Air movers, dehumidifiers and daily moisture readings that bring wet walls, subfloors and framing back to a dry standard in Salt Lake City.
Fastest: call (833) 490-5225. Or send this and we call you back.
Structural drying is the process of removing moisture from the walls, floors and framing of a building after water has been taken out. Air movers and dehumidifiers run until daily moisture readings reach a dry standard. Salt Lake City Water Damage Restoration answers drying calls 24/7 in Salt Lake City and sends a crew to set equipment as soon as one is free.
Taking out the standing water is only half of a water loss. The rest is the moisture that has soaked into the materials around it: drywall, insulation, wood framing, subfloor and the pad under a floor covering. Structural drying is the work of moving that moisture out of those materials and into the air, where a dehumidifier can collect it.
A crew that sets drying equipment does not guess when the job is done. It takes readings on the first visit, sets its equipment to suit the room, and takes readings again each day. The room is called dry when the numbers reach the standard set at the start, and not before. Calls are answered 24/7, and the crew sent is the nearest one that is free.
If a room has been wet for a while and you can see the walls or floor still holding water, call (833) 490-5225 and say which room it is and when the water was first noticed. The technician will ask about the materials in the room and the source, because the drying plan depends on both.
Do not place or move drying equipment with wet hands or while standing in water. Do not use a damaged cord, an overloaded outlet or a generator indoors to run equipment. Keep the equipment dry and off wet carpet, and keep children and pets away from the air movers, which can cause injuries if they are knocked over. If a room smells of gas or sewage during drying, leave the room and call for help.
The technician measures the air in the room and the moisture in each material before any equipment is placed. The readings show where water has gone and which materials hold the most of it. Each reading is written down with its location, so later readings can be compared against it.
Air movers are placed so their airflow passes over wet walls and floors and across the spaces where water is trapped. Panels or cavities are opened where needed to let air reach the framing. The technician explains the layout and where each unit sits before it is switched on.
A dehumidifier removes moisture from the air and drains it away, so the drying process keeps going. The unit is sized to the room and placed where it can draw air across the wet area. Doors and vents are arranged so moist air does not move into the rooms that are already dry.
The crew returns each day to read the materials and the air, and to adjust the equipment. The log shows whether the numbers are falling, holding or rising. A reading that stops falling is a sign that a source is still feeding moisture or that a material has to come out.
When the readings reach the dry standard, the technician calls the room dry and removes the equipment. The final readings are written into the record. Repairs and finishing can then go ahead, and the record stays with the property for any later claim.
A professional drying plan measures the moisture in each material and sets equipment to suit the room. A fan or a home dehumidifier moves air but does not show whether the materials inside the walls and floor are dry. The readings decide when the job is done.
A household fan blows across the surface of a wet floor and dries the surface quickly, which can hide water still sitting underneath. The moisture is in the subfloor and the cavity, and the surface reads dry while the inside stays wet. Structural drying measures what is under the surface, so that gap is closed.
Equipment also has to be placed to match the building. Air that is blown the wrong way can push moisture into a dry room, and a dehumidifier that is too small can run all day without changing the readings. The technician sets the layout from the first readings.
Drying is priced by the number of rooms, the materials that are wet, the amount of equipment needed and the number of days it runs. The price is explained and approved before work starts, and this page gives no figure.
A room with wet drywall and a wet subfloor needs more equipment and more days than a room where only the surface was wet. The technician records the materials that tested high, and those are the items that drive the equipment count and the length of the job.
Access also moves the scope. A wall that can be opened from the basement dries faster than one that has to be opened from the room above, and a cavity that is closed off needs more time. Those points are part of the plan the technician gives you on site.
Moisture moves out of dense materials slowly, and the air in the room has to be lowered in humidity before the materials can give up more water. Drying runs for as long as the readings show that moisture is still leaving the materials.
Drywall, wood and insulation each hold water in a different way. Wood and framing can take longer than drywall to come back to a dry reading, and insulation may not dry at all, which is why it is often removed.
The crew does not set a fixed number of days at the start. It sets a target reading and checks the progress each visit. When the target is reached, the room is called dry, and the equipment comes out.
The equipment should only be run as the technician set it, with the same doors and vents open or closed. Do not move a dehumidifier or an air mover without asking the crew, and do not plug equipment into a cord that is wet or overloaded.
Keep the room closed off from the rest of the house if the technician asks you to. Moist air that leaves a drying room can raise humidity in other rooms, and that can cause problems on the walls and windows elsewhere in the house.
Empty the dehumidifier's water container on the schedule the technician gives you, if the unit does not drain on its own. A full container stops the unit, and the drying stops with it.
The moisture log records the readings for each room and material, the date of each visit and the equipment in place. It shows whether the drying is working and is the document an adjuster will ask for first.
A useful log shows a falling pattern over several days. A flat line means something is still feeding moisture, and the crew will look for the source before continuing. Each row in the log says where the reading was taken, so the same spot can be checked again.
Keep the log with your photographs and receipts. It is a record of what the crew found and when, and it helps any later contractor understand the history of the room.
Water that gets into a wall cavity can sit behind the drywall long after the surface looks dry. The crew opens a small area where the readings are high, dries the cavity with air movers aimed into the opening, and closes it up only when the readings inside show the wall is dry. Insulation that is soaked is removed, because it cannot be dried to a usable state.
A subfloor that takes in water is dried from above and from below where access allows. Air is moved across the surface, and the floor framing is checked with a meter at its lowest point. If the subfloor swells, the crew notes it, because a swollen board may need replacing rather than drying.
Water that came through a ceiling can spread across the top of the drywall and into the insulation above. The crew checks the cavity from the room below and from the attic where it can be reached. Air is directed upward and sideways so the moisture can leave through the room.
A finished room with carpet, paneling or built-in cabinets needs more care, because the finish can trap moisture. The crew removes the parts that stood in water and dries the rest in place, and it notes which finishes were kept. The owner decides whether a finish is replaced once the readings allow it.
Salt Lake City's drying conditions depend on the building and the season, and the crew adjusts equipment to the room it is in rather than to a fixed rule. A room in a home near a creek or a river channel can hold moisture for longer, because the ground around it stays wet, and the readings reflect that.
Basements are often where drying is needed first, because water reaches the lowest room first. The drying plan for a basement starts from the wall and the floor at the lowest point, since that is where the water stood, and it works outward from there.
Commercial and residential rooms are dried by the same method, but the equipment count and the layout change with the size of the space. The technician explains the layout for each room on the first visit and keeps the same log format throughout the job.
Tell us what's happening and we'll tell you honestly whether it's a quick fix, and what structural drying and dehumidification should cost.
Not sure if you're covered? Check your ZIP code.
Fast removal of standing water from floors, carpet and pad before drying starts, answered 24/7 across Salt Lake City.
Assessment and removal of mold that grows on wet materials after a water loss, with drying and readings done first in Salt Lake City.
Removal of wet ceiling drywall and insulation, followed by drying of the cavity, for ceilings damaged by a leak or storm water in Salt Lake City.
Floor-specific drying for carpet, pad, hardwood, laminate and tile after a leak, with readings taken until the subfloor is dry in Salt Lake City.
A water damage restoration quote in Salt Lake City depends on how much water came in, how far it traveled, which materials were wet, how contaminated it was and how hard the work is to reach.
A water damage claim file is built from photographs taken before anything is moved, a dated timeline, the crew's moisture log and written scope, and receipts for emergency and repair work.
Drying time after a basement flood depends on the materials that took in water, the depth of the wet layer and how well the air can move through the space.
Hiring a water damage contractor in Utah means checking the written scope, the readings and drying plan, the rules for changes and the paperwork the firm says its job requires.
Drying runs until the readings reach the dry standard, so the length depends on the materials and how much water they took in. Some rooms dry in a short time, while walls and framing can take longer. The crew gives an estimate after the first readings are taken, and updates it on each visit.
Moisture inside a wall cavity cannot be reached from the room, and it can keep the wall wet for a long time. The crew opens a small area where the readings are high so air can reach the cavity. The opening is closed once the readings show the cavity is dry.
The equipment lowers humidity in the room where it runs, and the technician sets it to the target for that room. Keep the drying room closed off, and ask the crew if you notice dryness or other issues elsewhere in the house. The technician adjusts the equipment on the next visit.
A reading that stops falling means moisture is still reaching the material from somewhere. The crew looks for the source again and checks the cavity, the drain and the window or door seal before continuing. The plan is changed in writing if a new source is found.
Items that stood in water should be moved out so the wet surfaces can be reached. Items that are dry can usually stay in place if they are not blocking the equipment. The technician shows you where to move things and explains why before the equipment is placed.
Fast drying lowers the chance of mold growing on wet materials, because mold needs moisture to grow. Drying does not guarantee that no mold will appear, and any visible growth should be assessed separately. The moisture log shows whether the materials were dried in time.