This project aimed to predict the fate and removal of micropollutants during wastewater treatment by the application of fugacity modelling…
This project developed analytical methods to study the speciation of inorganic and organic chloramines…
Sunlight-induced degradation is an important removal mechanism for some contaminants and has been commonly overlooked as a removal mechanism in wastewater systems in the past…
This project developed more sophisticated ways in which to study dissolved organic matter (DOM) from a variety of different water sources (wastewater, dam water etc)…
This project investigated the impact of hazardous events (i.e. high organic, high salinity, high toxic shock loads in influent, aeration lost or membrane damage) on decentralised membrane bioreactor performance…
This project developed novel sampling tools to allow time integrated passive sampling of existing and emerging chemicals pollutants…
This project established a bioassay using mouse embryonic stem cells to assess the effects of the cyanobacterial toxin, cylindrospermopsin, on early embryonic development…
This project investigated the preparation and stability of concentrated preformed monochloramine solutions, with the potential application of remote area redosing to maintain disinfectant residual…
This project will use granular activated carbon to remove algal metabolites…
Traditionally, Membrane Bioreactor (MBR) Validation is focussed on performance during commissioning when membranes are new, and the range of operating conditions are limited…