Browsing by Author "Hassard, Francis"
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Achieving drinking water compliance levels for metaldehyde with an acclimated sand bioreactor
Metaldehyde removal was delivered to below the 0.1 µg L-1 regulatory concentration in a laboratory scale continuous upflow fluidised sand bioreactor that had undergone acclimation through selective enrichment for metaldehyde ... -
From full-scale biofilters to bioreactors: engineering biological metaldehyde removal
Rolph, Catherine A.; Jefferson, Bruce; Brookes, Adam; Choya, Andoni; Iceton, Gregg; Hassard, Francis; Villa, R. (Article)Polar, low molecular weight pesticides such as metaldehyde are challenging and costly to remove from drinking water using conventional treatment methods. Although biological treatments can be effective at treating ...