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This research will investigate combining prediction and optimisation (predict-plus-optimise) to better manage peak sewage flows…
This research will investigate combining prediction and optimisation (predict-plus-optimise) to better manage peak sewage flows…
This project is investigating whether satellite remote sensing data can be used to calibrate the Integrated Water Quality Model, and to augment WaterNSW’s quantitative analysis of water quality parameters in drinking water catchments…
To improve water security, drought and environmental resilience of our water bodies many utilities and governments are exploring ways to augment natural systems with highly treated recycled water (HTRW)…
Gases are often dissolved into water in water and wastewater treatment processes, however, it is known that poor oxygen transfer efficiency in these processes can lead to excessive amounts of air required – leading to either increased operational costs or necessary over-sizing of capital plant, or poor process performance…
Water Research Australia contracted the University of Newcastle to undertake a scientific review of the Draft NEMP3…
Conventional media filtration is the most common process used as one of the main barriers for pathogen and solids removal in water treatment…
Algal and cyanobacterial blooms incur current treatment challenges such as high operational cost, disinfectant by-product formation, and the requirement to separate oxidants from solution after the oxidation…
By dewatering sludge, wastes can be efficiently and reliably concentrated into filter cakes with high solids for cost-effective disposal…
Waterborne pathogens cause millions of people to be sick each year globally, putting a burden on hospitals and having financial implications.
The biosolids industry in Australia has historically developed in response to the regional challenges, resources available and their markets perception and demands…