WaterRA has one PhD project requiring a student, please continue to check this page as it is updated regularly as projects become available.
Sponsored Project proposals are open all year round. WaterRA invites students with the preferred skills or experience to submit applications for the projects below. Scroll down or click on the links below to view all the projects seeking students...
Project No 4528
Assessing granular activated carbon capacity for algal taste and odour removal: Development of a predictive tool
Prof Richard Stuetz email@example.com
Dr Arash Zamyadi firstname.lastname@example.org
Dr Rita Henderson email@example.com
Water supply can be impacted by algal and taste and odour (T&O) events. Granular/biological activated carbon (GAC/BAC) is often applied to remove algal and taste and odour compound following conventional water treatment.
This research project will address the following knowledge gaps:
• The ability to monitor the adsorptive capacity of aged granular activated carbon (GAC) contactors to control an algal and/or cyanobacterial related taste and odour (T&O) event;
• The ability to assess the biofilm formation on the GAC surface and the associated capacity for biological removal of the T&O event;
• The potential for application of pre-oxidation processes to enhance biofilm formation and improve biological activated carbon (BAC) removal capacity;
• The development of a model to predict when granular activated carbon contactors reach exhaustion in terms of T&O removal.
The research will take place over three years and includes lab-scale testing of GAC "mini-columns" to predict fullscale contactor breakthrough, full height pilot-scale GAC adsorption filters located at Yan Yean Water Treatment Plant, Melbourne Water and full scale validation – subject to treatment plant operation. The results will be used to develop and test a model of GAC adsorption and biological removal of T&O compounds that predicts contaminant breakthrough. Transferability of the model to other source waters and GAC conditions will be the focus of the model development process.
Engineering/science background preferred with a strong intereste in the waer industry. Demonstratable excellent communication and problem solving skills. Experience of working in a laboratory, ideally with experience in water quality monitoring and water treatment. An undergraduate degree in Civil/Environmental or Chemical Engineering is preferred.
If you are interested in the above project, contact the supervisor to discuss your suitability to the project. Students must enrol and secure a primary scholarship at UNSW. Check the UNSW website for due dates for enrolment and scholarship submissions. If your experience is deemed suitable and you are successful on obtaining a primary scholarship, please submit a WaterRA application form.
The student will be based primarily at UNSW, however will be required to spend approximately one year with Melbourne Water.
Project No XXXX-XX
Full project proposal can be found here