Insufficient ventilation can lead to occupant complaints of discomfort and reduced productivity as human and building generated pollutants build up. Some combinations of these elevated pollutants may have short or long-term detrimental health effects. Carbon Dioxide (CO2) is very rarely a pollutant of direct health concern itself. Rather a tracer gas, because building occupants exhale CO2 and is used as a tracer gas that is an excellent indicator of adequate (or inadequate) ventilation. Keeping in view this fact we measured CO2 as a marker, or tracer gas, to determine the outdoor air ventilation (dilution air) rate in an occupied space. Low CO2 concentration, when measured during periods of average and higher occupancy, implies that human g...
Background A previous observational study detected a strong positive relationship between sick leave...
Human breath causes indoor air quality (IAQ) to get worse in overcrowded places such as schools, hos...
The feasibility of controlling ventilation rates using occupant-generated carbon dioxide (C02) as th...
Carbon dioxide (CO2) is a known global pollutant and is responsible for the global warming that the ...
Human health is dependent on the Indoor Air Quality (IAQ) of residential and public buildings, where...
Air quality can be evaluated based on the CO2 concentration. The theoretical reference limit is ~350...
In the wake of the current worldwide COVID crisis, the vital role of ventilation in keeping healthy ...
It is well known that adverse health conditions could develop due to outdoor air pollutants, such as...
With modern populations in developed countries spending approximately 90% of their time indoors, and...
This paper deals with new ways to describe and assess indoor air CO2-levels to provide a sufficient ...
In a business as usual scenario, atmospheric carbon dioxide concentration (CO2) could reach 950 part...
Human breath causes indoor air quality (IAQ) to get worse in overcrowded places such as schools, hos...
Occupant-generated carbon dioxide (CO2) is used as the tracer gas to determine ventilation rate. Alt...
With modern populations in developed countries spending approximately 90% of their time indoors, and...
Carbon dioxide (CO2) sensors are often deployed in commercial buildings to obtain CO2 data that are ...
Background A previous observational study detected a strong positive relationship between sick leave...
Human breath causes indoor air quality (IAQ) to get worse in overcrowded places such as schools, hos...
The feasibility of controlling ventilation rates using occupant-generated carbon dioxide (C02) as th...
Carbon dioxide (CO2) is a known global pollutant and is responsible for the global warming that the ...
Human health is dependent on the Indoor Air Quality (IAQ) of residential and public buildings, where...
Air quality can be evaluated based on the CO2 concentration. The theoretical reference limit is ~350...
In the wake of the current worldwide COVID crisis, the vital role of ventilation in keeping healthy ...
It is well known that adverse health conditions could develop due to outdoor air pollutants, such as...
With modern populations in developed countries spending approximately 90% of their time indoors, and...
This paper deals with new ways to describe and assess indoor air CO2-levels to provide a sufficient ...
In a business as usual scenario, atmospheric carbon dioxide concentration (CO2) could reach 950 part...
Human breath causes indoor air quality (IAQ) to get worse in overcrowded places such as schools, hos...
Occupant-generated carbon dioxide (CO2) is used as the tracer gas to determine ventilation rate. Alt...
With modern populations in developed countries spending approximately 90% of their time indoors, and...
Carbon dioxide (CO2) sensors are often deployed in commercial buildings to obtain CO2 data that are ...
Background A previous observational study detected a strong positive relationship between sick leave...
Human breath causes indoor air quality (IAQ) to get worse in overcrowded places such as schools, hos...
The feasibility of controlling ventilation rates using occupant-generated carbon dioxide (C02) as th...