Empire Metals (LON: EEE) has identified one of the largest sediment-hosted titanium deposits globally at its Pitfield Project in Western Australia. Originally exploring for copper, the company instead uncovered a vast titanium-rich system that had been overlooked by previous operators, despite the region being explored by major mining companies for decades. The Pitfield Project is now considered a large-scale titanium deposit with potential global significance.

In our interview with Managing Director Shaun Bunn, Empire Metals explains how the discovery was made using airborne geophysics, including magnetic and gravity surveys, which revealed a significant subsurface anomaly before any drilling had taken place. This anomaly pointed to a dense, mineralised system on a scale rarely seen in early-stage exploration. Only after these surveys did the company begin drilling, confirming the presence of extensive titanium mineralisation within the basin.

The scale of the Pitfield Project is what sets it apart. The system extends approximately 40 kilometres in length and 10 kilometres in width, with mineralisation mapped to depths of up to 5 kilometres. Management has described the deposit as effectively an “inverted mountain”, comparable in scale to Mount Everest beneath the surface, containing a substantial volume of titanium-bearing material. This positions Pitfield as one of the largest known sediment-hosted titanium systems globally.

Titanium is a critical industrial metal used across aerospace, defence, medical and industrial applications due to its unique combination of strength, light weight and corrosion resistance. It is also used in the production of titanium dioxide, a key component in paints, coatings and pigments. As global demand for critical minerals increases, particularly those linked to advanced manufacturing and supply chain security, large-scale titanium deposits are attracting growing investor attention.

Empire Metals’ strategy is to advance the Pitfield Project through continued exploration, resource definition and technical development, with the aim of establishing a scalable, long-life asset. The project benefits from its location in Western Australia, a tier-one mining jurisdiction with established infrastructure, stable regulation and access to export markets, which supports the long-term development case.

For investors searching for exposure to titanium, critical minerals or high-impact exploration upside, Empire Metals offers a leveraged opportunity tied to the ongoing development of the Pitfield Project. As further drilling and technical work continues, the scale and commercial potential of this discovery will become increasingly clear.

In our recent interview, Empire Metals explains how the discovery was made using airborne geophysics, including magnetic and gravity surveys, which revealed a significant subsurface anomaly before any drilling had taken place. This anomaly pointed to a dense, mineralised system on a scale rarely seen in early-stage exploration. Only after these surveys did the company begin drilling, confirming the presence of extensive titanium mineralisation within the basin.

The scale of the Pitfield Project is what sets it apart. The system extends approximately 40 kilometres in length and 10 kilometres in width, with mineralisation mapped to depths of up to 5 kilometres. Management has described the deposit as effectively an “inverted mountain”, comparable in scale to Mount Everest beneath the surface, containing a substantial volume of titanium-bearing material. This positions Pitfield as one of the largest known sediment-hosted titanium systems globally.

Titanium is a critical industrial metal used across aerospace, defence, medical and industrial applications due to its unique combination of strength, light weight and corrosion resistance. It is also used in the production of titanium dioxide, a key component in paints, coatings and pigments. As global demand for critical minerals increases, particularly those linked to advanced manufacturing and supply chain security, large-scale titanium deposits are attracting growing investor attention.

Empire Metals’ strategy is to advance the Pitfield Project through continued exploration, resource definition and technical development, with the aim of establishing a scalable, long-life asset. The project benefits from its location in Western Australia, a tier-one mining jurisdiction with established infrastructure, stable regulation and access to export markets, which supports the long-term development case.

For investors searching for exposure to titanium, critical minerals or high-impact exploration upside, Empire Metals offers a leveraged opportunity tied to the ongoing development of the Pitfield Project. As further drilling and technical work continues, the scale and commercial potential of this discovery will become increasingly clear.

This video, released via YouTube Shorts, explains how the shrinking pool of listed companies has increased the importance of private equity for investors, and how HVPE provides access to that opportunity through a London-listed vehicle.