Empire Metals Aims for Titanium Pigment Production Revolution
A game-changer in the titanium industry is on the horizon. Empire Metals, a leading developer of titanium deposits, is gearing up to revolutionize the production of titanium pigment, and it's all about finding the right process. Managing Director Shaun Bunn reveals their ambitious plans in an exclusive interview.
The company is on a mission to prove that low-temperature, atmospheric leaching is the secret sauce to transforming their high-grade titanium ore into an exceptional pigment product. And they're not stopping there; they aim to kickstart a feasibility study in 2026.
The Pitfield Titanium Project, located in Western Australia, is at the heart of this endeavor. Empire Metals has been exploring this site since 2022 and has already achieved remarkable results. Despite being in the early stages, they've developed a process flow and produced test samples with an impressive 99.25% purity titanium dioxide, perfect for titanium sponge metal or pigment production.
But here's where it gets intriguing: Bunn emphasizes the uniqueness of titanium dioxide pigment, the brightest and whitest of all, with a vast array of applications. This isn't a niche market; it's a global giant worth $24 billion, with 9 million metric tons of TiO2 traded annually and a growth rate closely tied to GDP, hovering around 4%.
Empire Metals has its sights set on a substantial production target. With global consumption growing by nearly 360,000-400,000 mt annually, they see this as an achievable first-stage goal. Interestingly, a portion of their future output will be directed towards a titanium metal-producing partner.
Titanium, Bunn explains, is half the weight of steel but just as strong, making it ideal for aircraft and aerospace. And with Russian and Ukrainian ilmenite supplies dwindling due to sanctions, the world is looking for alternatives. Empire Metals offers a superior solution, claiming a fivefold better grade than mineral sand in situ, thanks to the unique Pitfield ore.
The extraction process is set to be environmentally friendlier and more cost-effective. Bunn attributes this to free-digging methods and the absence of ilmenite in Pitfield minerals, which are anatase and rutile. The company aims to avoid the high-temperature sulfuric acid or chlorine gas processes typically used in titanium pigment production.
The Pitfield project boasts an impressive 2.2 billion mt of ore, containing 113 million mt of TiO₂. And the processing method is a key differentiator, as it doesn't involve the challenges of refractory ilmenite with iron inclusions.
The next step is a crucial transition from batch testing to continuous piloting. Empire Metals is set to collaborate with Perth's metallurgical labs, avoiding the need for a pilot plant. By mid-2026, they aim to have conducted initial pilots with trial parcels of up to 10,000 mt, generating enough product to make a market impact.
As the project progresses, Empire Metals is gaining momentum. With strong support from investors, they're poised to enter the feasibility study phase soon. The company has raised significant funds and is now targeting institutional investors and a potential dual listing on the ASX.
And this is the part most people miss: Empire Metals may also seek equity partners or government loans, highlighting the project's strategic importance. The resource is vast enough to support generations, with a future open-pit mine expected to operate for over a century. With minimal waste and excellent infrastructure access, this project could be a game-changer for the industry.
What are your thoughts on Empire Metals' innovative approach? Do you think low-temperature leaching will live up to its promise? Share your insights and predictions in the comments below!
