The Top 3 Smoke Odor Solutions

5/28/2022 (Permalink)

Types of Smoke Damage Remediation Treatments

Smoke contains hundreds of odorants, and residual particles can cause odor to linger in interior air and contents. If a fire has recently broken out at a commercial building in Valley Center, KS, the property owner or manager should consider arranging for any of the following types of smoke damage remediation treatments.

1. Ozone Smoke Cleaning
A machine that emits the gas ozone can be used to eliminate odors. As high concentrations of ozone are necessary to counteract the effects of lingering smoke and soot, it is necessary to evacuate a commercial building during ozone treatment. Factors related to business interruption and lost revenue may determine whether an isolated ozone treatment or ongoing hydroxyl odor modification is the best choice.

2. Hydroxyl Treatment
A hydroxyl generator replicates the action of ultraviolet rays emitted by the sun on molecules of water vapor to generate hydroxyl radicals that cause odor-causing chemicals to rapidly decompose in the air. This method of smoke damage mitigation can be pursued while occupants continue to work in the commercial building or office environment that is being treated.

3. Thermal Fogging
Another odor modification solution involves heating and diffusing deodorizing compounds throughout interior air. Smoke odor remediation specialists generally recommend cleaning up soot and smoke residues on surfaces in advance of odor modification. As with ozone generation, evacuation is necessary during thermal fogging treatments.
Ozone odor remediation is the fastest way to get rid of smoke damage at a commercial property in Valley Center, KS. If evacuation is possible, an ozone generator or thermal fogger are effective solutions. Hydroxyl generators do not necessitate a vacant building for treatment but also work more slowly. Any structure adversely affected by fire or smoke should undergo fire and soot damage cleaning and restoration followed by thorough air filtration prior to odor modification.