| Email: | amir.razmjou@ecu.edu.au |
|---|---|
| Campus: | Joondalup |
| ORCID iD: | https://orcid.org/0000-0002-3554-5129 |
Dr Razmjou is internationally recognised for pioneering cross-disciplinary research that bridges membrane science, materials chemistry, sustainable mineral recovery, and chemical engineering. With a background in water treatment technologies, he has translated membrane-based solutions into disruptive applications across new sectors, reflecting his research excellence, innovation, and academic courage.
In the minerals sector, where there is urgent demand for low-cost, low-emission, and low-waste processing technologies, Amir has pioneered Direct Mineral Extraction (DME) platform technologies that apply membrane science, ion exchange, adsorption, and advanced separation principles to critical mineral recovery. He is an inventor of multiple patented technologies, including A-DLE for lithium from alkaline leachates, S-DLE for spodumene-based lithium extraction, DRE for rubidium extraction from mica ore, and DFE for iron removal from aluminium chloride streams. These technologies address major challenges in lithium, rubidium, iron, aluminium-rich streams, high-purity alumina and gallium-related processing, moving beyond conventional extraction by improving selectivity, recovery, product purity and environmental performance.
At ECU’s Mineral Recovery Research Centre (MRRC), which he founded and leads, Amir has built a DME research and translation pipeline spanning concept development, laboratory validation, process optimisation, patent protection, and pilot-scale campaigns. He leads the commercialisation and translation of these technologies with industry partners, progressing projects from early-stage concepts and lab-scale demonstrations toward integrated pilot campaigns and industry adoption. His broader innovation portfolio also includes porous membranes from recycled PVC plastics, which contributed to the establishment of Connop Innovation Technology Group, and microneedle-array transdermal lithium delivery technology.
Amir is a Board Director of the Membrane Society of Australasia, a graduate of the Australian Institute of Company Directors, and a GAICD. He also serves on the judging panel for the $119M XPRIZE Water Scarcity competition, reflecting his international standing in water and separation technologies. He brings a multidisciplinary background spanning membrane science, materials chemistry, surface engineering, and direct critical mineral extraction. He has published 240+ peer-reviewed articles, with an h-index of 67 and 15,514+ citations, and secured more than $19.8M in research funding, including over $11M as Lead Chief Investigator. Major grants include a $1.26M MRIWA-supported lithium extraction program and a $6.4M CRC-P project on high-purity alumina production using membrane technology.
His contributions have been recognised through the 2021 UTS Chancellor’s Research Fellowship, 2023 WA FHRI Fund Innovation Fellowship, 2023 MSA Industry Innovation Award, 2024 ECU Vice-Chancellor’s Excellence in Research Award, 2025 AWA Water Professional of the Year, and 2025 Journal of Water Process Engineering Trailblazer Award. He has supervised more than 40 HDR students and holds editorial roles with leading journals, including Desalination, Journal of Water Process Engineering, and Desalination and Water Treatment.
Amir’s leadership spans multiple disciplines and sectors. He is Editor-in-Chief of the Membrane Society of Australasia newsletter and has chaired major conferences, including the 2023 Annual Membrane Society Conference in Perth and the 2025 International Membrane Science and Technology Conference in Brisbane, further elevating Australin’s profile in global membrane science and sustainable mineral processing. Through his strategic vision, mentorship, and collaborative approach, Amir has built a thriving research ecosystem that continues to attract talent, investment, and innovation to Australia.