School of Engineering

Mineral Recovery Research Center (MRRC)

Located in the heart of Western Australia's mineral-rich area, the Mineral Recovery Research Centre (MRRC) stands as a stronghold of scientific inquiry and technological innovation. As a flagship initiative under Edith Cowan University's (ECU) support, MRRC exemplifies a commitment to advancing the frontiers of mineral recovery science and engineering. MRRC tries to address mining challenges through environmentally conscious and eco-friendly research methods in collaboration with its partners.

Pioneering Research and Vision

MRRC's research agenda is underpinned by a constant dedication to pushing the boundaries of scientific knowledge in critical mineral recovery technologies. Employing a comprehensive approach that integrates materials science, chemical engineering, and computational modeling principles, MRRC seeks to develop novel methodologies for the sustainable extraction and processing of critical mineral resources. The core of the Centre's vision lies in a profound commitment to environmental stewardship and resource efficiency as MRRC strives to mitigate the environmental impacts of mining operations and foster the transition toward a zero-carbon and circular economy. MRRC wants to help Australia reach zero carbon emissions by 2050 with new technologies.

MRRC Structure and Research Spectrum and Core Objectives

The MRRC is structured around four main thematic areas, each supported by key personnel from Engineering and Science disciplines:

1. Chemical Processing:

Focused on developing sustainable chemical processes for mineral extraction and processing.

• Mineral Processing Innovations:
  • Direct Mineral Extraction: Investigating physicochemical processes for efficiently extracting minerals from aqueous and non-aqueous sources while minimizing environmental impact.
  • Decarbonization: Advancing methodologies to reduce carbon emissions in mineral processing operations, fostering sustainability.
  • New Technologies: Developing cutting-edge techniques such as advanced comminution and hydrometallurgical processes for enhanced mineral recovery.
• Material Science and Recovery Technologies:
  • Selective Mineral Recovery: Designing tailored adsorbents and membranes to selectively recover target minerals from complex leached ore matrices.
  • E-Waste Recycling: Pioneering innovative recycling pathways for electronic waste, focusing on critical metal and rare earth element recovery.
• Integration of AI and Digital Twinning:
  • AI in Mineral Processing: Leveraging machine learning algorithms and data analytics to optimize process control and resource utilization.
  • Digital Twinning: Exploring the potential of digital twinning in mineral processing to enhance efficiency and predictive capabilities.

2. Water Treatment & Recycling:

• Addressing challenges related to water usage in mining operations through innovative treatment and recycling solutions.

3. Battery Manufacturing and Recycling:

• Dedicated to advancing battery technologies and implementing efficient recycling methods.

4. Mineral Bioleaching:

• Investigating environmentally friendly bioleaching methods for mineral extraction.

Strategic Roadmap and Future Directions

While MRRC's current focus is within these thematic areas, the Centre is actively exploring new avenues for research. Initiatives such as digital twinning in mineral processing using AI hold significant potential and may be pursued in collaboration with other centres at ECU.

Through our commitment to innovation, sustainability, and collaboration, the MRRC aims to drive positive change in the mining industry, leading to more efficient, net-zero carbon emissions by 2050, environmentally friendly, and socially responsible practices.

Guided by scientific excellence, MRRC aims to:

• Achieve ECU Level recognition for research excellence
• Foster strategic partnerships with the industry for impactful scientific applications.
• Establish global excellence in mineral recovery research
• Ensure financial sustainability through diverse funding streams

Opportunities for Students and Industry Engagement

MRRC serves as a crucible for scientific talent development and industry engagement, offering many opportunities for aspiring researchers and industry stakeholders. Prospective PhD and Master's students are invited to explore scholarship opportunities and engage in cutting-edge research projects under the mentorship of our esteemed faculty. Furthermore, MRRC seeks to foster collaborations with industry partners, providing avenues for joint research initiatives, technology transfer, and knowledge exchange.

For More Information, please contact Associate Professor Amir Razmjou (Leader of MRRC).

Contact us

Associate Professor Amir Razmjou
Telephone: (61 8) 6304 2991
Email: Amir.razmjou@ecu.edu.au