The Speewah Fluorite Project and Speewah Vanadium Project (together forming Tivan’s Speewah Project) are located 100km south of the port of Wyndham, and 110km south-west of Kununurra, in the Kimberley region of north-east Western Australia.
The Speewah Project hosts two world-class critical mineral deposits:
Speewah fluorite project
The Speewah Fluorite Project hosts a JORC Code (2012) compliant Indicated and Inferred Mineral Resource of 43.2 million tonnes at 8.3% CaF₂, using a 2% CaF₂ cut-off grade, containing 3.6 million tonnes of CaF₂. The Mineral Resource includes a high-grade component of 9.6 million tonnes at 20.6% CaF₂, using a 10% CaF₂ cut-off grade, containing 2.0 million tonnes of CaF₂.
The updated Mineral Resource Estimate, completed by SRK Consulting in March 2026, increased total resource tonnage by 16% and contained CaF₂ by 6% relative to the 2024 estimate. The update followed approximately 23 kilometres of infill, extension and metallurgical drilling completed during 2025 and supports ongoing mine planning and production scheduling for the Definitive Feasibility Study.
Fluorite, also known as fluorspar, is an essential industrial mineral composed of calcium and fluorine (CaF₂).
In December 2023, fluorine was designated on Australia’s Critical Mineral List. It plays a pivotal role in semiconductor manufacturing, including computing and the rapidly expanding Artificial Intelligence (AI) sector, as well as renewable energy technologies and the lithium-ion electric vehicle (EV) battery industry.
In March 2026, Tivan published the feasibility study. The report confirmed the technical and economic robustness of the project and was endorsed by Tivan’s Board, and accepted by the project’s joint venture partners.
Speewah Vanadium Project
The Speewah Vanadium Project hosts the largest reported vanadium in titanomagnetite (“VTM”) resources in Australia, and one of the largest globally, containing JORC compliant Measured, Indicated and Inferred Resources of 4.7 billion tonnes at 0.30% V₂O₅, 14.7% Fe and 3.3% TiO₂ (0.23% V₂O₅ cut-off grade).
Following processing, vanadium can be used to produce a high-purity vanadium electrolyte (“VE”), to store energy for long duration in vanadium redox flow batteries (“VRFB”).




