Flood-saturated structure
Framing and subfloor that stood in flood water. These take the longest to dry and are the most likely to need partial removal, because the water carried silt into the wood.
Serving Buncombe County
Structural Drying and Dehumidification in Asheville, NC
Measured drying of framing, subfloors and wall cavities after flood, ice and supply-line water, across Asheville and Buncombe County.
- Phones answered 24/7
- Basements, crawl spaces, ice-split pipes
- Mountain valleys and river flooding
Get a fast quote
Fastest: call (833) 490-5225. Or send this and we call you back.
Structural Drying
Structural Drying and Dehumidification: what it covers
Quick answer
Structural drying brings wet framing, subfloor and wall cavities back to a dry standard by moving air and removing moisture, with readings taken each day. In Asheville, flood water and winter ice both leave wet wood and insulation that a fan in the corner cannot dry. The work is finished when the readings say so, not when the surface feels dry.
Wet wood is slow. A joist or a sill plate that has soaked up water releases it over days, and the moisture moves deeper into the wood as the surface dries. A house that feels dry to the touch can hold a great deal of water in its structure, and that water is what grows mold, softens subfloors and warps finished floors.
Drying is a measured job. Crews place equipment based on the moisture map, run it until the readings reach a dry standard, and check again the next day. The aim is a structure that stays dry once the equipment is gone, which is why the drying is not stopped on the first good-looking afternoon.
- Service area
- Asheville & Buncombe County
- Availability
- Phones answered 24/7
- Phone
- (833) 490-5225
Warning signs
Signs you need structural drying and dehumidification
Keep the drying equipment on a dry, grounded supply and off any wet floor. Do not run extension cords across standing water. Wear a mask around disturbed insulation and mold, and keep children and pets out of the room while the air movers are running.
- Windows that fog on the inside, or condensation that keeps coming back after a wipe
- A damp, earthy smell that stays after the surface of the floor looks dry
- Floor boards that cup, or a baseboard that has lifted off the wall
- Paint that bubbles or drywall that feels soft when pressed low on the wall
- Damp readings at the bottom of walls and under cabinets weeks after a loss
- Musty air in closets and under stairs where the air does not move
Our process
How our structural drying and dehumidification visit works
Map the wet area
Moisture readings are taken across the floor, the walls and the framing, and the results are marked on a plan. The plan shows where the equipment goes and where the drying has to reach.
Remove what cannot be dried
Materials that are saturated and porous are removed before the drying starts. Removing them early speeds the rest of the structure, and it keeps the drying from sealing moisture in.
Place air movers and dehumidifiers
Air movers push air across the wet surfaces, and dehumidifiers pull moisture out of the air. The number and position of each unit is set by the readings and the size of the space.
Log the readings daily
Every day the readings are taken at the same points and written down. The log shows the trend, and it shows when a point has reached dry standard and can be released.
Release the equipment only at dry standard
The equipment comes out when the framing and subfloor meet the dry standard at every measured point. The final log is handed to the homeowner and the repair trades.
Why does a house still feel damp after the water is gone?
Because the water left in the wood and the insulation is still releasing moisture into the air. Wood holds water well below its surface, and the drying has to move that water out, not just wait for it to evaporate into the room.
Once standing water is removed, the surface of the wood dries quickly and the centre dries slowly. The air in the house may feel fine while the wall cavity behind it is still wet. That is why a homeowner can feel that the job is finished and the readings still show a problem.
The air is part of the drying too. A dehumidifier takes moisture out of the air, which lets the wet materials give up more of their water. A house with the windows shut and the heat off dries much slower than one with the drying equipment running and the air moving.
How do crews decide when the drying is finished?
They compare the readings at each measured point with the dry standard for that material, and they check the trend across several days. The drying is finished when every point has reached standard and stayed there, not when one reading looks good.
A moisture meter gives a number for the wood, and the number is compared with a reading taken from unaffected material in the same house. That comparison shows whether the wet area has reached the same level as the dry area. The crew also takes a reading of the air, because the air sets how much moisture the wood can give up.
The final log is the record. It shows where each point started, how it moved each day and the reading when it was released. If a repair is later opened and the wood is still wet, the log shows what was done and when.
Can I run a dehumidifier myself after a leak?
A household dehumidifier can help a small, shallow wet area once the standing water is gone, but it cannot handle a large or deep loss. A commercial unit and air movers are sized to the space, and the placement matters as much as the unit.
A portable unit in one room pulls moisture from that room's air, but the wet framing in the walls and under the floor keeps releasing moisture into the air around it. The unit fills up, shuts off and the room gets damp again. Equipment has to be placed where the wet materials are, not just where the homeowner is.
If you do run a unit yourself, empty the tank, keep the doors and windows in a set position and log the humidity. Do not run it on an extension cord, and keep it away from water that is still standing.
What should be removed rather than dried?
Carpet pad, insulation that has held water for a long time, particleboard, some drywall and any material that came into contact with flood water are usually removed. Solid framing and hardwood can often be dried in place, depending on how long they were wet and what the water contained.
Drying cannot pull silt out of porous material. Insulation and pad that held flood water keep their contaminants, and they keep their moisture, so they are generally removed and replaced instead of being dried in place.
The decision is written down for each material. A homeowner can ask why a particular piece is being removed, and the crew should be able to point to the reading and the material type that led to the decision.
What if the drying equipment cannot reach a point?
The crew adjusts the plan: a different unit, a different position or a small opening to create an airflow path. A point that cannot be reached is recorded in the log, and the reason is stated.
Some wall cavities and floor voids are hard to reach with air movers. A probe or a small opening can create the airflow path the drying needs, and the opening is closed again after the readings are at standard. The crew records each opening with its location and the reason for it.
Ask the crew to tell you about any point that cannot be reached, and what that means for the drying. A point that stays wet may need opening, and the decision is made with you in writing.
Options
Types and options for structural drying and dehumidification
Ice and thaw wetting
Wood and insulation that were wetted by meltwater through a roof or wall. The water entered slowly, so the drying often has to reach deeper cavities than the visible damage suggests.
Localised supply-line wetting
A smaller wet area from a fixture or a line. The drying is shorter, but the wall cavity and the floor under the leak still have to be measured, because they are where the water went.
Buncombe County
Why structural drying and dehumidification is different in Western North Carolina
Crawl spaces and lower walls in houses in the valleys take longer to dry than the rooms above them, because they are closer to the ground and the air there is slower to move. The drying plan allows for that.
Winter drying is slower. Cold air holds less moisture, and heating the house drives the drying faster but also means keeping the air moving carefully so it does not drive moisture into closed spaces.
Humidity in the warm months can stall a drying that was going well in the cold. Readings are checked through the seasons, and the log notes the weather on each day.
Need structural drying and dehumidification today?
Call any hour and explain what is going on. You get a clear price before any work starts.
Where we work
Structural Drying and Dehumidification across Buncombe County
- Structural Drying in Asheville
- Structural Drying in Weaverville
- Structural Drying in Swannanoa
- Structural Drying in Skyland
- Structural Drying in Alexander
- Structural Drying in Arden
- Structural Drying in Fairview
- Structural Drying in Candler
- Structural Drying in Leicester
- Structural Drying in Fletcher
- Structural Drying in Enka
- Structural Drying in Barnardsville
- Structural Drying in Montreat
- Structural Drying in Ridgecrest
- Structural Drying in Gerton
- Structural Drying in Black Mountain
- Structural Drying in Mills River
- Structural Drying in Naples
- Structural Drying in Mars Hill
- Structural Drying in Bat Cave
- Structural Drying in Horse Shoe
- Structural Drying in Canton
- Structural Drying in Edneyville
- Structural Drying in Hendersonville
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Related
Related services
River Flood Water Cleanup
Removing and drying flood water that came over low floors from the French Broad, the Swannanoa and their tributaries, across Asheville and Buncombe County.
Crawl Space Water Damage
Pumping, drying and measuring crawl spaces under Asheville homes, including the joists, subfloor and insulation above them.
Hardwood and Carpet Drying
Deciding what can be dried in place and what has to be removed for wet carpet, pad, wood and tile after flood and leak damage across Asheville and Buncombe County.
Mold After Water Damage
Assessing and cleaning mold that grows on wet framing, insulation and drywall after water damage across Asheville and Buncombe County.
Guides
Read before you book
What decides the cost of water damage restoration in Asheville
The cost of water damage restoration in Asheville is set by the scope: how much water came in, what kind of water it was, how long it stood, how much of the structure it reached and how much of the material has to come out.
Hiring a water damage contractor in North Carolina: what to check first
Before a water damage company starts work, ask for its credentials, check them and get the scope in writing.
Drying and mold risk after a flood in a valley home
Mold grows on materials that stay wet too long, and the first days after a flood decide how much of the structure stays wet.
What a river flood leaves behind, week by week
A river flood does not end when the water goes down.
FAQ
Structural Drying and Dehumidification FAQs
How long will the drying take?
It runs until the readings reach dry standard at every measured point. A small, shallow loss can be a few days, and a flood through the lower floor is often weeks. The schedule is written down, and the daily log shows progress.
Why are you taking readings in the walls?
Because the wet material is in the walls and under the floor, not just on the surface. The readings show where the water is, and they tell the crew when the material has dried.
Can I turn off the drying equipment at night?
Only if the crew agrees. Some equipment is set to run continuously, because the wet material keeps releasing moisture. The schedule will say which equipment can rest and for how long.
Why is the room so loud?
Air movers and dehumidifiers run continuously to keep air moving across the wet surfaces. The noise is the job working, and it is one of the reasons the drying is often done with the family out of the rooms affected.
Will the drying prevent mold?
Drying done to dry standard within the first few days generally stops mold from starting on the materials that were saved. Materials left wet for longer may already have grown mold, and that is handled separately.
Who checks that the drying is complete?
The crew checks it against the readings, and the homeowner can ask to see the log at any time. A second check by the repair trade before the walls are closed is also a good idea.