Foley sits about forty miles east of our Halls Mill Road office in Mobile, inland from the beaches, at the point where Baldwin County traffic turns toward the Gulf. It is one of the fastest-growing towns on this coast, roughly twenty thousand people, and most of what has gone up here over the past twenty years is newer construction on a concrete slab. That single detail changes how water damage behaves in a Foley house. There is no crawl space under the floor to catch a leak, so water that gets loose runs sideways across the slab, under the flooring, into the bottom plate of the nearest wall, and wicks up the drywall from underneath. Nothing shows in the hallway until a baseboard swells or a room starts to smell. United Water Restoration Group of Mobile handles water, fire and mold damage here and across Baldwin County, working to IICRC S500 and S520 standards. Our crews and equipment drive over from Mobile. Call (251) 351-8100.
- Water, fire and mold restoration throughout Foley and Baldwin County
- Crews stage in Mobile and drive over, roughly forty miles east
- Slab-on-grade experience: we open flooring and wall cavities, not just surfaces
- IICRC S500 water and S520 mold standards on every job
- Moisture readings logged daily until the structure meets the dry standard
- Containment and HEPA filtration keep spores out of clean rooms
- Photos, moisture maps and drying logs prepared for your insurance adjuster
- Available through hurricane season and every humid month in between
Why Homes Here Fail Differently
Most of Foley went up recently, and recent construction in Baldwin County means slab-on-grade: a concrete pad poured at ground level with the framing built straight on top of it. There is nothing underneath the floor to catch a leak, which sounds like an advantage and is not one. When a supply line lets go under a kitchen island or a water heater fails in a utility closet, the water has nowhere to fall. It spreads flat, tracks along the slab beneath the laminate or luxury vinyl, and reaches the bottom plate of the nearest wall.
From there it moves upward. Drywall wicks moisture from below the way a paper towel wicks a spill, and the painted face stays dry and intact long after the gypsum behind it is saturated. By the time anyone notices a swollen baseboard or a soft spot underfoot, that wall cavity has usually been wet for days.
Sixty-Six Inches of Rain a Year
The City of Mobile records roughly sixty-six inches of rain a year, and Foley sits in the same humid subtropical pattern on the other side of the bay. What matters is not the total so much as how it arrives. There is no single rainy season followed by a dry stretch that lets a building recover. Every season is wet here, and the air carries moisture year-round.
That changes the arithmetic on any water loss. In a dry climate, a building left alone will often shed a small amount of moisture on its own. On this coast it will not. Opening the windows pulls damp air into a wet structure instead of drying it. A house closed up over a warm week with saturated material inside it gets worse, not better. Drying here has to be mechanical, measured, and carried through to a finish.
The First Walkthrough: Inspection and Moisture Mapping
The first thing a crew does in a Foley house is find the edge of the water, which is almost never where the visible damage stops. Technicians work with moisture meters, pin probes and thermal imaging, reading the slab, the flooring, the bottom eighteen inches of drywall, the sill plate and the framing behind it. Thermal imaging shows a temperature difference where evaporation is happening; a meter confirms whether that cool patch is actually wet.
Those readings become a moisture map: a drawing of the affected area with numbers attached to specific points, plus a baseline reading taken from dry material elsewhere in the same building for comparison. Everything after this depends on it. The map decides where flooring comes up, where wall cavities get opened, and where the drying equipment goes.
Extraction and the First Day
Standing water comes out first, with truck-mounted or portable extraction units depending on access and volume. In a slab home, though, most of the water is not standing at all. It is held in the carpet pad, trapped between the flooring and the concrete, and soaked into the lower few feet of drywall. Extraction means weighted units worked slowly across the floor and, often, pulling the floor covering to reach the slab itself.
Wet pad almost always goes. Engineered and laminate flooring over a wet slab rarely survives, and it holds water against the concrete if it stays. Base trim comes off, small holes are drilled low in affected wall cavities so air can move through them, and insulation that has soaked through is bagged out. Physically removing water beats evaporating it every time.
Drying a Slab Home in Gulf Coast Air
Drying is a controlled process under IICRC S500, not a matter of pointing fans at a wet room. Air movers create evaporation across wet surfaces while dehumidifiers pull that moisture out of the air and drain it away as condensate. On this coast the dehumidification side does the heavy lifting, because the outside air is usually wetter than anything you would want to bring in.
Concrete gives up moisture slowly. A slab that has been wet for several days keeps releasing vapor into the room for a week or more after the surface feels dry, which is why the affected space stays closed and under equipment rather than opened up. Technicians come back on a set schedule, take readings, and adjust the equipment as the numbers fall. Drying is done when material readings match the dry standard, not when the room feels better.
Cleaning, Sanitizing and What Has to Come Out
Clean water from a broken supply line is a different job from water that has backed up through a drain or pushed in from outside during a storm. Category matters: the further the water is from clean, the more porous material has to be removed rather than dried, and the more the surfaces that remain need antimicrobial treatment rather than a wipe-down.
Once extraction is finished, hard surfaces are cleaned and sanitized, contents are moved out or blocked up off wet flooring, and anything that cannot be dried to standard is documented and removed. HEPA vacuuming picks up settled debris that ordinary cleaning would push back into the air. The goal is a structure that is dry, clean, and free of the residue that would otherwise feed mold after the equipment leaves.
Mold Is a Year-Round Problem on This Coast
In a drier climate, mold is treated as a consequence of flooding. Here it is a standing condition of the environment. Humidity is high in every month of the year, so a building that dried slowly, or one that sat closed up over a warm week with damp material inside it, will grow mold with no second leak at all. Rentals and houses that stand empty between occupants are especially exposed, and so is anything with a crawl space in the older stock across the bay.
Mold work follows IICRC S520. The affected area is contained with sheeting and held under negative air pressure with HEPA filtration so spores do not travel into clean rooms while material is being removed. Affected porous material comes out, framing is cleaned, and then the real fix follows: finding and correcting the moisture source, because a remediated area that stays damp comes back.
Fire and Smoke Damage
A fire in a newer home leaves three separate problems behind. The fire itself damages structure. Smoke travels well past the burn, settling into the HVAC system, inside cabinets and up in the attic, and the residue is acidic enough to keep etching metal and finishes for as long as it sits there. Then there is the water used to put the fire out, which behaves in a slab house exactly the way any other water loss behaves.
So fire work here runs on two tracks at once. The structure is dried and monitored like a water loss while soot is cleaned off surfaces and odor is treated at its source rather than covered over. Delay is expensive on the smoke side. Moving early on cleaning is often the difference between restoring a run of cabinets and replacing it.
Storm Season, and the Weeks After It
Hurricanes and tropical storms are a real seasonal exposure for this whole region, and surge pushes well up Mobile Bay. Foley sits inland of Gulf Shores and Orange Beach, which spares it the direct beachfront exposure the condo stock down there lives with, but wind-driven rain does not need a shoreline. It gets forced sideways and upward under shingles, around flashing and through roof penetrations, and a roof that sheds ordinary rain perfectly well can leak steadily through a storm.
Those losses tend to surface late. Water enters at the roof, runs down inside a wall, and appears as a ceiling stain or a bulge in drywall a week after the weather has moved on. If your property took a hard storm, it is worth having someone read the moisture in the ceilings and wall cavities even when nothing looks wrong.
Documentation, Photos and the Insurance Claim
An adjuster is trying to answer a short list of specific questions: what was wet, how wet, what was done about it, and why anything removed had to be removed. Those are far easier to answer when the job was documented from the first walkthrough forward.
We photograph conditions before anything is touched, record the moisture map and the daily readings that show the structure drying toward the dry standard, log equipment and run times, and note what came out and why. That file goes to your carrier, and we will speak with the adjuster directly if it makes your life easier. We do not handle the claim for you or tell you what your policy covers. What we produce is the kind of plain evidence that keeps a legitimate claim from stalling over missing information.
We are not going to tell you there is a United Water Restoration Group office in Foley, because there is not one. Our crews and equipment stage at 3710 Halls Mill Rd A in Mobile and drive over, roughly forty miles, the same way we reach Daphne and Fairhope on the Eastern Shore and the beaches at Gulf Shores and Orange Beach. That is worth knowing up front. What it buys you is a full operation rather than a single van: extraction units, a real inventory of dehumidifiers and air movers, and technicians who work to IICRC S500 and S520 every day on both sides of the bay. If you have water on a floor right now, shut the supply off at the valve if you can reach it safely, kill power to the affected area at the panel, and lift what you can up off the wet flooring. Do not wait to see whether it dries on its own. In this climate it will not, and every hour the water spends inside a wall cavity is another hour it spends wicking upward through the drywall. Call United Water Restoration Group of Mobile at (251) 351-8100 and we will get a crew headed toward Baldwin County.
