Our comprehensive system combines multiple advanced technologies to detect, analyze, and eliminate environmental contamination.
At EnviroDecon, we combine multiple advanced technologies to create a comprehensive system for detecting, analyzing, and eliminating environmental contamination. Our integrated approach ensures that nothing is missed, providing you with complete confidence in your decontamination efforts.
Unlike conventional approaches that rely on a single method, our multi-technology system provides multiple layers of verification, ensuring thorough assessment and remediation of contaminated environments.
Each technology in our arsenal serves a specific purpose in our systematic approach, working together to provide a complete solution for even the most challenging environmental contamination scenarios.
Our advanced surface fluorescence system reveals contamination invisible to the naked eye, providing real-time visualization for targeted remediation.
Our Fluorescence Image-Guided Surface Contamination Detection Technology (FIGSCDT) is a cutting-edge system that reveals invisible surface contamination in real-time. This advanced technology shines ultraviolet (UV) light on surfaces and detects autofluorescence at specific excitation/emission wavelengths, making the invisible visible.
The FIGSCDT system operates on a fundamental scientific principle: different biological molecules fluoresce at specific wavelengths when exposed to UV light. This natural phenomenon, known as autofluorescence, occurs without the need for additional chemical indicators or dyes.
When our specialized UV light source illuminates a surface, organic contaminants such as bacteria, mold spores, bodily fluids, and biofilms emit distinctive fluorescent signatures. Our calibrated detection system captures these emissions at precise wavelengths, creating a real-time visual map of contamination that would otherwise remain invisible to the naked eye.
Instantly reveals contamination patterns across surfaces for immediate assessment and targeted remediation.
Requires no sample collection or surface damage, preserving the integrity of the environment being assessed.
Identifies different types of biological contaminants based on their unique fluorescence signatures.
Efficiently scans large surface areas in minimal time, providing comprehensive contamination mapping.
Captures contamination patterns for before/after verification and detailed reporting.
Brings laboratory-grade detection capabilities directly to the field for on-site assessment.
The FIGSCDT system excels in a variety of environments where surface contamination poses risks:
Our FIGSCDT technology transforms the decontamination process by providing objective, science-based verification that goes far beyond the limitations of visual inspection. By revealing what conventional methods miss, we deliver superior outcomes and greater confidence in environmental safety.
Our advanced air fluorescence system identifies airborne biological contaminants in real-time, providing immediate classification and quantification.
Our Fluorescence Image-Guided Air Contamination Detection Technology (FIGACDT) is an advanced real-time bioaerosol detection system that samples air and analyzes airborne particles using sophisticated fluorescence technology. This cutting-edge system provides immediate identification and classification of biological contaminants in indoor air environments.
The FIGACDT system draws air samples through a specialized inlet and exposes airborne particles to ultraviolet (UV) light at specific wavelengths. When biological particles are illuminated, they emit distinctive fluorescence patterns based on their cellular composition. The system’s advanced sensors detect this autofluorescence at specific excitation/emission wavelengths, allowing for real-time classification of airborne contaminants.
Unlike traditional air sampling methods that require laboratory analysis, our FIGACDT technology provides immediate results through a comprehensive four-channel detection system that simultaneously monitors particle size, biofluorescence, fluorescence intensity, and spectral characteristics.
Measures and categorizes particles by aerodynamic diameter, providing crucial information about potential health impacts.
Distinguishes between biological and non-biological particles, focusing remediation efforts on actual biocontaminants.
Quantifies the concentration of biological material, allowing for assessment of contamination severity.
Classifies particles as bacteria, fungi, pollen, or other biological materials based on their unique fluorescence signatures.
The FIGACDT system is invaluable in environments where airborne biological contamination presents health risks:
Our FIGACDT technology transforms air quality assessment by providing immediate, actionable data about biological contaminants that traditional methods might miss. This real-time capability allows for faster response to contamination issues, more targeted remediation efforts, and objective verification of decontamination effectiveness.
When combined with our surface detection technology (FIGSCDT), these systems provide a comprehensive assessment of both surface and airborne contamination, creating a complete picture of environmental safety that conventional methods simply cannot match.
Our advanced gas detection systems identify airborne chemical compounds with laboratory-grade precision in real-time.
EnviroDecon utilizes Fourier Transform Infrared (FTIR) spectroscopy to identify and quantify gaseous compounds in the environment. This advanced technology allows us to detect a wide range of volatile organic compounds (VOCs), chemical agents, and other airborne contaminants with laboratory-grade precision.
Our FTIR systems can identify hundreds of different chemical compounds simultaneously, providing a comprehensive analysis of air quality and potential contamination sources. This capability is particularly valuable in environments where chemical contamination may pose health risks or interfere with sensitive operations.
Unlike conventional gas detection methods that may only identify broad categories of contaminants, our FTIR technology provides specific identification of individual compounds, allowing for more targeted and effective remediation strategies.
Simultaneously identifies hundreds of different gaseous compounds in a single analysis.
Detects trace amounts of contaminants that other methods might miss entirely.
Provides immediate results without the need for laboratory processing or lengthy wait times.
Distinguishes between similar compounds for precise contamination assessment.
Analyzes air quality without altering the environment or requiring physical samples.
Identifies EPA-classified hazardous air pollutants including acetaldehyde, benzene, and other harmful compounds.
Our thermal imaging systems reveal hidden moisture issues, temperature anomalies, and structural concerns invisible to the naked eye.
EnviroDecon employs Forward Looking Infrared (FLIR) thermal imaging technology to identify temperature variations, moisture issues, and structural anomalies that may contribute to contamination problems. This advanced technology allows us to see beyond the visible spectrum, revealing hidden issues that might otherwise go undetected.
Thermal imaging is particularly valuable for identifying moisture intrusion, which is often a primary factor in mold growth and bacterial contamination. By detecting temperature differences as small as 0.1°C, our FLIR systems can identify potential problem areas before visible damage occurs.
Our technicians are trained to interpret thermal images accurately, distinguishing between normal temperature variations and those that indicate potential problems. This expertise allows us to target our remediation efforts precisely, addressing the root causes of contamination rather than just the symptoms.
Identifies hidden moisture issues that may contribute to mold growth and bacterial contamination.
Creates detailed temperature profiles to identify anomalies and potential problem areas.
Evaluates structures without physical damage or disruption to occupants.
Identifies thermal bridges, insulation gaps, and other issues that may affect energy performance.
Detects overheating components and potential fire hazards in electrical systems.
Assesses heating, ventilation, and air conditioning systems for proper function and distribution.
Our military-grade decontamination technology neutralizes a broad spectrum of chemical and biological contaminants.
EnviroDecon utilizes Enviro DF-200, a military-grade decontamination technology originally developed for chemical and biological warfare agent decontamination. This advanced solution has been adapted for civilian use, providing unparalleled effectiveness against a wide range of contaminants.
Enviro DF-200 is a broad-spectrum decontaminant with proven effectiveness against bacteria, viruses, fungi, mold, and many chemical contaminants. Its unique formulation allows it to penetrate porous surfaces and biofilms that other decontaminants cannot reach, ensuring more thorough remediation.
Unlike many conventional decontamination agents, Enviro DF-200 is environmentally friendly and biodegradable. It breaks down into non-toxic compounds after use, minimizing environmental impact while maximizing effectiveness.
Effective against bacteria, viruses, fungi, mold, and many chemical contaminants.
Biodegradable formulation breaks down into non-toxic compounds after use.
Evaluates structures without physical damage or disruption to occupants.
Can be applied as foam, liquid, spray, vapor, or fog depending on the situation.
Begins neutralizing contaminants on contact for faster remediation.
Leaves no harmful residues that might require additional cleanup.
Comprehensive decontamination services for office buildings, retail spaces, and other commercial properties.
Specialized services for eliminating pet odors, wildlife contamination, and related biological hazards.
Comprehensive assessment and improvement of residential indoor air quality for healthier living.
