Rain storms can result in significant water damage to homes in Olathe, KS. In such situations it becomes necessary to hire professionals like ServiceMaster DSI to carry out storm damage cleanup so that problems such as mold growth, structural deterioration, and damage to your belongings can be prevented.
In the following sections we’ll look at how our experts make use of the right equipment to measure humidity so the drying process can be monitored properly and the right number of dehumidifiers can be used to expedite the process.
Storm Damage Cleanup and the Use of Equipment for Measuring Humidity
Disaster restoration experts utilize hygrometers for the purpose of measuring output provided by dehumidifiers. The measurement of humidity at the output and input of the dehumidifier helps storm damage cleanup technicians measure the rate of drying and accordingly decide about how many dehumidifiers to use.
Additionally, experts make use of a fast-responding thermo-hygrometer that provides accuracy to within 2% of the actual value.
Storm damage cleanup professionals also take the following steps to make sure correct readings are provided by the hygrometer. Steps they take include:
- Based upon the temperature the thermo-hygrometer was stored at, technicians take temperature measurement from high to low or vice-versa
- To get accurate results, storm damage cleanup experts ensure that the hygrometer fully stabilizes before measurements are taken
- Technicians utilize a hygrometer capable of calculating psychrometric readings like grains per pound to reduce the number of mistakes while readings are taken
Apart from hygrometers, ServiceMaster DSI storm damage cleanup experts also use moisture meters to trace moisture from the surface of a material down to the depth of absorption.
Technicians make use of both pinless and pin moisture meters depending upon the condition in the home. By using the right meter, they’re able to correctly decide whether it will be necessary to replace water damaged materials.
ServiceMaster DSI technicians are also aware of the limitations of these meters and will only use the meters where they’ll provide desired results.
For instance, our experts understand that a pinless meter will be able to detect moisture issues only to a depth of 0.75 inches. On the other hand, pin moisture meters have insulated pins that can be as much as seven inches long and help technicians investigate deeper into a surface.
Experienced disaster restoration professionals also know the other limitations that these pinless meters have. Depending upon conditions, these meters can provide false low or high values.
For example, if studs are present behind drywall, it’s likely that a meter will show higher values for such areas. This, however, doesn’t indicate that there’s a lot of moisture behind the drywall. It may well mean a material of different composition is behind the drywall.
Finally, we can say that experience and required training helps storm damage cleanup technicians select the right procedures and equipment that will provide desired results.
If your home in Olathe, KS, has been affected by a recent storm, give ServiceMaster DSI a call at (913) 262-1384. Our team will immediately get to work so your home is back on track.