NATA-Accredited Laboratory Analysis

Fire Damage Assessment & Contamination Testing

Fire damage extends far beyond visible char and smoke marks. Our forensic assessment identifies hidden soot contamination, toxic chemical residues, and PAH deposits throughout your property — providing the documented evidence insurers require and ensuring occupant safety before re-inhabitation.

Fire Damage by the Numbers

70%
Hidden contamination beyond visible damage
PAH
Carcinogenic compounds tested
24hr
Urgent assessment available
NATA
Accredited analysis

Why Professional Fire Damage Assessment Matters

After a fire, the visible damage tells only part of the story. Microscopic soot particles and toxic chemical residues can spread throughout your property via HVAC systems and air currents, contaminating surfaces that appear untouched by the fire itself.

Without proper assessment, you risk ongoing exposure to carcinogenic compounds like polycyclic aromatic hydrocarbons (PAHs), respiratory irritants from soot particles, and potentially hazardous chemicals released from burned materials including plastics, electronics, and building components.

Our forensic fire damage assessment quantifies contamination levels throughout your property, identifies specific hazards, and provides the documented evidence required for insurance claims and safe re-occupancy decisions.

Hidden Contamination Detection

Find soot and chemical residues beyond visible damage areas

Insurance Documentation

NATA-accredited results accepted by all insurers

Health Risk Assessment

Identify PAHs, PCBs, and other toxic compounds

Clearance Verification

Post-remediation testing confirms decontamination

Fire Damage Contaminants

Comprehensive testing for all combustion byproducts and fire-related contamination.

Soot Particles

Fine carbonaceous particles from incomplete combustion that penetrate deep into porous materials and can cause ongoing respiratory issues.

Sources: All combustion, particularly oxygen-deprived burning

PAHs (Polycyclic Aromatic Hydrocarbons)

Carcinogenic compounds formed during incomplete combustion of organic materials. Persistent environmental contaminants requiring specific remediation.

Sources: Wood, plastics, petroleum products, organic materials

PCBs (Polychlorinated Biphenyls)

Toxic compounds released from older electrical equipment, fluorescent light ballasts, and some building materials when burned.

Sources: Pre-1980 electrical equipment, capacitors, transformers

Heavy Metals

Lead, cadmium, zinc, and other metals released when painted surfaces, batteries, electronics, and metal components are exposed to fire.

Sources: Lead paint, electronics, batteries, galvanised metals

Chlorinated Compounds

Toxic gases and residues from burning PVC plastics, cable insulation, and chlorine-containing materials. Can form dioxins.

Sources: PVC pipes, electrical wiring, vinyl flooring

VOCs (Volatile Organic Compounds)

Off-gassing from heat-damaged materials and combustion residues. Can persist for extended periods after fire.

Sources: Paints, adhesives, synthetics, furnishings

Fire Damage Assessment Process

Systematic forensic approach to identifying and documenting fire contamination.

1

Initial Site Survey

Visual assessment of fire damage extent and identification of sampling locations throughout property.

2

Sample Collection

Surface wipes, bulk material samples, and air samples collected using proper chain of custody protocols.

3

Laboratory Analysis

NATA-accredited analysis for soot, PAHs, PCBs, heavy metals, and other fire contaminants.

4

Expert Report

Comprehensive findings with contamination mapping, health risk assessment, and remediation recommendations.

Fire Damage Testing Questions

What contaminants are tested after a fire?
Post-fire testing includes soot particle analysis, PAH (polycyclic aromatic hydrocarbons) which are carcinogenic combustion byproducts, PCBs in older buildings, heavy metals from burned materials, chlorinated compounds from plastics, and volatile organic compounds (VOCs). The specific testing panel depends on what materials were involved in the fire.
Why is professional fire damage testing important?
Fire contamination extends beyond visible damage. Microscopic soot particles and chemical residues can penetrate HVAC systems, settle on surfaces throughout the property, and pose ongoing health risks. Professional testing quantifies contamination levels, identifies specific hazards, and documents the scope of damage for insurance claims.
Do I need fire damage testing for insurance claims?
Yes, professional contamination assessment provides documented evidence of the extent of fire damage beyond visible char and smoke marks. NATA-accredited test results are accepted by insurers and support accurate claim quantification and remediation scope determination.
How long after a fire should testing be done?
Testing should be conducted as soon as safely possible after the fire is extinguished and the property is accessible. Early testing documents original contamination levels before any cleaning or disturbance of residues. Post-remediation testing then verifies successful decontamination.
What's included in the fire damage report?
Our comprehensive report includes contamination mapping showing affected areas, quantified test results for each contaminant, comparison to health-based guidelines, health risk assessment, recommended remediation scope, and photographic documentation. Reports are formatted for insurance submission.

Ready to get started, or want to understand what's involved? Contact us to request a fee proposal or arrange an assessment. We do not provide free telephone consultations — all advice is based on site assessment and laboratory data.

Need Fire Damage Assessment?

Our forensic fire damage assessment identifies hidden contamination, documents damage for insurance, and ensures your property is safe for re-occupancy. Contact us for urgent assessment.