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Case Study: Water Damage Restoration for Levan in Tea, SD
March 10, 2025

Case Study: Water Damage Restoration for Levan in Tea, SD

Water losses that spread across multiple rooms require a methodical, room-by-room approach to make sure no wet material is left behind. When a home in Tea, SD experienced water damage affecting a utility room, a family room, and an additional area, Crew Restoration & Construction was called in to stabilize the structure and prevent further deterioration.

“In the Utility Room, we detached the base along the shared wall, performed two-foot flood cuts, pulled back the carpet and removed the wet pad, applied anti-microbial treatment, and set two air movers for one day while also pulling back the refrigerator to ensure proper drying. In the Family Room, we completed two-foot flood cuts along the shared wall, applied anti-microbial treatment, and placed one dehumidifier along with one air mover for one day. In an additional affected area, we detached the base as needed, pulled back the carpet and removed the wet pad, applied anti-microbial treatment, and set one air mover for one day.”

, from the Crew project notes

Project at a Glance

  • Location: Tea, SD
  • Service: Water Damage Restoration
  • Completed: March 2025

What Flood Cuts and Material Removal Accomplish

The project notes describe two-foot flood cuts along shared walls in both the utility room and the family room. In a typical water loss, flood cuts are horizontal cuts made in drywall at a measured height above the visible water line. This technique allows technicians to inspect the wall cavity for moisture that has wicked upward inside the framing, remove saturated material that cannot be dried in place, and create open access for airflow equipment to reach the structural framing behind the wall surface.

Removing wet carpet padding is equally important. Carpet padding acts like a sponge and holds far more water than the carpet face itself. On a typical loss, leaving saturated pad in place dramatically extends drying time and creates conditions favorable to microbial growth. Pulling the pad and removing it from the space allows the subfloor beneath to dry properly and gives technicians a clear view of whether moisture has reached the subfloor material.

Detaching base molding along affected walls is a standard first step before flood cuts are made. It protects the trim from damage during cutting and allows the wall cavity to be accessed cleanly at the floor line, where water tends to concentrate.

How Air Movers, Dehumidifiers, and Anti-Microbial Treatment Work Together

The notes describe a drying setup that combined air movers and a dehumidifier across the affected rooms, along with anti-microbial treatment applied to all impacted surfaces. These three elements address the drying process from different angles.

Air movers accelerate evaporation by directing high-velocity airflow across wet surfaces, pulling moisture from materials into the air. A dehumidifier then captures that airborne moisture and removes it from the space entirely, preventing it from resettling on building materials. Together, the two pieces of equipment create a controlled drying environment rather than simply moving moisture around.

In the utility room, the notes also indicate the refrigerator was pulled back to ensure proper drying behind and beneath the appliance. On a typical loss, large appliances positioned against walls can trap moisture in areas that air movers cannot reach without repositioning the unit. Addressing those hidden pockets is a routine part of a thorough drying setup.

Anti-microbial treatment applied to affected surfaces is a standard protective measure following water intrusion. It is designed to inhibit microbial growth on materials that have been exposed to moisture during the period between the loss event and the completion of drying. Applying it across all affected areas, including the additional room beyond the utility room and family room, helps protect the structure during the drying window.

Facing Water Damage in Tea, SD or the Surrounding Area?

If your home has experienced water damage, the sooner materials are assessed and drying equipment is in place, the better the outcome tends to be for the structure. Crew Restoration & Construction serves Tea and communities throughout the region. Call (605) 965-2727 or email [email protected] to talk through your situation.

Frequently Asked Questions

What are flood cuts and why are they used in water damage restoration?
Flood cuts are horizontal cuts made in drywall at a set height above the water line, typically two feet. They allow technicians to remove saturated drywall, inspect the wall cavity for hidden moisture, and position drying equipment to reach the framing behind the wall surface.
Why is wet carpet padding removed instead of dried in place?
Carpet padding absorbs and retains a large volume of water. It is generally not possible to dry it effectively while it remains under the carpet, and leaving it in place significantly slows the overall drying process and increases the risk of microbial growth beneath the floor surface.
What is the difference between an air mover and a dehumidifier in the drying process?
Air movers accelerate evaporation by directing high-velocity airflow across wet surfaces, which moves moisture from materials into the surrounding air. Dehumidifiers then extract that airborne moisture and discharge it out of the space, so the humidity level in the room drops and materials can continue to dry efficiently.
Why is anti-microbial treatment applied after water damage?
Anti-microbial treatment is applied to surfaces that have been exposed to moisture to inhibit microbial growth during the drying period. Because mold can begin to develop on wet materials relatively quickly, treating affected surfaces is a standard protective step taken alongside the installation of drying equipment.

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