Long-term Planning
When Katrina Garven, Principal Database Consultant at Alias Database Services, reflects on how mining and exploration companies use geological data, she sees an industry undergoing a quiet revolution.
What if the key to slashing tailings closure costs and winning community trust is to start the work decades before the mine shuts down?
For Justin Walls, Principal Consultant (Tailings Engineering) at SRK Consulting, the best time to plan for tailings storage facility (TSF) closure is now – not when the mine is about to shut down.
When Elsabe Muller, president and vice president operations of Alcoa Australia, took the stage at Optus Stadium for the WA Mining Club’s July luncheon, she knew the audience expected candour.
In a sector where “take-or-pay” contracts have long dictated how miners move their commodities, one new entrant is promising a more flexible model that puts the needs of producers first.
If you think tailings facility monitoring is just about choosing between drones, LiDAR, or satellites, think again – the real power lies in combining them.
What if the smartest way to power your remote mine site was silent, clean, low-maintenance - and already outsmarting diesel and solar in the field? For Chelsea Kovacs, business development manager at SFC Energy Canada, the answer lies in compact, intelligent fuel cell technology - specifically, direct methanol fuel cells that operate quietly, efficiently, and with minimal emissions.
A convergence monitoring revolution is underway in Tasmania.
What if resource estimation wasn’t just updated, but completely reimagined? At the AusIMM 2025 Mineral Resource Estimation Conference in Perth, two respected voices in the field—Jacqui Coombes and Paul Hodkiewicz—stepped away from PowerPoint slides and into a candid, thought-provoking dialogue that challenged the mining industry to rethink its most foundational assumptions.
A new report from the Geological Survey of Western Australia shines a spotlight on some of Australia’s most underexplored frontiers—Neoproterozoic basins with the potential to reshape the future of clean energy and critical gases.
What if you could fast-forward a century to see whether your rehabilitated mine landform holds its shape or collapses into a network of gullies?
At a recent seminar hosted by the Office of the Queensland Mine Rehabilitation Commissioner (OQMRC), one message rang clear: erosion and landscape evolution models are no longer just academic exercises—they’re digital crystal balls for mine closure planning.
