Location Curtin University of Technology, Chemistry-Nanotechnology
Discipline
App. deadline Applications accepted year round/until filled
Funding
  • Scholarship available
Project ID AQW Scholarship
Eligibility Australian residents only

Composition and leaching of aluminosilicates formed in caustic solutions

AQW PhD Scholarship

A PhD scholarship, funded by the Alumina Quality Workshop (AQW), is available to conduct research on a project that investigates the “Composition and leaching of aluminosilicates formed in caustic solutions”. The objectives of the project are to:

  1. Determine the reaction pathways in the formation of aluminosilicates from caustic soda solutions under conditions of industrial relevance
  2. Determine the factors that control the nature (crystalline vs amorphous) and composition (proportions of Na, Si and Al) of the silicates formed
  3. Examine ways of controlling aluminosilicate formation to achieve the best environmental outcomes for bauxite residues

 

Upon PhD graduation, the scholar would be ideally placed to commence a career in the field of hydrometallurgy/mining having been supervised by, and received training from, a project team that comprises a mix of researchers and experienced plant personnel in the field of bauxite refining.

 

The research methods to be deployed in the project include NMR, solids characterisation methods and vibrational spectroscopy.

 

The successful candidate will receive a stipend of $30,000 per annum for the duration of the award.  This scholarship shall be for three years.

 

Please send your initial expressions to: Dr. Franca Jones, E-mail: F.Jones@curtin.edu.au ; Tel. +61-8-9266-7677

 

Eligibility Criteria

Candidates must be an Australian Citizen or Australian Permanent Resident

 

Candidates for this PhD scholarship must:

 

  • Hold a laboratory-based undergraduate degree in Chemistry or Chemical Engineering at a high level (honours) of academic achievement;
  • Demonstrate an aptitude for research through their analytical skills and creative thinking;
  • Be able to work in a team setting and take responsibility for their individual tasks;
  • Be experienced in the use of digital technology and software packages;
  • Possess excellent spoken and written communications skills that may be evidenced, for example, through their undergraduate thesis/project work and presentations given; and
  • Practise well-developed time- and self-management skills with strong personal discipline and drive in their work.
  • Desirable: have some previous experience in NMR, XRD or vibrational spectroscopy

 



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Further Information / Application Enquiries

Dr Franca Jones
618 9266 7677