Job completed for Steven H. - Riverdale, NJ - Water Damage

Completion date: February 6, 2026

Location: Riverdale, NJ

Solutions provided:

Steven H. contacted PDQ Fire & Water Damage Restoration after water damage developed along the basement stairwell of his Riverdale, NJ home due to a plumbing leak from an upper-level bathroom. The loss occurred when a loose supply line connection allowed water to drip down through the wall cavity and collect at the base of the stairs, saturating the wood steps and lower landing. In Riverdale, NJ, hidden leaks like this can lead to wood floor water damage, stained stair treads, and moisture intrusion behind drywall if not addressed quickly. Our team responded promptly to the Riverdale, NJ property to assess the extent of the damage and begin immediate Water Damage Restoration services. Moisture meters were used to detect elevated moisture levels in the stair stringers, subfloor, and adjacent wall framing. The homeowner’s insurance policy covered the water damage in Riverdale, NJ, including mitigation, Structure Drying, and repairs related to the plumbing leak.

Following the initial assessment, technicians in Riverdale, NJ performed targeted Water Extraction and set up high-velocity air movers along the stairwell to promote airflow across the wet wood surfaces. A commercial-grade dehumidifier was strategically placed to reduce humidity levels throughout the Riverdale, NJ basement and prevent secondary issues such as mold growth and wet insulation. Baseboards and select sections of drywall were carefully removed to allow proper Structure Drying inside the wall cavity. Daily monitoring ensured the stair components in the Riverdale, NJ home were drying to industry-standard moisture levels. Detailed documentation and moisture logs were maintained to support the insurance claim and verify the effectiveness of the Water Damage Restoration process. Once drying was complete, the Riverdale, NJ property was stabilized and prepared for refinishing and reconstruction of the affected stairwell area.

Team members on this project:

Leo Trinidad