaporation stops. The water you pulled out of the drywall is now hanging in the air as humidity — and it will condense onto other surfaces as the room cools overnight. In Utah’s dry climate this plays out a little slower than in a humid state, but the physics are the same: without a dehumidifier, you’re moving water around the room rather than removing it from the house.

The theory is that outside air is drier than inside and will carry moisture out. This works in Utah winter (when outside air is cold and dry) but not in Utah summer monsoon season or during a mild spring. During a July monsoon event, outside relative humidity can hit 70-80%; the air you’re letting in has more moisture capacity used up than the air you’re trying to replace. For most of Utah’s climate, open windows during a water loss introduces humidity rather than removing it.

Residential A/C does dehumidify as a side effect — the cold coil condenses moisture out of the air and dumps it into the condensate pan. For a small, contained loss (a drip pan under a water heater, say) running the A/C can actually help. For a Class 2 or Class 3 loss, residential A/C’s dehumidification capacity is 10-30 pints per day. A single LGR dehumidifier does 100+ pints per day. The A/C can’t keep up with the evaporation rate your fans are producing, and dry standard is not reached.

1. Shut off the cold water supply to the heater — the valve is on the cold inlet pipe above the tank. This stops incoming water from feeding the leak even though water in the tank will still drain out.
2. Shut off the gas or power. Gas: the gas shutoff is on the gas line at the heater. Electric: turn off the breaker labeled "water heater" (usually a double 240V breaker). This prevents the burner or elements from firing dry.
3. Shut off the main water valve to the house if the heater valve won’t close or you can’t find it. House-wide shutoff stops it either way.
4. Call us at (385) 247-9359. Tell dispatch it is a water heater failure and give the approximate age if you know it.
5. Do not try to drain the tank through the bottom drain valve unless water is still actively leaking. Opening it on a sediment-choked tank can jam the valve open and cause more damage.

• Manufacture date from the data plate (first 4 digits of the serial number on most brands). This establishes age for the insurance scope.
• Capacity and fuel type (40, 50, 75 gallons; gas or electric).
• Visible failure point (tank seam, bottom plate, inlet or outlet fitting, T&P valve).
• Sediment at the base — hard-water scaling on the tank bottom is the common failure mechanism and the carrier may ask about it.
• Drip pan presence — Utah plumbing code requires a drip pan under water heaters in finished-living-space locations; whether yours had one and whether it worked is relevant to the loss boundary.
• Expansion tank condition — a failed expansion tank sometimes contributes to pressure spikes that burst heater tanks. Photograph it.

• The tank itself is usually not covered — a water heater failing is an appliance replacement, which is excluded from most Utah homeowners policies. You pay for the new heater.
• The water damage caused by the tank failure IS usually covered as sudden-and-accidental. The policy pays to dry the finished space, replace flooring, repair walls, etc.
• If the tank is past manufacturer’s warranty age and showing visible neglect (heavy rust, visible leaks before failure, failed drip pan), the carrier may argue the loss was gradual. Documentation at arrival helps counter this.
• Manufacturer warranty on the tank: most residential tanks have a 6-year, 9-year, or 12-year manufacturer warranty. If the tank failed within that window, the manufacturer may replace or credit the tank — but not the water damage it caused.

1. Check the obvious first. Is the pump plugged in? Did the GFCI outlet trip? A tripped GFCI is the single most common "failed sump" call we get — the pump is fine, the circuit tripped during a storm.
2. If the pump is running but the pit is still filling — the pump may be undersized for the inflow, the discharge line may be frozen or clogged, or the check valve may have failed. Grab a wet-dry vacuum if you have one and start pulling water from the pit directly while you call for help.
3. If the pump is dead — unplug it. A dead pump sitting in standing water is an electrical hazard. Call a plumber (and us) immediately.
4. Check the discharge point outside. The pump may be fine but water may be looping back if the discharge line empties too close to the foundation. We photograph this on arrival.
5. Watch where water will go next. If the pit overflows, water hits the basement slab and spreads. Move valuables up off the floor around the mechanical room now, not after.

Sump pump failure water intrusion is NOT covered under a standard Utah homeowners policy. This is probably the single most common insurance surprise on Utah water-damage calls. Standard policies exclude "water that backs up through sewers or drains, or that overflows from a sump pump, sump pump well, or other system designed to remove subsurface water drained from the foundation area."

What you need is a separate water-backup endorsement (sometimes called sump-pump-and-sewer-backup coverage). It is usually $40-$80 per year and provides $5,000-$25,000 in coverage, depending on the limit you selected.

Check your declaration page for the words "water backup," "sump pump," or "sewer backup" before you need it. If those terms don’t appear, you likely do not have the coverage. Daybreak, Glenmoor, and the newer finished-basement South Jordan subdivisions should all carry this endorsement — the cost is nominal and the exposure is real.

Battery-backup sump pumps install alongside your primary pump and run on a 12V deep-cycle battery during power outages. Primary sump pump failure in Utah is often correlated with power outages (storm events trip the grid), so the battery backup covers the exact failure mode most likely to happen. Cost: $200-$400 for the pump + battery, $150-$300 for plumber install. Compare that to a $5,000-$15,000 finished-basement water loss and the math is obvious.

We don’t fog masking agents. Scented chemical fogging that covers an odor with a stronger smell is not odor removal — it is a time-delay before the original odor returns, usually within days or weeks as the masking agent dissipates. We’d rather tell you the source isn’t fully resolved than hand you back a lemon-scented house that smells sewage-adjacent in a week.

We don’t run ozone with occupants present. Ozone at the concentrations needed for odor oxidation is a respiratory irritant and a lung-tissue oxidizer. The treated space must be fully evacuated for ozone cycles. Hydroxyl generators work at lower concentrations and some can run with occupants present per label, but we prefer unoccupied cycles for both techniques.

A properly executed odor-removal protocol produces a clean, neutral-smelling space — not a scented one, a neutral one. If you can still smell smoke, sewage, or mold a week after we deliver the space, that is diagnostic information: a source was missed. Common misses include a wall cavity we didn’t open, a soft good that absorbed VOCs we didn’t fully clean, insulation that should have been replaced, or HVAC ductwork that still has residue. We come back under our warranty and investigate. If the source is in a space we scoped and treated, the warranty covers the fix. If the source is in an area we didn’t scope originally (owner-added items, new leaks, previously undisclosed damage), we identify it and discuss what the additional work would cost.

1. Stop the water, call us anyway, call the landlord in parallel. Don’t wait for the landlord to call us — the clock is running on the structural damage from the first minute. We arrive, we extract, we document.
2. The landlord’s homeowner (or landlord-specific) policy covers the structure. That’s the walls, floors, ceilings, cabinets, fixtures — everything the landlord owns.
3. Your renter’s insurance (if you have it) covers your personal property. Furniture, electronics, clothing, kitchenware you bought — things that belong to you, not the landlord.
4. Document damage to your things immediately. Photograph your furniture, your electronics, your clothing as they are. Save receipts for any emergency living expenses. Renter’s insurance has its own ALE equivalent.
5. Keep your landlord in the loop in writing. Text or email every time something changes — the plumber’s name, our arrival time, the carrier’s claim number, the restoration scope. The written trail protects you if the landlord later disputes anything.

1. You authorize the structural work. We send the scope to you, not the tenant. The scope covers your property. You sign the work authorization and the invoice; your carrier pays.
2. Your tenant has their own claim parallel to yours. They handle their personal property with their own renter’s insurance. You are not party to that claim and shouldn’t need to be.
3. Communicate clearly on the ALE/habitability question. If the property becomes uninhabitable during drying or demo, the tenant needs temporary housing. In Utah, who pays depends on the lease and whether the loss was tenant-caused. Standard arrangement: the landlord’s policy may cover ALE for the tenant under "loss of use" or similar language; the tenant’s renter’s insurance may also provide ALE. The landlord does not personally pay the tenant’s hotel out of pocket in most cases — the policies do.
4. Review your dec page for "landlord dwelling policy" (DP-3) vs. "homeowner" (HO-3). Rental properties should carry DP-3 or similar landlord-specific coverage. If you’ve been renting under a standard homeowner policy, the carrier may deny the claim because the policy didn’t cover the risk you had.

The standard split above applies when the lease doesn’t say otherwise. Some leases shift responsibility — for example, some leases require the tenant to carry renter’s insurance with a specific liability minimum, or require the tenant to pay the first X dollars of any claim. Read the lease; it governs the specifics.

If the loss was caused by tenant negligence (overflowed bathtub left unattended, pet damage, prohibited appliance), the landlord’s carrier may pursue subrogation against the tenant’s renter’s insurance. The tenant’s carrier handles that between the two insurance companies; the tenant usually doesn’t pay personally if they had renter’s insurance.

• Don’t turn the thermostat off entirely to save money during winter travel. The savings are negligible compared to the risk.
• Don’t try to thaw a frozen pipe with an open flame. Use a hair dryer, heat lamp, or warm towels. Open flame is a routine cause of post-freeze house fires.
• Don’t insulate inside wall cavities after construction unless the wall is being opened for another reason. Retrofitting insulation into a sealed cavity creates vapor-barrier issues that cause different damage.
• Don’t rely on heat tape in attics or crawlspaces without a thermostatic control and visible inspection. Un-controlled heat tape has caused Utah house fires.

Floor drying mats + vacuum pull. A hardwood-specific drying mat (looks like a stiff plastic grid) seals against the floor surface with a vacuum pump pulling continuously. The mat creates negative pressure under the gasket seal, pulling moisture out of the floor through the plank seams and finish pores — upside-down drying rather than top-down evaporation.

Combined with LGR dehumidification running in the room to control ambient humidity. Mat count scales with affected area: typically 2-4 mats per 100 sq ft of wet hardwood.

• Day 1 initial reading: penetrating pin meter through the plank at measured depth. Starting MC often 25-40%+ on fully wet boards.
• Day 2 check: readings should drop at least 3-5 percentage points. If they haven’t, the mat seal is leaking or the moisture source hasn’t been fully addressed.
• Days 3-5: steady decline toward dry standard. Dry standard for hardwood is typically ≤12% MC per IICRC S500.
• Days 5-7: dry standard reached; mats removed; final readings documented.

• Category 1 clean water (supply-line leak, water-heater failure caught early).
• Discovery within 48 hours — before significant cupping or crowning has set in.
• Finish is intact (polyurethane or similar). Older waxed finishes don’t take vacuum well.
• Subfloor beneath is dry or minimally wet (we may still need to dry the subfloor separately from below).
• No water trapped under finished basement areas below.

• Category 2 or 3 water. Contamination into the wood grain cannot be remediated through drying alone.
• Severe cupping (edges raised more than ~2 mm above the plank center) — the wood has already deformed past the point where drying restores flatness.
• Crowning (plank center raised above the edges, after extended wet period) — permanent deformation.
• Buckling or separation — the planks have lifted off the subfloor completely.
• Water that entered from below (basement finish, slab-on-grade with wet subgrade). Vacuum-mat drying works top-side but not when water keeps coming from below.
• Engineered hardwood with a wet HDF/plywood core — the engineered layer absorbs water and doesn’t release it fast enough for mat drying. Many engineered hardwoods are replaced rather than specialty-dried.
• Wax finish or old-type polyurethane finish — mat gasket can’t achieve seal.

• The loss boundary — the visible stain is almost always smaller than the actually-wet area; the thermal image shows the real perimeter.
• Hidden migration — water that traveled under baseboards, into wall cavities, down to a lower level. The migration shows as a cooler zone extending from the known source.
• Behind-cabinet, behind-fridge, under-sink wetness that visible inspection cannot see.
• Ceiling drips that haven’t yet produced visible staining — water migrating along a joist bay before coming through the drywall surface.
• Floor-level migration under carpet, over subfloor seams. Often reveals wet areas three rooms away from the known source.

• Moisture inside a wall or floor cavity — the camera reads surface temperature, not through the wall. If water is in the cavity but the surface has already dried, the camera reads normal.
• Moisture that is not evaporating — water that has fully saturated a material and reached temperature equilibrium with its surroundings reads at surrounding temperature. The camera is detecting evaporation, not moisture itself.
• Reflective surfaces (tile, polished stone, metal, glass) — the camera reads the reflection’s temperature, not the surface. Thermal imaging over tile floors can be misleading unless combined with other instruments.
• Insulated areas — a wet material behind effective insulation reads at insulation surface temperature, not at wet-material temperature. Attic moisture behind closed-cell foam is invisible to thermal.
• Dark staining that looks like moisture but isn’t — mold, aged soot, chemical discoloration all read at normal temperature. The camera distinguishes wet from stained, which the eye often cannot.

• Line code — Xactimate uses standardized codes like "DMO WDRY" (demolition, water drying) or "DRY DEHU" (dehumidifier rental). The code identifies the task across all contractors in the system.
• Description — plain-English name for the task. "Air mover (per day)" or "Remove drywall – up to 2′ tall."
• Quantity — how many of this item. For equipment: days. For materials: linear feet, square feet, each.
• Unit — LF (linear feet), SF (square feet), EA (each), DA (day), HR (hour).
• Unit price — Xactimate’s locked price for that line in your ZIP code and date. Updated quarterly by the publisher. This is why Utah pricing is consistent across contractors who use Xactimate honestly — the number isn’t negotiable per contractor.
• Total — Quantity × Unit price.
• Depreciation — some lines (building materials with age-based wear) show both an ACV (actual cash value, depreciated) and RCV (replacement cost value, un-depreciated). Depreciation holdback is released when the work is actually done.

Water extraction / mitigation

Look for: extraction labor hours, equipment-days (dehumidifier, air mover, HEPA scrubber), antimicrobial application. The equipment-day count is often where scopes vary — a contractor claiming 7 days of 10 air movers for a small Category 1 loss is probably over-scoping. A contractor claiming 2 days of 2 air movers for a Class 3 ceiling loss is probably under-scoping (and may ask for a supplement later when drying fails).

Demolition

Flood cut height, carpet-and-pad removal square footage, insulation removal, baseboard removal. Height on flood cuts should match the Class determination (2′ for most Class 2, 4′ for Class 2 with pad under cabinets or Class 3). Watch for: "remove drywall – full height" on a Class 2 loss where a flood cut would have been sufficient (over-scoping) or "remove drywall – 2’" on a Class 3 ceiling loss (under-scoping).

Reconstruction

Drywall replacement, texture match, paint, baseboard, flooring. Materials and labor on the rebuild side are where scope padding is most visible — specifically, "prime and paint – two coats, three colors" where one color is actually in use is one example. Compare the scope to what’s actually in your home.

General Conditions & Overhead/Profit (G/CO/P)

Xactimate’s standard overhead-and-profit markup is 10% + 10% (10% overhead, then 10% profit on the overhead-inclusive subtotal). Carriers approve this on scopes above a size threshold (typically $3,000+) and recognize it as reasonable. Scopes below that threshold often don’t carry O&P. Any contractor charging a higher O&P percentage should explain why.

1. Line items without quantities or units — "Water damage mitigation lump sum $5,000" is not Xactimate; it is a round number that may or may not be defensible. Ask for the Xactimate line-item breakdown.
2. Equipment-days that extend beyond the daily moisture log — if the daily log shows dry standard was reached on Day 3 but the scope bills 5 equipment-days, question the extra 2 days.
3. Materials that don’t match your home — line item for "hardwood floor replacement" when you have LVP, or "knockdown texture" when you have smooth ceiling. Someone copied a template without walking the house.

1. Shut off the main water valve. The single most effective protection. If water isn’t flowing into the home, pipe failures don’t produce an unlimited flood — just drain water in the lines until the stub is empty.
2. Drain the lines. After shutoff, open faucets at the highest point and the lowest point of the house to let water drain out. Flush toilets to empty tanks. Drain the water heater via the bottom valve (gas off / electric breaker off first).
3. Add RV antifreeze to all P-traps. Toilet bowl, sink traps, shower drains, washing machine drain. Standing water in traps evaporates over months and lets sewer gas back into the house; antifreeze prevents trap evaporation and freezing.
4. Shut off gas to appliances at individual valves (water heater, furnace if not running). Keep gas on to the house for furnace operation.
5. Set the thermostat to 55°F minimum. With the water system drained, 55°F is still prudent for furniture, floors, and structure. If the home will sit through a Utah winter, don’t go lower.
6. Confirm the furnace works. A gas furnace that fails during the owner’s absence is how a mild winter trip turns into a full-house freeze loss when the thermostat finally hits ambient. Have the furnace inspected before travel.

• Smart thermostat with temperature alerts (Nest, Ecobee, Honeywell T9/T10) — free email/text if interior temp drops unexpectedly. $150-$250 installed. The single best technology-based protection.
• Smart water leak detectors at the water heater, under sinks, at washing-machine connections, in bathroom cabinets. Flo by Moen, Phyn, YoLink Water Leak Sensor are common Utah choices. $25-$50 per sensor plus the hub.
• Whole-home automatic water shutoff valves (Flo by Moen, Phyn Plus) detect anomalous flow and shut off the water main automatically. $500-$800 installed. Overkill for an owner-occupied home; appropriate for a seasonal home you leave for months.
• A designated local emergency contact. A neighbor with a key who can physically enter the home within an hour if an alert fires. Give that neighbor our phone number so they can call us directly rather than trying to reach you in Arizona first. Written note at the entry naming the emergency contact helps.

Most standard Utah homeowners policies include a vacancy exclusion that reduces or voids coverage if the home is unoccupied beyond a specific window — commonly 30 or 60 consecutive days. Snowbird travel of 3-6 months routinely crosses that line. Check your dec page for "vacancy" or "unoccupied" exclusions.

If you’re a snowbird or own a vacation home: contact your carrier and either (a) add a vacancy endorsement that extends coverage during long absences, or (b) demonstrate the home is "occupied" through regular check-ins (a scheduled house-sitter, weekly inspection by a service, documented utility use). Some carriers specialize in seasonal-home coverage and don’t apply the standard vacancy exclusion.

If you have a loss during a vacancy period without the endorsement, the carrier may deny the claim on vacancy grounds even if the loss itself would normally be covered. Documentation of your winterization steps helps counter this.

1. Full-house thermal imaging scan of every exterior-wall cavity, every ceiling below a wet-area (upstairs bath, kitchen, laundry), basement walls at window-well locations, and crawlspace boundaries. Thermal differential reveals current moisture that visible inspection cannot catch.
2. Moisture meter confirmation at every thermal-flagged area. Non-penetrating meter for routine confirmation; penetrating pin meter at the specific concern locations where cavity moisture is suspected.
3. Visual inspection of common past-loss indicators — baseboard swelling or paint lift at floor level, drywall patches that don’t match surrounding texture, cabinet toe-kick damage, pad-density anomalies under carpet, hardwood cupping or crowning, grout cracking.
4. Plumbing-source inspection — age of water heater, visible condition of exposed supply lines, water-shutoff valve function test, hose bibs, water-pressure test at an exterior spigot.
5. Attic and crawlspace walk for roof-source history and sump-pump pit evidence.
6. Insurance claim history query (homeowner-authorized) — the seller can pull a CLUE report showing their property’s claim history over the last 7 years. This isn’t a direct product of our inspection but we can advise on obtaining it.

You receive a written report within 48 hours of inspection containing:

• Thermal images from every scanned area with scale bars and location notations.
• Moisture meter readings at every reading point with dates and specific instruments used.
• Written finding at each area: "no evidence of moisture," "evidence of past moisture, no current activity," or "current moisture present — remediation recommended."
• IICRC Firm number and the inspecting technician’s IICRC Registrant number on the report. This is a credentialed inspection, not a casual walkthrough.
• Our contact information for follow-up questions from the buyer, seller, or inspector.

• Buyers whose standard home inspector flagged a potential moisture concern and recommended a specialist follow-up.
• Buyers who know the home had a past insurance claim (CLUE report shows one) and want independent verification the remediation was complete.
• Sellers preparing to list, who want to document their home’s clean water history to prevent buyer-side renegotiation.
• Listing agents who have had past deals fall through on moisture concerns and want to pre-empt the issue.
• Buyers of homes with finished basements in Daybreak, Glenmoor, Chattel Estates and the other newer SJ construction — basement water history is the single most common disputed issue in these subdivisions.

What it does: small battery-powered sensor placed on the floor next to an appliance or supply line. Senses water contact at the sensor’s contacts and alerts a smart hub (which forwards to your phone). Does not shut off anything itself.

Typical cost: $20-$50 per sensor, plus the smart hub (~$30-$80) if you don’t already have one.

Best for: next to water heater, washing machine, dishwasher, under kitchen sink, under bathroom sinks, next to refrigerator ice-maker line, in sump pit. Any location where a known failure mode would produce water contact at a predictable location.

Limitation: only alerts you — doesn’t stop the leak. Useful when you’re home or can get home quickly. Less useful if you’re out of town and nobody can respond.

What it does: a motorized valve installed on the main water line that monitors flow continuously and shuts off automatically when it detects anomalous flow (indicating a leak) or when a paired leak sensor fires. Can be shut off manually from a phone from anywhere.

Typical cost: $450-$900 for the valve plus professional installation ($200-$400 by a licensed Utah plumber). Total $650-$1,300.

Best for: seasonal homes, vacation properties, snowbird setups where the house is unoccupied for extended periods. Also for homes with high-value finishes or basement media rooms where a loss would be especially expensive.

Limitation: install cost is non-trivial. Some models require subscription service for cellular connectivity (phone alert when WiFi is down). May produce false positives on heavy single-source use (sprinkler system running, fire department testing hydrants); configurable but requires setup.

What it does: clamps onto the main water line (non-invasive, no plumbing work) and listens to the water usage pattern. Over 2-4 weeks it learns the home’s normal usage. When it detects a usage spike or a continuous low-flow leak (like a running toilet), it alerts your phone.

Typical cost: $200-$400. DIY install.

Best for: homes where you want insight into usage patterns without installing a shutoff valve, or as a diagnostic for suspected hidden leaks. Also useful for renters who can’t modify plumbing.

Limitation: alert-only, no shutoff. False-positive rate higher than Category 2 because it is a less-direct measurement.

• Call within hours of the loss, not days. Early notification tells the carrier you’re acting in good faith on mitigation. Delayed notification can look like scope padding later.
• Have three facts ready: the date and time of the loss, the source (if known), and the general scope of damage. "Supply line failure under the kitchen sink around 2pm yesterday, water migrated into the finished basement below."
• Get the claim number in writing (email, text, app) before ending the call.
• Ask these three specific questions: "Is this covered under my sudden-and-accidental peril? What is my deductible? Is Additional Living Expense available under Coverage D if the home becomes uninhabitable?" Confirming the coverage path during the first call surfaces any issues before they become disputes.
• Ask who your assigned adjuster will be and their direct contact. The first-notice call goes to a general queue; the assigned adjuster becomes the point of contact for the rest of the claim.

• Photograph everything before you touch anything. Wide room shots, close-ups of damage, timestamp-visible video walkthrough. Phone photos have embedded timestamps that satisfy carrier documentation requirements.
• Save receipts for every emergency expense. Hotel, meals eaten out because the kitchen is unusable, emergency supplies, extra childcare costs. These go on Coverage D (Additional Living Expense) claims and are commonly missed.
• Make an item inventory as damaged property emerges. List, date, approximate value, and photograph. The adjuster uses this for Coverage C (personal property) processing.
• Keep every email in a single folder. Claim communications span weeks; a dedicated email folder means you can respond to any adjuster question with the full history in context.

• Test the sump pump — pour 5 gallons of water into the pit, confirm the float activates the pump and discharges the water fully. If sluggish, replace before snowmelt.
• Inspect window wells — clear debris, confirm drain is unclogged, check cover condition.
• Walk the exterior grading — look for settlement that directs water toward the foundation. Add soil to establish 6" drop over 10 feet.
• Clean gutters and downspouts — fall debris is now settled; clear before monsoon season.
• Confirm downspouts discharge 4-6 feet away from the foundation — add extensions if they discharge at the base.
• Check sprinkler system backflow preventer — Utah code requires this device to prevent sprinkler contamination of potable water. Replace if cracked from winter freeze.
• Inspect roof flashings — walk the perimeter looking at valleys, chimneys, skylights. Replace cracked caulk and failed flashings.
• Replace washing machine supply hoses if more than 5 years old.

• Install hose-bib covers on every exterior spigot. Remove garden hoses first.
• Insulate exposed pipes in attic, garage, and crawlspace with foam pipe insulation.
• Winterize sprinkler system — blow out lines with compressed air before freeze. Have a Utah irrigation contractor do this if you don’t have the equipment.
• Flush the water heater tank — connect a hose to the bottom drain valve, run 2-3 gallons until clear. Removes sediment that reduces heater life in JVWCD hard-water areas.
• Check water heater age — if above 10 years, consider pre-emptive replacement before January-February peak season.
• Test smart thermostat alerts and confirm temperature-drop alerts are enabled before any travel.
• Clear gutters and downspouts again — leaves and fall debris.
• Verify attic insulation is adequate (minimum R-38 for Utah climate zone 5) to prevent ice damming from heat loss.
• Clean dryer vent — fire risk, but also a condensation path in winter.

• Flush 1 cup of vinegar through the HVAC condensate drain line (prevents July overflow).
• Visually check under sinks, around toilets, behind refrigerator (if accessible) for signs of moisture.
• Confirm smart leak sensors are reporting status (battery, connectivity).

Pre-1950 Utah homes often have lath-and-plaster walls rather than drywall. Plaster retains more moisture than drywall and dries more slowly, but it is often salvageable when drywall would need to be cut. We use longer dehumidifier equipment-days on plaster homes — typically 2-3 days longer per affected area — and we read with pin meter at specific plaster depth rather than the drywall meter calibration.

When plaster must come out (Category 2+, structural compromise, or when the wall has to open for other reasons), replacement is specialty work. Modern drywall patches on existing plaster walls look wrong — the surface texture, thickness, and seam reveal all differ. We bring in a specialty plaster finisher for sections where plaster matching matters, or we take out and replace the whole wall surface rather than mix materials.

Any home built before 1978 may have lead paint on walls, trim, or doors. EPA Renovation, Repair and Painting (RRP) rules require that demolition disturbing lead-painted surfaces be done by RRP-certified contractors with specific containment and dust-control protocols. We do not hold RRP certification; we refer this portion of the work to an RRP-certified Utah subcontractor and coordinate the sequencing. We don’t cut lead-painted surfaces ourselves regardless of apparent paint condition — the hazard is real and the compliance obligation is specific.

Pre-1980 Utah homes may have asbestos-containing materials — popcorn ceilings, 9×9 floor tile, pipe insulation, some wall-board materials. If we encounter suspected ACM during inspection or demolition, we stop, isolate the area, and arrange for sampling by a licensed Utah asbestos abatement contractor. Positive results require licensed abatement before we resume. This can add 1-3 weeks to a timeline but it is non-negotiable — handling ACM without a licensed abatement contractor is both unsafe and illegal under Utah air quality rules.

Pre-1960 Utah homes often have galvanized steel supply lines (grey, threaded fittings) and cast-iron drain lines. Both age predictably: galvanized develops pinhole leaks after 40-60 years as the zinc coating fails and iron corrodes from inside; cast iron develops cracks and segment failures after 60+ years. On an older-home water loss, we check the plumbing material during inspection and document the age-related failure risk for the carrier. In some cases this supports a supplement for repiping an affected section while the walls are already open.

Older Utah homes often have period-appropriate finishes that aren’t available in modern big-box inventory — specific hardwood floor cuts, trim profiles, tile designs, cabinet styles. Matching replacement materials to period-correct selections requires sourcing from salvage yards, period-specialist suppliers, or custom milling. The timeline on an older-home rebuild is often 2-3x the equivalent new-construction scope because of this. We identify material-sourcing timelines during the scope-writing phase so the homeowner knows what to expect.

PEX supply-line tubing itself is reliable, but specific fitting technologies have documented failure patterns. Early brass-barb crimp fittings from certain manufacturers developed stress-corrosion issues in high-pH water (common with JVWCD municipal water) over 10-15 years. Some PEX-A expansion fittings had early design issues that have since been corrected. The failure point is almost always at a fitting inside a wall cavity, where the leak may run undetected for days.

On a PEX-fitting-failure call we document the failed fitting carefully — manufacturer, date code if visible, failure mode — because class-action settlements have paid Utah homeowners before and the documentation is required.

New-home builders typically install the cheapest-code-compliant supply hoses to washing machines, dishwashers, refrigerators, and toilets. Rubber hoses on washing machines, plastic ice-maker lines on refrigerators, cheap flexible hoses on toilets — all have 5-7 year useful lives. A homeowner moving into a new build in 2020 often sees supply-line failures starting around 2025-2027 unless the hoses have been proactively replaced. Replacing all appliance supply lines with braided-steel versions in year 1 of ownership is a $100-$300 preventive investment that avoids a $5,000-$15,000 water-damage event.

New construction grades are specified correctly on paper (minimum 6" drop over 10 feet from the foundation) but the actual grading at move-in time may not meet it — final landscape grading often lags house completion by months, and settlement over the first 1-2 years can reverse what grading was in place. New-build water-damage calls frequently show inadequate foundation grading as a contributing factor. We note this during inspection and recommend grading correction as part of recurrence prevention.

Utah home builders typically offer a 2-year workmanship warranty, 2-year systems warranty (plumbing, electrical, HVAC), and 10-year structural warranty. A supply-line failure in year 2 may be covered by the builder’s systems warranty rather than requiring an insurance claim — which doesn’t count against your claim history and doesn’t come with a deductible.

On any new-build water-damage call (under 2 years from close), we recommend checking the builder warranty terms before filing an insurance claim. The builder may cover the plumbing repair itself; your homeowners policy covers the water damage caused by the failure. The two can run in parallel.

• Appliance supply-hose failures within the first 5-10 years (rubber hose aging on washing machines).
• PEX fitting failures in walls at 7-15 years (depending on fitting manufacturer).
• Washing-machine, dishwasher, or ice-maker solenoid failures (year 3-10 of appliance life).
• Window-well drain backups in new subdivisions with incomplete drainage infrastructure.
• Grading-induced basement intrusion in homes 1-3 years from close before landscape settlement equalizes.

Manufactured homes typically use 2×3 or 2×4 wall framing with closer stud spacing than site-built homes. Interior walls may use 3/8" or 1/2" wall paneling (sometimes gypsum, sometimes vinyl-faced panels, sometimes thin paneling) rather than standard 1/2" drywall. These different materials dry and read differently on a moisture meter.

On a manufactured-home water loss, we identify the specific wall material at inspection and apply the right technique — vinyl-faced panels sometimes delaminate from water contact and require replacement rather than drying; thin paneling may be replaceable with better-quality finishing material during the rebuild.

Manufactured home floors typically consist of particleboard subfloor over joists, with vinyl or carpet above. Particleboard is more water-sensitive than OSB or plywood — it swells quickly, loses structural integrity, and often requires replacement rather than drying. On a manufactured-home water loss we read subfloor condition carefully; swollen particleboard is usually a replacement line item on the scope.

Manufactured homes have an "underbelly" — a plastic membrane under the floor system that contains insulation and plumbing. Water from a plumbing failure can collect in the underbelly rather than appearing inside the home, which delays discovery and increases dwell time before mitigation. On any manufactured-home water loss we inspect the underbelly for pooled water and insulation contamination; if present, the underbelly needs to be opened, insulation replaced, and the membrane re-sealed.

Most manufactured homes use PEX supply lines routed under the floor through the underbelly. Freeze protection depends on underbelly insulation integrity — in winter, failed underbelly insulation combined with sub-freezing temperatures can freeze supply lines under the floor rather than inside the home. Prevention: periodic underbelly inspection, heat-tape on vulnerable sections, and underbelly skirting that extends to grade.

Manufactured and mobile home insurance is typically written on a different policy form than standard homeowners — common forms include MH-6 or HO-7 (depending on the carrier). Coverage structure is similar (dwelling, personal property, liability, ALE) but limits are often different, and some policies have specific exclusions or sub-limits for mobile home water damage. We bill manufactured-home carriers through the standard Xactimate process; the specific policy details may require review before scope approval.

A 55-gallon aquarium discharging onto a hardwood floor becomes a 55-gallon Category 1 water loss (clean water, Class 2-3 depending on affected area). We approach it as any other sudden-and-accidental water loss. Specific considerations: aquarium water contains dissolved organic material from fish waste and plant matter, which can push the loss toward Category 2 if dwell time exceeds 24-36 hours. Discovery is typically immediate (crack or stand failure), so dwell time is usually short.

Insurance: standard homeowners typically covers this as sudden-and-accidental. The aquarium itself (the tank) is covered under personal property if it broke; the fish, however, are usually not covered as personal property under most policies. Document the loss date and the aquarium brand/age if possible.

Discovered during inspection for a different water loss, or during a pre-sale inspection, or after a pet with urinary issues has been in the home. The affected area is usually carpet, pad, subfloor, and sometimes the drywall at the baseboard transition if saturation was severe. This is Category 2 by definition (urine contamination) and requires more aggressive handling than clean water.

Scope: carpet and pad removal in affected area, subfloor cleaning and sealing (sometimes replacement if saturated), antimicrobial treatment, odor remediation protocol similar to Pack 37’s odor-science piece (enzymatic cleaners for urine specifically, since standard surfactants don’t break down urine components). Drywall replacement if saturation reached that height.

Insurance: long-term pet urine saturation is typically excluded from homeowners coverage as "gradual damage." This is almost always an out-of-pocket scope. We write it in the same Xactimate format as covered losses so you have a defensible scope for pricing comparison.

A puppy or large rodent chewing through a water-heater supply line, a toilet supply, or a washing-machine hose produces a sudden Category 1 water loss just like a mechanical failure. The source is the chew damage; the loss is standard sudden-and-accidental.

Insurance: this one is more variable. Some Utah carriers cover pet-caused water damage under the standard sudden-and-accidental peril; others have specific pet-caused damage exclusions. Check your policy’s exclusion list and the specific pet-damage language. If covered, the scope proceeds normally. If excluded, out-of-pocket with Xactimate scope documentation.

A dog or cat urinating on a water heater’s exterior over months can corrode the sheet-metal cabinet from outside and eventually produce a leak path that looks like a tank failure. Discovery usually comes when the heater fails and visible staining around the base reveals the urine exposure cause. Scope: standard water-heater-failure response plus full extraction of the mechanical room floor and antimicrobial treatment of surrounding materials.

• HVAC off at the thermostat AND breaker. The thermostat alone doesn’t guarantee the system can’t restart on a cycle timer.
• Every supply and return register in the affected zone covered with 6-mil poly, taped tight. We mark covered registers with a bright tag so no technician accidentally uncovers one.
• If the air handler itself is in an affected space, additional containment around the unit cabinet.
• Filter removed and bagged for disposal (always replaced; the existing filter is contaminated).

A borescope and inspection light go into the system through an access point (often a register that we temporarily uncover) to inspect the duct interior for:

• Standing water or wet residue — indicates ingress.
• Soot deposits — indicates fire-source migration.
• Spore accumulation or growth — indicates mold involvement.
• Sewage residue — indicates Category 3 water aerosolization.

If inspection shows the ductwork is clean (common when response was fast and HVAC was off), decontamination may be unnecessary and the scope line is removed. If contamination is confirmed, we proceed to Phase 3.

The core technique:

• Portable HEPA negative-air machine (same equipment class as mold containment AFDs) connected to the HVAC system through a cut access point or by replacing the return filter grille temporarily.
• Inflatable duct plugs isolate specific branches so negative pressure is concentrated at one zone at a time.
• Agitation inside the duct work — specialty brushes on flexible shafts, compressed-air whips — releases debris and contamination from duct walls so the HEPA machine can capture it.
• Each branch gets its own cycle; whole-system decontamination moves through branch by branch.

On mold and sewage losses, antimicrobial fogging follows the mechanical cleaning. Air duct access panels get installed where ongoing inspection access is useful.

For mold and Category 3 water involvement, third-party IEP air sampling pulled with the system running at low speed, before full restart. Lab turnaround 2-3 days. If sample passes, system restarts; if sample fails, we re-clean the branches that showed elevated counts and re-sample. For fire losses, visual and olfactory inspection by the lead tech plus homeowner walkthrough — persistent smoke odor on restart means re-run.

HVAC decontamination is typically $600-$1,500 for a residential system depending on duct run complexity and number of returns. Larger homes with multiple HVAC systems add proportionally. The scope line appears on the Xactimate scope as a specific item (DUCT CLEAN or similar) with its own line pricing.

Insurance covers it when the underlying loss is covered — the HVAC decontamination is treated as part of the covered restoration scope, not a separate claim. Carriers approve the line when the inspection documentation shows contamination (which is why Phase 2 matters — a documented reason for the scope line prevents post-hoc dispute).

When needed: source repair on any plumbing-origin loss — burst supply line, failed valve, slab leak, water heater replacement.

Sequencing: we start extraction immediately on arrival regardless. The plumber works in parallel, usually within the first few hours. See the dedicated Pack 36 plumber coordination block for the full sequence.

Who pays: homeowner pays plumber directly; we invoice the restoration scope through the carrier. Access work (opening walls for the plumber) stays on our scope.

When needed: roof-source losses — storm damage, ice dam, failed flashing, hail. We tarp emergency openings on arrival; the roofer handles permanent repair.

Sequencing: emergency tarping first (us, same day). Interior drying starts after tarping is secure. Roof repair happens on roofer’s timeline, which can be 1-6 weeks depending on scope and roofer availability. Interior reconstruction happens after permanent roof repair is in place to avoid re-exposure during work.

Who pays: roofer typically bills the carrier directly for roof repair. We bill separately for interior restoration. Two separate scope lines on the same claim.

When needed: water contact with the electrical panel, outlets below the water line, HVAC electrical, or any wiring exposed by demolition. Always for Category 3 losses that reached electrical systems.

Sequencing: electrical safety is checked on arrival — breakers off to affected areas before extraction. Full electrical assessment by a licensed Utah electrician happens as soon as the drying zone is accessible. Replacement of damaged outlets, switches, panel components, or wiring happens before drywall closure.

Who pays: electrician invoices through the carrier as part of the covered loss. We bill restoration separately.

When needed: damaged furnace, A/C compressor, air handler, or coil mechanics. Repair of the HVAC equipment itself (not duct decontamination, which is our scope).

Sequencing: HVAC repair after duct decontamination (ours) is complete. Running newly-repaired HVAC through contaminated ductwork undoes the decontamination.

Who pays: HVAC repair billed directly to homeowner or through the carrier depending on cause (burst pipe damage to HVAC = covered; equipment age failure = usually not).

When needed: structural compromise — load-bearing wall damage, floor-system failure, significant foundation involvement. Rare on standard water losses; more common after fire or impact events.

Sequencing: engineer assessment before any demolition in the suspected structural area. Repair plan from engineer guides the scope.

Who pays: engineering fee billed through the carrier as part of the loss.

When needed: complex claim, denial dispute, large loss where independent claim advocacy is worth the fee. Not needed on routine covered losses.

Sequencing: public adjuster represents your interests with the carrier in parallel with our scope-writing. They are not involved in the restoration work itself.

Who pays: public adjuster is paid a percentage of the eventual settlement (typically 10-20%) by the homeowner, not the carrier. See the Pack 41 public-adjuster-vs-contractor block for the full distinction.