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Prioritising indoor air quality in building design can mitigate future airborne viral outbreaks

Otis Sloan Brittain, Hannah Wood, Prashant Kumar

2020Cities & Health47 citationsDOIOpen Access PDF

Abstract

The ongoing COVID-19 pandemic has brought into focus how poor indoor air quality can amplify the effects of airborne viruses. Rather than promoting health and wellbeing, our built environment often worsens air quality through inadequate ventilation, air recirculation, material specification and the additional pollution load from mechanical heating and cooling. In this think-piece, we introduce a selection of interrelated building design strategies to improve indoor air quality and reduce the spread and impact of airborne disease. We also highlight the need for interdisciplinary collaboration, targeted policy change and leadership on air quality to build resilience against future airborne viral outbreaks.

Topics & Concepts

Indoor air qualityAir quality indexEnvironmental scienceCoronavirus disease 2019 (COVID-19)Resilience (materials science)Quality (philosophy)Environmental planningAir pollutionBuilt environmentArchitectural engineeringEnvironmental resource managementEngineeringEnvironmental engineeringCivil engineeringMeteorologyGeographyInfectious disease (medical specialty)EcologyEpistemologyDiseaseMedicinePhysicsPathologyBiologyPhilosophyThermodynamicsInfection Control and VentilationIndoor Air Quality and Microbial ExposureClimate Change and Health Impacts
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