Storm water through vents and grade gaps
The most common route in the county. Water sits on the soil and drains slowly, and the damage is concentrated in the joists nearest the vent.
Pumping standing water from a crawl space, drying the joists, subfloor and insulation, and reading the space before it is closed.
Fastest: call (833) 490-5225. Or send this and we call you back.
A crawl space takes water from the ground and from outside, through vents, grade gaps and a low yard. In Franklin storm water and creek overflow are the usual route in, and the joists, subfloor and any ducts above take the moisture. The work pumps out the standing water, removes soaked insulation and debris, dries the framing with air moved under the floor and reads the space until it is dry before it is closed.
A crawl space is a low, narrow void between the ground and the first floor, and it stays dry only while water is kept moving away from it. When a storm drives water toward the house or a creek fills the low ground beside it, the water finds the vents, the grade gaps and the access door before it finds a drain. The result is a few inches of water on the soil, wet insulation hanging from the subfloor and a floor above that begins to feel cold and damp.
This page sets out the crawl space work in the order it is done: water out, debris out, readings, air, and then closing. It does not cover the grading, drainage or vapor work that prevents the next event. That is a separate decision, and the page says what to ask about it.
A crawl space is confined and low. The crew enters with a light, a respirator where dust is present and a second person at the access. Standing water in the space is treated as a shock hazard until the power to the space has been checked, and wiring and ducts are inspected before any pump is run.
Water is pumped out through the access door or a discharge hose that runs away from the house. The grade at the access and the vents is noted, because the route the water took is the route to close.
Soaked insulation, paper, leaves and any stored items are removed and bagged. Insulation that is dry and in good shape is left in place and read.
Readings are taken on the joists at several points, on the sill plate where it sits on the block, and on the subfloor above. The readings map the wet zone across the span of the house.
Air movers are set in the crawl space at the access, and the dehumidifier is placed so that its exhaust does not return to the space. The air moves along the soil and through the joist bays, and the access stays open while the space dries.
The crawl space is closed when the readings match the dry areas. The record and the photographs of the space are given to the homeowner before the access is sealed.
Air moves poorly in a low space, and the soil keeps releasing moisture for days.
A crawl space has little air movement, and the soil under it gives up moisture slowly. A room above can feel dry while the joists beneath it still hold water. The subfloor is the surface that tells the homeowner, and by the time the subfloor shows cupping or cold spots, the joists have been wet for some time.
The drying of a crawl space is planned around that slow release. The equipment runs until the readings show the joists and the soil have stopped losing moisture, and not for a fixed number of hours.
The space is reached carefully, and the notes made from the access keep the crew's work accurate.
The crew's equipment has to be set in a small space without blowing moist air back into it.
Air movers are placed to move the air along the soil and through the joist bays, and they are set at the access so that the moist air leaves through the door rather than circling. The dehumidifier is placed outside the space or at the entrance, with its exhaust pointed away from the house.
The crawl space access is kept open while the work is in progress, and the household is asked not to close the vents or the access. A closed space keeps the moisture in, and the readings will show the setback the next day.
The floor above is the place where the homeowner first sees the damage, and it is read as well.
Cupping in the hardwood, cold spots on the floor, squeaks and drafts through the boards are the signs the floor gives when the subfloor and joists have taken water. The readings in the floor above are compared with the readings below, so that the drying is shown to have reached the surface people walk on.
A floor that does not dry with the space below is checked for a second source, such as a supply line in the floor or a drain that is leaking into the joists.
The vapor layer, the grade and the vents are decisions made once the space is dry and the route of the water is known.
A vapor barrier on the soil, a change to the grading or the drainage, a sump in the space or a change to the vents are each a separate decision. The crew can describe what the readings show about the route the water took, and the homeowner chooses the work with a builder or a waterproofing contractor.
A permit for changes to the structure or the drainage goes to the City of Franklin or Williamson County building department, which confirms what applies to the property.
The most common route in the county. Water sits on the soil and drains slowly, and the damage is concentrated in the joists nearest the vent.
When a creek fills the yard, water reaches the crawl space through the access door and the foundation. The whole floor of the space is read, and the sill plates are checked because the water can stand against them.
A supply or drain leak in the floor above drops water into the space. The source is found first, from the readings above the leak, before the space is dried.
A crawl space on low ground near a creek in Williamson County is the one most likely to take water from the yard and the storm drain at the same time.
The readings in the crawl space are compared with the dry rooms above it, because the floor above is where the damage first shows to the people who live in the house.
Permit questions for a vapor barrier, a sump or regrading go to the City of Franklin or Williamson County building department.
Tell us what's happening and we'll tell you honestly whether it's a quick fix, and what crawl space moisture and water cleanup should cost.
Not sure if you're covered? Check your ZIP code.
Cleanup of attic insulation, ceilings and framing wetted by water that entered through roof damage from a spring or summer storm in Franklin.
Cleanup after a creek or overland flood reaches a home in Franklin, Williamson County and the towns around them, with silt removed and the structure dried to readings.
Moving air and pulling humidity out of the framing, subfloor and wall cavities until the readings match the dry rooms.
Pumping, cutting back and drying a flooded lower level in Franklin and Williamson County, from a finished rec room to an unfinished storage bay.
Mold grows on wet organic material such as paper facing, wood, carpet pad and dust, and it can begin within a day or two when that material stays wet.
A vapor barrier is a decision made after the space is dry, and it depends on the grade, the vents and the soil. The crew can describe what the readings show. The choice is made with a builder or a waterproofing contractor.
Not in a way that protects the house. Water on the soil in a closed space evaporates slowly and keeps the joists wet for longer. Pumping first is the faster and safer route.
The terms vary. The declarations and endorsements show whether water from the ground or from overflow is included. A disputed claim can be raised with the Tennessee Department of Commerce and Insurance.
Check the floor above for cupping, cold spots and drafts over several weeks, and look at the space after the next storm. A new wet spot is reported, because it means the route in has not been closed.