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Membrane Technology for High-Purity Alumina Production: Mineral Processing and purification

This PhD scholarship offers the opportunity to research the application of membrane technology in high-purity alumina (HPA) production, focusing on mineral processing and purification. The successful candidate will have the opportunity to contribute to a recently awarded Federal Government CRC-P grant, which funds part of a $6.3 million pilot plant in Western Australia. The successful candidate will explore innovative membrane-based techniques to improve the efficiency and sustainability of HPA extraction from bauxite ores. Research will focus on optimizing mineral separation processes, enhancing alumina purity, and reducing environmental impact. The project is aligned with cutting-edge advancements in mineral processing and aims to provide practical, realworld solutions for the resources industry. This scholarship is ideal for a motivated candidate seeking to contribute to sustainable HPA production methods, with potential applications in the mining and materials sectors.

Important dates

Opens: 17-03-2025 Closes: 3-05-2025

Applies to

Domestic International Postgraduate Research

At a glance

This PhD scholarship focuses on developing membrane technology for high-purity alumina (HPA) production, specifically targeting mineral processing and purification. The research aims to optimize separation processes, enhance alumina purity, and reduce environmental impacts, contributing to sustainable and efficient HPA manufacturing. The candidate will join a cutting-edge project with real-world applications in the mining and materials industries.

Eligibility Guidelines

This position is open to domestic and international candidates. To be eligible for this scholarship applicants must:

  • Meet the entry requirements for a PhD or Masters by Research at ECU

Selection Criteria

Apart from having a strong academic portfolio and research experience, the candidate must be capable of working in an industrial environment related to the project and effectively communicating with industry partners. Preferably, the candidate should have a background in chemical, mechanical, or a related engineering field.

Terms and Conditions

All scholarships are awarded at ECU’s discretion.

How to apply

Please submit your EOI along with your CV to Nima at n.fakhralmobasheri@ecu.edu.au.

Further information

Questions about this scholarship can be directed to Associate professor Amir Razmjou at amir.razmjou@ecu.edu.au.

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