Muggy coastal air slows evaporation, so wet framing and floors need controlled drying. Air movers and dehumidifiers run on a plan, and daily readings show when each material reaches its dry goal.
(888) 532-8921Wet structure? Call the drying team
Equipment runs around the clock, so do not unplug it.
Closed rooms let dehumidifiers pull moisture instead of fresh humid air.
Keep furniture and boxes away from air movers and wall openings.
Write down new stains, smells or damp spots for the technician.
Structural Drying and Dehumidification: the trade facts
Drying is a science, not a fan in a room. Water moves into framing, subfloor and wall cavities, and a trained technician places equipment to pull it back out. In humid Charleston weather, the air itself holds moisture, so dehumidifiers matter as much as air movers.
Light moisture in one area costs the least. Several rooms or a Class 3 loss add equipment and monitoring days, and dense materials such as hardwood and slab sit at the top because they need desiccant units and longer logs.
$1,000 to $2,800
$2,800 to $5,800
$5,500 to $9,000
Ranges are typical figures, not a quote. The category of water, the square footage, the material class and how fast drying started move the number most. The water damage cost calculator gives a closer range.
The tech who does the walkthrough finds the source and maps the moisture before equipment goes down, and the drying team keeps it running until the readings say dry.
Meters and infrared cameras map wet materials and set the drying class.
Air movers and dehumidifiers are sized to each room and cavity.
Technicians return to log temperature, humidity and material readings.
Equipment leaves once every reference reading hits the dry goal.
Class 1 and 2 jobs involve limited wet materials, while Class 3 and 4 jobs involve saturated structure or dense materials such as hardwood and slab. The class sets the equipment count and the length of the dry-out, which readings then confirm.
Each visit records temperature, humidity and the moisture content of reference materials. Those psychrometric logs show the dry-out progressing, and they give the insurer a way to verify the job without visiting the property. Final readings are taken after the equipment is shut off to confirm the numbers hold.
Homes with Historic Charleston Foundation or Preservation Society of Charleston easements may face permit steps before repairs, and the City of Charleston Permit Center handles building permits. Related pages include water extraction and storm water damage.
Structural drying covers ZIP 29401, 29403 and 29412 across the peninsula and mainland, including South of Broad, Ansonborough, James Island, West Ashley, Avondale, Hampton Park and Daniel Island.
The same service nearby: structural drying and dehumidification in Goose Creek, Hanahan, North Charleston.
Water hides in framing and subfloor, and dense materials release it slowly. Equipment stays until readings match dry reference values, not for a fixed number of days.
Usually the crew advises running it at a steady setting or leaving it off, depending on the room. Closed doors and windows help the dehumidifiers work best.
Yes, a dry-out uses significant power. Insurers often consider the usage part of the claim, so keep the bill and ask the adjuster how it is handled.
Air movers and dehumidifiers are loud, but the noise ends when readings reach the target. Technicians can adjust placement to limit disruption.
Thick wood and layered floors can hold water longer, so the crew uses gentler drying and more checks. Preservation easements may add permit steps.
Wet walls or floors?
Water left inside framing and subfloor keeps causing damage after the surface looks fine. The drying team sets equipment, tracks readings and releases the job only when it is dry.