In the last decade alone, the mining industry has invested $200B in exploration globally only to find $109B of economic deposits. This global scarcity has exposed just how costly and ineffective traditional exploration methods are.
That represents an estimated $12 trillion supply gap to be filled. The World Bank Group estimates that the production of critical minerals must increase by nearly 500%, or 3 billion tons, by 2050 to meet the growing demand for clean energy technologies. Our solution gives clients the confidence to identify new discoveries, map and characterize ore bodies in-mine to accelerate resource-to-reserve conversion, and to target high-recovery/low-waste deposits to deliver critical minerals faster, more reliably, and more sustainably than ever before.” “Today, billion-dollar decisions are being made with just 1 percent of 1 percent of knowledge of the ore body. “Our company mission is to help accelerate the world’s transition to low-impact mining, which we’re achieving by delivering an unprecedented level of geological certainty in an exploration market that has traditionally been dominated by uncertainty,” says Gary Agnew, Co-Founder and CEO at Ideon. This helps geologists identify mineral and metal deposits with precision and confidence, reducing risk and cost, saving time, and minimizing the environmental impact of exploration. Ideon maps the intensity of muons underground and constructs detailed 3D density profiles of underground anomalies such as mineral and metal deposits, air voids, caves, and other structures. The Discovery Platform integrates proprietary muon detectors, imaging systems, inversion technologies, and artificial intelligence to deliver exceptional locational accuracy with higher spatial resolution than any other existing technique. Ideon leverages the natural energy generated by supernova explosions in space – in the form of subatomic particles called cosmic-ray muons – to provide x-ray-like visibility up to 1 km (0.6 miles) beneath the Earth’s surface. This advertisement has not loaded yet, but your article continues below.
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