The phrase "indoor pollutant" is correct and usable in written English.
It is typically used to describe a harmful substance in the air within an indoor environment, such as a home or office. For example, "High levels of indoor pollutants can cause health problems."
Although the performance usage model does not account for all of these system components, it integrates many of the quantifiable factors emissions rates, fuel efficiency, usage and displacement, room size, and ventilation to illustrate how key parameters influence indoor pollutant concentrations and to explore multiple pathways to reduce household air pollution and fuel use.
Under the different performance usage scenarios, and again assuming linear relationships between stove use and indoor pollutant concentrations, the TSF is estimated to be the dominant source of air pollution for most scenarios.
The PACT-IAQ has promising application in indoor pollutant control.
None of the indoor pollutant concentrations were significantly different between green and non-green homes.
Although the E.P.A. has no power to regulate tobacco smoke as an indoor pollutant, the agency's recommendations will strongly influence employers and state and local governments.
The design of air conditioning mechanical ventilation (ACMV) system affects the building energy performance and the indoor pollutant removal process.
The numerical model uses a Monte Carlo prediction method to generate probabilistic distributions of indoor pollutant concentrations.
It is shown that the diffuse ceiling ventilation system is able to remove indoor pollutant in an efficient way.
The objective is to set the minimum fresh air quantity which is a function of the indoor pollutant concentrations rather than metabolic carbon dioxide.
