A large, catastrophic loss at your business or home can be one of the most devastating things a property owner can experience. The clean-up from this type of damage requires the most specialized restoration practices to return your property to its pre-loss condition. That’s why a large loss should be handled by a company that has decades of experience with large loss claims.
Flood Support LLC Construction and Restoration will respond to your emergency 24 hours a day 7 days a week 365 days a year. From your initial call, Flood Support project managers will respond to your call within 15 minutes. When required, we will have our crews on site anywhere within East Coast in 2 hours or less. Once on site we will begin to work immediately to minimize your loss. No project is too large or too small.
Our Large Loss services include:
- Security of the property
- Temporary utility services (Power, Lights, Heating, Plumbing)
- Debris removal
- Complete or partial pack-out of electronics, belongings, documents, equipment etc. as required
- Water extraction and drying /dehumidification
- Structure and content cleaning
- Deodorization and odor removal
- Repairs and reconstruction
Once the emergency services are completed, we’ll quickly identify the required repairs and in most cases develop scope of work and cost assessments for your insurance company’s approval within 48-72 hours of reviewing the damage. We work with almost all insurers and use the industry’s leading restoration estimating.
Our mission is to restore your peace-of-mind by restoring your property. Proactive and consistent communication with you and your insurance company, combined with our fast and professional processes separates us from other companies. family owned and operated since 1999
our service area Alabama • Alaska • Arizona • Arkansas • California • Colorado • Connecticut • Delaware • Florida • Georgia • Guam • Hawaii • Idaho • Illinois • Indiana • Iowa • Kansas • Kentucky • Louisiana • Maine • Maryland • Massachusetts • Michigan • Minnesota • Mississippi • Missouri • Montana • Nebraska • Nevada • New Hampshire • New Jersey • New Mexico • New York • North Carolina • North Carolina • North Dakota • Ohio • Oklahoma • Oregon • Pennsylvania • Puerto Rico • Rhode Island • South Carolina • South Dakota • Tennessee • Texas • Utah • Vermont • Virgin Islands • Virginia • Washington • Washington DC • West Virginia • Wisconsin • Wyoming Guidelines for the drying process www.floodsupport.com When dehumidification is used to dry out buildings and materials the dehumidifier runs continuously. The relative humidity is gradually lowered allowing further evaporation from the damp materials in the room. The amount of evaporation depends on the temperature of the room, the materials and the humidity of the air. One of the advantages of condense drying is that the drying process is stable and gentle. If time is not of the essence the optimum dehumidification process is achieved by maintaining a stable condition of 20°C and approximately 40% RH in the room. This way you maintain a perfect balance between the dry air in the building and humid building materials, avoiding surface drying and cavitation as well as damage to pre-dried materials such as parquet floors. Add heat if necessary, but keep in mind that forcing the drying process might be harmful. There is a risk of surface drying and cavitation, with only surfaces being dried, whereas a lot of humidity remains within cavities inside the wall. This prolongs the drying period as the humidity will not easily penetrate the dry surface. Surface drying also involves the risk of cracks appearing in the surfaces of walls, ceilings and floors. It is important that the room/building is as sealed as possible. Also make sure that the building is well protected against rain and snow. You need to ventilate while painting inside the building, but remember to seal the room or building properly when it is empty. Also remember to avoid pre-dried materials absorbing water because of open windows. If the air change inside the room is not controlled, then changing ambient temperatures and humidities make the process much more difficult to control. In the winter the cold outside air will normally contain a minimum of water and the humidity is not likely to increase much even if the air change is considerable. Energy consumption, however, will increase dramatically as you need to heat up the cold incoming air. In the summer the water content could be quite high and you will have to remove even more water from the building or locale if it is not sealed off adequately. In most cases the humidity is concentrated in cellars and in areas where water is being used in the construction work going on i.e. painting, concrete mixing, etc. Set up your dehumidifiers at these positions where they can do most good.richpieribuildingexpertwww.floodsupport.com
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