Contamination Detection at the Molecular Level
EnviroDecon's integrated technology platform — from fluorescence surface imaging to forensic duct inspection — delivers the only complete, evidence-grade remediation protocol in New Mexico.
The Problem with Conventional Decontamination
Standard decontamination relies on visual inspection, surface swabs, and air sampling — methods that can miss up to 70% of contamination because they only detect what is already visible or what happens to be sampled. EnviroDecon's fluorescence imaging approach maps the entire contamination landscape before treatment begins, ensuring that nothing is overlooked and that post-treatment verification is objective and scientific.
Fluorescence Imaging Guided Surface Contamination Detection Technology
- Non-invasive, non-destructive assessment
- Detects contamination invisible to UV light alone
- Creates precise contamination mapping
- Provides before/after verification imaging
EnviroDecon's proprietary FIGSCDT system uses advanced fluorescence spectroscopy to detect surface contamination — including mold, bacteria, and chemical residues — that is completely invisible to the naked eye. This non-destructive imaging approach creates a precise contamination map before any restoration begins, ensuring targeted treatment and eliminating guesswork.
Certified Operator: EnviroDecon is the exclusive certified operator of Cleanspect™ technology for environmental remediation applications in New Mexico. Learn more about the science →
Fluorescence Imaging Guided Airborne Contamination Detection Technology
- Real-time airborne contaminant identification
- VOC and particulate matter analysis
- Quantitative concentration measurement
- Supports ASHRAE and EPA compliance
The FIGACDT system extends EnviroDecon's imaging capabilities to airborne particulates and volatile organic compounds (VOCs). By analyzing the fluorescence signatures of airborne samples, our technicians can identify specific contaminants, quantify concentrations, and design targeted air quality restoration protocols.
EnviroDecon AI-Powered IAQ Analysis — Powered by Sporecyte
- 30+ fungal species identified and quantified
- Room-by-room Count/m³ precision data
- Water Damage Indicator species flagging
- Photomicrograph documentation of organisms
- PJLA-accredited laboratory certification
- Clinical-record-ready clearance reports
EnviroDecon AI-Powered IAQ Analysis delivers room-by-room fungal species identification and quantification at Count/m³ precision. Powered by Sporecyte's AI-driven platform and PJLA-accredited laboratory analysis, the system identifies and quantifies 30+ fungal species — including Water Damage Indicator types such as Chaetomium globosum, Stachybotrys chartarum, and Ulocladium — with photomicrograph documentation of each identified organism. Unlike traditional air sampling methods that return a generic spore count, AI-Powered IAQ Analysis provides species-level intelligence that informs targeted remediation protocols and generates clearance documentation formatted for clinical records. The system analyzes both airborne spores and surface samples, giving EnviroDecon a complete picture of the fungal ecosystem in every room of the property.
Fourier-Transform Infrared Spectroscopy
- Molecular-level contaminant identification
- Works on solids, liquids, and gases
- Supports litigation and insurance documentation
- Identifies unknown chemical residues
FTIR spectroscopy provides molecular-level identification of unknown substances, chemical residues, and complex contamination mixtures. EnviroDecon's FTIR capability allows our scientists to precisely identify the chemical composition of contaminants — critical for selecting the correct restoration chemistry and verifying complete elimination.
Infrared Thermographic Analysis
- Detects hidden moisture without wall penetration
- Identifies mold growth conditions before visible signs
- Maps thermal bridges and insulation failures
- Supports insurance claim documentation
Infrared thermography reveals hidden moisture intrusion, thermal bridging, and structural anomalies that create conditions favorable to mold growth and biological contamination. EnviroDecon integrates thermal imaging into every assessment to identify the root cause of contamination — not just the symptoms.
The Missing Piece in Every Remediation Protocol
The HVAC duct system is the primary vector through which contamination re-enters a remediated space. Surface and airborne clearance without duct inspection is an incomplete protocol — for CIRS patients especially, contaminated ducts are the most common cause of symptom recurrence after remediation. EnviroDecon is the only remediation company in New Mexico that performs forensic duct inspection in-house as part of every CIRS Complete Protocol.
Forensic Imaging Ductoscope — Triple-Mode
- SpectraSwitch™: white-light, UV fluorescence, and thermal/IR in one probe
- Detects biofilm and mold colonies invisible to standard inspection
- Thermal/IR mapping identifies hidden moisture and water intrusion
- Court-admissible, Daubert-compliant chain-of-custody documentation
- 0.85–8 mm probe diameter, 30 m reach — accesses all duct configurations
The VD-FID is the world's first and only ductoscope combining three imaging modes in a single probe via the proprietary SpectraSwitch™ system. White-light HD inspection, UV 365/405 nm fluorescence for biofilm and mold colony detection invisible to standard light, and thermal/IR mapping for moisture intrusion and water leak detection — all switchable in the field without removing the probe. Every inspection produces timestamped, chain-of-custody video documentation that is Daubert-compliant and court-admissible.
AirVerify™ Real-Time Air Quality Verification
- Real-time mold spore, bacteria, VOC, PM2.5, CO₂, and humidity measurement
- Before/after timestamped reports — results in minutes, not days
- Required for CIRS Complete Protocol clearance documentation
- NADCA ACR-compliant documentation
- Supports insurance claims and regulatory compliance
AirVerify™ provides on-site, real-time measurement of the full indoor air quality profile — mold spores, bacteria, VOCs, PM2.5, CO₂, and humidity — before and after every duct cleaning. Results are available in minutes, not days, and are automatically timestamped and formatted into a before/after comparison report. For CIRS patients, AirVerify™ post-cleaning clearance is a required component of the EnviroDecon CIRS Complete Protocol before a physician-reviewed clearance report is issued.
EnviroFlow™ Low-Pressure Duct Cleaning System
- Operates at ≤1 IWC — safe for all flex duct configurations
- Standard systems operate at 5–20× safe pressure — EnviroFlow™ does not
- NADCA-certified technicians on every job
- Pre- and post-cleaning VD-FID ductoscope video documentation
- Biofilm treatment available: UV-fluorescence confirmed + EPA-registered antimicrobial
Standard truck-mounted negative air machines operate at 5–20× the safe pressure limit for flex ducting, causing structural damage to the 80%+ of New Mexico homes and commercial buildings with flexible duct systems. EnviroFlow™ LPS is a patented low-pressure cleaning system that operates at ≤1 IWC — within flex duct manufacturer tolerances — delivering thorough cleaning without compromising duct integrity. All EnviroFlow™ cleanings are performed by NADCA-certified technicians and documented with pre- and post-cleaning ductoscope video.
Surface and airborne clearance without duct inspection is an incomplete protocol for CIRS patients. Contaminated ducts are the most common cause of symptom recurrence after remediation. EnviroDecon's CIRS Complete Protocol requires VD-FID forensic duct inspection and AirVerify™ post-cleaning clearance before a physician-reviewed clearance report is issued. No exceptions.
The Only Complete CIRS Remediation Protocol in New Mexico
Eight integrated steps — from fluorescence surface imaging through physician-reviewed clearance — ensuring that no contamination pathway is left unaddressed.
Fluorescence imaging maps all surface contamination before any treatment begins.
Airborne particulate and VOC profiling establishes the room-level contamination baseline.
Species-level fungal identification and quantification at Count/m³ precision, PJLA-accredited.
Triple-mode forensic ductoscope inspection — white-light, UV fluorescence, and thermal/IR — documents duct contamination invisible to standard inspection.
Low-pressure cleaning at ≤1 IWC, safe for all flex duct configurations, with biofilm treatment if UV fluorescence confirms biofilm presence.
Targeted treatment using Microbial Warrior® protocol, matched to the specific contaminants identified in Steps 1–5.
Real-time post-cleaning air quality verification — mold spores, bacteria, VOCs, PM2.5, CO₂, and humidity — before clearance report is issued.
Integrated documentation package reviewed by the Medical Director, formatted for clinical records and payer documentation.
Our Four-Step Imaging Protocol
Every EnviroDecon engagement begins with a comprehensive imaging assessment. Our technicians deploy the FIGSCDT system to scan all surfaces in the affected area, creating a detailed fluorescence map that identifies contamination hotspots invisible to conventional inspection. Simultaneously, the FIGACDT system samples the air for particulates and VOCs. This dual-modality assessment takes between 2 and 8 hours depending on facility size and provides the scientific foundation for all subsequent treatment decisions.
- Complete surface contamination map
- Airborne contaminant profile
- Thermal anomaly identification
- Baseline documentation for insurance/legal
Armed with the imaging data, our certified restoration team designs a targeted treatment protocol that addresses each contamination type with the appropriate chemistry and methodology. This precision approach eliminates the guesswork of conventional restoration — we treat exactly what needs treating, at the correct concentration, for the correct duration. Treatment protocols are selected from our EPA-registered library of agents, matched to the specific contaminants identified in the assessment phase.
- Protocol matched to specific contaminants
- EPA-registered treatment agents
- Minimal disruption to facility operations
- OSHA-compliant safety procedures throughout
After restoration is complete, our technicians conduct a full post-treatment imaging assessment using the same FIGSCDT and FIGACDT systems used in the initial assessment. This verification imaging confirms that contamination has been eliminated to below detectable thresholds. The before-and-after imaging data provides objective, scientific evidence of successful restoration — not a technician's visual judgment.
- Post-treatment fluorescence imaging
- Quantitative comparison to baseline
- Clearance confirmation to regulatory standards
- Independent third-party verification available
Every EnviroDecon project concludes with a comprehensive documentation package. This includes the pre-treatment assessment report with imaging data, the restoration protocol and treatment log, the post-treatment verification report, and a signed clearance certificate from our certified scientists. This documentation package is designed to satisfy regulatory requirements, insurance claims, real estate transactions, and legal proceedings.
- Pre- and post-treatment imaging reports
- Signed clearance certificate
- Regulatory compliance documentation
- Insurance-ready project summary
See Our Technology in Action
Schedule a free assessment for your New Mexico facility and experience the difference that imaging-guided decontamination — from surface to air to duct — makes.