Job completed for Mark T. - Denville, NJ- Fire Damage

Completion date: November 5, 2025

Location: Denville, NJ

Solutions provided:

Mark T. faced extensive fire damage at his home in Denville, NJ after an electrical equipment fire sparked behind the living room entertainment center and quickly spread smoke throughout the property. The Denville incident produced heavy soot damage, smoke-damaged drywall, and significant odor infiltration into wall cavities and the HVAC duct system. Emergency board-up services were performed immediately to secure the structure and prevent further exposure to the elements. Because the loss was covered by insurance, detailed fire damage documentation, inventorying, and support for the fire damage insurance claims process were completed on site. The fire restoration process in Denville included removing charred building materials and isolating structural fire-affected areas for safe cleanup. Specialized filtration units and containment barriers were installed to control soot migration within the Denville residence.

During the smoke and fire cleanup phase, technicians focused on soot removal from structural framing, long-term smoke odor removal, and cleaning residual debris left from the electrical malfunction in Denville. The HVAC system required duct system smoke removal to eliminate fine soot particles that had circulated during the event. Kitchen fire damage procedures were also implemented since heat and smoke drifted into adjacent rooms, affecting cabinetry and appliances. Fire restoration crews in Denville performed thorough cleaning of all salvageable contents, including textiles and electronics, using industry-standard deodorization techniques. Damaged drywall, insulation, and flooring were removed to expose structural components for inspection and fire-safe reconstruction planning. By the end of mitigation, the Denville home had undergone complete stabilization, soot cleaning, and odor control, preparing the property for the next steps in structural restoration.

Team members on this project:

Leo Trinidad