Remove the Soot.
Not the
Structure.

Yes. Dry ice is non-conductive, non-abrasive, and introduces zero moisture. It's safe to use directly around electrical wiring, plumbing, and structural components. Unlike pressure washing, there's no risk of driving water into wall cavities or further damaging compromised materials.

Dry ice blasting removes the soot and carbonized residue that is the source of smoke odor — including material embedded deep in porous substrates like wood and concrete. Eliminating the physical source is the most effective long-term odor solution. Some jobs may require supplemental ozone or hydroxyl treatment for final odor neutralization.

Yes. Dry ice blasting is a recognized, insurance-accepted remediation method. We provide detailed documentation including scope of work, before/after photography, and itemized reporting. We work alongside adjusters and restoration project managers regularly.

We offer 24/7 emergency response throughout the Greater Phoenix area. Call (480) 256-8092 for immediate dispatch. We understand that time is critical — the faster soot and smoke damage is addressed, the less secondary damage (including mold) occurs.

Yes — this is one of our primary business relationships. We regularly subcontract to ServPro, Paul Davis, BELFOR, PuroClean, and independent restoration companies throughout Phoenix. We integrate into your workflow and provide all documentation needed for the project record.

Fire restoration projects typically range from $5,000 to $25,000+ depending on square footage, contamination level, and structural complexity. Our Sun Lakes, AZ job — a 1,545 sq ft residential property — came in well under typical industry pricing. Smaller chimney/fireplace soot jobs start around $800–$2,000. Because the work is insurance-billable, most homeowners pay little to nothing out of pocket. We provide a detailed scope and quote within hours of your call — at no charge.

No. Dry ice rates 1.5–2 on the Mohs hardness scale (out of 10) — softer than wood. The cleaning action is driven primarily by thermal shock and rapid sublimation, not abrasion. It removes soot and char without altering the substrate underneath — whether that's structural wood, brick, metal, wiring, or painted surfaces.

Dry ice is solid carbon dioxide (CO₂) formed into small pellets approximately 3mm in diameter. The CO₂ used is reclaimed and recycled — a byproduct of industrial processes, not newly produced. On contact with a surface, it sublimates directly from solid to gas, expanding 800x in volume. No liquid phase. No residue. No moisture.

Minimal. Dry ice itself disappears entirely — it sublimates to CO₂ gas. What remains is only the contaminant removed: dislodged soot, char, and carbonized residue. This is swept or vacuumed in a single pass. Compare that to pressure washing, where soot-contaminated water saturates the structure, or media blasting, where blast media mixes with the contaminant and compounds the cleanup.