The laboratory focuses on the development and application of integrated methodologies to understand atmospheric chemical and physical processes and their impact on human health. Its main thematic area is Environment and Health, combining scientific research with societal relevance.

The lab conducts advanced monitoring and analysis of physicochemical parameters across different atmospheric scales, with particular emphasis on the chemical composition of particulate matter (PM). This includes the study of organic compounds such as polycyclic aromatic hydrocarbons and ionic species like sulfate, nitrate, ammonium, chloride, and phosphate.

A key research direction is the comprehensive assessment of indoor air quality, examining both chemical pollutants and physical parameters (e.g., temperature, lighting, ventilation) that affect human comfort and well-being. Large-scale studies are also carried out to investigate how environmental conditions, ventilation, and socio-economic factors influence perceived comfort and exposure.

The laboratory develops computational methods for source apportionment, identifying pollution sources and quantifying their contributions using receptor models. It also examines the influence of meteorological conditions on pollution levels and integrates these findings into modeling approaches.

Further research includes the assessment of population exposure to air pollution and its effects on health, as well as the monitoring of greenhouse gases and their emission sources. The lab also investigates environmental impacts from extreme events such as wildfires and industrial accidents.

Finally, the laboratory contributes to the development of innovative technologies for improving air quality and supports policy-making processes aimed at enhancing urban resilience and aligning with European environmental standards.

AirTechLab NCSR''Demokritos''

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