| Literature DB >> 30554870 |
Jake W O'Brien1, Sharon Grant2, Andrew P W Banks2, Raimondo Bruno3, Stephen Carter4, Phil M Choi2, Adrian Covaci5, Nicholas D Crosbie6, Coral Gartner7, Wayne Hall8, Guangming Jiang9, Sarit Kaserzon2, K Paul Kirkbride10, Foon Yin Lai11, Rachel Mackie2, Judi Marshall12, Christoph Ort13, Christopher Paxman2, Jeremy Prichard14, Phong Thai2, Kevin V Thomas2, Ben Tscharke2, Jochen F Mueller2.
Abstract
Wastewater contains a large range of biological and chemical markers of human activity and exposures. Through systematic collection and analysis of these markers within wastewater samples it is possible to measure the public health of whole populations. The analysis of effluent and biosolids can also be used to understand the release of chemicals from wastewater treatment plants into the environment. Wastewater analysis and comparison with catchment specific data (e.g. demographics) however remains largely unexplored. This manuscript describes a national wastewater monitoring study that combines influent, effluent and biosolids sampling with the Australian Census. An archiving program allows estimation of per capita exposure to and consumption of chemicals, public health information, as well as per capita release of chemicals into the environment. The paper discusses the study concept, critical steps in setting up a coordinated national approach and key logistical and other considerations with a focus on lessons learnt and future applications. The unique combination of archived samples, analytical data and associated census-derived population data will provide a baseline dataset that has wide and potentially increasing applications across many disciplines that include public health, epidemiology, criminology, toxicology and sociology.Entities:
Keywords: Australia; Biosolids; Census; Effluent; Influent; Wastewater
Mesh:
Substances:
Year: 2018 PMID: 30554870 DOI: 10.1016/j.envint.2018.12.003
Source DB: PubMed Journal: Environ Int ISSN: 0160-4120 Impact factor: 9.621