Water Damage Equipment And The Drying Process

What Arrives On A Denver Water Loss

Truck-mounted extraction units pull large volumes of standing water quickly from carpet, pad, and hard flooring. Portable extractors handle upper floors and tight spaces a hose run cannot reach.

Air movers break the boundary layer of humid air sitting against wet materials so moisture can evaporate. LGR dehumidifiers then pull that moisture out of the air, which is the part that actually dries the building. Fans alone move water around; dehumidification removes it.

Moisture meters (pin and pinless) and thermo-hygrometers measure material moisture content and air conditions. Thermal imaging narrows down where to check. Specialty systems handle hardwood mat drying, wall cavity injection, and cabinet drying without demolition where the material can be saved.

For contaminated losses, containment, negative air, and protective equipment come before any drying decisions. See sewage backup cleanup.

How Drying Progress Is Proven

On day one, readings are taken from affected materials and from an unaffected area of the same material as a dry reference. Equipment is set based on the affected volume and the class of water loss, not on what happens to be on the truck.

Each day, readings are taken again in the same locations and logged. The job is dry when affected materials match the dry reference and air conditions hold stable, typically after three to five days in Denver, longer for below-grade concrete, plaster, or hardwood.

Ask for the drying log. If a crew cannot show you daily readings, you have no evidence the structure is dry, and that is exactly what leads to odor and mold complaints weeks later. See mold after water damage.