Water and Fire Damage Restoration in Burlington Township

Our team provided immediate emergency water damage restoration services. This included swift water extraction from affected carpeted areas and subfloors using industrial-grade equipment. We removed saturated carpet padding to facilitate drying of the concrete subfloor, deployed specialized drying tools in the bedroom, and performed a moisture assessment on exposed structural components in the ceiling and walls to ensure thorough drying and prevent secondary damage.

We responded immediately to stabilize the situation and prevent the damage from spreading further throughout the home. Our first step was to establish proper containment, including barriers and airlocks, to isolate the affected areas and protect the rest of the property. From there, our team carefully removed all contaminated and unsalvageable materials — including saturated carpet and padding, ceiling materials, and compromised wall components — ensuring that anything impacted was safely and thoroughly addressed. Once the space was cleared, we performed a detailed deep cleaning using HEPA filtration to capture fine particulates, followed by the application of a plant-based antimicrobial treatment to eliminate contaminants and restore a safe environment. To complete the process, we implemented an extended drying and air purification plan using commercial-grade equipment, including air scrubbers and negative air systems. This ensured that moisture was fully removed and the indoor environment was properly stabilized before moving forward.

We provided a comprehensive water damage mitigation, controlled demolition, and structural drying solution. Our technicians performed targeted drywall cutouts in the kitchen to fully expose the corroded cast-iron stack, supply lines, and surrounding structural wall studs. Downstairs in the basement, we cleared storage items away from the work zone and inspected the heavily stained drywall and concrete floor around the pipe penetration. We treated all exposed structural framing and moisture-affected surfaces with an EPA-registered antimicrobial biocide to prevent microbial growth. Finally, we deployed commercial centrifugal air movers and high-capacity LGR dehumidifiers to thoroughly dry out the wall cavities and subflooring prior to plumbing replacement and final put-back reconstruction.

Our restoration team immediately performed a comprehensive moisture mapping of the affected areas, utilizing professional-grade moisture meters to identify critical saturation levels reaching 99.4% within the wall assemblies. We conducted a detailed inspection of the basement joists to identify and assess the extent of the white mold colonization on the timber framing. To mitigate further structural loss and health risks, we initiated a plan for controlled demolition of the non-salvageable hardwood flooring and the implementation of a high-capacity drying and antimicrobial treatment protocol for the exposed framing and basement ceiling.

Upon inspection, our team initiated a comprehensive water damage and mold remediation process. This included extracting standing water, drying affected areas using industrial dehumidifiers and air movers, removing all mold-infested materials such as drywall, flooring, and insulation, and cleaning and sanitizing all salvageable surfaces with EPA-approved antimicrobial agents. We also addressed the source of water intrusion to prevent future occurrences, ensuring the basement was thoroughly dried, decontaminated, and safe for rebuild.

We provided a comprehensive water extraction, controlled demolition, antimicrobial treatment, and structural drying solution. Our technicians uplifted and disposed of the unsalvageable, water-damaged floor coverings and removed HVAC register vents to inspect the ducting. In the bathroom, we cut out and discarded the waterlogged, mould-contaminated lower drywall and rotted baseboard framing. We treated all exposed concrete slab surfaces, wall cavities, and timber studs with an EPA-registered antimicrobial biocide to neutralize microbial growth. Finally, we deployed commercial centrifugal air movers and high-capacity LGR dehumidifiers to thoroughly dry the subfloor and wall assemblies back to certified dry standards in preparation for put-back reconstruction.

We executed an immediate sewage biohazard extraction, surface pressure washing, and deep sanitisation protocol. Outfitted in full personal protective equipment (PPE), our technicians extracted remaining wastewater and power-washed the floor tile and floor drain assemblies to remove ground-in sewage residues and organic debris. We applied an EPA-registered hospital-grade broad-spectrum antimicrobial biocide across the commercial toilet fixture, stainless steel grab bars, wall tiles, and flooring to eradicate pathogens and bacteria. Finally, we deployed commercial HEPA air scrubbers alongside axial air movers to deodorise the space, filter airborne contaminants, and dry the tiled surfaces to certified sanitary standards.

Our team provided comprehensive water damage restoration services. This included deploying professional drying equipment such as air movers and dehumidifiers to thoroughly dry the affected structural materials. We also performed demolition and removal of all water-damaged materials, including subfloor, drywall, and other debris, ensuring the area was cleared for reconstruction. The entire process focused on preventing further damage and preparing the space for complete restoration.

The customer called us because they had concerns about their tile floor containing asbestos.  We were able to test the tile and unfortunately, did confirm that it did contain asbestos and would have to be removed with strict asbestos containment and disposal guidelines.

Our team promptly responded to the water damage issue. We performed comprehensive water extraction from the basement, utilized specialized equipment to remove standing water, and cleaned affected areas, including around utilities and the stone foundation, to mitigate further damage.

Our team immediately got to work removing the contaminated water and safely disposing of affected materials. We thoroughly cleaned and rinsed the area, then applied professional-grade enzymatic treatments to break down bacteria and eliminate odors at the source. Once everything was properly sanitized, we set up commercial drying equipment to pull moisture out of the space and prevent any further issues like mold or structural damage.

What started as a hazardous, water-filled basement was transformed into a clean, dry, and stable space again. No standing water. No contamination. Just a safe foundation the homeowner could move forward with.

We initiated an emergency water mitigation, containment, and environmental assessment plan. Due to the 1800s construction era, our technicians mandated hazardous material testing (asbestos and lead) on the vinyl floor tiles, mastic adhesives, and plaster walls prior to invasive demolition to ensure safe containment protocols. We mapped the full extent of moisture saturation using digital pin-probe moisture meters across the third-floor floor plane and wall corners. While awaiting certified testing clearance for controlled selective demolition around the failing cast-iron pipe, we established containment barriers, applied an EPA-registered antimicrobial biocide to accessible moisture pathways to prevent mould growth, and staged HEPA air filtration and dehumidification equipment for structural drying.