Upon inspection, moisture intrusion was identified affecting the subfloor, framing, and surrounding building materials in multiple areas, including the utility room, master bathroom, and adjacent living spaces. Affected finishes were previously removed to expose wet materials and allow for proper drying. Containment barriers with zippered access were installed to prevent cross-contamination and protect unaffected areas. Commercial-grade drying equipment was deployed, including multiple dehumidifiers, air movers, and an air scrubber, positioned strategically to maximize airflow across wet subflooring, wall cavities, and structural components.

Moisture readings confirmed elevated levels in the subfloor and sheathing. Drying equipment was monitored and adjusted as needed. The master bathroom presented extremely high humidity levels but showed active drying progress. The utility room was found at room temperature with the dehumidifier humidistat idle; the unit was restarted to ensure continuous moisture removal. Both dehumidifiers were kept running to increase heat and airflow to accelerate drying of the remaining wet subfloor.

Daily moisture readings and environmental conditions were documented in the dry log system. Equipment remained operational until acceptable moisture levels were achieved. The drying process successfully reduced moisture content, stabilized conditions, and prepared affected areas for future repairs and reconstruction.