Job completed for Lane- water damage restoration, baton rouge

Completion date: November 4, 2024

Location: Baton Rouge, LA

Why did the customer contact us?

United Fire and Water, a premier water damage restoration company in Baton Rouge, was called to a home where a hot water heater had leaked for several days, causing extensive water damage to the bottom floor. The homeowner needed a professional restoration team to address the issue, dry the affected areas, and prevent further damage, including the potential for mold growth. Our experienced team responded quickly to assess the situation, determine the extent of the damage, and implement a comprehensive restoration plan to restore the property to its pre-damage condition.

Solutions provided:

Upon arriving at the property, United Fire and Water immediately began by removing all affected materials, including soaked drywall, flooring, insulation, and any other materials that had been compromised by the prolonged water exposure. Removing these materials is a crucial step in preventing mold growth and ensuring effective drying. After the removal process, we set up advanced drying equipment throughout the affected areas to begin extracting moisture. Our team followed IICRC (Institute of Inspection, Cleaning and Restoration Certification) standards to ensure that the drying process was thorough, efficient, and met industry best practices for moisture removal and moisture control.

Once the drying was complete, United Fire and Water thoroughly cleaned and sanitized the affected areas to eliminate any contaminants and reduce the risk of bacterial growth. We then prepared the space for repairs, ensuring that the area was dry, safe, and ready for reconstruction. If you're dealing with water damage from a hot water heater leak or any other water-related issue in Baton Rouge, United Fire and Water is here to provide fast, professional, and reliable water damage restoration services. Contact us today to schedule an assessment and get your home restored to its pre-damage condition.