Categories

Factors affecting indoor air quality Particles in Indoor Air Quantifying Indoor and Outdoor Particle Relationship

Indoor air pollutants Benzene Bioaerosols CO Dust microbiome Naphthalene NO2 O3 Particulate matter PM0.1 PM10 PM2.5 Polycyclic aromatic hydrocarbons Radon Tetrachloroethylene Trichloroethylene Volatile organic compounds and formaldehyde

Sensors Aranet 4 Awair Omni CO2Panel PI Dioxcare Extech CO1O Foobot Interoperability PCE-VOC 1 SensorThings API URADMonitor MODEL A3 Wöhler CDL 210

Recommendations and guidelines Guidelines for national indoor environmental quality requirements

Innovation Management Business Model

Data Management Data Management Plan IPChem Standards Platform for Data Management

IAQ Policy Landscape A. The Importance of Clean Air and Today's Air Quality Concerns B. Understanding Indoor Air: Challenges and Differences from Outdoor Air C. Indoor Air Quality Relationship to Human Health D. Indoor Air Quality: Pollutants, Sources, and Influencing Factors E. Biomass Combustion and Indoor Air Quality F. Interplay Between Outdoor and Indoor Air Quality: The Dynamics of Sources, Ventilation, and Interactions G. International Normative Framework H. WHO Indoor Air Quality Guidelines, 2010 I. WHO global air quality guidelines: particulate matter (PM2.5 and PM10), ozone, nitrogen dioxide, sulfur dioxide and carbon monoxide – 2021 J. Indoor Air Quality and the Sustainable Development Goals K. EU Legislative Framework on Indoor Air Quality L. EU Ambient Air Quality Directives M. European Parliament's Renewed Focus on Indoor Air Quality N. EU's Zero Pollution Action Plan and its Focus on Air Quality O. Horizon Europe Projects P. Overview of European Union Ambient Air Quality Standards

Welcome to EDIAQI WIKI EDIAQI is a European-funded research and innovation action under the Horizon Europe framework programme. The EDIAQI project will study indoor air pollution in European cities, using short-term, high-intensity measurements and long-term, large-scale monitoring. The project will aim to understand the sources, routes of exposure, and health effects of indoor air pollution.

Indoor air pollutants

Indoor air pollutants Benzene Bioaerosols CO Dust microbiome Naphthalene NO2 O3 Particulate matter PM0.1 PM10 PM2.5 Polycyclic aromatic hydrocarbons Radon Tetrachloroethylene Trichloroethylene Volatile organic compounds and formaldehyde

IAQ Policy Landscape

IAQ Policy Landscape A. The Importance of Clean Air and Today's Air Quality Concerns B. Understanding Indoor Air: Challenges and Differences from Outdoor Air C. Indoor Air Quality Relationship to Human Health D. Indoor Air Quality: Pollutants, Sources, and Influencing Factors E. Biomass Combustion and Indoor Air Quality F. Interplay Between Outdoor and Indoor Air Quality: The Dynamics of Sources, Ventilation, and Interactions G. International Normative Framework H. WHO Indoor Air Quality Guidelines, 2010 I. WHO global air quality guidelines: particulate matter (PM2.5 and PM10), ozone, nitrogen dioxide, sulfur dioxide and carbon monoxide – 2021 J. Indoor Air Quality and the Sustainable Development Goals K. EU Legislative Framework on Indoor Air Quality L. EU Ambient Air Quality Directives M. European Parliament's Renewed Focus on Indoor Air Quality N. EU's Zero Pollution Action Plan and its Focus on Air Quality O. Horizon Europe Projects P. Overview of European Union Ambient Air Quality Standards

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