Job completed for Eesha H. - Jefferson, NJ - Water Damage

Completion date: January 6, 2025

Location: Jefferson, NJ

Why did the customer contact us?

Eesa reached out to PDQ Restoration after a broken pipe in the ceiling of her large wedding hall and catering business in Jefferson, NJ, caused significant water damage. The sudden leak resulted in water flooding the main event area, soaking the floors, walls, and numerous decorations, disrupting ongoing events and raising concerns about mold growth. Determined to protect her business and ensure a safe environment for her clients, Eesa sought immediate professional assistance.

Solutions provided:

Upon arriving at Eesa’s wedding hall, the PDQ Restoration team conducted a comprehensive assessment of the affected areas to understand the full scope of the damage. They swiftly began extracting the standing water using high-capacity pumps, minimizing further saturation of the floors and structures. Industrial-grade dehumidifiers and air movers were strategically deployed to dry the soaked surfaces thoroughly, targeting both visible moisture and hidden dampness within the walls and flooring.

To prevent mold and bacterial growth, the team applied specialized antimicrobial treatments to all impacted areas, ensuring a hygienic and safe environment for future events. They meticulously inspected the venue for any remaining moisture pockets, addressing every corner to guarantee complete dryness. Throughout the restoration process, regular moisture readings were taken to confirm that all areas were fully dried and free from residual water.

Over the course of three days, PDQ Restoration worked diligently to restore Eesa’s wedding hall, coordinating seamlessly with her insurance provider to facilitate coverage of most restoration costs, leaving Eesa responsible only for the deductible. Thanks to PDQ’s prompt and professional service, Eesa’s business in Jefferson, NJ, was returned to its pristine, dry condition, allowing her to resume hosting events without any lingering concerns about water damage.

Team members on this project:

Chris Baresh, Johan Adames