Carbon Dioxide levels and viral transmission
Carbon dioxide levels and viral transmission
Check out this great video looking at CO2 levels and how they relate to viral transmission
If you'd like to take a look at our mini CO2 monitors click on the image below:
How can we assess the freshness of indoor air?
One simple and effective tool for measuring indoor air quality is to assess the carbon dioxide (CO2 levels).
Outdoor air has a CO2 level of roughly 400 to 450parts per million (ppm).
Animals breath out CO2. Generally the more people in a relatively enclosed air space tge higher the CO2 level.
most jurisdictions accept up to a maximum of 800ppm for ‘safe’ indoor air.
At levels of 1500ppm our ability to concentrate decreases by 50%.
How can we assess the freshness of indoor air?
One simple and effective tool for measuring indoor air quality is to assess the carbon dioxide (CO2 levels).
Outdoor air has a CO2 level of roughly 400 to 450parts per million (ppm).
Animals breath out CO2. Generally the more people in a relatively enclosed air space tge higher the CO2 level.
most jurisdictions accept up to a maximum of 800ppm for ‘safe’ indoor air.
At levels of 1500ppm our ability to concentrate decreases by 50%.
How can we assess the freshness of indoor air?
One simple and effective tool for measuring indoor air quality is to assess the carbon dioxide (CO2 levels).
Outdoor air has a CO2 level of roughly 400 to 450parts per million (ppm).
Animals breath out CO2. Generally the more people in a relatively enclosed air space tge higher the CO2 level.
most jurisdictions accept up to a maximum of 800ppm for ‘safe’ indoor air.
At levels of 1500ppm our ability to concentrate decreases by 50%.
How can we assess the freshness of indoor air?
One simple and effective tool for measuring indoor air quality is to assess the carbon dioxide (CO2 levels).
Outdoor air has a CO2 level of roughly 400 to 450parts per million (ppm).
Animals breath out CO2. Generally the more people in a relatively enclosed air space tge higher the CO2 level.
most jurisdictions accept up to a maximum of 800ppm for ‘safe’ indoor air.
At levels of 1500ppm our ability to concentrate decreases by 50%.
