Job completed for Laura G. - Pequannock, NJ - Water Damage

Laura G. contacted PDQ Fire & Water Damage Restoration after discovering water damage in her utility area and adjacent walls in Pequannock, NJ. The cause of the issue was a leaking water heater connection and supply line failure, which allowed water to seep into the surrounding structure in Pequannock, NJ. Upon arrival, technicians in Pequannock, NJ conducted a detailed moisture inspection, identifying elevated moisture levels in exposed wall studs, subflooring, and insulation. Immediate water extraction was performed, followed by removal of water-damaged drywall and wet insulation to expose hidden moisture pockets in Pequannock, NJ. High-powered air movers and commercial dehumidifiers were strategically placed to begin the structure drying process and prevent further water migration. The team also addressed moisture trapped around plumbing lines and framing cavities to ensure complete drying in Pequannock, NJ. The homeowner’s insurance policy covered the water damage restoration, including mitigation and drying services.

During the drying phase in Pequannock, NJ, technicians monitored moisture levels daily and adjusted equipment to target difficult-to-dry areas around the utility system. Specialized drying techniques were used to remove moisture from tight wall cavities and structural framing in Pequannock, NJ. Antimicrobial treatments were applied to all affected surfaces to prevent mold growth and maintain a safe indoor environment. The team also inspected additional plumbing components to ensure no further leaks would impact the Pequannock, NJ property. This water damage restoration project in Pequannock, NJ required a combination of water extraction, controlled demolition, and advanced structure drying procedures. Detailed documentation, including moisture readings and drying logs, was provided for insurance verification and claim processing. The Pequannock, NJ home was fully dried, sanitized, and stabilized, making it ready for the reconstruction phase.