Production Optimisation
When PLS chief executive Dale Henderson told the WA Mining Club’s November luncheon that it’s “easier to get things done in Brazil than in Western Australia,” the room went quiet for a moment.
There’s a moment in every technological revolution when optimism meets reality - when the glossy promise of transformation hits the grit of practical deployment.
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.
The future of mining is already here - and it’s being shaped by AI systems that can think, act and integrate seamlessly with the tools you already use.
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.
Deep underground in the Illawarra, a battery electric transporter called Driftex is rewriting the rules of coal mining by beating diesel on safety, speed and cost.
When Whitehaven Coal acquired BMA’s Daunia and Blackwater mines in Queensland’s Bowen Basin, it wasn’t just the company’s biggest purchase to date.
The future of underground mining could mean no one sets foot underground at all - a zero-entry mine powered by autonomy, interoperability, and constantly updated digital twins.
Every hour of downtime costs a mine tens of thousands of dollars, and Professor Amir Gandomi told the NSW Resources Regulator’s Mechanical Engineering Safety Seminar how artificial intelligence is now cutting those losses by predicting failures and optimising operations in seconds.
PLS’ Pilgangoora Operation delivered a standout June quarter, with production volumes up 77 percent and unit operating costs down 10 percent compared to the previous quarter thanks to the integration of the world’s largest lithium ore sorting plant.
