What did Dalaroo Metals find in Greenland?

Dalaroo Metals discovered rare earth elements, including high grades of zirconium and hafnium, at their Blue Lagoon Project in Greenland.

Why are the low uranium and thorium levels important for Blue Lagoon?

Low radioactivity levels reduce permitting risks, setting the Blue Lagoon project apart from other rare earth systems.

What makes hafnium valuable from the Greenland discovery?

Hafnium is scarce, strategically critical for next-generation semiconductors, and in demand for securing future technology supply chains.

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Greenland Rare Earths: Low Radioactivity, High Value

16 Jan

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Summary

Uranium and thorium levels are below Greenland's strict threshold.
Zirconium oxide grades exceed 2%, with hafnium consistently enriched.
Modern exploration validates decades-old Greenland geological anomalies.

Greenland Rare Earths: Low Radioactivity, High Value

Dalaroo Metals has announced promising results from its Blue Lagoon Project in Greenland, identifying significant rare earth elements with notably low radioactivity. Uranium and thorium levels were found to be well below Greenland's mandated 100 parts per million maximum threshold, potentially easing permitting processes for the project.

The exploration also revealed strong zirconium oxide grades exceeding 2%, with one sample hitting 4.42%. Hafnium, a strategically critical metal for advanced semiconductors and microchips, showed consistent enrichment, with values commonly above 40 parts per million. This discovery is particularly timely as Western nations seek to secure critical mineral supply chains outside of China.

These findings represent the first modern exploration of the Greenland anomaly since 1979, utilizing advanced analytical methods to validate decades-old geological survey data. Dalaroo Metals, having recently secured funding, is planning subsequent exploration phases including geophysics, mineralogy studies, and shallow drilling to further assess the deposit's potential.