Carpet Cleaning and Property Restoration in Blacklick

We provided a comprehensive ceiling reconstruction and structural put-back solution to restore the room to pre-loss condition. Our technicians first cleared away the fallen plaster, drywall remnants, and ruined insulation debris, safely prepping the surrounding perimeter and framing. We inspected the exposed wooden roof rafters and framing to confirm all structural elements were dry and sound. Next, we installed fresh, properly sized CertainTeed kraft-faced fiberglass batt insulation between the ceiling joists, securing the vapor barrier with precise stapling to ensure complete thermal efficiency and moisture control. Finally, we squared off the perimeter drywall seams to prepare the ceiling plane for hanging new gypsum wallboard, taping, mudding, and finishing.

Our restoration team inspected the interior damage and the attic space, identifying the compromised ceiling plasterboard and severe water staining along the timber roof decking. To halt further water ingress before the final interior 'put back' and structural repairs could commence, our exterior crew safely navigated the asphalt shingle roof to reposition and securely fasten an emergency weatherproof tarp over the compromised area.

We provided a comprehensive commercial door put-back, hardware restoration, and realignment solution to restore full functionality and security. Our technicians conducted a structural inspection of the metal door frame and edge mortise, removing corroded components and cleaning out accumulated debris around the latch pocket. We reseated and leveled the UL-listed automatic flush bolt assembly, securing it firmly into the metal door channel with heavy-duty commercial fasteners. We then realigned and reinforced the header strike plate on the upper door frame to ensure seamless engagement with the latch bolt. Finally, we adjusted the door swing and latch clearance, thoroughly testing the automatic locking mechanism to guarantee smooth operation, secure latching, and full building code compliance.

Our technicians successfully addressed the customer's pocket door needs. The work involved installing or repairing the specialized hanging hardware and ensuring smooth, efficient operation of the pocket door system.

Our restoration team conducted a full-scale environmental assessment and initiated extensive remediation protocols, which involved safely demolishing the heavily contaminated plasterboard surrounding the electrical panel, clearing out ruined cabinetry and debris from the utility and washroom spaces, and applying professional-grade antimicrobial treatments to fully eradicate the active mould spores and prepare the property for a complete structural rebuild.

Our exterior repair technicians safely accessed the roofline, realigned the loose vinyl siding panels, and securely refastened them into their locking channels, ensuring the exterior wall remains fully weatherproofed and visually restored to its original condition.

Teasdale Fenton's team arrived on-site, met with Jeremy, and secured a signed Work Authorization. The water source was identified as a main water riser to the fire suppression/sprinkler system, and the water supply was shut off. Additional crews were dispatched to the site, and extraction of the standing water in the affected 200,000 sq ft warehouse area and the 16' x 49' break room (which sustained damage to VCT tile, cove base, and drywall) was initiated.

Our exterior maintenance team prepared the site by positioning extension ladders safely along the brick exterior, carefully inspected and repaired the damaged timber and protective overhang components to ensure structural integrity and proper roofline ventilation, and completed the project by tidying the work area and leaving the property fully restored and protected against weather elements.

We provided a comprehensive mold remediation, moisture assessment, and containment solution to safeguard the new homeowners' indoor living environment. Our technicians established critical containment and set up HEPA-filtered air scrubbers to capture airborne spores during the remediation process. We conducted precision moisture tracking across the ceiling and wall cavities to determine the extent of moisture migration from the attic space above. We then safely removed the contaminated, deteriorated drywall and plaster sections along the upper wall seam, performed HEPA vacuuming of the exposed structural framing, and applied an EPA-registered antimicrobial biocide to eradicate fungal roots and prevent future mold growth prior to drywall reconstruction.

We executed a complete bathroom put-back, drywall repair, and surface finishing solution to restore the space to pre-loss condition. Our technicians scraped away loose, delaminated plaster and peeling paint down to a sound substrate, thoroughly sanitising the affected area with an EPA-registered antimicrobial wash. We hung fresh moisture-resistant drywall boards where required, skim-coated the wall and ceiling transitions with setting-type joint compound, and hand-sanded the entire surface flush with the existing tile line. Finally, we applied a mold-inhibiting, high-adhesion primer across the repaired upper walls and ceiling to seal out bathroom moisture and prepare the room for durable topcoat painting.

We provided a comprehensive water damage mitigation, controlled demolition, and structural drying solution to stabilize the utility space. Following confirmation that the overhead leak source was repaired, our technicians safely contained the closet and carefully demolished the saturated ceiling drywall and vertical wall assemblies to fully expose the structural framing, floor joists, and electrical conduits. We conducted detailed moisture tracking throughout the wall studs and applied an EPA-registered antimicrobial treatment across all exposed framing to prevent mold and bacterial growth. Finally, we staged commercial low-profile air movers and high-capacity LGR dehumidifiers directly in the utility closet to establish a high-velocity drying vortex, aggressively pulling bound moisture out of the framing timber and concrete subfloor before drywall reinstallation.