Poor indoor air quality is responsible for around 3.2 million premature deaths each year.
Accurately identifying indoor air pollution (IAP) sources is a quintessential step towards …

Large airport terminals consume significant energy due to their extensive ventilation
demands. Optimizing the operation of ventilation systems is a crucial aspect of achieving …

Prediction of indoor airborne pollutant concentrations can enable a smart indoor air quality
control strategy that potentially reduces building energy use and improves occupant comfort …

Venting range hoods can control indoor air pollutants emitted during residential cooktop and
oven cooking. To quantify their potential benefits, it is important to know how frequently and …

The indoor environmental quality (IEQ) was determined by assessment of its various
domains, among which the four principal ones are thermal, acoustic, visual and indoor air …

Indoor environments can pose a substantial respiratory infection risk, especially in densely
populated areas. It is therefore vital to evaluate and predict infection risks for mobile …

Past studies indicate that kitchen ventilation that minimally complies with California's
Residential Building Code is inadequate at controlling combustion pollutants from natural …

Large ventilation demand is a major reason for the high energy usage of large airport
terminals. This study proposed an optimal CO2-based demand-controlled ventilation (DCV) …

This report presents a simulation-based analysis that estimates the magnitude of indoor air
pollutant concentration changes that could result from the proposed energy conservation …

Indoor air pollution (IAP) monitoring is important for understanding and mitigating the
associated health risks. However, identifying the sources of pollutants is also crucial for …