Pursuit Minerals Ltd. (ASX:PUR) is a top-tier lithium exploration and development company. The company is focused on its flagship Rio Grande Sur lithium project in the Salta Province of Argentina. The project is strategically located in an area known as the Lithium Triangle which hosts 50 percent of the global lithium resources and 40 percent of the current global lithium production. Argentina is the world’s third largest producer of lithium, behind Australia and Chile.
The project spans an area of 9,260 hectares on the Rio Grande Salar and is adjacent to several operating lithium mines and development operations, including Acradium Lithium’s Fenix lithium mine and the Olaroz lithium mine. The Rio Grande Salar holds a historical Ni 43-101 resource declared by LSC Lithium, formerly listed on the TSX prior to being acquired by Plus Petrol of 2.1 million tons (Mt) of lithium carbonate equivalent (LCE) with an average grade of 370 milligrams per litre (mg/L). This resource was mostly obtained from shallow drilling to 100 metres.
Pursuit delivered a maiden JORC Inferred Mineral Resource Estimate (MRE) of 251.3 kt LCE at 351 mg/L at the Rio Grande Sur project. The inferred resource relies on recent geophysical surveys and historical drilling, encompassing only a small portion of the known mineralization. Notably, excluding the highly promising Mito tenement from the current MRE highlights the unexplored potential for further resource expansion.
Pursuit has commenced its Stage 1 maiden drill program focused on upgrading the inferred resource. The drilling is anticipated to reach depths of 500 to 600 metres below surface, significantly deeper than the existing defined JORC mineral resource depth. Other companies in the region have obtained impressive results and grades of 900 mg/Li+ at depths of 500 metres, some of the highest known grades in Argentina. Pursuit expects a material resource upgrade in the second half of 2024 which will build on the inferred maiden resource.
Drill cores and packer lithium brine samples from Pursuit’s Stage 1 drilling program at the Rio Grande Sur Project.
In addition to having an attractive lithium resource, Pursuit is focused on the production of lithium carbonate to meet the supply side response to growing lithium demand. Recently, the company announced the first phase of operations of its 250 tons per annum (tpa) pilot plant to produce lithium carbonate. The plant will generate both technical and battery grade lithium carbonate at a purity of 99.95 percent, employing a conventional evaporation process.
Pursuit has submitted advanced environmental permits for the construction of the 250 tpa evaporation ponds and Stage 2 drill program at the northern tenement of the Rio Grande Sur project.
The establishment of the ponds is expected to take place in the latter part of 2024, pending environmental approvals. The ponds and the plant are planned to be situated on the Sal Rio 02 tenement enabling the possibility of initiating the first production of lithium carbonate on-site in 2025.
Pursuit is targeting continuous production at Rio Grande Salar and expects the current setup to be scalable to produce 15,000 to 20,000tpa of technical and battery grade lithium carbonate.
250-ton lithium carbonate pilot plant
The company’s focus on Argentina has several advantages. The new government, led by its president Javier Milei has signaled a market-friendly and pro-business policy shift. This should be a positive development for lithium miners given that Argentina has one of the largest lithium reserves in the world. Argentina holds 21 percent of the world’s 105 million tons of lithium resources, second only to Bolivia, according to the United States Geological Survey’s Lithium Statistics and Information 2024 report.
Lithium is in great demand driven by the growth in electric vehicles (EVs). Bloomberg NEF estimates lithium demand to jump by 225 percent to 2.6 Mt of LCE by 2030, translating into a CAGR of 16 percent. In a net-zero scenario, Bloomberg pegs the demand at 3.6 Mt of LCE by 2030, a CAGR of 19 percent.
The company remains focused on project execution that will deliver long-term shareholder value, including the completion of stage 1 drilling, JORC resource upgrade, first production of lithium carbonate and increasing production capacity to 250 tpa, and receipt of environmental permits, all within the first half of 2024.
In addition, Pursuit has identified the following catalysts over the next 12 months:
The Rio Grande Sur is the company’s flagship lithium project. The project comprises five tenements that span 9,233 hectares and are located in Rio Grande Salar in Salta province, Argentina. The region has benefited from historical exploration that yielded an NI 43-101 resource of 2.19 Mt LCE @ 374 mg/L, at inferred category.
During Q4 2023, Pursuit announced a maiden JORC inferred mineral resource estimate of 251.3 kt LCE at 351 mg/L at the Rio Grande Sur project. Following this, Pursuit is currently undertaking a maiden drill program to upgrade the inferred resource. Stage 1 of the drill program will comprise four diamond drill holes on the southern tenements. The first two holes will be drilled at the Sal Rio II and Maria Magdelena tenements.
The drilling is anticipated to reach depths of 500 to 600 metres below surface, significantly deeper than the existing defined JORC mineral resource depth. The drilling commenced in Q1 2024, and Pursuit is targeting a material resource upgrade in the second quarter of 2024. Further drilling is expected following the completion of the Stage 1 program. The Stage 2 drilling program is anticipated to occur in the second half of 2024, after which Pursuit is targeting a feasibility study.
Aaron Revelle is a seasoned mining executive with experience in founding and developing natural resources companies. He has over 15 years of experience across a wide range of commodities and bringing them from deposits into production. He was the founder of Trilogy Minerals, which was acquired by Pursuit, and Centaur Resources, which focused on its flagship Pastos Grandes lithium project and was sold to Arena Minerals, and subsequently sold to Lithium Americas for over AU$300 million.
Peter Wall is a partner with Steinepreis Paganin, a leading law firm, and has rich experience in M&A, takeovers, recapitalizations, and reconstructions. He has significant expertise in various domains such as energy, resources, capital markets, and strategy. He is also the chairman of Minbos Resources.
Tom Eadie is a director on the company board. He has over four decades of rich experience in the resource industry. Currently, he is the chairman of Alderan Resources and Southern Cross Gold. He was also the founding chairman of Syrah Resources.
Vito Interlandi is the managing partner at Nexia Melbourne and is responsible for corporate advisory. He has two decades of experience in finance, accounting, and capital markets and has served on the boards of several public and private companies.
This profile was written in collaboration with Couloir Capital.
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The lithium market faced significant headwinds in 2024 as oversupply, softer-than-expected electric vehicle demand and geopolitics reshaped the industry's dynamics.
Lithium prices remained low in 2024 on the back of oversupply and weak demand.
Lithium carbonate spent the majority of the year contracting, shedding 22 percent between January and December. Prices started the 12 month period at US$13,160.20 per metric ton (MT) and ended it at US$10,254.16.
The weak price environment was the result of a supply glut, a factor that S&P Global expects to persist in 2025.
In a November report, the firm forecasts a “global surplus of approximately 33,000 metric tons of lithium carbonate equivalent in 2025, a decrease from the 84,000 metric tons surplus projected for 2024 and 2023's 120,000 metric tons."
Against that backdrop, S&P is projecting continued lithium carbonate price declines next year, with the annual average price projected at US$10,542 in 2025, down from US$12,374 in 2024 and a steep drop from US$40,579 in 2023.
Adding to price pressure, advances in alternative battery technologies are posing challenges to lithium's traditional dominance. In 2024, these factors combined to create a year of volatility and transformation for the critical battery metal.
Market saturation emerged as a key theme for lithium early in the year as a continued surplus weighed on prices.
The excess comes on the back of steadily growing mine supply over the last four years. In 2020, the annual global mine supply tally was 82,500 MT, a number that more than doubled in 2023 to 180,000 MT.
Prices for lithium carbonate remained in the US$13,000 range for January, but began to rise in mid-February, ultimately reaching a year-to-date high of US$15,969.26 on March 14.
The price momentum was attributed to announcements that some new projects were being delayed, while operations in development and production were being transitioned to care and maintenance.
“We also began to see some supply response to the persistent lower price environment, with the announcement of delays to expansion plans and layoffs at some lithium producers or aspirants,” Adam Megginson, analyst at Benchmark Mineral Intelligence, told the Investing News Network during the first quarter.
“I only expect this to palpably impact the supply picture in 12 to 18 months, as that is when these expansions were planned to ramp.”
This precarious landscape was fertile ground for M&A deals, which occurred throughout the year.
“As lithium projects struggle to stay above water, analysts also expect M&A activity to increase as major producers with positive cash flow try to find deals in the market while junior companies try to sell projects in a market where private capitals are scarcer than previous years," a February 12 report from S&P Global states.
2024 started with the completion of Livent (NYSE:LTHM) and Allkem's merger of equals. The deal saw the two companies combine under the Arcadium Lithium (NYSE:ALTM,ASX:LTM) banner,boasting a market cap of US$5.5 billion and an extensive portfolio of lithium production assets and resources across the Americas and Australia.
By September, the weak price environment had forced Arcadium to halt expansion plans for its Mount Cattlin spodumene operation in Western Australia, with plans to transition to care and maintenance by mid-2025.
Despite that setback, Arcadium made headlines once again a month later as global mining major Rio Tinto (ASX:RIO,NYSE:RIO,LSE:RIO) made a move to acquire the multinational lithium company. Once the US$6.7 billion all-cash transaction closes, Rio Tinto will become the third largest producer of lithium globally.
Another notable 2024 lithium deal was Pilbara Minerals' (ASX:PLS,OTC Pink:PILBF) August plan to acquire Latin Resources (ASX:LRS,OTC Pink:LRSRF) in an all-stock deal valued at approximately US$369.4 million.
The acquisition will grant Pilbara Minerals access to Latin Resources' flagship Salinas lithium project in Brazil's Minas Gerais state, enhancing its presence in the burgeoning North American and European battery markets.
In late November, Sayona Mining (ASX:SYA,OTCQB:SYAXF) and US-based Piedmont Lithium (ASX:PLL,NASDAQ:PLL) unveiled a merger that is set to create a consolidated entity valued at about US$623 million.
These deals helped make lithium one of the most active M&A segments in the critical minerals space.
“Lithium stands out with both the highest volume of deals and largest total deal value from 2020-24 (US$24 billion),” a 2025 critical minerals outlook from Allens reads. “Deal volume for lithium M&A deals peaked in 2023, but remains relatively high in 2024, showing comparable volume to 2022.”
As one of the largest end-use segments for lithium, the EV industry is a key factor in the market.
Weak North American EV sales early in the year offset some positivity out of Asian markets; however, in late Q3 and Q4, global sales began to pick up momentum. In October, the Chinese EV market set another monthly record with 1.2 million units sold, a 6 percent month-on-month increase. According to data from research firm Rho Motion, EV sales between January and October were up 24 percent compared to the same period in 2023.
“The global EV market is now picking back up again, hitting record sales for the second month in a row. Most of the growth is coming from China and Western manufacturers are clearly feeling threatened by this. The US market remains buoyant in part thanks to Inflation Reduction Act (IRA) funding for consumers switching to electric which may be at risk with the start of the Trump presidency,” said Charles Lester, data manager at Rho Motion.
However, there is speculation that President-elect Donald Trump will dismantle key components of the IRA, particularly targeting the US$7,500 EV tax credit. His transition team has indicated intentions to eliminate this consumer incentive, which was designed to promote EV adoption and bolster the country's clean energy sector.
Critics have argued that removing the tax credit could hinder domestic EV sales and potentially benefit foreign competitors, notably China, by undermining investments in the US battery supply chain.
With that in mind, the proposed repealing of the tax credit has raised concerns among automakers and environmental advocates about the future of America's competitiveness in the rapidly growing global EV market.
The Biden administration made efforts to address that issue in May, when it sharply increased tariffs on Chinese EVs, raising duties to over 100 percent to counter alleged unfair trade practices. While the move was made to bolster domestic EV production and sales, critics said it could disrupt supply chains and raise consumer costs.
Following suit in August, North American neighbor Canada levied a 100 percent tariff on Chinese EVs, aligning with the US and EU to counter China’s trade practices. At the time, Prime Minister Justin Trudeau criticized China’s policies as unfair, citing their impact on Canadian industries and workers. He emphasized the need to protect the domestic EV and metal sectors from overcapacity caused by China’s state-driven production.
Canada also introduced a 25 percent surtax on Chinese steel and aluminum imports.
In response, China filed a formal complaint with the World Trade Organization over Canada’s decision to impose tariffs on Chinese-made EVs, steel and aluminum. Beijing criticized the measures as protectionist and in violation of international trade rules. China also filed similar complaints against the US and EU.
As uncertainty continues to plague the lithium space, analysts are projecting a sustained low-price environment into 2025, despite the production cuts and project delays that were prevalent in 2024.
"With the production cuts announced so far having primarily been about slowing future growth rather than immediate production, strong mine supply growth is still expected in the short-term, namely 24.7 percent in 2024 and 17.4 percent in 2025," Macquarie analysts told S&P Global as 2024 drew to a close.
"This suggests lower prices will need to persist for longer in the absence of any further price-induced cuts that rebalance the market sooner than our forecasts indicate.”
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Securities Disclosure: I, Georgia Williams, hold no direct investment interest in any company mentioned in this article.
Editorial Disclosure: The Investing News Network does not guarantee the accuracy or thoroughness of the information reported in the interviews it conducts. The opinions expressed in these interviews do not reflect the opinions of the Investing News Network and do not constitute investment advice. All readers are encouraged to perform their own due diligence.
The lithium market enters 2025 at a crossroads, shaped by persistent oversupply, geopolitical shifts and evolving demand dynamics in the electric vehicle sector.
After a tumultuous 2024 that saw lithium carbonate prices tumble 22 percent amid a global supply glut, analysts are predicting another year of volatility for the important battery metal.
Even so, some balance is expected to return — according to S&P Global, the lithium surplus is projected to narrow to 33,000 metric tons in 2025, down from 84,000 metric tons in 2024, as production cuts begin to temper excess supply.
Demand from the electric vehicle (EV) market remains a key driver, with China maintaining its dominance after record-breaking sales in late 2024. In North America, the EV sector will face uncertainty under the Trump administration.
As 2025 unfolds, the lithium sector will also have to navigate geopolitical tensions, including rising tariffs on Chinese EVs and escalating trade disputes that are reshaping global supply chains.
“The name of the game in lithium (in 2025) is oversupply. Excess production in places like Africa and China, coupled with softer EV sales, has absolutely hammered the lithium price both in 2023 and 2024. I wouldn't think we can dig ourselves out of this hole in 2025 despite reliably strong EV sales,” said Chris Berry, president of House Mountain Partners.
In his view, the next 12 months could be unpredictable in terms of lithium price activity.
“Lithium price volatility is a feature of the energy transition and not a bug,” he said. “You have a small but fast-growing market, opaque pricing, legislation designed to rapidly build critical infrastructure underpinned by lithium and other metals, and this is a recipe for boom-and-bust cycles demonstrated by extremely high and extremely low pricing.”
For Gerardo Del Real of Digest Publishing, seeing prices for lithium contract by 80 percent over the last two years evidences a bottoming in the lithium market and also serves as a strong signal.
“I think the fact that we're up some 7 percent to close the year in 2024 in the spot price leads me to believe that we're going to see a pretty robust rebound in 2025. I think that's going to extend to the producers that have obviously been affected by the lower prices, but also to the quality exploration companies,” Del Real said in December.
He believes contrarian investors with a mid to long-term outlook have a prime opportunity to re-enter the space.
As mentioned, widespread lithium production cuts are expected to help bring the sector into balance in 2025.
William Adams, head of base metals research at Fastmarkets, told the Investing News Network (INN) via email that output cuts for the battery metal have already started inside and outside of China.
“We expect further cutbacks if prices do not recover soon in the new year. While we have seen some cuts, we are also seeing some producers continue with their expansion plans and some advanced junior miners ramp up production. So we are now in a situation where we are waiting for demand to catch up with production again," he said.
Adams and Fastmarkets expect to see lithium demand catch up to production in late 2025. However, he warned that refreshed demand is unlikely to push prices to previous highs set in 2022.
“We do not expect to see a return to the highs we saw in 2022, as there are more producers and mines around now and there has been a buildup of stocks along the supply chain, especially in China,” he said.
“This should prevent any actual shortage being seen in 2025, but stocks can be held in tight hands, and if the market senses a tighter market, then they may be encouraged to restock, which could lift prices. But the restart of idle capacity in such a case is likely to keep prices rises in check," Adams added.
Analysts at Benchmark Mineral Intelligence are taking a similar stance, with a slightly more optimistic tone.
“In 2025, prices are likely to remain fairly rangebound. This is because Benchmark forecasts a relatively balanced market next year in terms of supply and demand,” said Adam Megginson, senior analyst at the firm. He also referenced output reductions in Australia and China, noting that they may not be as impactful as some market watchers anticipate.
This past July, Albemarle (NYSE:ALB), announced plans to halve processing capacity in Australia and pause an expansion at its Kemerton plant amid the prolonged lithium price slump. One of the plant’s two processing trains will be placed on care and maintenance, while construction of a third train has been scrapped.
“These supply contractions are likely to be balanced by capacity expansions due to come online in China in 2025, as well as in African countries like Zimbabwe and Mali,” Megginson said.
“Expect supply from these other regions to play a bigger role in the market in 2025.”
Geopolitics is likely to play a key role in the lithium market this year, both directly and indirectly.
In 2024, the Biden administration raised tariffs on Chinese EVs to over 100 percent to counter alleged unfair trade practices, aiming to boost domestic production, but drawing criticism over potential supply chain disruptions.
Canada followed suit with similar 100 percent tariffs on Chinese EVs, as well as a 25 percent surcharge on Chinese steel and aluminum, citing the need to protect local industries. China has responded with World Trade Organization complaints against Canada and the US, along with the EU, labeling the measures protectionist.
Whether these tariffs against China will be enough to bolster the domestic North American EV market remains to be seen; however, the issue could become even more complicated if US President-elect Donald Trump makes good on his threats to levy tariffs on America's continental trade partners, Canada and Mexico.
Del Real doesn't expect US tariffs on critical minerals like lithium, but expressed concerns about a trade war.
“The bottom line is getting into a tit-for-tat with China is a dangerous proposition because of the leverage they have, especially in the commodity space, and so the tariffs are going to be passed down to consumers," he said. In his view, Trump's tariff threats could be more of a negotiating tactic than a sustained strategy.
More broadly, the experts INN heard from expect resource nationalism, near shoring and supply chain security to play prevalent roles in the lithium market and the critical minerals space as a whole.
“There's no doubt that lithium in particular has become politicized as policy makers across the globe have awoken from their slumber and realized that dependence on critical materials and supply chains in a single country is a bad idea for both economic and national security,” said Berry, noting that China had this realization decades ago.
“There is no easy fix, and you're looking at roughly a decade before any western countries have any sort of a regionalized or 'friend-shored' supply chain. Accelerating this would involve massive capital investment, patience and most importantly, political will. North America in particular has made great strides in recent years, but we have a long way to go. I'm not sure if fully decoupling from China is even a good idea," the battery metals expert added.
For Benchmark’s Megginson, 2025 could be a year of increased domestic development.
“We have seen several countries attempting to adopt some form of 'resource nationalism.' In some cases, this has been driven by wanting to onshore the production of critical minerals that are necessary for defense and nuclear applications. In others, it stems from a desire to be more self-sufficient so they can be more resilient to supply shocks.”
Proposed tariffs from Trump could also serve as a catalyst for US lithium output.
“With the incoming Trump administration, everyone has their eyes on how promises of increased tariffs will be implemented. Ultimately, heavier tariffs would accelerate efforts to onshore capacity in the US,” Megginson said.
“We may see the EU following suit with tariffs. There has been much said of the diversification of the lithium market away from China, but many of those efforts stalled in 2024 as the downswing in prices and a shifting geopolitical landscape made these endeavors more challenging," added the Benchmark senior analyst.
This nationalistic focus is also projected to impact refinement capacity and jurisdiction.
“While extracting the lithium from the ground has been successfully done in non-incumbent countries, such as in Brazil, Central Africa and Canada, with others expected to follow, the building of refining capacity has proved more difficult from a know-how and cost point of view, with a number of companies announcing that they are reining in some expansion plans, canceling some building projects or delaying decisions,” Adams of Fastmarkets said.
He went on to note that South Korea is an area to watch.
“Outside of China, South Korea has successfully ramped up new refining capacity, while Australia has had mixed results. The general issue is it’s hard to get the process right, and the CAPEX and OPEX outside of China means it is hard to be competitive. It will be interesting to see how Tesla’s (NASDAQ:TSLA) new Texas plant ramps up,” Adams noted.
Elsewhere, Adams pointed to the desire to secure supply chains. “Resource nationalism has also been an issue in some jurisdictions, with more countries now wanting processing capacity to be built in the country, and in order to force that they have banned the export of lithium-bearing ores. Zimbabwe a case in point,” he told INN.
Adams also pointed to Chile’s efforts to partially nationalize lithium producers, with the government mining company having controlling stakes in producers. “This could deter international investment in developing these mines,” he said. “In other metals, Indonesia has been very successful in playing the resource nationalism card.”
While the factors mentioned will undoubtedly impact the lithium industry in 2025, the market's most pronounced driver is the EV sector, and to a lesser extent the energy storage system (ESS) space.
“Demand for lithium-ion batteries is set to continue to grow rapidly in 2025. Benchmark forecasts that EV and ESS-related demand for lithium will both increase by over 30 percent year-on-year in 2025,” said Megginson.
To satiate this uptick in demand, “additional volumes of lithium will need to come to market.”
Megginson also noted that robust ESS demand is a positive demand signal for lithium-iron-phosphate (LFP) cathode chemistries, but is unlikely to outweigh the mounting EV demand in China.
This sentiment was echoed by Berry of House Mountain Partners, who expects the EV and ESS sectors to continue dominating market share in terms of lithium end use. “EVs and ESS are roughly 80 percent of lithium demand, and this shows no signs of abating. Other lithium demand avenues will grow reliably at global GDP, but the future of lithium is tied to increasing proliferation of the lithium-ion battery,” he commented to INN.
Despite weak EV sales in Europe and North America in 2024, Fastmarkets’ Adams expects to see a recovery in demand from these regions, paired with strong sales in China. The dip in European sales, particularly in Germany after subsidy cuts in early 2024, mirrors China’s 2019 slowdown following subsidy reductions. However, as with China, the decline appears temporary, with a recovery expected as stricter emissions penalties take effect in Europe in 2025.
Additionally, Adams pointed to the growing adoption of extended-range EVs, which address range anxiety and use larger batteries than plug-in hybrid EVs, as a catalyst for lithium demand.
However, he noted that the outlook for EVs in the US remains uncertain as Trump takes the helm.
“ESS demand has been particularly strong, especially in China, and we expect that to continue as the need to build renewable energy generation capacity is ever present and has a wide footprint. For example, ESS buildout in India is strong, whereas demand for EVs is less strong, but again it is strong for 2/3 wheelers," said Adams. He added that low prices for battery raw materials have lowered prices for lithium-ion batteries, benefiting ESS projects.
Ultimately the lithium market is expected to see volatility in 2025, but could also present opportunities.
"I can see a 100 to 150 percent rebound in the lithium spot price easily in 2025. And again, I think there's a lot of opportunity there,” Del Real of Digest Publishing emphasized to INN.
For Megginson, the sector will be shaped by geopolitics and relations moving forward.
“Policy will have a huge role to play in driving price trends in 2025," he said.
"For instance, there remains uncertainty around how the tariffs promised by an incoming Trump administration in the US would be implemented, and how they could reshape the global lithium landscape."
Don't forget to follow us @INN_Resource for real-time updates!
Securities Disclosure: I, Georgia Williams, hold no direct investment interest in any company mentioned in this article.
Editorial Disclosure: Galan Lithium and Lithium Universe are clients of the Investing News Network. This article is not paid-for content.
The Investing News Network does not guarantee the accuracy or thoroughness of the information reported in the interviews it conducts. The opinions expressed in these interviews do not reflect the opinions of the Investing News Network and do not constitute investment advice. All readers are encouraged to perform their own due diligence.
The lithium sector regained some stability in 2024, but oversupply continues to weigh on the market. These three ASX-listed stocks saw the biggest gains despite headwinds.
Global demand for lithium presents a significant opportunity for Australia, the world's top lithium producer.
Australia’s abundant lithium reserves and strong output position it as a key player in the battery value chain into the 2030s. However, rapid electric vehicle (EV) market growth has driven increased mining, leading to a global surplus.
Against that backdrop, the lithium market experienced significant upheaval in 2024, with oversupply and weaker-than-expected EV demand driving a 22 percent drop in lithium carbonate prices.
The year began with a supply glut weighing heavily on prices, which briefly rose in March before resuming their decline. Analysts project a continued lithium surplus into 2025, despite production cuts and project delays.
While Chinese EV sales hit record highs late in the year, geopolitical tensions — including tariffs and potential US policy changes — added uncertainty to the global lithium landscape, leaving the market in a prolonged low-price environment.
Here the Investing News Network looks at the top three ASX-listed lithium companies by year-to-date gains. The list below was generated using TradingView’s stock screener on December 31, 2024, and includes companies that had market caps above AU$10 million at that time. Read on to learn more about their activities over the past year.
Year-to-date gain: 84.48 percent
Market cap: AU$1.19 billion
Share price: AU$5.35
Europe-focused Vulcan Energy Resources aims to support a carbon-neutral future by producing lithium and renewable energy from geothermal brine. The company is currently developing the Zero Carbon lithium project in Germany's Upper Rhine Valley. Vulcan is utilising a proprietary alumina-based adsorbent-type direct lithium extraction (DLE) process to produce lithium with an end goal of supplying sustainable lithium for the European EV market.
On April 11, Vulcan announced the commencement of lithium chloride production at its lithium extraction optimisation plant in Germany. According to the company, the milestone marks the first lithium chemical production in Europe using local supply. The plant has consistently exhibited over 90 percent lithium extraction efficiency.
The company already has binding lithium offtake agreements in place with major automakers and battery manufacturers, and expects to supply enough lithium for 500,000 EVs during the first phase of production.
During Q3, Vulcan received its first licences for lithium and geothermal exploration in Alsace, France. The permits cover 463 square kilometres, expanding Vulcan's total licenced area in the Upper Rhine Valley to 2,234 square kilometres.
In early August, Vulcan began commissioning its downstream lithium hydroxide optimisation plant (CLEOP) near Frankfurt, Germany, which will process the lithium chloride concentrate from its DLE plant.
A mid-October release from Vulcan outlines a memorandum of understanding with industrial software designer AVEVA. The partnership will see AVEVA build a digital framework for Vulcan’s Zero Carbon lithium project.
Also in October, the company earned S&P Global’s highest "dark green" sustainability rating, a first for the mining sector, under its Green Financing Framework. On November 8, Vulcan announced it had commenced lithium hydroxide production at CLEOP. The milestone coincided with an AU$162 million funding infusion from Germany’s Federal Ministry of Economics and Climate Protection and the European Recovery and Resilience Facility.
To end the year, Vulcan announced the signing of a AU$1.45 billion conditional debt commitment letter with Export Finance Australia and a group of seven commercial banks.
Year-to-date gain: 6.67 percent
Market cap: AU$353.35 million
Share price: AU$0.16
Australia-listed Ioneer owns the Rhyolite Ridge lithium-boron project in Nevada, US. According to the company, the project is considered the “sole lithium-boron deposit in North America.”
As part of the permitting process for Rhyolite Ridge, Ioneer completed and submitted an administrative draft environmental impact statement (EIS) to the US Bureau of Land Management (BLM) in mid-January. In mid-September, Ioneer announced that the BLM had published the final EIS, moving the company closer to construction.
The comprehensive review process addressed environmental concerns, particularly regarding the protection of the endangered Tiehm's buckwheat plant found at the site. Ioneer has committed to measures aimed at safeguarding the plant's habitat. In October, Ioneer secured final federal approval for Rhyolite Ridge.
The project became the first US lithium mine authorised under the Biden administration.
Rhyolite Ridge is projected to produce sufficient lithium for approximately 370,000 EV batteries annually. Construction is slated to commence in 2025, with production expected by 2028.
Year-to-date gain: 2.25 percent
Market cap: AU$52.03 million
Share price: AU$0.09
Africa-focused explorer Prospect Resources holds a diversified portfolio of assets in Zimbabwe, Zambia and Namibia. The company’s lithium prospects, Omaruru and Step Aside, are in Namibia and Zimbabwe, respectively.
In late June, Prospect released an update on its exploration activities, reporting strong assay results from Phase 4 diamond drilling at the Step Aside lithium project in Zimbabwe and follow-up Phase 2 drilling at the Omaruru lithium project. Managing Director Sam Hosack highlighted the significant mineralisation potential at both projects.
Moving forward, Prospect plans to slow down spending at its lithium projects as it turns to its newly acquired Mumbezhi copper project in Zambia. The company believes it can monetise Step Aside in the near term to aid in this goal.
In its June quarterly results, Prospect noted the completion of drilling and fieldwork for a Phase 4 diamond drilling program at the Step Aside lithium project in Zimbabwe, with no further exploration planned.
The project is being prepared for sale to help fund the Mumbezhi copper project.
Meanwhile, Phase 2 drilling at the Omaruru lithium project is complete, and the company has reduced spending to holding costs as its focus shifts to the Mumbezhi project.
In its September quarterly report, Prospect said it was discontinuing its Bikita Gem earn-in project in Southeastern Zimbabwe after drilling results failed to identify economically viable volumes of petalite-rich lithium mineralisation.
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Securities Disclosure: I, Georgia Williams, currently hold no direct investment interest in any company mentioned in this article.
The cobalt sector is facing another year of oversupply as production increases beyond demand. Find out what other factors are impacting the market.
Oversupply and shifting battery chemistries are set to define the cobalt market in 2025. Prices — subdued by excess supply since 2023 — are expected to remain stable, with limited volatility.
The rise of lithium-iron-phosphate (LFP) batteries, particularly in China, continues to suppress demand for cobalt chemicals, challenging sulfate refiners. Meanwhile, on the supply side, Indonesia's rapid expansion in mixed hydroxide precipitate (MHP) production offers an alternative to the contentious Democratic Republic of Congo (DRC).
Even so, the DRC is expected to remain the primary producer of cobalt in the near to medium term.
“Oversupply has been the dominant driving force for cobalt prices since 2023, and this is likely to persist in 2025,” Roman Aubry, price analyst at Benchmark Mineral Intelligence, said. “As this single factor is so overwhelming, it has stifled much of the volatility in the market in 2024, and it is likely this will be the case in 2025 as well.”
Critical minerals have become a key focus as nations look to fortify domestic supply chains. The cobalt sector’s production concentration in the DRC makes it even more prone to geopolitical upheaval.
According to the International Energy Agency’s (IEA) 2024 Global Critical Minerals Outlook, the cobalt market has a heightened geopolitical risk rating because 84 percent of production is focused in a single country.
Despite the current cobalt glut, the IEA is projecting that demand will soar from 213,000 metric tons in 2023, rising to 344,000 metric tons in 2030 and then to 454,000 metric tons in 2040.
This steep uptick has prompted the IEA to project a potential 16 percent shortfall by 2035.
Although countries like Indonesia and Australia are starting to see cobalt sector growth, experts agree that the DRC will continue to be the dominant player in the industry into the future.
“The DRC is going to maintain its position for the foreseeable future; however, Indonesian MHP is rapidly growing as an alternative source of cobalt in the market. In line with this, we’ve seen an influx of cobalt metal from Indonesia becoming more prevalent in recent months, being aggressively marketed by Indonesian producers,” said Aubry.
Those circumstances mean Indonesia could capture a larger piece of market share this year.
“With CMOC (OTC Pink:CMCLF,SHA:603993) not planning any new expansions this year, it is unlikely we'll see any significant growth from the DRC in cobalt production in 2025,” he added.
Refinement capacity will also play an important role in meeting growing cobalt demand.
Australia’s Cobalt Blue Holdings (ASX:COB,OTC Pink:CBBHF) is advancing plans for the Kwinana cobalt refinery near Perth, proposing an initial production capacity of 3,000 metric tons of cobalt sulfate and 500 metric tons of nickel metal annually. Construction is slated to commence in H1 2025, with completion expected within 12 months.
In 2024, record-breaking global electric vehicle (EV) sales helped solidify cobalt's role in the energy transition. China is spearheading a 40.7 percent surge in EV and hybrid adoption, supported by aggressive pricing and subsidies.
China remained the largest growth market as domestic automakers outpaced foreign rivals. European sales rebounded from setbacks early in the year, with stricter emissions penalties set to drive further adoption in 2025.
Despite US market uncertainties, growing EV demand globally will sustain cobalt's importance, although supply chain challenges and alternative battery technologies may influence its trajectory.
“As LFP becomes increasingly dominant in China, sentiment for cobalt chemicals used in batteries has turned more bearish,” Aubry said. “A downturn in demand may put sulfate refiners under additional pressure, particularly at a time where the current market dynamics already present significant challenges due to prices.”
Another factor that could lead to additional cobalt surpluses is the production correlation with copper and nickel.
A November 2024 Fastmarkets report notes that 76 percent of global cobalt supply comes from copper-cobalt mines in the DRC. This by-product status exposes cobalt to market dynamics in the copper space.
In 2024, copper production in the region was on the rise, which in turn weighed on the cobalt market.
“But with cobalt demand remaining decidedly sluggish, copper’s upward trajectory will continue to fuel cobalt oversupply and, combined with the fact that copper production is poised to expand further, this will keep cobalt prices under pressure,” the Fastmarkets report reads.
A similar picture is playing out in Indonesia, where cobalt is mined as a by-product of nickel.
Indonesia’s rise as a cobalt powerhouse is poised to reshape the market, fueled by its booming MHP production. In 2024, the country supplied 10 percent of global cobalt, up from 7 percent in 2023, driven by Chinese-backed investments in nickel laterite ore projects using high-pressure acid leach technology.
Despite weak nickel prices, these projects are ensuring long-term cobalt output growth, with MHP-derived cobalt production projected to rise by a sizeable 17 percent in 2025.
Producers are increasingly favoring cobalt metal over sulfate due to higher profitability and easier storage.
Additionally, cobalt from Indonesia may be immune to US tariffs — that's in contrast to Chinese cobalt, which faces a 25 percent import tariff, as per Fastmarkets. “That possibility could raise concerns about shifting global supply dynamics and increase the pressure on cobalt prices," the firm explains.
Due to these factors, Fastmarkets is expecting a continued surplus of 21,000 metric tons in 2025, a slight decrease from 2024’s glut of 25,000 metric tons. Increased copper and nickel production is driving this trend, but challenges loom.
Weak nickel pricing, driven by Indonesia’s rapid growth, is squeezing producers in higher-cost regions like Australia and Canada, threatening project viability. Meanwhile, geopolitical tensions, trade barriers and a strong US dollar could further disrupt cobalt flows, especially from Chinese-backed Indonesian operations. The market’s trajectory will depend heavily on economic conditions, trade dynamics and evolving technologies, the report concludes.
As the global mining sector faces increased scrutiny for its extraction practices, the DRC’s cobalt industry has proven to be a focal point for sustainability and social governance concerns.
Child labor at artisanal and small-scale cobalt mines in the country has drawn international attention, prompting the US Department of International Labor to establish a program to fight cobalt-related child labor in the DRC.
Since its inception in 2018, the project has trained 458 stakeholders from the government, civil society and the private sector on fighting child labor. Its other accomplishments include introducing tools like the Bureau of International Labor Affairs' Comply Chain to 28 mining entities in Lualaba and Haut-Katanga.
While these are moves in the right direction, the long-running negative attention that the DRC’s cobalt sector has faced could be a deterrent to new capital entering the country.
“Alternatives to the DRC are likely to become more attractive to investors if it can sidestep other potential pitfalls, such as high refining energy costs. Until a more sustainable supply chain is embedded, or there are more substantial regulations implemented to limit the prevalence of artisanal mining, prices are unlikely to see a premium for sustainably sourced cobalt in the immediate term,” Aubry told the Investing News Network.
Although Indonesian supply may be exempt from current US trade rules, that could change in the near term.
The re-election of US President Donald Trump has introduced significant uncertainty into the cobalt market, particularly concerning the future of electric vehicle (EV) policies and potential trade measures.
Industry participants have expressed concerns that Trump may reverse existing EV legislation, notably the Inflation Reduction Act, which has been instrumental in channeling approximately US$312 billion into US EV production and infrastructure. The American president has previously indicated intentions to "end the electric vehicle mandate on day one" in a bid to "save the auto industry from complete obliteration."
Despite these statements, the proliferation of EV manufacturing facilities in predominantly Republican states suggests that any policy reversals could face resistance due to the economic benefits they bring to local communities.
Stricter tariffs on Chinese-origin cobalt and EVs is also a concern among market watchers.
Don’t forget to follow us @INN_Resource for real-time updates!
Securities Disclosure: I, Georgia Williams, hold no direct investment interest in any company mentioned in this article.
Editorial Disclosure: Fortune Minerals and Mawson Finland are clients of the Investing News Network. This article is not paid-for content.
The Investing News Network does not guarantee the accuracy or thoroughness of the information reported in the interviews it conducts. The opinions expressed in these interviews do not reflect the opinions of the Investing News Network and do not constitute investment advice. All readers are encouraged to perform their own due diligence.
Investors are keen to learn more about cobalt due to its role in the electric vehicle sector. Here's an overview of the largest cobalt stocks on the ASX by market cap.
Strong electric vehicle (EV) sales have been driving up demand for key battery raw materials in recent years. EVs require lithium-ion batteries to run, and each battery could contain up to 15 kilograms of cobalt.
This means that as demand for EVs increases, so too will demand for cobalt — and, as one of the top four cobalt-producing countries in the world, Australia finds itself in a position to capitalise on this demand.
About 74 percent of global cobalt output comes from the Democratic Republic of Congo (DRC). However, Australia is proving to be a solid contender; though it is only responsible for 2 percent of the world’s cobalt production, it holds about 15.5 percent of global reserves. Moreover, while the DRC’s labour and mining practices have often been labeled unethical and unsustainable, Australian miners are focused on safer, more environmentally friendly practices.
While cobalt prices haven't recovered from their fall in early 2023, EV demand is expected to be strong in the long term.
When it comes to getting exposure to the Australian market, large players may be a good place to start.
Read on for a look at the biggest cobalt stocks on the ASX sorted by market cap. All market cap and share price data was obtained on November 29, 2024, using TradingView's stock screener.
Market cap: AU$69.89 million
Share price: AU$0.34
Ardea Resources' primary focus is developing its wholly owned Kalgoorlie nickel project, which the company says “hosts the largest nickel-cobalt resource in the developed world.”
Located in Western Australia, the project includes the Goongarrie Hub deposit.
A 2023 prefeasibility study shows that the Goongarrie Hub has an ore reserve of 194.1 million tonnes at 0.05 percent cobalt and 0.7 percent nickel, resulting in 99,000 tonnes of contained cobalt and 1.36 million tonnes of contained nickel.
The study indicates that this resource would support an open-pit mining operation with a 40 year mine life and annual output of 2,000 tonnes of cobalt and 30,000 tonnes of nickel.
In late March, the company shared that a detailed hydrogeology drilling program had commenced to quantify long-term water supply. Ardea is now working on a definitive feasibility study (DFS) with funding from its strategic partners, Sumitomo Metal Mining Co. (TSE:5713) and Mitsubishi (TSE:8058).
The DFS is slated for completion in the second half of 2025.
Market cap: AU$34.37 million
Share price: AU$0.069
Cobalt Blue Holdings focuses solely on cobalt and is enthusiastic about the metal’s ethical and environmental potential within the renewable energy market. The company owns the New South Wales-based Broken Hill project, a cobalt asset that it says adheres to Australian labour and sustainability standards, and is planning the Kwinana cobalt-nickel refinery.
In November 2023, Cobalt Blue released the results of its cobalt-nickel refinery study. During Stage 1, the proposed refinery will process third-party feedstock and will have a capacity of 3,000 tonnes of cobalt sulphate per year, along with 1,000 tonnes of nickel sulphate annually. Stage 2 will have the option to include potential feedstock from Broken Hill. The study projects stable margins throughout potential cobalt price fluctuations.
A few days later, the company announced that its potential partner for the refinery is Iwatani (TSE:8088), a battery minerals trader. According to Cobalt Blue, if everything goes through as planned, the refinery will be constructed on Iwatani's property in Western Australia's Kwinana industrial area.
Cobalt Blue provided another update on the refinery in early October, reporting that construction is set to commence in the first half of 2025, with completion expected within 12 months.
Market cap: AU$29.73 million
Share price: AU$0.011
Jervois Global is focused on producing battery minerals, with a specific emphasis on cobalt. Jervois boasts operations worldwide and hopes to become the only cobalt miner in the US at its Idaho Cobalt Operation (ICO).
In mid-2023, the company won US$15 million from the US Department of Defense (DoD) to fund drilling at ICO, as well as a bankable feasibility study for the construction of a US cobalt refinery. Resource drilling began at ICO's Sunshine deposit shortly after, while work on a bankable feasibility study for the cobalt refinery was launched last October.
The company hopes to complete the study in the fourth quarter of 2024.
DoD-funded resource-extension drilling at the RAM deposit kicked off in March of this year.
The following month, Jervois completed its maiden resource estimate for Sunshine as part of its deliverables under the DoD agreement. The deposit hosts an inferred resource of 520,000 tonnes at 0.5 percent cobalt, 0.68 percent copper and 0.49 grams per tonne gold at a cut-off grade of 0.25 percent cobalt, for 5.75 million pounds of contained cobalt. Jervois is aiming to complete a bankable feasibility study for RAM in 2024's fourth quarter.
In June, Jervois inked a memorandum of understanding with current customer Global Tungsten & Powders to evaluate the latter potentially making a minority equity investment in Jervois’ proposed US cobalt refinery. The company announced in October that it is on track to complete the bankable feasibility study for the refinery in Q4 2024.
Market cap: AU$18.22 million
Share price: AU$0.225
Norway-focused Kuniko is targeting three metals key for the EV industry: cobalt, nickel and copper.
The majority of its assets are in Norway, including its Skuterud cobalt project, Undal-Nyberget copper project and Ringerike battery metals project. Ringerike hosts the past-producing Ertelien nickel-copper-cobalt target.
In its quarterly report for September 2023, Kuniko highlighted significant developments, including an investment of AU$7.8 million by Stellantis (NYSE:STLA), which acquired a 19.99 percent interest in Kuniko and secured a 35 percent offtake for future production of nickel and cobalt sulphate from Kuniko's Norwegian projects for nine years.
In April, the company released a maiden resource estimate for Ertelien showing 23.3 million tonnes of inferred resources containing 49,700 tonnes of nickel, 37,300 tonnes of copper and 3,300 tonnes of cobalt.
That includes high-grade sulphide resources of 4.59 million tonnes at 0.03 percent cobalt and disseminated sulphide resources of 18.68 million tonnes of 0.01 percent cobalt.
Kuniko undertook a second phase expansion drill program over the summer at Ertelien. “Our aim is to demonstrate progress towards developing a Voisey Bay style resource as a potential new source of critical battery metals for European industries,” company CEO Antony Beckmand stated. The assay results were published in September, and will be incorporated into an updated resource estimate to be released in Q4 2024.
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Securities Disclosure: I, Melissa Pistilli, currently hold no direct investment interest in any company mentioned in this article.
Geopolitics, weak prices and supply growth are among the key factors set to drive the graphite market in 2025.
The natural graphite market faced pressure in 2024 as supply and demand trends created a deficit.
As the year progressed, slower-than-forecast end-use segment demand, production uncertainty and moderate investment in capacity growth outside of China remained the dominant sector themes.
A late-year recovery in global electric vehicle (EV) sales and a positive long-term demand outlook have positioned the graphite market for a mild recovery in 2025. However, with China dominating global supply, factors such as geopolitical tensions, export restrictions and policy changes could quickly alter the landscape.
“The risks to relying on China have really been highlighted over the last year. (In December 2023), China announced export licenses for graphite products," James Willoughby, senior research analyst for graphite, energy transition and battery raw materials at Wood Mackenzie, explained to the Investing News Network (INN).
"While they didn’t amount to much overall, China has once again threatened to tighten export controls this year, which could prevent battery anode producers receiving the raw materials required."
The synthetic graphite market is less exposed to Chinese disruption as it is less geographically concentrated.
“Although synthetic graphite producers are better off, natural graphite anode producers are almost completely reliant on China, so there’s a lot of concern around this at the moment,” Willoughby added.
Even though the Wood Mackenzie expert doesn’t foresee China limiting exports, incoming rules on US imports are adding pressure on North America to grow its domestic supply chain. “While we expect China to continue to allow battery-related exports, companies are looking to diversify their supply to reduce the risk,” he said.
“On top of this, there is a need to shift away from China for the US battery supply chain. The Inflation Reduction Act (IRA) specifies that by 2027, any batteries that contain graphite from China won’t be eligible for substantial tax credits. While it’s not clear which of these will remain under the new administration, we expect the requirements for non-Chinese material to continue.”
Natural graphite production ballooned in 2022, when global mine supply reached 1,680,000 metric tons, a 73.9 percent increase from 2020’s 966,000 metric tons. Global output then registered a small 4.6 percent decline in 2023, totaling 1,600,000 metric tons; however, the reduction was enough to send the market into deficit.
According to Tony Alderson, senior analyst for Benchmark Mineral Intelligence, the shortfall in the graphite sector has been attributed to rising demand from the battery anode segment.
“EV demand is set to rise by nearly 400 percent over the next decade. As such, the need for both natural and synthetic graphite is rising notably in line with this,” Alderson wrote in an email to INN.
“With regards to this increased demand, the natural graphite balance is already not holding up, with a 2024 deficit of nearly 150,000 metric tons per annum (tpa) emerging.”
Conversely, the synthetic graphite market is experiencing a supply glut.
“On the side of synthetic graphite, it is faring a little better when talking about the market balance as supply is stronger. The market is in a notable oversupply of 350,000 tpa, which is set to reach a deficit beyond the end of the decade,” Alderson commented. “One of the reasons for this chemistry disparity is due to the greater supply and ease of building a facility in a far (shorter) time period than with natural (graphite).”
Although the 2025 supply narrative is different, the future of both markets looks similar, Alderson noted.
“Despite this, the currently announced supply is simply not enough to meet the forecasted demand out to 2034, with both (segments) reaching deficits of over 600,000 tpa, which are only set to widen out to 2040,” he said.
In a 2022 report, Benchmark Mineral Intelligence notes that some 300 new mines are needed to support the energy transition, a percentage of which will need to be graphite mines.
“We forecast battery sector demand for raw material graphite to rise by more than 1,400 percent between 2020 and 2050,” it states. “By the end of the forecast period, total graphite demand could be three times the 2021 supply level.”
Use in the EV sector is underpinning graphite demand; however, as battery chemistries continue to shift, experts believe supply and demand fundamentals for the commodity could change.
The rapid evolution of battery chemistries has posed significant challenges. While the shift in cathode materials from nickel-manganese-cobalt (NMC) to lithium-iron-phosphate (LFP) in China has garnered much attention, similar transformations are also occurring within the anode market, explained Willoughby.
“China now primarily uses synthetic graphite anode materials as it’s faster to build out new production and easier to get the raw materials,” he said. “However, that has led to a massive oversupply for synthetic due to the number of new companies in the market, and in the natural (graphite market) demand has really fallen away in the last year.”
While NMC cathodes and natural graphite anodes are still quite popular outside of China, slower demand growth in 2024 has seen many of the major anode producers cut back output, he added.
Looking longer term, Willoughby admitted that the market could become opaque.
“It’s been a challenge to keep the ever-evolving supply and demand dynamics in check, particularly when the market has to increasingly consider regional regulations like the IRA," the expert noted.
“We see China continuing to operate at a surplus over the next decade because of its existing capacity, but the rest of the world still looks to need more capacity for both natural and synthetic anodes if it wants to meet its own demand.”
This position was reiterated by Benchmark Mineral Intelligence’s Alderson, who referenced the mounting geopolitical tensions between the east and west as a pain point in the long-term ex-China market buildout.
“China dominates not only natural graphite production (76 percent), but also downstream markets, controlling 79 percent of natural graphite anode and 98 percent of synthetic graphite anode supply globally," he said.
“This highlights that the deeper into the supply chain you go, the more entrenched China’s dominance becomes. They form the backbone of the anode supply chain, and it will be a challenge for the west to break.”
Alderson pointed to China’s December 3, 2024, implementation of an immediate ban on dual-use exports intended for US military applications, along with heightened end-use reviews for exports like graphite to the US.
To offset Chinese control, the US has taken notable steps to create onshore supply.
“Since the US IRA’s announcement in August 2022, over 500,000 tpa of anode capacity has been added, (which is) over a 200 percent+ increase,” said Alderson.
This move has been supported by government funding.
In November, 2023 South Star Battery Metals (TSXV:STS,OTCQB:STSBF), received a US$3.2 million grant from the Department of Defense (DoD) under the IRA to advance its flagship BamaStar graphite project in Alabama.
Similarly, Graphite One’s (TSXV:GPH,OTCQX:GPHOF) Alaska-focused subsidiary received a US$37.5 million DoD grant in July 2023 to cover costs associated with an accelerated feasibility study on the Graphite Creek project.
In September of the same year, Graphite One penned a US$4.7 million contract with the DoD’s Logistics Agency to develop a graphite- and graphene-based foam fire suppressant.
“Private companies are also ramping up onshoring efforts by inking offtake agreements with US anode producers, setting a record in 2024 for such deals,” Alderson explained to INN. “Despite these advancements, North America faces a 200,000 tpa market deficit in 2024, expected to grow as EV demand accelerates. As such, notable investment will be required to drive growth and achieve any form of self-sufficiency,” he added.
As new North American supply becomes imperative, the sole continental producer, Northern Graphite (TSXV:NGC,OTCQB), faced challenges in the low-price environment of 2024.
“While we are also moving forward to open a new pit at LDI and restart the plant at a higher throughput in January to meet rising demand, unless we can see our way through to higher prices, long-term supply agreements with battery makers and support from governments in Ontario, Quebec, Canada and/or the United States, the Company will continue to struggle whilst these challenging market conditions prevail for ourselves and the rest of the industry,” CEO Hugues Jacquemin said in a third quarter update released by the company in late November.
To aid in offsetting these pressures, Northern Graphite was able to negotiate a price increase with its customers in early January 2025 to mitigate inflation and higher production costs.
As 2025 progresses, both market experts offered insight on which trends could be the most impactful.
“We’re expecting more bifurcation of the China and ex-China markets,” Wood Mackenzie’s Willoughby said.
“In 2024, we saw domestic Chinese prices sink much more rapidly and to a greater extent than export prices,” he said. “We expect them to remain low in 2025, but for US and European benchmarks to begin to climb again as the shift away from China as their major supplier creates tightness in that market.”
The volume needed in North America is likely to provide price insulation for graphite produced outside of China.
“Given the relative lack of ex-China mines, new production isn’t expected to dent this outlook too much,” he added.
For Alderson, volatility will reign supreme in the first half of 2025.
“Excess inventory overhang of battery-grade -100 mesh is expected to sustain high supply levels through 2025 despite forecasted reduction in production costs within the Chinese market,” he said. “Consequently, prices are forecasted to decline further in H1 2025, averaging US$413 per metric ton, down 22 percent year-over-year.”
He sees more stability materializing in the latter half of the year.
“In H2 2025, prices are set to recover moderately as inventories shrink and stock levels normalize, with China's overall production experiencing a gradual recovery,” he said. “However, ongoing competition from synthetic graphite for battery end-use applications will likely cap price growth.”
Don’t forget to follow us @INN_Resource for real-time updates!
Securities Disclosure: I, Georgia Williams, hold no direct investment interest in any company mentioned in this article.
Editorial Disclosure: Metals Australia and International Graphite are clients of the Investing News Network. This article is not paid-for content.
The Investing News Network does not guarantee the accuracy or thoroughness of the information reported in the interviews it conducts. The opinions expressed in these interviews do not reflect the opinions of the Investing News Network and do not constitute investment advice. All readers are encouraged to perform their own due diligence.
Many market watchers believe graphite miners and explorers are poised to do well in the coming years. Read on to learn about the five largest ASX-listed graphite companies by market cap.
Graphite isn’t just used for pencils — it's also a key electric vehicle (EV) battery component due to its high conductivity and quick-charging capacity. As EV sales rise, experts believe this battery metal will also take flight.
With the graphite forecast looking hopeful, investors are searching for ways to get exposure to the sector. Australian investors can look to the ASX, which is home to a slew of companies focused on the graphite market.
When learning about an industry, it's often a good idea to start with key players, and here the Investing News Network has compiled a list of the largest graphite-focused companies on the ASX by market cap. Data was collected using TradingView's stock screener on July 10, 2024. Read on to learn more about Australia's largest graphite companies.
Market cap: AU$403.35 million; share price: AU$0.705
Sovereign Metals is focused on advancing on its Kasiya rutile-graphite project in Malawi. Rutile is a mineral consisting of titanium dioxide that's often used to produce titanium metal. Kasiya's graphite co-product mineral resource estimate is 1.8 billion tonnes at 1.4 percent graphite, containing over 24.4 million tonnes of graphite. The company believes this material has the potential to be used to supply spherical purified graphite for the lithium-ion battery anode market.
Major miner Rio Tinto (ASX:RIO,NYSE:RIO,LSE:RIO) has made a series of strategic investments in Sovereign Metals over the past year totalling AU$58.9 million, giving it a 19.76 percent stake in the company as of July.
Market cap: AU$331.17 million; share price: AU$0.31
Syrah Resources is an industrial minerals and technology company with a vision of becoming a leading global supplier of graphite and battery anode products. The company's two main focuses right now are its flagship Balama graphite project in Mozambique and its Vidalia anode materials facility in Louisiana, US.
Syrah’s Balama operation has a projected lifespan of over 50 years, and its combined mining and processing operations allow for the production of 94 to 98 percent pure carbon graphite concentrate.
Syrah reached a milestone in April with the sale of 10,000 tonnes of natural graphite fines from Balama to PT Indonesia BTR New Energy Materials. This was the company's "first large volume natural graphite sale to a battery supply chain participant destination outside China." It came after the announcement of a binding offtake agreement with South Korea's Posco Future M (KRX:003670) as part of Syrah's efforts to expand its reach into ex-China markets.
In February, Syrah started production at the Vidalia facility, making it the first integrated graphite processor outside of China. The plant has an annual production capacity of 11,250 tonnes of active anode material.
In 2022, the company was selected to receive an up to US$220 million grant from the US Department of Energy as part of the country's Inflation Reduction Act. The funds are being used to support the financing of an expansion at Syrah's Vidalia facility that will bring its capacity to 45,000 tonnes per year.
The company has binding offtake agreements with Tesla (NASDAQ:TSLA), Westwater Resources (NYSEAMERICAN:WWR) and Graphex Technologies, a wholly owned subsidiary of Graphex Group (NYSEAMERICAN:GRFX,HKEX:6128).
Market cap: AU$228.73 million; share price: AU$0.09
Renascor Resources has honed its efforts on helping to power the future with clean energy resources. While the company has five projects, most of its activities are focused on its two fully owned projects in South Australia: the Siviour battery anode materials project and the Carnding gold project.
Renascor announced in April that the Australian government had approved a AU$185 million loan facility to help advance its planned vertically integrated battery anode material graphite mine and manufacturing operation. In July, the company was awarded a AU$5 million grant under the Australian government’s International Partnerships in Critical Minerals Program to help fund a AU$10 million demonstration plant. Both of these initiatives will help fast track Siviour.
Renascor says it’s on track for planned commissioning of the demonstration processing plant in Q2 2025. The plant will produce battery-grade purified spherical graphite.
Market cap: AU$214.56 million; share price: AU$0.55
Talga Group is a vertically integrated battery anode and materials company, meaning it mines its own graphite and also produces anodes. It has operations in Sweden, Japan, Australia, Germany and the UK.
Last year, Talga received environmental approval for its Nunasvaara South graphite mine, which forms part of its vertically integrated Vittangi anode project in Sweden; it also got an environmental permit for its Luleå anode refinery, which Talga says will be Europe's first commercial natural graphite anode plant.
Construction of the plant began in the third quarter of 2023.
A FEED study for the Vittangi anode project was completed in the first quarter of 2024, and a scoping study is now underway to expand the existing initial 19,500 tonne per year production of graphite anode products. Talga is targeting Q4 of this year for the completion of the scoping study, which also includes downstream anode refinery expansions and incorporation of the company's proprietary graphite recycling technology.
Market cap: AU$163.87 million; share price: AU$0.52
Quantum Graphite is advancing the Uley 2 flake graphite project in South Australia, which includes the past-producing Uley mine and the Mikkira deposit. The company bills it as “one of the largest high-grade natural flake deposits in the world.”
The project is fully permitted and development ready with a binding offtake agreement with a major European trading group for 50 percent of its production for a minimum of five years.
Through its Sunlands Power joint venture with Sunlands Energy, Quantum Graphite plans to manufacture coarse-natural-flake-based thermal storage media sourced from the Uley mine to be fitted within Sunland Energy’s patented TES Graphite Cells technology for grid-connected, long-duration energy storage.
Article by Melissa Pistilli; FAQs by Lauren Kelly.
Don't forget to follow us @INN_Australiafor real-time news updates!
Securities Disclosure: I, Melissa Pistilli, hold no direct investment interest in any company mentioned in this article.
Securities Disclosure: I, Lauren Kelly, hold no direct investment interest in any company mentioned in this article.
Weak Chinese demand prevented vanadium price growth in 2024. Is a rebound in sight, and what factors could be tailwinds in vanadium market this year?
The vanadium market is set to shift in 2025, driven by demand from the energy storage and steel sectors.
Energy storage systems that utilize vanadium redox flow batteries (VRFBs) are gaining traction as renewable energy deployment accelerates, boosting demand for high-purity vanadium. However, global supply remains constrained due to limited mining projects and geopolitical uncertainties, particularly in China and Russia, key producers.
Environmental regulations and advances in recycling technology may also influence supply dynamics, and market observers are watching potential price volatility tied to steel demand, the largest end use of vanadium globally.
In September 2024, China introduced new rebar standards that are anticipated to boost high-quality vanadium demand.
“Production of rebar with the new standards will increase per annum vanadium nitrogen consumption by roughly 15 percent,” a July Fastmarkets report notes. “That calculation is based on China’s 2023 rebar production volume.”
“Vanadium demand in steel alloys will rise in 2025 due to change in Chinese rebar standards. However, expected demand rise in steel will not be as high as estimated from battery manufacturing in the medium term due to slowdown in the Chinese construction industry,” said Piyush Goel, commodities consultant at CRU Group, via email“Vanadium demand in batteries is estimated to rise rapidly; this rise in demand will primarily come from China due to targeted government policies towards VRFBs," he told the Investing News Network (INN).
China, which is the leading producer of vanadium, is also expected to drive global demand in the year ahead.
“Rise in vanadium demand in the medium term (til 2029) is estimated to be heavily concentrated in China, because we estimate VRFB demand to pick up faster in China compared to other regions,” he said. “Similarly, Chinese rebar standards also changed — requiring higher-vanadium-intensity steel. Due to the rapid rise in domestic vanadium demand, China is likely to become a net importer of vanadium as the Chinese market goes into deficit from surplus.”
Even though Fastmarkets is calling for a 15 percent uptick in vanadium demand for rebar, this will only bring demand back up to previous levels. As Erik Sardain, principal analyst for Project Blue, explained, China’s weak construction market has caused a 15 percent year-on-year decline in domestic rebar construction.
Despite positivity in the VRFB space, Sardain doesn’t expect this to offset lower rebar demand.
“No, no, no, no, absolutely not. If you want to look worldwide, you can say that steel in general is something like 90 percent (of vanadium demand),” Sardain said in a December interview with INN.
The expert went on to point out that quantifying the amount of vanadium used in batteries and energy storage is challenging. He also questioned demand trend forecasts from the battery segment.
“I think the market got it wrong for one main reason, because the market is assuming that the vanadium redox battery for the storage system is going to be something worldwide,” he said.
“And at Project Blue, we don't think it's going to be global. We think it's going to be primarily China.”
He attributes this to the types of installations utilizing VRFB energy storage systems, telling INN that China is using the technology to power grids, while other countries are using it for small-scale applications.
Taking a more optimistic and long-term view, CRU’s Goel sees more viability in the battery and energy storage segments.
“VRFBs will have a considerable impact on the vanadium industry through the next two decades, but will play a minor role in the energy storage space — accounting for only 3.5 percent of total battery energy storage installations by 2035,” said Goel. “Although VRFBs will make up a small portion of total energy storage, they are significant consumers of vanadium and will consume the majority of global vanadium in 2035, compared to ~6 percent in 2024."
As the Russia-Ukraine war continues and tensions between the US and China grow, many metals have faced volatility. These disruptions have impacted global markets, spurring policymakers to fast track new supply chains.
China’s restrictions on gallium and germanium exports in August 2023 escalated to a complete ban on shipments to the US in December 2024, intensifying global supply concerns.
Potential export caps and tariffs threaten to disrupt already fragile supply chains; however, Goel told INN that he doesn’t foresee these issues impacting the vanadium market.
“Similar trade restrictions are unlikely in vanadium, as most of the recent rise in vanadium demand is coming from China, which means China is likely to become a net importer if no new capacity is opened,” he said.
“This also means that should China become import reliant for a meaningful share of vanadium, which is to be used in two significant national industries (steel and energy storage), vanadium will move up in criticality matrices for China — moving nearer to materials like iron ore, potash and high-purity quartz.”
As demand in China picks up, Sardain anticipates the Asian nation will ramp up production. “With the current geopolitical environment, there is absolutely no way that China is going to rely on imports of vanadium,” he noted.
According to Goel, China isn’t the only country that is looking to be less reliant on imports. “Governments worldwide have recognized vanadium as a critical mineral, leading to increased support for emerging vanadium projects,” he said.
He referenced Australian company Vecco Group, which received an AU$3.8 million grant to advance the feasibility and design of a high-purity vanadium project in Brisbane.
“However, such grants are not enough to bring a project from conception to production. The current low vanadium pricing environment is a barrier to increasing ex-China capacity,” he added.
While China will dominate the vanadium narrative in 2025, Australia is positioning to become a production hub.
In addition to getting its AU$3.8 million grant, Vecco’s project was granted coordinated project status by the Queensland government this past July. The status designation streamlines approvals for major developments with significant impacts, centralizing assessments and enabling public consultation.
In late December, explorer and developer QEM (ASX:QEM) also received coordinated project status from Queensland for its Julia Creek vanadium and energy project. According to a July release, a scoping study completed for Julia Creek affirms the company’s aim to produce approximately 10,571 metric tons of 99.95 percent pure vanadium pentoxide and 313 million liters of transport fuel annually over a 30 year mine life.
In mid-January, Australian Vanadium (ASX:AVL,OTC Pink:ATVVF) was granted environmental approval for its Gabanintha vanadium project in Western Australia. The approval covers a mine, concentrator, processing plant and supporting infrastructure, including a bore field and camp. The company is updating its optimized feasibility study to integrate Gabanintha into its Australian Vanadium project, one of the largest and highest-grade vanadium deposits.
Underscoring the weakness in the vanadium market, Sardain recounted factors impeding price growth.
He explained that despite several elements that should have boosted demand, the market remains surprisingly weak. Chinese monetary stimulus measures and stricter rebar standard enforcement failed to drive prices higher.
Russian vanadium pentoxide exports to China have dried up, and supply uncertainties persist in South Africa.
These conditions, which typically would have supported price increases for the battery metal, have instead had little impact, highlighting the subdued demand, especially in China.
“To be really honest, I was expecting the market to pick up in the second half of 2024,” he said.
“I was expecting this to happen, because I was looking at the interest rate in Europe, the (European Central Bank) cutting interest rates. I was expecting some kind of recovery for the European economy. I was expecting the Chinese government to be more proactive. I was expecting the property market in China to stabilize. So I was expecting some kind of rebound in the second half, which didn't take place," Sardain explained to INN.
Although the market didn’t perform to expectations in 2024, he sees promise in the months ahead.
“I think that the market is currently bottoming out. I believe that we are very close to the stabilization of the property market in China. Whether it's going to happen in Q1 or Q2 I don't know, but maybe (there will be) some kind of very, very, very mild recovery in the second half (of the year),” he said.
Highlighting the market’s positive fundamentals, CRU’s Goel said he sees a price rebound in 2025.
“We are estimating a global supply deficit in 2025 due to change in rebar standards and rise in vanadium battery demand, causing vanadium prices to rise,” said Goel. “As more supply comes online in 2026 and 2027, by 2027 vanadium prices will come down when compared to 2025 prices, but crucially remain higher than the pricing in the last 12 months.”
Don’t forget to follow us @INN_Resource for real-time updates!
Securities Disclosure: I, Georgia Williams, hold no direct investment interest in any company mentioned in this article.
Editorial Disclosure: The Investing News Network does not guarantee the accuracy or thoroughness of the information reported in the interviews it conducts. The opinions expressed in these interviews do not reflect the opinions of the Investing News Network and do not constitute investment advice. All readers are encouraged to perform their own due diligence.
As EV sector demand for manganese picks up, other key end-use segments are projected to see declines. What does this situation mean for the manganese market in 2025?
The manganese market was impacted by various factors in 2024, including growing demand for battery applications, geopolitical risk, production disruptions and strategic investments.
Positive demand from the electric vehicle (EV) sector offered support as automakers increasingly turned to manganese-rich chemistries like lithium-manganese-iron-phosphate (LMFP) to cut costs and reduce reliance on nickel and cobalt.
Meanwhile, supply chain vulnerabilities emerged due to political instability in major producing regions and heightened environmental scrutiny. In response, nations such as the US and Australia accelerated investments in refining facilities to reduce dependence on China and secure their EV battery supply chains.
Later in the year, oversupply from weaker-than-expected Chinese steel demand muted price growth in the space.
“Manganese sulphate prices turned bearish in Q4 … with slow spot buying in China and the effects of weather-related mine supply disruptions in Australia,” a Fastmarkets report from December reads.
Despite these challenges, the firm foresees a recovery in the manganese market in the years ahead.
“We expect demand to grow from now and into the 2030s, driven in part by new chemistries like LMFP,” Fastmarkets notes. In the short to mid-term, China’s supply base looks set to fulfil global needs of high purity manganese, though there is likely to be a long-term need for a greater high purity manganese capacity.”
Clare Hanna, senior steel analyst at CRU Group, recounted the most impactful 2024 trends for manganese.
“The key drivers in 2024 were the outage at South32’s (ASX:S32,OTC Pink:SHTLF)Groote Eylandt mine, the surge in alternative supplies and the weak state of Chinese demand,” she said.
“This led prices to first rise very sharply and then plummet as the market oversupply became apparent.”
South32 — the world’s largest manganese producer — saw operations suspended at its Australia-based Groote Eylandt mine in March due to a tropical cyclone. A phased return to mining began in June of last year; however, the severity of flooding due to the cyclone has impacted a wharf and the company’s ability to export.
In a statement, South32 said it expects exports to resume in Q3 2025.
Some of this reduced 2024 output was offset by purchase declines in China. As Hanna explained, Chinese demand was weak due to lower demand for steel rebar, which was driven by weakness in the Chinese real estate sector.
Prices for manganese ore could face headwinds in the year ahead as South32 continues to ramp up Groote Eylandt.
“The return of South32 to the market and the increase in high-grade supply could be a challenge, given the Chinese real estate market is not expected to improve significantly. Steel demand and production in other markets is forecast to improve,” Hanna explained to INN.
Prized for their high energy density, automakers are increasingly turning to manganese-based batteries for their cost-effectiveness and reduced reliance on expensive metals like nickel and cobalt.
That said, as Hanna pointed out, the majority of manganese demand is still attributed to the steel sector.
“There is a lot of noise in the market about manganese usage in EV batteries, driven in part by companies looking for finance, and also because downstream, the processing of manganese ore for battery-grade manganese products is heavily concentrated in China at the moment," she said. “However, it is worth recognizing that in terms of manganese ore demand, the share that is going into EV supply chains is very small.”
The senior analyst went on to note that those dynamics are likely to shift in the coming years.
“While (EV sector) volume is growing and the demand from the steel sector is likely to decline over time, demand from steel supply chains will remain the dominant source of manganese ore demand, and therefore the biggest demand-side influence on manganese ore prices,” said Hanna.
She went on to explain why EV market usage has come to dominate the manganese narrative.
“When looking for investment, companies like to align their projects with growing market sectors, so when companies are talking about new mine investments, they often reference the EV supply chain — even if in practice, most of the ore will likely go to ferroalloy producers for consumption in steel production.”
Like so many of the battery metals, the manganese supply chain is dominated by China, a factor many western nations are grappling with. In an effort to bolster supply outside of China, significant investments were made in 2024.
“What we are seeing is a number of projects aimed at producing high-purity manganese sulfate monohydrate (HPMSM) outside of China (in order to) reduce OEM EV battery supply chain risk, or take advantage of the benefits of the Inflation Reduction Act. Some of these are aligned with new or existing upstream mines,” said Hanna.
Although the plan looks good on paper, the CRU steel specialist pointed out the challenges of building HPMSM supply independent of China. She noted that operational plants are a couple of years off at minimum.
“Production of HPMSM is a chemical process, so existing producers of manganese metal or other manganese chemicals would be able to move into this product area more easily than ferroalloy producers, although there are still a lot of technical challenges. There are no ferroalloy producers outside of China moving to produce HPMSM," Hanna added.
Some of the projects in the pipeline include the Manganese Metal Company’s HPMSM Metal to Crystal project in South Africa. Described as a more sustainable process, the Metal to Crystal production method will start with a 5,000 metric ton per annum plant in 2028, followed by a 30,000 metric ton per annum plant, targeted beyond 2030.
In addition to that, Hanna spoke about South32’s Arizona-based Hermosa manganese-zinc project, which received a US$20 million grant from the US Department of Defense in May 2024. The monies have been earmarked for the acceleration of domestic production of battery-grade manganese.
Manganese processing plants have also attracted US government funding.
In September, Element 25 (ASX:E25:OTCQX:ELMT) secured a US$166 million grant from the US Department of Energy under the Battery Materials Processing Grant Program.
The funding will support the construction of the firm’s HPMSM facility in Louisiana. The grant is in addition to US$115 million already secured from offtake partners General Motors (NYSE:GM) and Stellantis (NYSE:STLA).
The feedstock for the Louisiana plant will originate from Element 25’s Butcherbird mine in Australia. In November, the company released a new resource estimate for the planned expansion at Butcherbird.
According to the company, the new estimate registers a 142 percent increase in measured and indicated resources, which now total 130 million metric tons at 10.23 percent manganese.
Additionally, the site hosts a total resource of 274 million metric tons at 10 percent manganese.
Hanna also referenced Euro Manganese (TSXV:EMN,OTCQB:EUMNF), which is developing a project in the Czech Republic using manganese from old mine tailings, as well as looking at plans for a plant in Québec, Canada.
“Firebird Metals (ASX:FRB,OTC Pink:FRBMF) (in) Australia, has adopted an alternative approach,” she said. “They are partnering with a Chinese group to build an HPMSM plant in China, which could eventually be supplied with ore from an Australian mine.”
While these supply chain diversification efforts aim to secure and steady output, Hanna warned of trends to watch in 2025. Top of mind is South32’s Groote Eylandt mine and its ability to restart shipments.
In South Africa, she highlighted national rail operator Transnet's plans for expansion.
“Transnet’s plans for the new port and rail infrastructure at Coega in South Africa are still some way off,” said Hanna. “The company’s performance on the existing rail network and ability to open up the routes beyond traditional miners will influence how much ore needs to be moved via the higher cost rail route.”
Plans remain distant, while inefficiencies in the existing rail network could raise transport costs.
Meanwhile, manganese producer Eramet (EPA:ERA), has faced challenges to its production expansion plans at the Moanda project in Gabon. Hanna noted that Gabon’s production expansion in Moanda faces delays due to weak demand, compounded by past disruptions from railway landslides.
“These (plans) were slowed in Q4 by weak demand,” she said. “Work continues on improvements to the Trans Gabon Railway. Landslides and derailments in the past have disrupted supply causing ore price volatility.”
A resolution to the war in Ukraine could also serve as a catalyst to the 2025 supply and demand story.
“Historically, Ukraine was a significant producer and consumer of manganese alloys. Both have been slowed by the war. In the event of a ceasefire this year, supply is likely to return faster than demand as the large Mauripol steel plant was destroyed during the Russian invasion,” she added.
According to Hanna, key areas to watch as the year progresses are trade actions and carbon taxes.
These include the US investigation into ferrosilicon imports from several countries, as well as potential broad tariffs from the incoming Trump administration.
Elsewhere, the EU’s probe into manganese alloys and ferrosilicon may raise regional prices
“The EU Carbon Border Adjustment Mechanism is due to come in at the beginning of 2026. Ferromanganese is covered, silicomanganese is not," said Hanna. “There is a lot of uncertainty about the impact of this.”
Don’t forget to follow us @INN_Resource for real-time updates!
Securities Disclosure: I, Georgia Williams, hold no direct investment interest in any company mentioned in this article.
Editorial Disclosure: The Investing News Network does not guarantee the accuracy or thoroughness of the information reported in the interviews it conducts. The opinions expressed in these interviews do not reflect the opinions of the Investing News Network and do not constitute investment advice. All readers are encouraged to perform their own due diligence.
(TheNewswire)
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Vancouver, BC TheNewswire - February 3, 2025 Coniagas Battery Metals Inc. (TSXV: COS) ("Coniagas" or the "Company"), is pleased to engage the services of Laurentia Exploration to design and manage ongoing exploration activities at the Graal property, highlighting the potential of this strategically located asset near Saguenay-Lac St. Jean, Quebec.
Frank J. Basa, President and CEO, stated, "The prospect of expanding upon known zones and finding new zones containing nickel, copper, cobalt and PGM at Graal is encouraging from the results of the completed drill programs. Numerous drill hole intercepts confirm the potential of Graal property for hosting significant and thick massive sulfides mineralization. We will continue to add to these results within known mineralized zones to increase our understanding while stepping out to expand those zones along the defined trends while exploring for new zones."
Historical Exploration Highlights:
The Company is excited to add to the reported excellent drilling results from the MHY, Gravi and Discovery zones, confirming shallow, near-surface mineralization. Certain significant drill intercepts include PGM values added to the equivalents:
MHY Zone : Holes GRL-22-60 and GRL-22-61
GRL-22-60 returned:
28.90 m of 1.88% CuEq *, includes 0.73% Nickel (Ni), 0.41% Copper (Cu), 0.09% Cobalt (Co), 0.04 g/t Platinum (Pt), 0.05 g/t Palladium (Pd)
GRL-22-61 returned:
15.90m of 1.67 % CuEq *, includes 0.53% Ni, 0.56% Cu, 0.08% Co, 0.03 g/t Pt, 0.05 g/t Pd
Gravi Zone : Holes NRC-22-24 and GRL-22-57
GRL-22-57 returned:
8.40 m of 1.91 % CuEq * includes 0.68% Ni, 0.55% Cu, 0.08% Co, 0.08 g/t Pt, 0.03 g/t Pd
NRC-22-24 returned:
33.60 m of 1.11 % CuEq * includes 0.32% Ni, 0.46% Cu, 0.04% Co, 0.03 g/t Pt, 0.02 g/t Pd
Discovery Zone : Holes NRC-21-03 and GRL-22-32
NRC-21-03 returned:
5.70 m of 2.23 % CuEq * includes 0.84% Ni, 0.59% Cu, 0.09% Co, 0.03 g/t Pt, 0.03 g/t Pd
GRL-22-32 returned:
6.40 m of 1.06 % CuEq * includes 0.41% Ni, 0.26% Cu, 0.05% Co, 0.01 g/t Pd
* For equivalents the prices were taken 2025-01-24 in USD: Cu $9,445.192/tonne, Ni $15,660.10/ tonne, Co $24,299.35/ tonne, Pt $950.00/oz, Pd $1,002.00/oz. Note that the CuEq is for total metal content without consideration for recovery and/or metallurgical losses .
Figure 1
Click Image To View Full Size
Next Steps:
The Company has engaged Laurentia Exploration to design and manage the program while continuing the permitting process to be able to expand the near surface zones at Graal. This expansion aims to further delineate the resource potential and enhance the economic viability of the project.
The Company intends on following up on the geophysical anomaly delineated by TDEM surveys on the MHY zone that indicated a large conductive layer interpreted to be approximately 1.7km long with a minimum depth extent of 850m . Due to the nature and extent of the Graal mineralization, this survey returned a strong response to this electromagnetic. The Company plans to use the same method to explore and generate new drill targets between MHY and Discovery Zones. Several BHEM (Borehole electromagnetic surveys) made in the previous drill campaign also reveal several other conductors and extension modelled by Maxwell that need to be tested or delineated.
Currently, the interpreted models indicate a potential for a low-grade, large-volume orebody with local and smaller but richer and thicker lenses along the mineralized trend, as seen in the intersection made in drillhole GRL-22-61. This scenario suggests the possibility of having a large, low-grade starter pit that can evolve to underground mining of the rich higher-grade pockets .
Strategic Location:
The Graal property boasts an excellent location north of Saguenay-Lac St. Jean, offering several logistical advantages:
Year-Round Accessibility: The site is road-accessible and drill-ready throughout the year.
Proximity to Infrastructure: The nearby Chute-de-Passe power station provides reliable and cost-effective energy.
Local Industrial Hub: The town of Lac-St. Jean, an industrial hub, offers a skilled workforce and port access to the St. Lawrence River.
Qualified Person
The technical information reported in this news release was reviewed and approved by Maxime Bouchard, Geo, M.Sc. (OGQ #1752), an independent Qualified Person as defined by Canadian NI 43-101 standards. The Qualified Person has not completed sufficient work to verify the historical information on the Property, particularly regarding historical drill results. However, the Qualified Person believes that drilling and analytical results were completed to industry standard practices. The information provides an indication of the exploration potential of the Property but may not be representative of expected results.
About Coniagas Battery Metals Inc.
Coniagas Battery Metals Inc. is a Canadian junior mining company focused on nickel, copper and cobalt and platinum group metals in Québec. Coniagas' strategy is to create value for shareholders through the development of its mineral properties, with the intention to develop Coniagas into a critical metals supplier to the electric vehicle (EV) market.
At its 100% owned Graal project near Saguenay, Quebec, Coniagas has conducted successful exploration involving geophysics as well as shallow drilling that hit mineralization in almost every hole. It has confirmed an open-pit deposit model at Graal along a 6 km strike length of high-grade nickel and copper with cobalt, platinum and palladium byproducts. The Company plans in the near-term to conduct additional drilling leading to the production of a Ni 43-101 resource report, metallurgical testing and consultations with First Nations. The Graal project and immediate work plan are outlined in detail in the "NI 43-101 Technical Report Graal Nickel & Copper Project, Saguenay-Lac-St-Jean, Quebec, Canada" dated January 17, 2024. The report is available along with other information at the Company's website https://coniagas.com/
"Frank J. Basa"
Frank J. Basa, P. Eng. Member of Professional Engineers Ontario
Chief Executive Officer
For further information, contact:
Frank J. Basa, P. Eng. Ontario
Chief Executive Officer
416-625-2342
or:
Wayne Cheveldayoff, Corporate Communications
P: 416-710-2410 E: waynecheveldayoff@gmail.com
You can follow Coniagas on Social Media:
LinkedIn:
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Facebook:
Neither the TSX Venture Exchange nor its Regulation Service Provider (as that term is defined in the policies of the TSX Venture Exchange) accepts responsibility for the adequacy or accuracy of this release.
Caution Regarding Forward-Looking Statements
This news release may contain forward-looking statements regarding Coniagas Battery Metals Inc. ("Coniagas" or the "Company") which include, but are not limited to, comments that involve future events and conditions, which are subject to various risks and uncertainties. Except for statements of historical facts, comments that address the Coniagas trading on the TSX Venture Exchange, resource potential, upcoming work programs, geological interpretations, receipt and security of mineral property titles, availability of funds, and others are forward-looking. No assurance can be given that any of the foregoing will be achieved. Forward-looking statements are not guarantees of future performance and actual results may vary materially from those statements. General business conditions are factors that could cause actual results to vary materially from forward-looking statements. The Company does not undertake to update any forward-looking information in this news release or other communications unless required by law.
Copyright (c) 2025 TheNewswire - All rights reserved.
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Brunswick Exploration Inc. ( TSX-V: BRW OTCQB: BRWXF ; FRANKFURT:1XQ; ; " BRW " or the " Company ") is pleased to report preliminary, Phase 1, metallurgical results from test work on drill core samples from the Mirage Project. The test was conducted by SGS Canada Inc. in Lakefield, Ontario and comprised of heavy liquid separation ("HLS") testing, and dense media separation ("DMS") testing. The program was completed on a representative mineralized dyke comprising of material from MR-6, MR-3, MR-4 and a single dyke in the stacked dyke area.
Highlights include:
Mr. Killian Charles, President and CEO of BRW, commented: "As we continue to advance Mirage, we are pleased to reveal that lithium extraction at Mirage could potentially utilize a DMS-only circuit without the need for higher cost flotation to increase recoveries to acceptable levels. The resulting concentrate is considered clean with low iron concentrations and low level of other impurities. Importantly, today's preliminary results are generally in-line with high quality projects such as Patriot Battery Metals' Shaakichiuwaanaan project or Winsome's Adina project. We will look to further characterize and potentially improve on these metallurgical results in 2025 as we continue to grow Mirage's value proposition.
Phase 1 Metallurgical Test work
This first test program was planned, directed and completed with the support of BBA Consultants ("BBA"). The metallurgical test work was undertaken at SGS Canada Inc. in Lakefield Ontario using four (4) representative composite drill core intersects (see Table 1). These intersections were chosen based on their representativity of the Mirage project to date and were blended to form one master composite sample upon which the test program was performed.
Table 1: Selected Composite Intercepts
| Dyke | Hole ID | Li2O (%) | Length (m) | Proportion | |
| MR-6 | MR-24-91 | 1.40 | 56 | 42 | % |
| MR-3 | MR-24-94 | 1.10 | 9.9 | 23 | % |
| MR-4 | MR-24-92 | 3.30 | 14.1 | 21 | % |
| Stacked Dyke | MR-24-76 | 3.09 | 10.9 | 14 | % |
Following validation of the proportion and the assay grade of each intercept, the material was blended and subjected to master composite characterization and HLS sample preparation. No "ore dilution" with waste rock was applied in this Phase 1 test program.
Two feed size options were prepared for HLS tests: 9.5 mm and 6.3 mm. Both samples were screened from 0.85mm and the resulting fine fraction was removed to improve the efficiency of the separation process. Only the coarse fraction is subjected to HLS or DMS testing. Recoveries of the fine fraction combined with the middlings of the DMS is typically achieved through grinding, desliming and flotation and is in the flowsheet if economic recoveries cannot be achieved by coarse beneficiation only, such as DMS.
Based on preliminary HLS results (see Table 2), higher recoveries were observed when material was crushed to 6.3 mm. This sample was selected for further evaluation for DMS-only recovery with a concentrate grade target of approximately 5.5% Li2O. The test was successful and achieved an above average concentrate grade of 5.7% Li2O concentrate with an overall lithium recovery of 68.4% from a feed sample with a head grade of 1.59% Li2O. Iron concentration was evaluated at 0.65% Fe2O3 with all deleterious elements well below penalty levels (see Figure 1).
| Table 2: HLS Test results | |||||
| Head Grade (% Li2O) | Concentrate Grade, (% Li2O) | Li Recovery (%) | |||
| 9.5mm | 1.55 | 5.5 | 67.6 | ||
| 6.0 | 57.0 | ||||
| 6.3mm | 1.59 | 5.5 | 76.0 | ||
| 6.0 | 69.8 | ||||
Figure 1: Global Assays of all product streams of DMS Testing
| Assays% | ||||||||||
| Li 2 O | SiO 2 | Al 2 O 3 | Fe 2 O 3 | MgO | CaO | Na 2 O | K 2 O | MnO | P 2 O 5 | |
| MC DMS Conc | 5.70 | 67.6 | 23.6 | 0.65 | 0.04 | 0.24 | 0.81 | 0.51 | 0.20 | 0.04 |
| MC DMS Middlings | 1.29 | 78.5 | 13.5 | 0.29 | 0.04 | 0.43 | 3.10 | 1.52 | 0.09 | 0.05 |
| MC DMS Tailings | 0.07 | 77.6 | 13.0 | 0.13 | 0.02 | 0.42 | 4.50 | 3.64 | 0.03 | 0.05 |
| MC DMS -0.85 mm Fines | 1.01 | 77.2 | 13.2 | 0.84 | 0.28 | 0.69 | 3.23 | 2.27 | 0.10 | 0.06 |
Next Steps
Further work is planned for the Mirage project to advance metallurgical testing program. The company will focus on continuing drill exploration and to advance the project to reach a first mineral resource estimation. Following this milestone, the metallurgical testing program will be completed by testing the representative samples of the developed material by investigating the impact of ore dilution and identifying opportunities for further process optimization.
Process Definitions
Heavy Liquid Separation (HLS): HLS tests involve repeated tests at multiple densities in synthetic heavy liquid solutions to determine the optimum SG for mineral separation. In this case, the heavy liquid comprised of methylene iodide diluted with acetone to target various specific gravity (SG) cut points including 2.65, 2.70, 2.80, 2.85, 2.90, 2.95, and 3.00. The test work is used to determine the susceptibility of ore to dense media separation process.
Dense Media Separation (DMS): Dense media separation tests are carried out to estimate the real life response of the ore to dense media separation and done by applying gravity separation at selected media densities (during HLS tests), which are prepared by mixing ferrosilicon and/or magnetite in water in this project.
Option Grant
The Company's Board of Directors have approved the grant of incentive stock options to directors, officers, employees and consultants to purchase up to an aggregate of 3,430,00 common shares in the capital stock of the Company. Grants are subject to a three-year vesting period and a five-year term at an exercise price of $0.14 per share.
QAQC
All drill core samples were collected under the supervision of BRW employees and contractors using HQ size for MR-24-91, MR-24-91, MR-24-94 and NQ size for MR-24-76. Samples were bagged and groups of samples were placed in larger bags, sealed with numbered tags, in order to maintain a chain of custody. Samples from HQ size core sample were split to use one quarter for analytical analysis and half of the core were used for NQ size core sample. The sample bags were transported from the BRW contractor facility to the SGS Lakefield facility.
Qualified Person
The scientific and technical information contained in this press release has been reviewed and approved by Mr. Simon T. Hébert, VP Development. He is a Professional Geologist registered in Quebec and is a Qualified Person as defined by National Instrument 43-101.
BRW relied on the expertise of Dr. Seref Girgin (Senior Metallurgist) and Vera Gella (P. Eng, QP) from BBA Consultants.
About Brunswick Exploration
Brunswick Exploration is a Montreal-based mineral exploration company listed on the TSX-V under symbol BRW. The Company is focused on grassroots exploration for lithium in Canada, a critical metal necessary to global decarbonization and energy transition. The company is rapidly advancing the most extensive grassroots lithium property portfolio in Canada and Greenland.
Investor Relations/information
Mr. Killian Charles, President and CEO ( info@brwexplo.ca )
Cautionary Statement on Forward-Looking Information
This news release contains "forward-looking information" within the meaning of applicable Canadian securities legislation based on expectations, estimates and projections as at the date of this news release. Forward-looking information involves risks, uncertainties and other factors that could cause actual events, results, performance, prospects and opportunities to differ materially from those expressed or implied by such forward-looking information. Factors that could cause actual results to differ materially from such forward-looking information include, but are not limited to, delays in obtaining or failures to obtain required governmental, environmental or other project approvals; uncertainties relating to the availability and costs of financing needed in the future; changes in equity markets; inflation; fluctuations in commodity prices; delays in the development of projects; the other risks involved in the mineral exploration and development industry; and those risks set out in the Corporation's public documents filed on SEDAR at www.sedar.com. Although the Corporation believes that the assumptions and factors used in preparing the forward-looking information in this news release are reasonable, undue reliance should not be placed on such information, which only applies as of the date of this news release, and no assurance can be given that such events will occur in the disclosed time frames or at all. The Corporation disclaims any intention or obligation to update or revise any forward-looking information, whether as a result of new information, future events or otherwise, other than as required by law. Neither the TSX Venture Exchange nor its Regulation Services Provider (as that term is defined in the policies of the TSX Venture Exchange) accepts responsibility for the adequacy or accuracy of this news release.
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