Post-Fire Assessment
After the fire comes the invisible challenge.
The visible damage is obvious. What's harder to see: smoke residue settling on every surface, soot infiltrating the HVAC, structural gaps now exposing your home to outdoor air. We measure what remains and what changed.
After remediation, you need to know: Is the air safe? Is the structure intact? What still needs to be addressed?
Fire changes your home's breathing.
A fire — whether it started inside or your home was damaged by wildfire smoke infiltration — fundamentally alters your home's structure and air quality. The visible flames may be gone, but the damage persists in three ways:
What changes after fire
- Smoke residue — soot, particulates, and volatile organic compounds settle on every surface, in insulation, in ductwork
- Structural gaps — fire damage to siding, roof, windows, and doors creates uncontrolled air leakage
- HVAC contamination — smoke infiltrates ducts, coating them with residue and spreading it throughout the home
- Insulation degradation — heat and smoke compromise insulation R-value and integrity
- Moisture intrusion — water from firefighting, combined with structural gaps, creates new moisture problems
A complete post-fire picture.
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Air Quality & Particulates
Airborne soot, smoke residue, and volatile organic compounds. We measure what's still suspended and what's settled.
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Structural Integrity
Gaps, cracks, and openings in the thermal envelope that allow unfiltered outside air to enter. Fire often compromises sealing.
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HVAC Contamination
Smoke infiltration in ducts, filters, and equipment. Compromised systems spread contamination throughout the home.
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Water Damage & Moisture
Firefighting water, combined with structural damage, creates moisture intrusion and secondary mold risk.
Clarity on recovery.
Every post-fire assessment produces a comprehensive report that documents air quality findings, structural damage assessment, and a clear recovery roadmap.
- Air quality measurements — particulates, volatile organics, smoke residue levels
- Structural assessment — thermal envelope integrity, gap locations, air leakage points
- HVAC evaluation — duct contamination, filter condition, equipment exposure
- Moisture & mold risk assessment — water intrusion pathways, secondary damage potential
- Photographic documentation — visual evidence of damage and contamination
- Prioritized recommendations — sealing, HVAC remediation, decontamination, next steps
After the fire comes the assessment.
Whether your home experienced direct fire damage or was impacted by wildfire smoke infiltration, understanding the post-fire condition of your air quality and structure is the first step in recovery planning.
Rebuilding but still feeling sick? Understanding post-fire symptoms and recovery expectations can help. View Post-Fire Recovery & Health →