Job completed for Lydia F. - Green Township, NJ - Fire Damage

Completion date: November 27, 2025

Location: Green Township, NJ

Solutions provided:

Lydia F. experienced significant fire and smoke damage at her Green Township home after an electrical wiring failure inside a wall cavity triggered a fast-moving structural fire. Heavy soot damage spread through the Green Township property, coating ceilings, trim, and smoke-damaged drywall across multiple rooms. Emergency Board-Up services were performed immediately to secure the structure and prevent additional weather intrusion in Green Township during the early stages of assessment. Technicians initiated the fire restoration process with detailed soot removal, HVAC inspection, and duct system smoke removal to stop the circulation of fine soot particles. Because the fire loss was fully covered by the homeowner’s insurance policy, all necessary fire damage insurance claim documentation was completed in parallel with the restoration tasks. Initial cleanup also included smoke odor removal, debris extraction, and the safe removal of charred building materials to stabilize the Green Township home.

During the second phase of this Green Township fire restoration project, crews conducted extensive HEPA vacuuming, dry chemical sponge cleaning, and targeted soot removal on all fire-damaged building materials. Thermal deodorization and ozone treatments were used to neutralize stubborn smoke odors embedded within cavities throughout the Green Township residence. Additional inspection revealed heat migration patterns similar to kitchen fire damage, requiring specialized encapsulation coatings on exposed structural components. Smoke-stained insulation was removed to restore indoor air quality and prevent soot particles from reappearing on cleaned surfaces. Technicians completed advanced duct system smoke removal to ensure the HVAC system no longer circulated contaminants in the Green Township property. By the conclusion of the project, the structure was fully cleaned, stabilized, and ready for the reconstruction stage.

Team members on this project:

Samuel Adames