Independent Testing and Evidence of AtmosAir Performance
AtmosAir is a globally recognised leader in HVAC air purification technology.
Its active air purification using bi-polar ionization (BPI) systems are supported by independent, peer-reviewed evidence, accredited laboratory testing, and real-world field - validated studies across multiple building types.
AtmosAir technology has been evaluated by:
• Accredited third-party laboratories
• Universities and research institutions
• Environmental and engineering firms
• Healthcare and commercial building operators
Across these independent evaluations, active air purification via bi-polar ionization has consistently demonstrated measurable reductions in airborne contaminants within occupied indoor environments.
Poor Indoor Air Quality and Preventing Airborne Illnesses
How is IAQ measured and monitored?
Indoor Air Quality (IAQ) is measured and monitored using electronic sensors and, in some cases, laboratory analysis to detect pollutants like PM2.5, VOCs,
𝐶𝑂2, 𝐶𝑂, and allergens. Monitoring is achieved through continuous real-time, 24/7, digital devices with web-based platforms.
Data Analysis
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Dashboard/Apps: Modern, continuous monitors display data via apps or web interfaces, providing real-time air quality indices (AQI).
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Automation: Data can trigger HVAC systems to increase ventilation if pollutant thresholds are exceeded.
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Calibration: For accuracy, monitors should be calibrated or "co-located" with regulatory-grade instruments.
What Has Been Tested
AtmosAir systems have been independently tested & field - validated against a broad range of Contaminants of Concern (CoCs), including:
Pathogens and Microorganisms.
Click on each picture to review the Research.
BPI vs VOCs
BPI vs C Difficile
BPI vs Coronavirus
BPI vs MS-2 Virus
How AtmosAir Has Been Tested
AtmosAir's performance has been evaluated using controlled laboratory studies and realistic indoor environments, including:
• Comparison against natural decay rates of airborne contaminants
• Testing in spaces designed to reflect homes, offices, healthcare, and commercial buildings
• Measurement of contaminant reduction in occupied air, not just inside HVAC equipment
This approach confirms that AtmosAir's active air purification system treats the air people actually breathe, rather than relying solely on return-air or duct-only filtration methods.
AtmosAir: Air cleaning, the Facts and Figures
Peer-Recognised Scientific Validation
Review the real world field - validated testing of AtmosAir's active air purification system versus a wide range of contaminants:
Coronavirus, C Diff, Staph.
MRSA, MS2, E. Coli,
VOCs,
PM 0.3 micron,
Spores,
Micro organisms
As well as versus other air purification systems
Dr. Philip M. Tierno Jr.,
Professor of Microbiology and Pathology,
New York University School of Medicine, states:
“There is only one technology that satisfies all of the tenets for providing clean indoor air quality for an entire building, and this is accomplished by the production of positive and negative ions (bi-polar ionization). That system is AtmosAir Bi-Polar Ionization.”
This evidence-based assessment reflects AtmosAir’s ability to address whole-building IAQ, not just localized air treatment.
Airborne Particle Reduction
Independent testing shows AtmosAir's active air purification system significantly accelerates the reduction of airborne particles compared to natural decay alone, validating its effectiveness in everyday indoor environments.
Elimination of Bacterial Bioaerosols
Custom microbiological air quality field - validated studies confirm that AtmosAir's active air purification system effectively reduce bacterial bioaerosols suspended in indoor air.
Clostridium difficile (C. diff)
Hospital-focused evidence =based studies demonstrate that AtmosAir's active air purification system significantly reduces airborne C. diff, a critical concern in healthcare environments.
Human Coronavirus (229E)
Laboratory testing confirms that AtmorAir's active air purification system delivers an effective reduction of Human Coronavirus (Strain 229E), a widely accepted surrogate for enveloped respiratory viruses.
How AtmosAir Compares to Other Air Purification Technologies
Unlike passive or reactive air purification systems that rely on air passing through filters or UV exposure, AtmosAir is an active air purification solution.
Bi-polar ions are distributed through the HVAC supply air, enabling continuous interaction with contaminants within the occupied space itself.
This distinction is central to why field - validated tests reveal that AtmosAir performs across multiple pollutant categories simultaneously.
In Summary
AtmosAir’s performance is not theoretical.
It is supported by:
• Independent laboratory validation
• Peer-reviewed scientific research
• Field testing in real buildings
• Proven effectiveness across pathogens, VOCs, and fine particulates
