Industrial Minerals
As mining operations around the world grapple with rising energy costs, water-intensive processes, and decarbonisation pressures, a relatively simple but underused technology is quietly gaining momentum.
A new generation of advanced minerals processing is quietly gaining traction in Western Australia, where a technology-focused operator is refining a modular flowsheet for producing ultra-high purity alumina — and it’s already hitting 5N grade in pilot tests.
While battery metals took centre stage at this year’s RIU Sydney Resources Round-up, Zeotech quietly dropped what might be one of the most technically disruptive materials plays in the room.
A new player in Western Australia’s industrial minerals space is making a serious tilt at Asia’s booming demand for high-purity quartz (HPQ), with a dual-mine revival strategy backed by testwork breakthroughs, smart ore sorting, and a boots-on-ground presence in China’s quartz processing heartland.
In the scrubby sands of Western Australia’s Mid West, a quietly ambitious mining development is nearing a final government tick — and it’s shaping up to be a masterclass in low-impact, high-efficiency industrial minerals extraction.
Forget ilmenite—sediment-hosted, hydrothermally-altered titanium system in Western Australia is flipping the script on how high-grade TiO₂ feedstocks are found—and how they’re processed.
It might not sound like a futuristic mineral play: scrape up some wet lakebed mud, truck it to Fremantle, and fire up a shed full of pipes and valves.
Transport operators handling ammonium nitrate explosion risk goods in Western Australia are now required to comply with new safety regulations designed to prevent tyre fire incidents, following legislative amendments set to come into effect on 18 April 2025.
