Job completed for Hattie B. - Mendham, NJ - Fire Damage

Completion date: January 7, 2025

Location: Mendham, NJ

Why did the customer contact us?

Hattie reached out to PDQ Restoration after a chimney fire erupted in her Mendham, NJ home, causing extensive fire damage. The malfunction occurred when the chimney flue became stuck, leading to uncontrolled flames that spread soot throughout the entire house. Alarmed by the pervasive soot residue on walls, ceilings, and furniture, as well as the lingering smoky odor, Hattie knew she needed immediate professional assistance to restore her living environment.

Solutions provided:

Upon arrival, the PDQ Restoration team swiftly assessed the severity of the fire and soot damage in Hattie's home. They began by deploying high-efficiency air scrubbers to remove smoke particles from the air, significantly improving indoor air quality. Using specialized soot removal techniques, the team meticulously cleaned all affected surfaces, including walls, ceilings, and personal belongings, ensuring no residue was left behind.

To eliminate the persistent smoke odor, advanced deodorizing treatments were applied throughout the house, leaving the space fresh and odor-free. The team also inspected hidden areas to ensure that no hidden soot or moisture pockets remained, preventing future issues related to mold or structural damage. Throughout the restoration process, regular moisture and air quality readings were conducted to guarantee that the environment was completely safe and dry.

Over the span of four days, PDQ Restoration worked diligently to restore Hattie's home to its pre-fire condition. They coordinated seamlessly with Hattie's insurance provider, ensuring that most of the restoration costs were covered, with Hattie only responsible for the deductible. Thanks to PDQ’s prompt and professional service, Hattie's Mendham, NJ home was returned to a clean, safe, and smoke-free state, allowing her and her family to resume their daily lives without any lingering concerns about the fire damage.

Team members on this project:

David Rebolledo, Johan Adames