Microscopic smoke particles penetrate walls, ducts, and soft goods within hours. We don't just cover up the smell—we neutralize the source using industrial-grade science.
Technicians currently deployed in your area.
Different fires produce different types of residue. Understanding the type is critical for proper remediation protocol.
Low heat, smoldering fires. Result: Sticky, smeary residue with a pungent odor.
Characteristic: SmearyFast burning, high heat fires. Result: Powdery, non-smeary residue.
Characteristic: PowderyInvisible, extremely pungent residue often from kitchen fires. Discolors paint/varnish.
Characteristic: InvisibleFurnace puff-backs causing oily, dangerous soot deposits covering surfaces.
Characteristic: OilyWe use advanced physics, not perfume, to eliminate odors.
Uses UV light to create hydroxyl radicals that chemically decompose odor molecules. Safe for occupied spaces.
Recreates the fire's path. A heated deodorizer fog penetrates every crack and crevice where smoke traveled.
Captures 99.97% of airborne particulates down to 0.3 microns, effectively clearing the air of soot.
Our expert restoration process ensures no residue is left behind.
Removing non-salvageable debris and charred materials to eliminate the bulk of the odor source immediately.
Using chemical sponges and specialized alkaline detergents to lift acidic soot from structural surfaces.
Application of thermal fog or ozone treatments to neutralize deep-set odor molecules in pores.
Applying specialized shellac-based sealers to lock in any remaining microscopic particulates before painting.
Don't throw it away yet. Our ultrasonic cleaning and soft goods sanitization can save sentimental items, electronics, and clothing.
Learn About Contents CleaningThe longer acidic soot sits, the more irreversible damage it causes to metals, glass, and plastics. We are ready to deploy 24/7.