Job completed for Mark D. - Sparta, NJ - Fire Damage

Completion date: December 28, 2025

Location: Sparta, NJ

Solutions provided:

Mark D. contacted PDQ Fire & Water Damage Restoration after fire damage impacted his Sparta, NJ home due to a fire-related incident that caused heavy smoke infiltration throughout the stairwell and adjacent living areas. The fire produced dense smoke and soot that traveled upward, resulting in smoke-damaged carpeting, soot residue on walls, and strong smoke odors throughout the Sparta, NJ property. Technicians performed a detailed fire damage inspection, identifying widespread smoke contamination beyond the immediate source area, which is common in multi-level homes in Sparta, NJ. Emergency fire damage cleanup services were initiated to stabilize conditions and prevent soot from embedding further into porous materials. The cause of loss was identified as a fire-related event producing significant smoke spread, and the fire damage in Sparta, NJ was documented for insurance purposes. Containment and protective measures were installed to support the fire restoration process in Sparta, NJ.

The Sparta, NJ fire damage restoration process continued with professional soot removal, smoke odor removal, and HEPA air filtration to address airborne particulates and surface contamination. Specialized equipment was strategically placed to deodorize smoke-affected carpeting, stair components, and surrounding building materials in the Sparta, NJ home. Fire-damaged and smoke-damaged materials were evaluated to determine appropriate cleaning versus removal as part of the fire restoration process. Ongoing monitoring ensured odor levels were reduced and indoor air quality improved throughout the Sparta, NJ residence. The fire loss in Sparta, NJ was covered by insurance, and all documentation was provided to support the fire damage insurance claim. Final clearance confirmed the affected areas were cleaned, deodorized, and ready for reconstruction following professional fire damage restoration in Sparta, NJ.

Team members on this project:

Leo Trinidad