While the mold was still being disassembled, two “cleaners” began pulling tooling out of plates and putting them into buckets in preparation for a good scrubbing—and I mean a scrubbing. Immersing the buckets into a solvent tank, they used their hands like wire whisks as they swished the close-tolerance ejector sleeves around, effectively removing any trace of vent residue or “track” marks on the tooling—and in the process maybe adding some marks of their own.
While you have no control over natural water-related disasters, you can take all the preventative measures possible ahead of time to minimize their effect on your home. Flash floods, sudden storms and hurricanes can all trigger water buildup. Prompt attention by contacting The Water Damage Experts as soon as you can after a weather-related issue will help lessen the time for water damage to occur.
Gone were helpful clues for the repair technicians who had yet to begin troubleshooting and analyzing mold performance and wear. So now, how will the repair techs determine if the 63-day production run was too long? Or whether the leader pins, bushings, and interlocks were greased properly during the run? And how will they know if all the swishing during cleaning did not create any “dings” in the sleeves that could be blamed on something else instead of poor cleaning practices? Other questions will remain unanswered, too: Does the mold still have excess vent residue in the top right quadrant? Were all the ejector sleeves numbered and in the proper mold position before they were removed?
Keep the basement dry as it's the most common place to find damage. Flooding, burst pipes, and even clogged gutters can cause leaks. Pitching the landscape, cleaning the gutters, and installing downspout extensions are simple outdoor fixes. From the inside, install a sump pump and water alarm. Have the basement inspected for waterproofing or have some installed.
Assessing the severity of the damage is important for determining what is needed to start water damage repair and water removal. There are several different categories assigned to water damage. Category 1 refers to clean water, or water that does not pose a threat to humans. Possible causes of this type of damage include broken appliances or sink overflows. Category 2 water is also called gray water. This means that the water is contaminated and may cause sickness of ingested. This type of water contains microorganisms. Broken toilets, broken sump pumps, and seepage may cause category 2 water damage. Category 3 water is known as black water. This type of water is unsanitary, as it contains bacteria and other organisms that cause sickness. The possible sources of black water damage include sewage problems and contamination of standing water.
Black water contains pathogenic agents and is grossly unsanitary. Anyone with a compromised immune system, respiratory problems, or allergies, as well as young children and the elderly must remain off the job site until the building is judged safe for occupancy. Black water includes sewage and other contaminated water sources entering or affecting the indoor environment, such as: toilet backflows, flooding from seawater, ground surface water, and rising river water. Category 3 water can contain contaminants such as pesticides, heavy metals, or toxic substances.
Before you remove any water or make any repairs, fully document the damage for your insurer by taking photos or video. Digital versions are best, says Ramirez, because they can be stored electronically and easily copied. If you start removing water or making repairs before you photograph the damage, you could potentially decrease the extent of your coverage, he says.
While there are currently no government regulations in the United States dictating procedures, two certifying bodies, the Institute of Inspection Cleaning and Restoration Certification (IICRC) and the RIA, do recommend standards of care. The current IICRC standard is ANSI/IICRC S500-2015. It is the collaborative work of the IICRC, SCRT, IEI, IAQA, and NADCA.