Ozone treatment, thermal fogging, and HEPA filtration to eliminate smoke odor at the molecular level — not mask it.
Get a Free Quote Free AssessmentSmoke odor is one of the most persistent and difficult-to-eliminate consequences of a house fire. Smoke particles penetrate every porous surface — drywall, wood framing, insulation, carpet, HVAC ductwork, upholstery, and contents — and the odor can remain for years if not properly treated. Surface cleaning alone does not eliminate smoke odor because the odor-causing compounds are embedded deep in porous materials and circulate through the air continuously. Professional treatment methods reach where cleaning cannot.
Franklin County and the Tri-Cities area, Washington.
Get a Free Quote Request Free AssessmentOzone (O3) is a highly reactive form of oxygen that, when generated in sufficient concentrations inside a structure, oxidizes the odor-causing compounds produced by smoke. Ozone molecules break down aldehydes, hydrocarbons, and other volatile compounds by bonding with them and neutralizing them chemically — not just masking them with a different smell. Ozone treatment is done with the structure unoccupied: industrial ozone generators are placed throughout the affected area, the building is sealed, and ozone is generated at concentrations that penetrate porous materials including drywall, wood, insulation, and soft furnishings.
After the treatment cycle, the structure is ventilated, and the ozone dissipates back to normal oxygen. The deodorizing effect, when performed correctly at the right concentration and duration, is permanent for the treated odor compounds. Ozone treatment is particularly effective for Pasco homes where smoke has penetrated into wall cavities and structural materials that cannot be physically cleaned.
Thermal fogging replicates the behavior of smoke — getting into the same pores, cracks, and spaces that smoke penetrated. A solvent-based deodorizing compound is superheated into a very fine fog and introduced into the affected space. The fog particles follow the same paths smoke took, depositing deodorizing compounds directly in the locations where odor-causing residues are embedded. Thermal fogging is often used alongside ozone treatment for comprehensive coverage, and it's especially effective in Pasco homes where smoke has reached attic spaces, crawl spaces, and areas behind walls.
HEPA air scrubbers run continuously during the odor removal process, capturing particulate matter — including smoke particles still suspended in the air — at 99.97% efficiency for particles down to 0.3 microns. This improves air quality for the occupants during and after treatment and captures the particulates that carry odor compounds.