Job completed for Cheri B.- Slab Leaks Denham Springs- water damage
Completion date: September 7, 2022
Location: Denham Springs, LA
Why did the customer contact us?
When a homeowner in Denham Springs, LA, discovered several slab leaks and significant damage to their sheetrock, they reached out to United Fire & Water for expert water damage restoration. Upon arriving at the property, our experienced team conducted a thorough assessment and immediately began addressing the affected areas. We removed baseboards, quarter rounds, and a vanity from an exterior wall to access the damaged structure. A 4-foot flood cut was performed on the exterior wall, where microbial growth was found at a 2-foot height. To ensure a complete and safe cleanup, we removed insulation, HEPA vacuumed the framing and sill plates, and treated all affected surfaces with an antimicrobial disinfectant.
Solutions provided:
Our meticulous restoration process in Denham Springs, LA, included the removal of contaminated materials and the use of specialized equipment to control the environment. We deployed a Velo air scrubber, axial air movers, and a Phoenix dehumidifier to expedite drying and reduce humidity. In the office, significant microbial growth was detected, requiring us to remove cabinets and a desk. We then set up containment barriers to isolate the damaged wall and adjoining areas, preventing cross-contamination. Every contaminated material was carefully disposed of, and the remaining structures were professionally cleaned and treated to eliminate any lingering risks.
This Denham Springs, LA, water damage project underscores the importance of prompt and thorough restoration services. United Fire & Water’s team ensured the property was restored safely and efficiently by employing advanced techniques and equipment. If you’re facing water damage, slab leaks, or microbial growth in your home or business, trust United Fire & Water to provide expert solutions tailored to your needs. Contact us today to protect your property and restore peace of mind.