Base Metals
At the RIU Sydney Resources Round-up 2025, Titan Minerals Ltd revealed a resource growth story that's hard to ignore — a gold developer with copper upside, strong institutional backing, and a serious drilling campaign underway across multiple fronts in Ecuador.
A high-grade underground tin project in Tasmania is shaping up to be one of the most technically efficient and METS-driven developments in the sector, combining smart drilling, ore sorting technology, and a 100 percent renewable power supply to redefine what "green mining" looks like in the post-carbon economy.
As the mining industry pushes deeper and demands faster, safer, and more cost-efficient development methods, tunnel boring machines (TBMs) are emerging as a compelling alternative to traditional drill and blast (D&B) techniques.
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.
As ESG performance becomes a core determinant of value in mining, a quiet revolution is underway in mine planning.
Black Canyon (ASX: BCA) used the RIU Sydney Resources Round-up 2025 to showcase something that’s getting field geologists and metallurgists talking: a genuine greenfields manganese discovery in the Pilbara with direct shipping-grade iron in the mix.
Cosmo Metals is bringing a modern exploration playbook to one of Australia’s oldest mining districts—and it’s one that could deliver big, belt-scale returns across a suite of walk-up, drill-ready gold, copper, and antimony targets.
In a pitch that blended geology with geopolitics, American West Metals managing director Dave O’Neill delivered a standout presentation at the RIU Sydney Resources Round-up 2025, offering investors a compelling vision of what could become the world’s lowest-cost copper mine.
They call it Orient—but there's nothing vague about the trajectory of this polymetallic system buried just inland from Atherton in North Queensland.
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.
