Technology Adoption
Mining loves a neat correlation – tonnes per shift, dollars per ounce, emissions per unit, but as Peter Burton pointed out at AusIMM’s Critical Minerals 2025 in Perth, one thing that refuses to fit a tidy graph is safety performance.
It’s not every day that a government geoscience leader talks about AI assistants, rare earth mapping, and century-long prosperity in the same breath – but that’s exactly what Melissa Harris did in Perth.
When a government commits to a multi-billion program over 35 years to a single initiative, it’s worth paying attention.
When Jeff Samuels took the stage at the NSW Resources Regulator’s 33rd Mechanical Engineering Safety Seminar, he didn’t mince words: excavators roll over, people die, and the only way to ensure real protection is through ISO-certified rollover and falling object protective structures.
Unlocking up to 70 per cent faster mine planning cycles and millions in additional project value is now within reach for operations that combine centralised data systems, virtual twins and advanced optimisation engines.
A waste stream from iron ore processing is proving it can outperform conventional materials in building mine haul roads and deliver major environmental gains.
AI and automation might reshape the future of mining safety, but Cam Stevens argues the real risk is leaving safety professionals out of the conversation.
It’s not every day you hear about two massive shafts being sunk side by side in Australian coal country, each with its own design, equipment, and risks.
In open-pit mining, getting the right information at the right time can mean the difference between precise grade control and costly dilution - and one technology is giving operators a sharper, faster view of what lies beneath each bench.
When mining operators are faced with the challenge of dewatering a live tailings storage facility (TSF) under 30 metres of cover, conventional engineering approaches often buckle under pressure - literally and figuratively.
