Fluidanalysis.net
A CLEANER WORLD INSIDE
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by Vironos, LP
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What if building owners, managers, HVAC engineers and service technicians possessed a tool to rapidly quantify the relative risk of airborne particle dispersion?The criticality of risk mitigation in both public and commercial building sectors is driving new means and methods of enhancing indoor air quality (IAQ), by mitigating airborne risks.
Now a well-established concept, airborne particle dispersion appears a key aerosol risk pathway.
Building HVAC systems can inadvertently enable and even accelerate the process, exposing occupants to a variety of airborne risks.
Vironos, LP's FLTRSim® mobile App provides knowledgeable users a tool to simulate the relative risks of airborne particle dispersion from HVAC systems. The FLTRSim® aerosol particle simulation App can enable users to simulate aerosol particles dispersion risk within a room, or structure.
Users enter known HVAC system technical data, occupied space and occupant information. The FLTRSim® App combines User's data with empirically derived, and conveniently tabulated aerosol dispersion factors. Users then iteratively combine HVAC System, Space, Occupant data and aerosol dispersion factors and evaluate results. By alternating assumptions for the HVAC System, Space and Occupant variables, Users can compare and proactively mitigate relative airborne particle inhalation risks. Download the FLTRSim® mobile App today to learn more about aerosol particle risk evaluation.
Vironos, LP's FLTRSim® mobile App provides knowledgeable users a tool to simulate the relative risks of airborne particle dispersion from HVAC systems. The FLTRSim® aerosol particle simulation App can enable users to simulate aerosol particles dispersion risk within a room, or structure.
Users enter known HVAC system technical data, occupied space and occupant information. The FLTRSim® App combines User's data with empirically derived, and conveniently tabulated aerosol dispersion factors. Users then iteratively combine HVAC System, Space, Occupant data and aerosol dispersion factors and evaluate results. By alternating assumptions for the HVAC System, Space and Occupant variables, Users can compare and proactively mitigate relative airborne particle inhalation risks. Download the FLTRSim® mobile App today to learn more about aerosol particle risk evaluation.
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