MITIGAID RESTORATION
Emergency Line
24/7 Live Answer · Immediate DispatchBurst Pipes · Flooded Basements · Sewage BackupsOwner-Operated · Direct Provider, Not a Call CenterFree Estimates · Insurance CoordinationServing Gainesville & North Georgia24/7 Live Answer · Immediate DispatchBurst Pipes · Flooded Basements · Sewage BackupsOwner-Operated · Direct Provider, Not a Call CenterFree Estimates · Insurance CoordinationServing Gainesville & North Georgia
FAQ

Questions homeowners ask us

Insurance, the restoration process, plumbing emergencies, mold and sewage. If yours isn’t here, call and ask.

Insurance and Claims

What policies usually cover, what documentation matters, and how we work with your adjuster.

Usually yes. A burst pipe is the textbook example of sudden and accidental discharge, which standard homeowners policies cover. What is typically excluded is the pipe itself and any damage an adjuster attributes to long-term seepage or deferred maintenance. Documentation is what separates the two, which is why we log the failure point, take dated photos, and provide a written cause-of-loss summary with every job.

Only if you carry a sump pump failure or water backup endorsement, which is a separate add-on on most policies. Standard homeowners coverage typically excludes it, and it also excludes groundwater and surface flooding, which requires flood insurance. It is worth checking your declarations page before you need to know.

It depends on the endorsement. Water and sewer backup coverage is usually an optional add-on rather than part of a standard policy. If the backup originated from a municipal main, there may also be a claim against the utility, which is a separate process and one where documentation of the timing and source matters a great deal.

Most policies cover water damage that is sudden and accidental, such as a burst pipe or a failed water heater. They generally exclude damage from long-term neglect or lack of maintenance. Every policy reads differently, so we recommend confirming specifics with your agent. We coordinate directly with your adjuster and provide the moisture logs and photo documentation they need to move a claim forward, which is part of how we handle the paperwork side while you focus on your household.

Typically yes, when the pipe bursts and causes sudden water damage — most policies treat that as a covered peril, similar to any other sudden and accidental discharge. What’s often excluded is damage tied to inadequate heating or a home left without proper winterization while unoccupied. We document the failure point and provide photos and moisture logs so you and your adjuster have a clear record of what happened and when.

Coverage depends on the cause. A sudden pipe failure under the slab is often covered for the resulting water damage, though many policies separate coverage for the water damage itself from coverage for accessing and repairing the pipe. We provide the documentation, photos, and moisture logs your adjuster needs, and we coordinate directly with them so you’re not stuck relaying information back and forth.

Only if you carry a specific sump pump failure or water backup endorsement — most standard homeowners policies exclude this by default. It’s worth checking your declarations page before you need to file a claim. Regardless of coverage, we document the failure and the resulting damage with photos and moisture logs so you have a clear record either way.

Yes. We coordinate directly with your adjuster and provide the moisture logs and photo documentation they need to process the claim, rather than leaving you to relay technical details back and forth on your own.

Usually the resulting water damage is covered as a sudden and accidental loss, though coverage for the unit itself often depends on its age and your specific policy. We document the failure with photos and moisture logs and coordinate directly with your adjuster.

It depends on whether the damage resulted from a sudden failure versus long-term seepage. A wax ring that failed gradually over months is often treated differently than a supply line that burst suddenly. We document what we find so you have a clear record either way.

The Restoration Process

How a job runs from the first call through emergency response, restoration, and reconstruction.

Mold becomes viable in the twenty-four to forty-eight hour range in normal conditions, and faster in North Georgia humidity. Practically speaking, the goal is bulk water out the same day. Materials that were going to be saved are usually saved in the first several hours, and materials that are going to be lost are usually lost overnight.

A shop vac skims surface water. Professional extraction uses truck-mounted vacuum and weighted tools that compress carpet and pad against the subfloor to squeeze water out of the material itself, which is a different order of magnitude. Since mechanical removal is roughly a thousand times more efficient than evaporation, every gallon a shop vac misses becomes days of dehumidifier runtime.

Penetrating and non-penetrating moisture meters plus thermal imaging. Water travels along joists, under cabinet toe kicks, and through wall plates into rooms that look completely untouched, and thermal imaging shows the temperature differential those wet areas create. Mapping the true footprint before extraction is what keeps a job from reopening as a mold call.

Often, if we get there fast. Hardwood mat drying systems pull moisture out of the boards through negative pressure, and floors that would have been replaced can frequently be dried and refinished instead. The variable is time, not technique. Boards that sat wet for several days will usually cup permanently.

Yes. Extraction and drying are one continuous process. Air movers and dehumidifiers are placed before the crew leaves the first visit, because the hours between extraction and equipment placement are hours the remaining moisture spends soaking deeper into materials.

By comparison, not by feel. We take a dry standard reading from unaffected material of the same type elsewhere in the building, then dry the affected material until it matches. That standard differs between an 1870s heart pine floor and a 2015 engineered subfloor, which is why a generic target moisture percentage is meaningless on its own.

Air movers and dehumidifiers do two different jobs. Air movers break the thin layer of saturated air sitting against wet surfaces so moisture can evaporate. Dehumidifiers then remove that moisture from the air before it condenses somewhere else in the house. Too few dehumidifiers relative to air movers simply relocates the problem into dry rooms.

Please do not. Drying is cumulative, and every hour the equipment is off, humidity rebounds and materials reabsorb moisture, which can add whole days to the schedule. If noise or heat is a real problem, tell the technician and the placement can often be adjusted instead.

A typical residential setup runs somewhere in the range of ten to twenty-five dollars a day in electricity depending on the number of units. Many insurance policies reimburse that as part of the claim, so keep the bill from the month the equipment ran.

A completion report with daily moisture readings by room and material, the dry standard used, ambient conditions, equipment placement, and photographs. That document is what an insurer needs to close a claim cleanly, and it is also what a future buyer’s inspector will want to see if the loss ever comes up during a sale.

The timeline depends on how much water was involved, what materials it touched, and how long it sat before we arrived. A typical residential drying project runs three to five days of continuous equipment operation. Water that soaked into hardwood floors, subfloors, or deep into framing can take seven to ten days. Because we’re an owner-operated Direct Provider rather than a call center dispatching whoever’s available, the owner is on the job assessing progress daily with moisture meters, and equipment doesn’t come out until the affected materials reach a verified dry standard.

Often yes, though the equipment is loud and runs around the clock, and the affected rooms will feel noticeably warmer and drier than usual. If the loss is extensive, such as a finished basement flood or a loss touching multiple bathrooms, staying elsewhere during the first phase may be more practical. We’ll walk through the specifics with you at the initial assessment so you can make the right call for your household.

Water and Plumbing Emergencies

Burst and frozen pipes, flooded basements, water heaters, and appliance and fixture leaks.

Shut the main water valve, then cut power to the affected area at the breaker if you can reach the panel safely and dry. Move electronics and valuables out of the water, and photograph the active leak before you start cleaning anything. Then call for emergency extraction. Water moving through a half-inch line at normal household pressure adds six to eight gallons every minute the valve stays open, so finding the shutoff is worth more than anything else you could do in those ten minutes.

Almost certainly. A surface dries within hours while the subfloor, wall cavity, and insulation behind it stay saturated for weeks. Those hidden reservoirs are what produce a musty smell in month two and visible mold in month three. A moisture meter reading takes minutes and settles the question definitively.

A contained single-room loss caught quickly is typically three to five days of equipment. A loss that ran overnight and reached multiple rooms, cabinetry, or a second floor commonly runs seven to ten days. In North Georgia humidity, add a day or two. Anyone quoting a firm number before taking readings is guessing.

Not always. Where the cavity can be reached with injection drying or cavity venting, we dry in place and save the wall. Drywall comes out when it has lost structural integrity, when insulation behind it is saturated and cannot be dried, or when the water was contaminated. We tell you which category you are in before anything is cut.

Not until the power to that level is off. Submerged outlets, extension cords, and appliances make standing water in an enclosed space genuinely dangerous, and basements add a second hazard: poor ventilation, which matters if a fuel-burning appliance down there has been affected. If you cannot cut power to that level from a dry location, wait for a crew.

Concrete and block hold water for weeks, the surfaces are cool enough that evaporated moisture condenses right back onto framing, and there is no natural air exchange to carry humidity out. Drying below grade requires dehumidification sized to the cubic footage, not just fans, and it routinely takes longer than an identical loss upstairs.

A consumer dehumidifier can maintain a dry basement but it cannot dry a flooded one. The moisture load after an intrusion event is many times what a household unit removes per day, so the space plateaus at a humidity level that is still high enough to grow mold while appearing to be improving.

Look at the four usual culprits before you spend money on anything else: grading that slopes toward the foundation, downspouts discharging within a few feet of the wall, a sump pump with no battery backup, and a missing or failed check valve on the floor drain. Those four account for the large majority of repeat flooding we see.

Our winters swing between mild days and sudden hard freezes, and a lot of local housing stock, especially older mill-town homes and houses with crawl spaces or unconditioned basements, wasn’t built with deep-freeze protection in mind. Pipes running along exterior walls, in unheated crawl spaces, or in daylight basement mechanical rooms are the most exposed. When temperatures drop fast and stay there overnight, water inside those lines can freeze and expand before anyone notices.

A frozen pipe that hasn’t split yet usually shows up as no water or a weak trickle from a fixture, sometimes with visible frost on an exposed section of pipe. A burst pipe means water is actively escaping, which shows up as a wet spot on a wall or ceiling, water pooling near a fixture, or in worse cases obvious flooding. If you turn on a faucet and get nothing, treat it as a possible freeze and shut off the water at the main before the ice plug melts and reveals a split section.

Shut off the main water valve first. If there’s standing water near outlets or the breaker panel, cut power to that area if you can reach it safely. Open the affected faucet to relieve pressure if the pipe hasn’t split yet. Then call us — we answer live 24/7 and dispatch immediately, with the owner involved on every job, not a call center routing you to a subcontractor.

For an easily reached section, a hair dryer or warm towels applied gently, working from the faucet end toward the blockage, can sometimes work. Never use an open flame or a torch, and don’t assume the pipe survived just because water starts flowing again — ice expansion often cracks copper or PEX without you seeing it, and the split only shows up once the ice melts and pressure returns. If the frozen section is inside a wall, under a slab, or you’re not confident diagnosing it, it’s safer to have us take a look before you find out the hard way.

Mold and Sewage

Contaminated water, drain and sewer backups, and what mold work actually involves.

No, and this is the one water loss where we are unequivocal about it. Sewage is Category 3 water carrying bacteria, viruses, and parasites, and cleaning it without containment aerosolizes contaminants into the rest of the property. Proper response requires PPE, negative air with HEPA filtration, regulated disposal, and verification afterward.

Carpet and pad, affected upholstered furniture, particleboard cabinet bases, laminate flooring, and any drywall and insulation within twelve to twenty-four inches above the highest waterline. What can usually be cleaned and kept: solid wood, tile, concrete, framing, and sealed non-porous contents.

Removal and disinfection typically take one to two days, and drying follows for another three to five. Reoccupancy of the affected area should wait until disinfection is complete and moisture readings confirm the structure is dry. If anyone in the household is immunocompromised, elderly, or very young, third-party clearance testing before reoccupancy is worth the extra day.

No. Odor and contamination are different things, and deodorizers can mask the first while leaving the second untouched. Clean means porous materials removed, surfaces disinfected, and the structure dried and verified with readings, not a room that smells acceptable.

Common causes include tree root intrusion into older clay or cast iron lines, aging pipes, grease and debris buildup, and municipal sewer systems overwhelmed during heavy summer thunderstorms. Mature trees near older homes around Jefferson, Commerce, and Winder make root intrusion a fairly common issue.

Slow-draining sinks, gurgling toilets, or a sour smell from a drain often show up days or weeks before a full backup. Addressing those signs early, including a camera inspection of the sewer line if root intrusion is suspected, can prevent a much bigger mess.

Carpet and pad, affected upholstered furniture, particleboard cabinet bases, and any drywall or insulation that got wet usually need to be removed and disposed of. Solid wood, tile, concrete, and framing can typically be cleaned and kept.

Removal and disinfection typically take a day or two, with drying following for another three to five days. We don’t consider an area ready for reoccupancy until it’s been disinfected and moisture readings confirm the structure is dry.

Not necessarily. Odor and contamination are different things, and a deodorizer can mask the first while leaving the second untouched. Clean means porous materials removed, surfaces disinfected, and the structure dried and verified with readings.

We answer live 24/7 with immediate dispatch, and the owner is on every job. From there we move through emergency response, restoration, and reconstruction as needed to get the affected area back to normal.

Bleach is ineffective for mold on porous materials like drywall or wood. While it may remove the surface stain, bleach is approximately 90 percent water. When you apply it, the chlorine stays on the surface, but the water soaks into the material, providing the mold’s root system with the moisture it needs to grow back even stronger. Additionally, bleach does not remove the allergenic or toxic properties of the mold spores. Professional remediation focuses on the physical removal of the contaminated material or abrasive cleaning of semi-porous surfaces to ensure the growth is actually gone, rather than just temporarily discolored.

Safety depends on the location and extent of the mold. For small, localized projects, we can set up airtight plastic containment with negative air pressure to keep spores from entering the rest of the home, allowing you to stay. However, if the mold has spread into the HVAC system or if a large portion of the living space is affected, we usually recommend staying elsewhere during the active phases of removal. This is especially important for households with young children, elderly residents, or anyone with respiratory issues. We will assess your specific situation during the initial inspection and help you make a plan that prioritizes your family’s health.

Fire and Smoke Damage

Fire, smoke, and soot questions, from what insurance covers to how deodorization actually works.

Fire is one of the core perils standard homeowners policies are built around, so coverage is usually straightforward for the fire itself, the smoke, and the suppression water that came with it. What claims turn on is documentation: the cause of loss, the extent of damage room by room, and an inventory of affected contents. We photograph and log everything from the first visit and coordinate directly with your adjuster so the scope is agreed on the evidence, not on estimates made from a distance.

Usually not right away, even if the fire was small. Soot is a respiratory irritant that keeps circulating through the HVAC system, structural members may be heat-damaged in ways that are not visible, and utilities should be checked before they are used again. We assess all three on the first visit and tell you plainly which parts of the house are safe to occupy and which are not.

Anything charred or structurally heat-damaged comes out, along with food, medication, and cosmetics exposed to heat or smoke. What surprises people is how much can be saved: solid wood furniture, most hard-surface contents, and structural framing that is scorched but sound can often be cleaned rather than replaced. We walk you through the keep-or-remove call item by item before anything is disposed of, because your insurer will want that inventory too.

The mitigation phase, meaning debris removal, soot cleaning, and drying of suppression water, typically runs days to a couple of weeks depending on the size of the loss. Reconstruction is the longer pole and depends on scope, materials, and permit timelines. Because our own crew handles both phases, there is no gap where the job sits waiting for a second company to pick it up.

Because odor lives in places surface cleaning does not reach: inside wall cavities, in attic insulation, in ductwork, and in the pores of unfinished wood. North Georgia humidity makes it worse, because moisture in the air reactivates odor compounds that seemed gone. Lasting deodorization means removing the source material first, cleaning what remains, and then treating the air and cavities, not fogging a fragrance over the top.

We recommend against it, because the wrong approach sets the damage permanently. Dry soot smears into a greasy film if it is wiped wet, and protein residue from a kitchen fire bonds to surfaces when the wrong cleaner hits it. Professional work starts with identifying which residue is present, because dry smoke, wet smoke, and protein residue each respond to a different cleaning chemistry. A test spot determines the method before anything is cleaned.

Often yes. Kitchen fires that never left the stove, furnace puff backs, and smoke from a neighboring structure fire are typically treated as covered smoke losses under a standard homeowners policy. The key is documenting the extent early, because smoke damage is easy for an adjuster to under-scope from photos alone. We map and photograph the residue throughout the house so the claim reflects the real footprint.

Yes, and it is usually the reason a house still smells after the visible soot is gone. If the system ran during or after the event, smoke was pulled through the returns and deposited through the ductwork and air handler. Running the system afterward redistributes it. We inspect the HVAC system on every smoke job and coordinate duct and coil cleaning as part of the scope.

No. Odor compounds embed in porous materials, unfinished wood, insulation, and fabric, and they reactivate with humidity, which North Georgia supplies generously for most of the year. Time and air fresheners mask it at best. Real deodorization removes the source residue first, then treats the structure and air with equipment designed for the purpose, and finishes with verification that the odor is actually gone.

A large share of them can. Textiles, clothing, and upholstered furniture often respond well to specialty cleaning, and hard-surface contents usually clean up completely. We sort contents into salvageable and non-salvageable on site, document both lists for your claim, and coordinate pack-out and specialty cleaning for the items that need it.

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