In addition, it’s important to have a working flashlight and turn off all water and electrical sources within the home, says Dr. Maurice A. Ramirez, author of “The Complete Idiot’s Guide to Disaster Preparedness.” Even if the power isn’t operational, it’s a good idea to go to your fuse box and turn off the main, plus all of the individual fuse connections. That way, if the power is reactivated, you’re not at risk for mixing standing water and electricity.
After this type of catastrophic event, it's typically best to replace certain types of equipment rather than try to recover items such as receptacles, light switches, start-stop stations, fire alarm panels, and metering equipment. Your crews must also drain all the conduits by opening up the conduit covers and letting gravity drain out all water and debris.
Mildew is a surface type of mold that won’t damage your home’s structure. But other types of mold cause rot. Remove mildew from wood when you probe the suspect area with a screwdriver or other sharp tool (Photo 3). If the wood is soft or crumbles, the fungi have taken hold and rot has begun. We’ll show you how to remove mold from wood in a few steps.
If the moisture damage has been neglected or gone unnoticed for long, you’re likely to find rot. Where possible, remove and replace soft, spongy studs and wall sheathing. Where removal is difficult, treat the affected areas with a wood preservative (available at home centers), after cleaning the wood and allowing it to dry. Then double up rotted members with pressure-treated wood.
When you’re sure the mold has been eliminated, seal the wood surfaces with pigmented shellac like BIN or an oil-based primer like KILZ. Repaint cleaned wall surfaces with a regular latex paint that contains a mildewcide to help stop future mold growth. Then install new insulation and drywall and nail the trim back on. And keep in mind that if the moisture returns, mold will return.

Drying - We determine the amount and type of drying equipment needed. Typically, we install a combination of drying fans, dehumidifiers, and negative air machines. We examine many factors (such as when the loss occurred, the magnitude of water damage, and size of the affected areas) to determine the best drying strategy to utilize as well as the quantity of equipment necessary. 
After this type of catastrophic event, it's typically best to replace certain types of equipment rather than try to recover items such as receptacles, light switches, start-stop stations, fire alarm panels, and metering equipment. Your crews must also drain all the conduits by opening up the conduit covers and letting gravity drain out all water and debris.
Richard Covert, FLOWER MOUND, TX, Nov 17th, 2014: What a great group of professionals! Everyone was great to work with, accommodating, understanding, sympathetic but focused on getting the mess cleaned up and getting the property ready to be put back together. What a miserable thing to have happen but thankfully there are professionals like these to help you through it. 

If temperatures tend to freeze in your area, be sure to protect your pipes. Insulate both hot and cold water pipes using heat tape or pipe sleeves available in your home improvement store. If you have water supply lines in your garage, keep the garage door closed as often as possible. Open kitchen and bathroom cabinet doors to allow warmer air to circulate. If you plan to spend some time away from your home, leave the heat on and set your thermostat to at least 55 degrees. You can’t control the weather, but you can put up a good fight to save your pipes.


Ceilings exposed to water damage are more at risk due to gravity: You don’t want them sagging or collapsing. So, remove affected ceiling panels or boards first. If the ceiling leak is caused by a roof problem, it’s important to find the true source of the leak, which may be somewhere far removed from the water stain. And take this time to make sure the water caused no structural damage to beams or rafters. You can contact professionals to find out what replacing a water damaged ceiling repair cost job runs.
If it snows where you live, be wary about the formation of ice dams on your roof. This happens when the heat inside your home causes water to melt in the middle of your roof. The water then refreezes near the edges, forming a dam that prevents melting snow from draining off the roof. The water that backs up can leak into your home and damage ceilings, walls and other areas of your home. To prevent ice dams from forming, insulate your attic to keep heat from rising and reaching the roof.
There are also several classes of water damage. The class of damage is important when assessing water damage repair options. Class 1 is the least harmful form of damage. Materials absorb very little of the water from this type of damage. Water damage repair is the easiest in this type of situation. Class 2 has a fast rate of evaporation, which means that carpets and cushions may be damaged. Water damage repair is more difficult when it involves class 2 damage. Class 3 has the fastest rate of evaporation. In this case, the water may come from broken sprinklers or other overhead sources, soaking the walls and furniture. Class 4 requires special water restoration and water removal procedures. This type of damage may affect hardwood floors, plaster, and concrete.
Water damage restoration is often prefaced by a loss assessment and evaluation of affected materials. The damaged area is inspected with water sensing equipment such as probes and other infrared tools in order to determine the source of the damage and possible extent of area affected. Restoration services would then be rendered to the residence in order to dry the structure, sanitize any affected or cross-contaminated areas, and deodorize all affected areas and materials. After the labor is completed, water damage equipment including air movers, air scrubbers, dehumidifiers, wood floor drying systems, and sub-floor drying equipment is left in the residence. Industry standards state that drying vendors should return at regular time intervals, preferably every twenty-four hours, to monitor the equipment, temperature, humidity, and moisture content of the affected walls and contents.[6]
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