Water, Fire, and Mold Damage Restoration in Missoula, MT

Our team executed an efficient, non-destructive water extraction and carpet preservation protocol- Emergency Site Assessment: Conducted an immediate on-site safety and moisture survey of the utility enclosure, tracing the Class 3 clean-water loss (Category 1) directly to a failing Bradford White water heater tank. Surface Water Extraction: Deployed professional extraction equipment to aggressively draw out standing water from both the surface carpet pile and the underlying foam carpet pad to maximize the likelihood of salvaging the materials. Antimicrobial Sanitisation: Applied a commercial-grade antimicrobial agent across the wet carpet grid and the concrete utility floor to neutralise organic pathogens and proactively halt mould growth. Targeted Environmental Stabilization: Set up a high-capacity Low Grain Refrigerant (LGR) dehumidifier directly adjacent to the utility closet to rapidly lower ambient humidity and accelerate structural evaporation.

Our team implemented an elevated categorical water loss and biohazard containment protocol- Critical Biohazard Containment: Built an engineering containment zone using heavy-duty plastic sheeting and tension poles to isolate the mudroom and garage transition zones from the main living areas. Controlled Demolition & Insulation Stripping: Removed heavily saturated fibreglass insulation and cut back water-logged, structural drywall panels that exhibited severe, active black mould growth. Precision Plumbing Inspection: Documented the newly repaired PEX pressurised water line runs and associated crimp rings within the exposed timber framing cavity to verify system integrity before drying. Advanced PPE Compliance: Technicians executed all remediation work inside the containment zone utilizing full-body Tyvek suits, safety gloves, and full-face respirators equipped with particulate cartridges to ensure safety against airborne spores. Tiled Subfloor Evaluation: Evaluated structural water migration beneath the mudroom tile flooring, documenting standing moisture seeping through the grout lines to establish an aggressive sub-surface drying program.

We deployed an advanced, non-destructive drying strategy overseen by Project Manager Wyatt: Precision Moisture Mapping: Tracked drying progress using specialized deep-wall probe moisture meters to monitor structural timber, wood floors, and cabinet particle board. Hardwood Mat Drying (Injectidry): Set up specialized Injectidry floor mats directly onto the kitchen hardwood floors to pull trapped moisture out of the wood planks and subfloor without requiring demolition of the expensive flooring. Controlled Demolition & Access: Removed affected ceiling drywall in the basement laundry room to dry the floor joists from below and pulled 6 linear feet of kitchen toe kicks to ventilate the base of the cabinetry. Advanced Climate Control: Deployed a heavy-duty commercial drying grid including 3 dehumidifiers, 6 air movers, and an Air Filtration Device (AFD) across both the kitchen and basement zones. Post-Mitigation Detailing: Once moisture points returned to dry standards, we extracted all equipment, dismantled the tension-pole containment zones, and executed a thorough cleanup using horsehair brush vacuums to eliminate any airborne dust settled during the air-movement process.

We delivered an intensive, highly regulated biohazard and water damage restoration service, including- Emergency Extraction & Demolition: Immediately removed highly porous, contaminated materials that could not be salvaged, including the affected carpets, underlay (pad), and water-logged furniture. Microbial Treatment: Sprayed all affected structural surfaces with Myco antimicrobial treatments to sanitise the area and eliminate harmful pathogens, bacteria, and odours. Precision Moisture Monitoring: Utilised advanced slide-hammer moisture meters to track deep-seated moisture levels within the subfloor and wall framing to ensure compliance with dry-standard targets. Advanced Structural Drying: Deployed an Air Filtration Device (AFD / air scrubber) to clean the air of airborne contaminants, alongside two commercial-grade dehumidifiers and low-profile air movers to aggressively dry out the concrete subfloor and structural timber.

Our team executed a comprehensive mitigation and structural drying plan: Containment & Air Filtration: Established physical containments and deployed air scrubbers to maintain air quality and isolate affected zones. Safety Testing: Conducted mandatory asbestos sampling in the manager's office and common areas before structural demolition to ensure a lead-safe and asbestos-free environment. Structural Drying: Deployed an advanced equipment matrix consisting of 5 dehumidifiers and 7 fans to address the high moisture levels (Class 3) and prevent microbial growth. Specialised Assessment: Coordinated with a roofing subcontractor to evaluate the external roof system and provide a long-term solution to prevent future window-entry leaks. Monitoring: Performed 4 man-hours of site monitoring and documentation, including DocuSketch mapping for insurance and restoration records.

Dayspring Restoration provided comprehensive water damage restoration services, which included opening up damaged ceiling areas to assess and repair the source of the water intrusion, drying out affected structural components, and preparing the area for reconstruction.