Smoke and Soot Cleanup
SERVPRO of Durant has the equipment, expertise, and experience to restore your fire and smoke damage.
Smoke and soot is very invasive and can penetrate various cavities within your home, causing hidden damage and odor.
Our smoke damage expertise and experience allows us to inspect and accurately assess the extent of the damage to develop a comprehensive plan of action.
Smoke and soot facts:
Hot smoke migrates to cooler areas and upper levels of a structure.
Smoke flows around plumbing systems, seeping through the holes used by pipes to go from floor to floor.
The type of smoke may greatly affect the restoration process.
Different Types of Smoke
There are two different types of smoke–wet and dry. As a result, there are different types of soot residue after a fire. Before restoration begins, SERVPRO of Durant will test the soot to determine which type of smoke damage occurred. The cleaning procedures will then be based on the information identified during pretesting. Here is some additional information:
Wet Smoke – Plastic and Rubber
Low heat, smoldering, pungent odor, sticky, smeary. Smoke webs are more difficult to clean.
Dry Smoke – Paper and Wood
Fast burning, high temperatures, heat rises therefore smoke rises.
Protein Fire Residue – Produced by evaporation of material rather than from a fire
Virtually invisible, discolors paints and varnishes, extreme pungent odor.
Our Fire Damage Restoration Services
Since each smoke and fire damage situation is a little different, each one requires a unique solution tailored for the specific conditions. We have the equipment, expertise, and experience to restore your fire and smoke damage. We will also treat your family with empathy and respect and your property with care.
The Potential Causes for Electrical Fires
Most electrical fires are caused by faulty electrical outlets and or old, outdated appliances.
Most electrical fires are caused by faulty electrical outlets and or old, outdated appliances. The following are the most common reasons why electrical fires happen:
- Old electrical sockets and unsafe appliances
Appliances that are old and overused and those that fall short of modern safety standards are the worst culprits. Frayed electrical cords, self-jointed wires, and worn out sockets that are not properly grounded are major causes of fires. They become ready outlets for directing heat and fire to carpets, rugs, curtains and combustible plastic. Older appliances draw more power than the wall sockets can handle.
- Using light fixtures that exceed the permissible wattage
A very common cause of fires is plugging lights, lighting appliances and bulbs into electrical sockets that cannot handle higher wattage levels. Antique lighting appliances may have defective wiring that makes the appliance unstable by overheating. Decorating lights with colored paper and cloth shades can increase the risk of fire when the material or fabric heats up.
- Using multiple appliances plugged into an extension cord
Unrestricted use of extension cords is a major fire hazard. The risk of fire increases when your TV, home theatre, computer and other appliances are all plugged into a single extension cord. This creates excessive power load on a single socket which may not be designed to handle that load. So, there is a social and economic cost to damaged wiring!
- Locating portable heaters near combustible materials
Portable space heaters that use coils are potentially dangerous when they are positioned carelessly near curtains and rugs and adjacent to beds and cloth covered furniture. The chances of inflammable material coming into contact with the red-hot coils increase the risk of fire.
- Wiring that becomes defective with the passage of time
Over a period of time you add more electrical appliances such as wide screen televisions, home theatre, microwave oven, refrigerator and air conditioners. The outdated home wiring cannot handle the increased power load. Older wiring tends to heat up quickly and catches fire. If the breaker boxes are themselves defective, they cannot prevent overheated electrical panels from catching fire.