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EDIAQI - Evidence Driven Indoor Air Quality Improvement

Indoor air pollution is an emerging threat to European society that is claiming millions of lives annually. Recently, the time spent indoors has increased dramatically due to the global pandemic, increasing the exposure to indoor air pollutants and the subsequent negative effects on both physical and mental health and well-being. Recent studies suggest that poor indoor air quality along with contamination by biological agents related to moisture and mould, increase the risk of respiratory diseases by 50%.

Furthermore, a systematic review and meta-analysis from 2020 noted that in 2017 household air pollution was associated with 1.8 million deaths and more than 60 million disability-adjusted life years globally. It should be highlighted that most of the burden associated with household air pollution is seen in low and middle-income countries.

However, when it comes to indoor air quality itself, serious knowledge gaps remain in areas such as, the complex nature of indoor-outdoor pollution relationships, pollution sources and exposure pathways, health effects of emerging pollutants and the ventilation of indoor spaces. This is mainly because air quality monitoring in the European Union (EU) is primarily focused on outdoor air quality, which paradoxically is a result of regulatory target compliances, which is lacking for indoor environments.

To address this issue and promote living and working in healthy environment, the EDIAQI project (Evidence Driven Indoor Air Quality Improvement) has been launched, funded under the Horizon Europe framework programme. EDIAQI presents an interdisciplinary, science-based, and data-driven approach to improve guidelines and awareness for advancing the Indoor Air Quality (IAQ) in Europe and beyond. Besides creating new evidence from planned cohorts, pilots and measurement campaigns, the scientific team in this project will leverage knowledge from past cohorts and data with a strong focus on sensitive groups of pre-school and school children with a high risk of asthma.

More specifically, the project will characterize sources and routes of exposure and dispersion of chemical, biological, and emerging indoor air pollution in multiple cities in European Union (EU). EDIAQI will also aim to quantify the main properties of pollutants and processes through a dual approach in which the project team will 1) carry out state-of-the-art, small-scale, high-intensity scientific focus measurement campaigns; and 2) investigate the long-term, large-scale monitoring of target indoor air pollutants.

Through a unified strategy for indoor air pollution monitoring, EDIAQI aims to enable scientists to better understand indoor pollution levels and the associated health impacts, provide science-based information for legislative bodies to set guidelines and develop strategies for sustainable, science-based technological innovations to improve indoor air quality.



FinEst Centre for Smart Cities (TalTech) is responsible for all pilots and campaign coordination to ensure the overarching objectives are delivered on time in standardized ways according to the data management and interoperability standards. FinEst Centre will ensure the flow of data to the joint server and develop project wiki with elaboration of a synthesis of the project results. Additionally, FinEst Centre is also responsible for the Estonian Pilot on Bid Data Analytics that targets multiple building scenarios operated by local municipalities such as administrative and social care buildings, schools, kindergartens, and universities. The pilot will support a systemic change in the awareness of people, which may also support changes in behaviour. This will be achieved by instrumentation – sensors in buildings and by collecting and analysing the experience and perception of people using the buildings.

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