> Research
Our Research covers most water and wastewater treatment technologies.
Key Researcher: A/Prof. Takahiro Fujioka
Biofouling during a single-pass and high-recovery pre-concentration of primary wastewater effluent can be controlled by maintaining residual chloramine on the membrane surface.
Publication: Environmental Technology & Innovation 2023, Chemosphere 2020, International Journal of Environmental Research and Public Health 2018
Stabilized hypobromite can control NDMA formation and biofouling on RO membranes, which are the keys to successful potable water reuse.
Publication: Chemosphere 2020, Desalination 2020
Moringa oleifera coagulation can be employed as an effective and low-cost fouling mitigation technique for the MF process in drinking water treatment .
Publication: Environmental Science: Water Research & Technology 2018
222 nm KrCl or 185 + 254 nm LP-Hg lamps with the addition of H2O2 would be the best alternative to conventional 254 nm LP-Hg lamps for achieving target removal levels of both pathogens and CECs in potable water reuse.
Publication: Chemosphere 2022, Chemosphere 2021, Environmental Technology & Innovation 2020
Treating reverse osmosis concentrates with membrane distillation could increase water recovery to 98%
Publication: Chemosphere 2022