Water, Fire, and Mold Remediation in Billings

We performed a comprehensive hydro visit to monitor the drying progress. We utilized moisture meter prongs to inspect the basement carpet, confirming it had successfully dried, and identified that the bathroom sheetrock retained moisture. We continued operating commercial dehumidifiers on-site and consulted with the customer to extend the equipment placement, ensuring the remaining structural moisture is thoroughly eliminated.

Following the water damage event, our team implemented a targeted crawlspace mitigation plan to address moisture and contamination concerns. We performed detailed HEPA vacuuming and thoroughly cleaned the vapor barrier to remove debris and potential contaminants. The affected rugs were treated with an antimicrobial solution to help prevent microbial growth. Specialized drying and stabilization equipment was then strategically installed to promote continuous airflow, control humidity levels, and accelerate the drying process, helping restore the affected areas to a safe and stable condition.

We provided rapid water damage mitigation services. This involved performing controlled demolition (removing a section of the ceiling drywall) to locate and access the leaking copper pipe, allowing for a PEX pipe repair. We also conducted a thorough inspection of the water-damaged trim and surrounding structural materials to prepare the affected areas for comprehensive drying and restoration.

We provided comprehensive water mitigation and structural drying services. This included removing the baseboards and drilling weep holes to facilitate wall cavity drying. We also performed targeted drywall removal to expose the affected foundation wall and studs, ensuring all hidden moisture was properly addressed to thoroughly dry the wet carpet and structural materials.

We conducted a comprehensive crawlspace inspection using professional moisture meters to document the elevated humidity and structural moisture. We provided expert consultation, recommending the involvement of an environmental hygienist for pre-testing to establish a precise scope of work. Additionally, we discussed future remediation options and advised immediate dehumidification to stabilize the environment and prevent further damage.

We provided comprehensive water mitigation services for the flooded basement areas. Our process included removing baseboards to facilitate wall cavity drying, deploying commercial air scrubbers to manage indoor air quality, and extracting a water-damaged area rug. We safely transported the rug to our specialized facility for complete drying and securely stored it in our contents bay while consulting the customer regarding professional rug cleaning services.

We performed a thorough moisture monitoring assessment and documented findings using DocuSketch. We confirmed that the basement bedroom closet had successfully dried and removed one Sahara air mover from the site. Regarding the basement bathroom, we identified that the sheetrock remains nearly saturated; to facilitate effective drying, we perforated the paint layer to bypass the moisture-resistant barrier and improve airflow to the underlying material. We provided a professional recommendation for further mitigation, including baseboard removal and treatment for suspected microbial growth in the main level bathroom, though the homeowner has declined to proceed with those specific steps at this time.

We initiated immediate stabilization by cleaning debris from the mechanical closet and performing a HEPA vacuum treatment. We established an environmental control setup, placing a dehumidifier and an Air Filtration Device (AFD) to manage indoor air quality and structural moisture. Additionally, we addressed significant water accumulation in the crawlspace—covering approximately 510 square feet—where we identified visible microbial growth on the floor joists and subfloor. We have deployed industrial dehumidification in the crawlspace and are currently managing the site while insurance coverage is being determined.

We developed a remediation plan to address both the microbial growth and the active leak. Our approach involves performing two-foot cuts in the basement drywall surrounding the plumbing access to provide full clearance for mold treatment and interior wall repair. We will also remove the water-damaged ceiling drywall, likely requiring the detachment of light fixtures, to gain clear access to the leak source. This will allow us to assess whether a full removal of the upstairs toilet and bathroom flooring is required to permanently resolve the plumbing failure and restore the structure safely.

We initiated emergency biohazard mitigation by moisture mapping the affected areas and completing a pre-mitigation DocuSketch scan. Our team set up an Air Filtration Device (AFD) to manage indoor air quality, performed the controlled demolition and disposal of contaminated carpet, underlayment, and MDF base trim, and executed two-foot cuts to remove affected drywall in the living room and hallway. We treated all exposed structural framing and concrete slabs using a professional-grade antimicrobial agent (Mil-Go) followed by a thorough HEPA vacuuming and wipe-down. We have currently stabilized the environment with industrial dehumidification and are scheduled to complete the remaining drywall removal and antimicrobial treatments in the next phase of the project.

Upon arrival, the team addressed a tripped breaker by rearranging power and repositioning the shut-off drying equipment. Technicians moved contents and gym equipment to facilitate drying, placing foam blocks and Styrofoam underlayment where necessary. Damaged MDF baseboards and trim were detached, and an access hole was cut in the ceiling to expose the broken spigot for upcoming plumbing repairs. Finally, the gym floor was lightly vacuumed, treated with an antimicrobial solution, and a commercial drying system was set up while tracking moisture readings.

The team took initial hydrostatic readings upon arrival and systematically mapped structural moisture, moving stored bakery items and commercial contents to trace the moving water accurately. Technicians captured complete DocuSketch 3D scans of the entire layout and processed the insurance macros for a Category 3 water restoration project. To mitigate biological hazards and smoke odours, crews bagged and discarded melted, non-salvageable materials from the source room. Finally, the team pulled out all drying equipment to thoroughly extract standing water, followed by rinsing and mechanical scrubbing of the affected basement floors.