Detection and removal of pathogenic norovirus employing tertiary treatment in wastewater and water treatment facilities

Human pathogenic viruses (HPVs) with particular reference to norovirus (NoV) commonly known as ‘the winter vomiting bug’ is the leading causes of viral gastroenteritis worldwide. NoV is present in wastewater in high numbers and coupled with a low infectious dose can endanger public health. Secondary...

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Bibliographic Details
Published in:Water practice and technology 2014-09, Vol.9 (3), p.370-376
Main Authors: Fitzhenry, K., Barrett, M., O'Flaherty, V., Dore, W., Keaveney, S., Cormican, M., Clifford, E.
Format: Article
Language:English
Subjects:
Bacteriophages
Detection
Disinfection
Filtration
Gastroenteritis
Human papillomavirus
Methods
Norovirus
Pathogens
Phages
Public health
Removal
Secondary wastewater
Secondary wastewater treatment
Tertiary
Viruses
Vomiting
Wastewater
Wastewater treatment
Water treatment
Water treatment plants
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Summary:Human pathogenic viruses (HPVs) with particular reference to norovirus (NoV) commonly known as ‘the winter vomiting bug’ is the leading causes of viral gastroenteritis worldwide. NoV is present in wastewater in high numbers and coupled with a low infectious dose can endanger public health. Secondary wastewater treatment processes are not designed to eradicate HPVs thus a tertiary disinfection step is required. Typical pathogen removal processes include slow sand filtration and membrane barrier methods. NoV cannot be cultured in a laboratory and so its sole detection is limited to expensive and time-consuming molecular methods. The use of an alternative virus, the FRNA bacteriophages has been suggested as a surrogate for NoV due to its physicochemical similarities and cultivability. This research focuses on the investigation of a barrier method of tertiary disinfection using membrane filters and tangential flow filtration. In addition to this, the suitability of FRNA bacteriophages as a cheaper alternative indicator of NoV was investigated.
ISSN:1751-231X
1751-231X
DOI:10.2166/wpt.2014.039