Emissions and fate of organophosphate esters in outdoor urban environments

Timothy F. M. Rodgers, Amanda Giang (), Miriam L. Diamond, Emma Gillies and Amandeep Saini ()
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Timothy F. M. Rodgers: University of British Columbia
Amanda Giang: University of British Columbia
Miriam L. Diamond: University of Toronto
Emma Gillies: University of British Columbia
Amandeep Saini: Environment and Climate Change Canada

Nature Communications, 2023, vol. 14, issue 1, 1-12

Abstract: Abstract Cities are drivers of the global economy, containing products and industries that emit many chemicals. Here, we use the Multimedia Urban Model (MUM) to estimate atmospheric emissions and fate of organophosphate esters (OPEs) from 19 global mega or major cities, finding that they collectively emitted ~81,000 kg yr−1 of ∑10OPEs in 2018. Typically, polar “mobile” compounds tend to partition to and be advected by water, while non-polar “bioaccumulative” chemicals do not. Depending on the built environment and climate of the city considered, the same compound behaves like either a mobile or a bioaccumulative chemical. Cities with large impervious surface areas, such as Kolkata, mobilize even bioaccumulative contaminants to aquatic ecosystems. By contrast, cities with large areas of vegetation fix and transform contaminants, reducing loadings to aquatic ecosystems. Our results therefore suggest that urban design choices could support policies aimed at reducing chemical releases to the broader environment without increasing exposure for urban residents.

Date: 2023
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DOI: 10.1038/s41467-023-36455-7

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