Job completed for Richard M. - Randolph, NJ - Fire Damage

Completion date: January 25, 2025

Location: Randolph, NJ

Why did the customer contact us?

Richard contacted PDQ Restoration after experiencing a furnace puff back in his Randolph, NJ, home. The malfunction caused soot and smoke to spread throughout the house, coating the walls, ceilings, and furniture in a thick layer of residue. The strong odor and potential health hazards made it clear that professional Fire Damage Restoration was necessary to remove the soot, clean the air, and restore the home to a livable condition.

Solutions provided:

PDQ Restoration arrived at Richard’s Randolph, NJ, home promptly and began an extensive Fire Damage Assessment to determine the extent of the damage. Using specialized equipment, the team performed thorough Smoke Damage Cleanup, removing soot from all affected surfaces, including walls, ceilings, and HVAC systems. Industrial-strength air scrubbers and HEPA filters were deployed to eliminate airborne soot particles and restore indoor air quality. The team also used professional deodorizers to remove the lingering smoke odor, ensuring the home smelled fresh and clean.

To fully restore the home, PDQ Restoration performed Soot Removal from hard surfaces and deep-cleaned soft furnishings, such as carpets and upholstery. Damaged drywall and insulation were carefully removed and replaced to eliminate hidden soot contamination. The team also worked closely with Richard’s insurance provider, streamlining the Insurance Claims for Fire Damage process and minimizing his financial burden.

Thanks to PDQ Restoration’s expert Emergency Fire Restoration Services, Richard’s home in Randolph, NJ, was fully restored, with no trace of smoke or soot damage. The quick and thorough response ensured that his home was safe, clean, and comfortable once again. With the furnace issue resolved and the home repaired, Richard could move forward with peace of mind, knowing his property was protected from future Fire and Water Damage Repair needs.

Team members on this project:

Chris Baresh