Barkly makes ASX debut with fresh Australian rare earths play
Brought to you by BULLS AND BEARS
Andrew Todd
Barkly Rare Earths has made a big splash on the ASX boards today, rising almost 50% to 29.5c in early trade following a fresh $8 million capital raise to fund its eponymous rare earths project in the Northern Territory.
Priced at 20 cents per share late last year, the offering was easily oversubscribed as the West placed renewed emphasis on rare earth supplies and the Chinese government once again threatened export bans.
The company’s flagship project is located in the heart of the thriving Tennant Creek area and relies heavily on magnet rare earth capabilities.
The funds have been allocated for emergency exploration and expansion drilling at the Barkly project, which already hosts 40 million tonnes of shallow inferred resources and hosts total rare earth oxides (TREO) of 2100 parts per million (ppm) for 82,000 tonnes of TREO, with magnetized rare earths accounting for 34 per cent of the mixture.
Magnetized rare earth elements (neodymium, praseodymium (NdPr), dysprosium, and terbium) are the fastest-growing segment of all rare earth elements and typically increase the value of a bearing thanks to their critical role in permanent magnets for electric vehicle motors and wind turbine generators.
The magnetic rare earth oxide (MREO) grade has a velocity of around 710 ppm; This figure matches and even exceeds the overall TREO ratings of several projects in Australia that have already progressed to feasibility studies and are attracting acquisition interest. This criterion underlines the potential economic attractiveness of Barkly’s deposits even at this early stage.
But as with all rare earth projects, metallurgy and processing still remain decisive hurdles to production. Without a proven, effective flowchart for separating and recovering items on a commercial scale, even the most important resources can be wasted.
Barkly says it stands out in this regard, having already achieved a highly respectable NdPr extraction of 74 per cent from hydrometallurgical testing work on early samples, which is a solid indicator of recovery potential for high-value magnet elements.
The company says its enrichment test work has already achieved a 10-fold concentrate upgrade, increasing the TREO rating to 29,000 ppm, and that the deposit is at the low end of its peers for uranium and thorium waste elements.
Adding another layer to the story, a 200 million tonne vanadium resource with a grade of 0.12 percent vanadium oxide lies above the rare earth zone, offering a useful byproduct option in a region historically better known for base and precious metals.
True to the scale of the Top End, Barkly lies about 350km north-east of Tennant Creek, but is still considered part of the same vast, mineral-rich province.
The tenements were initially anchored with vanadium in mind, but quickly turned into a rare earth monster as unexpected sedimentary layers of very loose sands heated up for MREO mineralization at the top of the regolith.
The company says its sediment-hosting model is rare in rare earth deposits and brings clear advantages. Mineralization shows strong consistency across large areas; This is in stark contrast to the irregular nature often seen in weathered clay deposits.
Barkly says many of the 46 shallow air core holes to date have resulted in mineralization, while others have drilled directly through, providing a solid understanding of the geometry and continuity of the region and allowing the company to identify a significant initial resource.
Due primarily to loose, beach-like sand mineralization, the deposits require minimal crushing and screening, potentially paving the way for low mining operation and simple processing.
Barkly says a low-cost operation is possible on his project, even in a market where capital intensity is a major hurdle for many rare earth developers. And the company believes it convened the board to get it there.
Rare earth research has come a long way since its early focus on hard rock carbonatites and alkaline intrusions; Ionic clay discoveries, particularly in Brazil and China, have reshaped the global exploration landscape over the past two decades.
At the same time, explorers continued to expand the rare earths playbook beyond both the classic hard rock and clay models into broader sedimentary environments that became the flavor of the month.
In Australia, Red Metal, whose share price has risen more than 70 percent in the past two months to 19.5 cents, is forging ahead on its Sybella sediment-hosting rare earth project in northwestern Queensland.
Sybella is shaping up as a textbook example of how large basin sediments can accumulate over large areas and preserve rare earth mineralization, highlighting the potential for large, shallow systems that could contribute to relatively low-cost mining.
Heading Barkly’s operations will be chief executive Gavin Lockyer, who previously served as managing director of $1bn ASX-listed Arafura Rare Earths.
Mr. Lockyer helped guide Arafura’s flagship Nolans project from early exploration through complex metallurgical challenges and construction preparation. His track record includes funding direction, technical risk mitigation and stakeholder engagement in one of Australia’s most advanced rare earth development areas.
Managing director Craig Wright brings 15 years of geological knowledge to service provider RSC, where he has managed exploration projects across multiple commodities and regions.
The most important non-executive director may be Gavin Beer, a respected metallurgist in the rare earth industry. Metallurgy remains the decisive step for rare earth projects; The company is confident that Beer’s expertise will be central to proving the flowsheet and unlocking recoveries.
Barkly said he would move quickly to outline the next phase of evolution, as resource expansion drilling is scheduled to begin after the wet season, possibly in March or early April.
Management says one of its first priorities going forward will be an exercise program to test the viability of the company’s exploration target of 200 million to a very large billion tonnes at 1600-1900 ppm TREO, including 500-700 ppm NdPr. The upstream vanadium target is also estimated at 300-1,000 million tonnes at 0.12-0.14 percent vanadium oxide.
Ahead of the drilling rigs, a metallurgical program focusing on release, separation and recovery properties will begin immediately, using samples collected during the last drilling campaign.
Barkly also signed an earn-out agreement with DevEx Resources, giving it the right to spend $3.5 million over five years to earn up to 75 percent of its uranium rights across the project area.
This adds another critical mineral layer to the story in a region already known for its uranium potential.
The listing comes at the perfect time, at a time when geopolitical and policy momentum in the rare earths space is increasing. The exposure of the West’s supply chain to China has arisen due to ongoing trade tensions, prompting decisive responses.
A $13 billion critical mineral agreement was signed between the United States and Australia last year to help ease the bottleneck. The aim of this agreement was to build domestic processing capacity and reduce dependence on China’s near monopoly on supply.
The Australian federal government has continued to develop its own $1.2 billion critical mineral strategic reserves framework, with options being considered including offtake agreements, grants and other support mechanisms to accelerate local projects.
These policy signals have created new windows of capital for rare earth developers, especially those with resources located in stable, mining-friendly regions such as the Northern Territory.
Having an advanced rare earth project with a defined resource does not guarantee success, but it does put Barkly in the eye of punters looking to reliably access the Western magnet supply.
Tennant Creek’s loose sands offer a bedding style that can scale at lower cost than many peers, supported by a team walking the path from discovery to metallurgical evidence.
What Barkly needs now is the drill bit to prove the extensions, the metallurgy to validate the flowsheet, and the policy tailwinds to keep the momentum going. If these align, this sediment-hosted play at the heart of the Northern Territory could play a meaningful role in the global rare earth supply chain.
Is your ASX-listed company doing something interesting? Contact: mattbirney@bullsnbears.com.au
