Drying Time Calculator

Structural drying after a water loss isn't a fixed number of days -- it's a race between how much moisture the material holds and how much drying capacity is aimed at it. This calculator starts from a baseline drying time for the affected material (carpet and pad dry fastest since they hold less total water and drain readily, concrete dries slowest since it is dense and moisture has to migrate out through a much thicker, less permeable path, with drywall and hardwood flooring in between), then adjusts that baseline two ways. First, the moisture level you enter -- from a moisture meter reading, on a 1 (slightly damp) to 5 (fully saturated) scale -- scales the baseline up: more trapped water simply takes longer to remove regardless of material.

Second, the equipment you deploy scales it back down: this calculator compares your actual count of dehumidifiers and air movers against a baseline deployment (2 dehumidifiers and 4 air movers), and more units than that baseline speeds drying proportionally, while fewer units slows it. The energy estimate multiplies each dehumidifier and air mover's typical hourly draw by the number of hours in the estimated drying period, assuming continuous 24/7 operation, which is standard restoration-industry practice for active drying equipment. These are planning-level estimates for scoping a drying job -- actual drying time in the field depends on ambient humidity, airflow patterns, and daily moisture-meter verification, which is why professional restoration protocols call for rechecking readings rather than running equipment for a fixed number of days.