Technical Training (Remediation)
Equipping Your Team for Excellence
Equipping Your Team for Excellence
Homeowners can effectively and affordably remediate mold with assistance from family, friends, or volunteer groups.
Prior to mold removal, ensure your home is safe by checking for structural damage and addressing any external hazards.
During the remediation process, wear personal protective equipment, inspect and repair any water entry points, and isolate the work area to prevent the spread of mold spores.
Scrub affected surfaces with a wire brush, apply fungicide, wipe down, and vacuum with a HEPA filter-equipped vacuum to remove mold and debris.
The remediation is complete when wood framing is dry, and there are no visible signs of mold or mold odors. A professional inspection may be required for certification.
To safely remediate mold in your home, you'll need supplies costing $500-$700. Essential gear includes protective coveralls, goggles, and a respirator with a P100 filter. Use an EPA-registered fungicide, not bleach. Prepare with tools like wire cutters, hammers, and moisture meters. Collaboration is key, so share tools and knowledge with others.
In the video titled "Flood Cuts with Brent Irwin," Brent explains the significance of flood cuts in construction. These cuts, typically 24 to 48 inches wide, are made in sheetrock to address water damage caused by flooding.
In this video, Mark from Dry Effects explains the process of addressing a flooded basement resulting from a sump pump failure. They removed wet items, cut and sanitized the affected areas, and set up drying equipment.
In the video, the speaker, Damon, introduces their process for drying spaces after water damage. They've already finished demolition and cleaning and are now waiting for the equipment to complete the drying process. They mention the importance of daily moisture monitoring. The video showcases two moisture testing methods: non-invasive surface checks and invasive tests using stainless steel screws. The ultimate goal is to reach their standard of dryness before removing the equipment.
In this video, Wyatt Gardner from the Service Team of Professionals explains how to assess if a structure is genuinely dry after a flood. They employ a moisture meter with various attachments to measure moisture levels. According to IICRC standards, moisture content above 16 percent can lead to rot. Despite other methods indicating dryness, the use of stainless steel screws revealed a higher moisture content, highlighting the importance of comprehensive testing for reliable restoration.
In this conversation, Greg and John discuss a significant water mitigation project. A large flood occurred when the homeowner was away, leading to mold growth and extensive damage. The process involved removing contents, demolishing affected areas, and cleaning. They stored the contents in vaults during the process and are currently in the drying phase, preparing for reconstruction.
In their discussion about water drying equipment, they mention axial air movers for focused air circulation, larger axial fans for wider coverage, dehumidifiers placed in the middle of the room for drying, and air scrubbers for maintaining negative air pressure to prevent contaminants from escaping.
Mitigation in insurance claims involves taking steps to prevent further damage. This can include drying out water-affected areas, putting up tarps to halt leaks, and making minor repairs. It may also require professional assistance with equipment for thorough drying. Turning off the source of damage, such as a water supply, is another form of mitigation. Documenting all damage with photographs is essential for the insurance claims process.