If you have a fire or water emergency, please call us now at (719) 574-2789

To have the optimal experience while using this site, you will need to update your browser. You may want to try one of the following alternatives:

Fire & Water - Cleanup & Restoration

We Put The Flames Of Worry Out In Colorado Springs After A Fire

5/4/2021 (Permalink)

bathroom burned, toilet, walls of bathroom covered with soot, bathroom sink covered with soot after fire damage We have the experience, training, and equipment to restore your home to pre-damage conditions after a fire disaster. We are available 24/7.

Know Your Odors: Controlling the Smells That Come With Fire Damage in Colorado Springs

For homeowners who suffer fire damage, one of the most devastating and noxious issues is the ongoing presence of odors. They serve as a reminder of the fire, and they also represent a potential health hazard.

Controlling those odors is a multilayered process, but the SERVPRO fire damage experts in Colorado Springs use a complete set of procedures to solve the problem. And that process starts with basic knowledge involving the nature and characteristics of odor particles.

As you might expect, odor particles are microscopic. They’re typically measured in microns, with a size range of 0.01 to approximately 4 microns.

As small as that number sounds, it becomes even more startling when compared to other tiny objects. For instance, the tip of a human hair measures 75-100 microns, making it dozens of times larger than a typical odor particle. That tininess is what allows odor particles to easily penetrate surfaces in your home after fire damage.

To eliminate them, deodorant particles must be used to penetrate those same surfaces. This allows them to combine with the odor particles and neutralize them.

This is where SERVPRO expertise comes into play. SERVPRO techs know how to create the right conditions for deodorant particles to work so the problem can be solved quickly and completely.

SERVPRO techs also use several other characteristics of odor particles to help eliminate smoke odors. One is the surface porosity of the penetrated materials—the more porous the material, the more likely it is to absorb odors. Another is the concentration of residue on penetrated materials. The more concentrated the residue, the larger the amount of surface area that is typically impacted.

The other two major factors are heat and the amount of exposure time. The longer the surfaces are exposed, the larger the number of odor particles that penetrate surfaces. And heat makes porous surfaces expand, which in turn allows odor particles to penetrate more deeply. When the heat is removed and the surfaces contract, the odor particles are left behind and trapped, and once again deodorant particles are the solution.

Other News

View Recent Posts