This project improved the knowledge of how algae species (population density, morphology and AOM concentration and character) and coagulation conditions (coagulant type, pH, polymer dose, and shear) impact algal floc properties in order to improve the C-F process and downstream separation treatment…
This project aimed to predict the fate and removal of micropollutants during wastewater treatment by the application of fugacity modelling…
This project was designed to inform future IUWM infrastructure planning processes by comparing different planning processes that have been used in the past…
Biosolids and other porous organic materials are susceptible to self-heating when stockpiled…
This project developed analytical methods to study the speciation of inorganic and organic chloramines…
Growing populations and climate change place increased pressures on our water supplies…
This study examined seedling emergence and early development growth responses of Spinacia oleracea L. (spinach) in per and polyfluoroalkyl substances (PFAS) contaminated soil…
This study successfully developed a variety of specific qPCR assays for the characterisation of host faecal contamination…
This research investigated the impact of recycled water runoff entering the Tilligerry Creek and broader Port Stephens estuary…
Microbeads derived from personal care products that are introduced to waste water treatment streams and contaminated by persistent organic pollutants are an increasing area of concern for terrestrial and aquatic ecosystems…
