The tarp is on, the air movers are running, and the forecast says more rain on Thursday. That combination is how a storm loss becomes two storm losses. Storm and weather damage differs from an internal leak in one decisive way: the hole that let the water in is usually still there, and drying a building that is still open to the sky is work you will pay for twice.
Why choose this network: what it actually does for you
Restoration companies dry buildings. Roofers close buildings. On a storm loss you need both, usually in that order reversed, and the gap between those two trades is where most of the avoidable cost on a storm claim lives.
The sequencing problem is simple to state and routinely got wrong. Drying equipment lowers the moisture content of materials by moving dry air across them and pulling the moisture out of the air. If the envelope is still open, every rain event puts the water back, and worse, the running equipment can draw outside humidity into the structure. Meanwhile the drying log shows days of effort with readings that will not fall, and nobody can say whether the equipment is undersized or the building is simply still letting water in.
Our part is to take the details, where the property is in Java, SD, what failed, whether the envelope is closed and what is wet inside, then connect you with an independent local contractor who handles storm losses and can tell you honestly whether drying should start yet. The work belongs to that contractor.
Because America Water Damage carries no crews and no equipment, we have nothing to gain from equipment running on your floor. A contractor paid by the day of drying has a quiet incentive not to raise the sequencing question. We do not.
Why this can't wait: the clock, not the calendar, decides your outcome
Storm losses run on two clocks that pull in opposite directions, which is what makes them easy to get wrong.
The first clock is the ordinary one. Materials deteriorate while they are wet, and the longer saturation sits the more of the structure moves from dryable to removable. Insulation in a roof space is the classic casualty: it holds water, loses its thermal value, and sits directly against the ceiling below.
The second clock is the weather. The next band of rain is a hard deadline on temporary protection, not a soft one, and temporary protection degrades. A tarp that was adequate on a still afternoon behaves differently in wind. Fixings work loose, sheeting tears at the edges, and water finds the lap.
So the correct response is not simply faster, it is ordered. Make the building weathertight first, even temporarily, then dry it. Starting the drying before the envelope is closed feels like urgency and functions as waste.
There is a documentation clock as well. Storm claims frequently turn on what the weather actually did, and on proving that the damage is storm damage rather than a pre-existing defect that finally gave way. Photograph the damage before anything is covered. Note the date and time the weather arrived. Keep the tarping invoice, because emergency protection is usually a recoverable cost.
Credentials to verify before anyone starts work
We hold no licences, no certifications and no insurance covering restoration or roofing, because we perform neither. What follows is what a qualified contractor in Java, SD should be able to produce on request.
Ask for the licence or registration that applies where the property sits, and verify it with the issuing body. Storm work often spans trades, so establish whether the firm holds the credential for the roofing or envelope element as well as the drying element, or whether a second contractor is required.
Ask for proof of general liability cover and, where they have employees working at height, workers compensation cover. Ask whether the drying technicians hold IICRC certification for the relevant standard.
Then ask for the two things storm work most often lacks. A written scope that states explicitly whether the envelope is closed and what temporary protection is in place, because that determines whether the drying plan is meaningful. And a commitment to moisture documentation, with readings tracked to a dry standard, so that a flat drying curve can be diagnosed rather than argued about.
The situation: tarped, drying, and rain due Thursday
Here is the situation this page exists for. Wind lifted part of the covering, water came through the roof into the ceiling void and down into the rooms below. A tarp is on. Drying equipment went in the next morning. More rain is forecast. Everyone is working, and nobody is sure the work is achieving anything.
Resolve it in this order.
First, establish whether the building is genuinely weathertight, not merely covered. Temporary protection is a spectrum: sheeting weighted at the edges is not the same as sheeting mechanically fixed and lapped above the water line. Ask the direct question, whether the protection will hold through the forecast rain and wind, and ask what happens at the laps and the edges. If the answer is uncertain, improving the protection outranks everything else on the schedule.
Second, decide whether to pause the drying. This is counter-intuitive and frequently correct. If the envelope cannot be relied on, running equipment through a rain event achieves little and costs money, and it muddies the readings that would otherwise tell you how the job is going. A contractor who is comfortable saying hold the drying until Friday is usually the one worth keeping.
Third, make sure the two trades are actually sequenced rather than merely both present. The envelope work and the drying work have a dependency, and dependencies need a named order and someone holding it. On storm losses the commonest failure is two competent firms on site, neither waiting for the other, each reporting progress against its own scope while the building stays wet.
Fourth, deal with the roof space properly before it closes. Saturated insulation and a wet roof deck are the parts of a storm loss most often left to dry on their own, because they are out of sight and the rooms below look fine once the ceiling is replaced. Insist on readings from the void, not just the rooms.
Tell us what happened and whether the building is closed, and we will connect you with an independent local contractor who can look at the sequence as well as the water.
The protection, distinctions and equipment behind a storm job
A storm job is governed by whether the building is closed, how the weather is characterised and where the hidden saturation sits. These are the terms that decide those three.
Emergency board-up and tarping
Emergency protection is the temporary work that makes a damaged building weathertight and secure until permanent repairs can be done: sheeting over an opened roof, boarding to broken glazing or doors, and bracing where something is unstable. It is the step that stops the loss growing, and on a storm claim it is normally treated as a recoverable mitigation cost rather than part of the repair, so it should be invoiced and photographed separately. What goes wrong is treating it as cosmetic: sheeting laid loose or lapped below the water line gives the appearance of protection while admitting water at every seam, and it is then blamed for a failed dry-out. Ask how the protection is fixed, where the laps sit relative to the water path, and how long it is rated to last.
Wind-driven rain versus flood
This is the distinction that decides which policy responds, and it turns on the route the water took rather than the storm that caused it. Rain driven through an opening created by the storm, a lifted covering or broken glazing, is generally treated as storm damage under an ordinary property policy. Water that rises from the ground and enters at a low level, including surface runoff and storm surge, is generally a flood question and commonly needs separate flood cover. A single storm can produce both at once in the same building. What goes wrong is describing the loss by its cause, the storm, rather than by its route, which is what the insurer actually assesses. Document where the water entered, with photographs, before anything is repaired.
Roof deck and attic insulation saturation
The roof void is where storm losses hide. The deck, the structural boards or sheathing beneath the covering, absorbs water and dries slowly because it is sandwiched between the covering above and the insulation below. The insulation is worse: fibrous material holds water, collapses, loses most of its thermal performance and sits in contact with the ceiling. Both are out of sight, and the rooms below can present as dry while the void stays saturated for weeks, which is how storm losses turn into mould complaints in the following season. Ask whether the void has been opened and read, whether the insulation is being removed or dried rather than left in place, and ask to see readings taken from inside the void itself rather than from the rooms below it.
Negative air machines
A negative air machine draws air out of a contained space through a filter and exhausts it elsewhere, putting the space under slight negative pressure so air flows into it rather than out of it. On storm work it serves two purposes: it filters particulate released when wet, degraded materials are removed, and it stops that air migrating into clean parts of the building. It is distinct from an air mover, which moves air across surfaces to speed evaporation, and from a dehumidifier, which removes moisture from air. The usual error is substituting one piece of equipment for another, most often adding more airflow where filtration and containment were what the job actually needed. Ask what is being contained, what is being filtered, and where the exhaust discharges.
Common questions owners ask, and the next step
Is storm damage covered by insurance?
Typically yes where a storm created an opening and rain came through it, but the determination is your insurer's. The common complication is characterisation: damage attributed to a pre-existing defect the storm merely exposed may be treated differently, and water entering at ground level is usually a separate flood question.
Should the roof be fixed before drying starts?
Almost always yes. Drying a building that is still open puts moisture back with every rain event and draws humid outside air through the structure. Temporary protection is enough to begin, provided it is genuinely weathertight, but a dry-out under loose sheeting wastes the equipment time and the readings.
How quickly should I act?
Immediately on the protection, and sensibly on the drying. Making the building weathertight is urgent and should not wait. The drying can reasonably wait a day for the envelope to be secured, and a contractor who tells you so is giving you good advice rather than stalling.
What should I do while I wait?
Photograph everything, including where the water came in, before anything is covered, and note when the weather hit. Stay out of rooms with sagging ceilings and away from standing water that may be in contact with electrics. Do not go onto the roof.
How do I tell wind-driven rain from flood?
By the route the water took. Through an opening created by the storm is storm damage. Rising from the ground, including runoff and surge, is a flood question. One storm can cause both in the same building, so record where water entered at each point rather than describing the event as a whole.
What does storm restoration typically cost?
It varies with the size of the opening, how long the building stayed open and how much insulation and structure has to come out. As a published industry reference, Fixr reports a national average of about $3,000 for water damage restoration, with a typical range of $1,200 to $5,000. Those are Fixr's industry figures and not a quote from us, and they cover the drying side rather than roofing or envelope repair, which is a separate trade and a separate cost. We set no prices at all. The contractor you are matched with gives you their own estimate, and many contractors offer free estimates, so confirm that before booking.
Describe the property, what the weather did and whether the building is closed, and we will connect you with an independent local contractor in Java, SD who can assess it and put the scope in writing.
