Western Australia's vanadium battery ambition exposes the gap between resources and production
Tuesday 26 May 2026
Western Australia is tendering for a 50 MW / 500 MWh vanadium redox flow battery in Kalgoorlie, backed by A$150 million in state funding and specified to use locally sourced vanadium. If built, it will be the largest VRFB installation outside China. Australia holds among the world's largest vanadium reserves. It does not produce a single tonne of primary vanadium.
That contradiction, between resource wealth and production absence, defines vanadium's position on the Australian Critical Minerals List in 2026.
Classification and origin
Vanadium is classified critical by the Australian Government and the US Department of Energy. Roughly 90 per cent of global consumption goes into high-strength steel alloys as ferrovanadium. The growth application is long-duration energy storage: vanadium redox flow batteries store energy in liquid vanadium electrolyte that does not degrade over thousands of charge-discharge cycles, offering lifespans exceeding 20 years and non-flammable chemistry. For grid-scale storage backing intermittent renewables at durations beyond four hours, VRFBs are increasingly favoured over lithium-ion on lifecycle cost.
Australian vanadium deposits are predominantly hosted in titanomagnetite-bearing layered mafic-ultramafic intrusions and vanadiferous magnetite layers. The geological endowment is concentrated in Western Australia and Queensland, with deposits formed through magmatic differentiation processes that concentrated vanadium within iron-titanium oxide phases.
Australian deposits and active programs
Australian Vanadium Limited (ASX: AVL) holds the flagship Gabanintha project near Meekatharra in WA, with a resource of 395.4 Mt at 0.77 per cent V₂O₅, including a high-grade zone of 173.2 Mt at 1.09 per cent V₂O₅. The project received WA EPA environmental approval in January 2025 and development approval for the Tenindewa processing hub in August 2025. An Optimised Feasibility Study is underway, with a Final Investment Decision expected in the coming months. AVL's integrated strategy targets the full value chain from open pit mining through to vanadium electrolyte production for battery applications.
Richmond Vanadium Technology (ASX: RVT) is developing the Julia Creek resource in northwest Queensland, a marine oil shale-hosted vanadium deposit of a fundamentally different geological type. Technology Metals Australia (ASX: TMT) holds Gabanintha North in WA. Multicom Resources holds the Saint Elmo vanadium resource in Queensland.
None are producing. China controls roughly 65 per cent of global vanadium output. Russia and South Africa account for most of the remainder.
Why this matters
The WA Government's Kalgoorlie VRFB tender is a deliberate attempt to seed a domestic vanadium battery industry. The specification requiring locally sourced vanadium creates a circular logic: the battery needs Australian vanadium that does not yet exist at production scale. The tender assumes the supply chain will follow the demand signal.
The VRFB technology itself was invented in Australia, at the University of New South Wales in the 1980s. China has since deployed over 1.5 GWh of VRFB capacity, including the 400 MWh Dalian installation. Australia has deployed approximately 8 MWh, including Yadlamalka Energy's 2 MW / 8 MWh system co-located with solar in South Australia.
The global vanadium market is moving toward a supply deficit. CRU Group analysis projects market tightness from late 2026 as prior production cuts by steel-focused producers meet accelerating battery demand. Vanadium pentoxide prices have been subdued through 2024 and 2025 due to soft steel markets, but the recovery trajectory favours producers who can reach market as the deficit materialises.
The talent demand link
The pipeline from AVL's Optimised Feasibility Study through to the Kalgoorlie VRFB commissioning is generating demand for vanadium processing metallurgists, mine geologists experienced with titanomagnetite-hosted deposits, battery systems engineers, and field technicians for resource definition and infill drilling programs across WA and Queensland.
This is a new commodity for the Australian field workforce. Unlike gold, copper, or lithium, vanadium processing expertise is concentrated in a small number of specialists globally. Building the domestic workforce to match the domestic production ambition requires targeted recruitment, and the lead time between identifying those specialists and deploying them into active programs is longer than for established commodities.
At Norwest Exploration and Mining Services, we specialise in rapid deployment of contract geologists, field technicians and mining professionals to critical minerals projects across Australia. As vanadium programs advance from feasibility into resource definition and site preparation, the demand for experienced field crews in WA and Queensland will intensify.
Australia invented the VRFB, holds the vanadium to fill it, and is building the infrastructure to deploy it. The question is whether the supply chain, from pit to electrolyte to grid, can be assembled before the global deficit prices domestic ambition out of reach.