Job completed for Jennifer L.-Andover, NJ - Fire Damage

Completion date: November 30, 2025

Location: Andover, NJ

Why did the customer contact us?

Solutions provided:

Jennifer L. experienced significant kitchen fire damage at her home in Andover, NJ after a plastic cooking tray was accidentally left in the oven, igniting and creating heavy smoke conditions. The kitchen fire damage in Andover, NJ resulted in soot damage on cabinets, smoke-damaged drywall, and smoke residue spreading beyond the kitchen area. Although flames were contained, the fire restoration process required immediate Emergency Board-Up of affected cabinets and assessment of potential structural fire concerns common in Andover, NJ homes. Our technicians documented fire damage insurance claim details, inspected for heat damage, and identified areas requiring smoke odor removal and soot cleanup. Kitchen fire damage often produces hidden smoke contamination, and this Andover, NJ property showed smoke infiltration into the HVAC system and adjacent rooms. Early fire damage cleanup helped limit long-term smoke staining and secondary corrosion throughout the Andover, NJ residence.

The fire restoration work in Andover, NJ focused on detailed soot damage removal, smoke odor removal, and cleaning of smoke-damaged drywall and contents. Technicians performed duct system smoke removal to address lingering odors caused by the oven fire and restore indoor air quality in Andover, NJ. Specialized equipment was used for deodorization, HEPA vacuuming, and surface cleaning as part of the complete fire restoration process. Electrical equipment fires were ruled out, confirming the loss originated solely from the kitchen fire involving the melted plastic tray. Careful monitoring ensured no additional structural fires or concealed heat damage remained within walls or ceilings of the Andover, NJ home. This fire damage job in Andover, NJ highlights the importance of rapid response for kitchen fire damage, smoke damage cleanup, and professional soot remediation.

Team members on this project:

Chris Baresh