Emergencies, are unexpected, and often dangerous situations requiring immediate action. Restoration, is the act or process of returning something to its original condition. Combining the words forms the term Emergency Restoration, which dictates literal translation and strict adherence to achieve the most effective result.
Deconstruction of saturated building materials during water damage restoration, routinely includes drywall and plaster removal. Drywall and plaster demolition produces high concentrations of dusts, which contain minerals such as talc, calcite, mica, gypsum, and silica.
Basements in homes built prior to the new millennium were typically not designed to be used as additional living space. In most instances, the foundations are not waterproof, and there is no vapor barrier beneath the concrete flooring. The resultant environment generally exists in a state of unreasonably high humidity, and elevated mold spore counts; with a propensity for basement flooding from water infiltration during heavy rains as well as rapid snow melts.
Thermal imaging technology has become a staple in the field of water damage restoration. Using infrared technology to evaluate the breadth and degree of saturation in a water damaged structure, gives the water damage restoration professional the ability to rapidly assess water migration over an expansive area. This non-invasive technology delivers a dependable overview of the work area, which can be used to enlighten a property owner or justify job scope to an insurance adjuster.
Household appliance failure accounts for a significant portion of residential flood damage claims. Performing periodic inspections and maintenance will reduce the possibility of appliance breakdown and lessen the risk of a significant water event.
During prolonged periods of subfreezing weather, insufficiently protected water lines can form damaging ice blockages that can result in Water Damage. Water contracts when cooled until reaching approximately 39 degrees Fahrenheit. Expansion commences with further cooling, increasing in volume by approximately 9% when frozen solid. This transformation from liquid to significantly expanded solid has no outlet in a closed plumbing system and can result in a ruptured water line.
Water damage insurance claims are among the most frequently reported losses. Coverage depends on policy specifics, including the source of water damage and the duration of exposure. It is incumbent upon property owners to ascertain a thorough understanding of possible liabilities, and available policy options to make informed coverage decisions. Current coverages can be replaced entirely or bolstered by adding addendums that would indemnify against eventualities not currently addressed.
Icicles along a roofline are largely perceived as a beautiful winter staple, yet often indicate ice dams and a potential for water damage to the structure. Ice damming blocks roofing drainage systems, diverting the flow of water under roof coverings and into the building envelope. Once within, gravity carries this permeation through insulation, ceilings, walls, and floors causing widespread water damage. At this point, immediate water damage restoration is essential to prevent the possibility of mold contamination.
When you consider the statistics, it becomes clear just how common and devastating a problem water damage can be. According to industry estimates, 14,000 people in the US experience a water damage emergency at home or work each day, and 98% of basements in the US will suffer from some type of water damage during their lifetime. The costs are just as staggering as the frequency. Water damage restoration and mold remediation services cost the insurance industry approximately $2.5 billion dollars per year, and the average cost of a home water damage insurance claim is $6,965.
This water damage restoration project was the result of a category 3 water loss event. The cause of loss was a sanitary plumbing line leak within the ceiling and wall cavities that allowed sewage water to escape and contaminate rooms below the second floor and into the basement.