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The global potash market is dominated by Canada, the world’s leading potash producing country, with Canadian potash companies producing an impressive 15 million metric tons (MT) of the material in 2024.

The potash industry has faced difficulties in the past few years, including challenges related to the COVID-19 pandemic and Russia’s invasion of Ukraine, and most recently with the threat of US tariffs on Canadian goods and services. However, potash producers continue to push ahead despite headwinds. Meanwhile, potash exploration and development companies are working hard at projects that can take advantage of rising demand for agricultural products.

For those interested in the market, here’s a list of Canadian potash stocks listed on the TSX and TSXV; companies are listed from largest to smallest, and all had market caps of at least C$10 million as of January 30, 2025.

1. Nutrien (TSX:NTR,NYSE:NTR)

Company Profile

Market cap: C$37.81 billion

Formed on January 1, 2018, after Potash Corporation of Saskatchewan and Agrium completed a merger of equals, today Nutrien is Canada’s biggest potash company by far. Nutrien bills itself as the world’s largest provider of crop inputs and services, with an agricultural retail network that services more than 500,000 grower accounts. The firm states that it is ‘committed to providing products and services that help growers optimize crop yields and their returns.’

The potash-mining company produces a variety of different materials, but in terms of potash production it has over 27 million metric tons of capacity at its six potash mines in Saskatchewan.

2. Verde AgriTech (TSX:NPK)

Company Profile

Market cap: C$44.77 million

Verde AgriTech is an agri-tech company focused on making innovative products that promote sustainable agriculture. Its main asset is Cerrado Verde, which holds Brazil’s largest identified potash deposit, with an NI 43-101 resource of 3.32 billion metric tons.

Production began at Cerrado Verde in May 2017, and the company later exported its first shipment of Super Greensand, a fertilizer and soil conditioner, to US cannabis and organic markets. As a fertilizer it provides potassium, magnesium, silicon, iron and manganese, and as a soil conditioner it increases the capacity of soil to retain water and nutrients.

3. Gensource Potash (TSXV:GSP)

Company Profile

Market cap: C$33.73 million

Gensource Potash’s Vanguard area and Lazlo area are located in Saskatchewan.

The company’s main asset, the Tugaske potash project in the Vanguard area, is its central focus. Once in operation, it will create no salt tailings and will require no brine ponds. The completed feasibility study shows the operation will be one of the lowest cost potash producers.

According to the company, the environmentally friendly asset is expected to produce a minimum of 250,000 metric tons of muriate of potash (MOP) per year. Gensource has a 10-year offtake agreement for Tugaske with agricultural chemical company HELM.

4. Western Resources (TSX:WRX)

Company Profile

Market cap: C$16.36 million

Western Resources and the company’s wholly owned subsidiary Western Potash are working to build an environmentally friendly and capital-efficient potash solution mine at the Milestone project in Saskatchewan.

Milestone is close to Mosaic’s (NYSE:MOS) Belle Plaine mine, which is one of the largest-producing potash solution mines in the world. In May 2023, Western Potash gained approval for its restart project to extend Milestone’s mine life from 12 years to 40 years. Phase 1 of the project was 93 percent complete as of May 2024 before being placed on hold as the company looks to secure further funding.

5. Sage Potash (TSXV:SAGE)

Company Profile

Market cap: C$14.02 million

Sage Potash is developing its flagship project the Sage Plain potash property in the Paradox Basin of the US state of Utah. Rather than underground or strip mining, the company will use in-situ solution extraction of potash-rich brine to the surface for solar or mechanical evaporation and granulation. Once in operation, the project is estimated to produce 150,000 metric tons of potash annually, with plans to expand.

The project is transitioning into the construction phase and commissioning of its Muriate of Potash pilot plant with the purchase of equipment, and strengthening its management team. Construction is expected to begin in Q2 2025.

Securities Disclosure: I, Melissa Pistilli, hold no direct investment interest in any company mentioned in this article.

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Lithium Universe Limited (referred to as ‘Lithium Universe’ or the ‘Company,’ ASX: ‘LU7”) is pleased to announce the signing of a Memorandum of Understanding (MOU) with La Corporation de l’École Polytechnique de Montréal (Polytechnique Montréal). Lithium Universe Limited and Polytechnique Montréal have entered into a strategic partnership aimed at advancing lithium processing technologies and strengthening the local supply chain for critical battery materials in Canada. The collaboration, outlined in a Memorandum of Understanding, seeks to enhance education, research, and innovation in areas of mutual interest, with a primary focus on building Canadian expertise in the lithium battery sector.

Highlights

  • Collaboration in lithium processing with renowned local University
  • Build local Canadian expertise in battery materials
  • Enhance education, training, and research in critical mineral industry in Canada
  • Drive innovation in engineering solutions for sustainability
  • Promote student and faculty practical experience in lithium industry
  • Support the onshoring of the lithium battery supply chain in Canada

About Polytechnique Montréal

Polytechnique Montréal is one of Canada’s leading engineering schools, renowned for its research and innovation in applied sciences and technology. Located in Montréal, Quebec, it is affiliated with the Université de Montréal and serves as a hub for multidisciplinary research and development. Polytechnique’s commitment to addressing global challenges, including sustainability and energy transition, aligns closely with LU7’s mission to support the advancement of critical materials for clean energy. With a focus on academic excellence and technological innovation, Polytechnique provides a dynamic environment for students, researchers, and industry partners to collaborate and drive impactful solutions.

Key Objectives of the Partnership

The primary aim of the partnership is to enhance local expertise and innovation in Canada. This involves developing and strengthening capabilities in lithium processing through various initiatives such as joint research, innovation projects, and educational programs. Specifically, the focus will be on building local expertise in lithium processing tailored for the battery industry and conducting research to innovate in lithium processing technologies.

Another crucial objective is education and talent development. The partnership seeks to foster educational growth by offering numerous opportunities including internships, fellowships, co-ops, and joint academic projects. This effort is geared towards supporting diversity, encouraging entrepreneurship, and incubating start- ups within the lithium battery sector.

Furthermore, strategic educational partnerships will be established to facilitate collaboration in the development and delivery of postgraduate and short courses. These partnerships will also encompass student placements and co-developed research projects, enhancing the educational landscape and practical experience in the field.

Lastly, the partnership underscores the importance of sustainability and commercialization. It aims to drive sustainable practices within the industry while also supporting the commercialization of new technologies. This initiative will help bolster Canada’s role in the global energy transition by turning innovative research into market- ready solutions.

This partnership is set to last for an initial term of five years, with the possibility for further collaboration through additional project agreements.

Lithium Universe Chairman, Iggy Tan said, ‘It is a privilege to partner with this prestigious university as we ignite innovation and cultivate a thriving lithium battery industry in Canada. Together, we are committed to educational excellence and sustainable industry growth, shaping a future where Canadian expertise leads the global stage.”

Polytechnique Director of the Office of Partnerships and Research Infrastructure, Augustin Brais said, “We are enthusiastic about this new, synergetic and innovative partnership that will enhance our educational and research mission towards a greener and more sustainable societal electrical energy future.’

Click here for the full ASX Release

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Cazaly Resources Limited (ASX: CAZ, Cazaly, or the Company) is pleased to announce that it has entered into an exclusive binding agreement with Brightstar Resources Ltd (ASX: BTR), to earn up to 80% equity in the Goongarrie Gold Project (Goongarrie, or the Project).

Highlights

  • Cazaly signs binding term sheet with Brightstar Resources to earn up to 80% of the Goongarrie Gold Project located in the Kalgoorlie-Menzies district in the Eastern Goldfields of Western Australia
  • The Project covers 12km strike of the Bardoc Tectonic Zone-Boulder Lefroy Shear Zone (BTZ), host to multiple world class gold deposits
  • Several high priority gold drill targets with growth potential
  • Gold mineralisation at the Hastings prospect extends for over 1km, and is open along strike and at depth. Anomalous intercepts include 38m @ 3.1g/t gold1
  • Cazaly to spend up to $3M on exploration to earn staged equity up to 80% of the Goongarrie Project

Cazaly’s Managing Director, Tara French comments:

“The Goongarrie gold project presents Cazaly with an outstanding opportunity to explore for new gold resources in a multi-million-ounce gold district. The sizeable land package has multiple gold targets

and is largely untested at depth. We are very much looking forward to generating new gold targets and drill testing the existing prospects. With the gold price breaking A$4,600 oz for the first time, and with a positive pricing outlook, it’s the perfect time for Cazaly to get back into gold. We are pleased to have entered into the agreement for nil cash or scrip consideration with all funding going ‘into the ground’. We look forward to advancing this project and to working closely with our new partners at Brightstar to maximise value for shareholders.”

Goongarrie Gold Project

Goongarrie is located in the northeastern goldfields, 90km north of Kalgoorlie, and is easily accessible via the Goldfields Highway that runs along the western boundary of the project area. The Project consists of 70km2 of greenstone sequence within the Kalgoorlie Terrain.

Importantly the Project covers twelve kilometers of the Bardoc Tectonic Zone (BTZ), which is the northern extension of the Boulder-Lefroy Shear Zone (BLSZ) to the south, one of the richest gold mineralised structures in the Yilgarn Craton. Subsequent exploration activities have identified two additional subparallel N-S structures that also have the potential to host significant gold deposits.

Material Terms of Joint Venture Agreement

The terms of the earn-in joint venture agreement for the Goongarrie Project, subject to Cazaly completing due diligence, are:

  • Cazaly to expend an initial $1m on exploration to earn a 25% interest;
  • Expend further funds of $1m to earn a 51% interest;
  • Expend further funds of $1m to earn to an 80% interest.

Tenements included in the Goongarrie Project are listed in Table 1.

Project History

The Goongarrie Project was acquired by Kingwest Resources Ltd (KWR) in 2019. In May 2023 KWR merged with Brightstar Resources Limited whose focus has now shifted away from the Goongarrie project following their recent merger with Alto Metals Ltd (ASX: AME)i.

Prior to KWR acquiring the Project, very little exploration activity had been completed across the project as work was focused at Menzies and Kalgoorlie. Historic work included soil sampling, trenching, auger drilling, shallow aircore drilling, and limited RC drilling. This work targeted oxide gold mineralisation at surface associated with the Bardoc Tectonic Zone-Boulder Lefroy Shear Zone (BTZ). Two gold deposits along the BTZ were initially mined in the late 1980s at Jennys Reward, and Goongarrie Lady which was recently re-commissioned by a private group. There is potential for the discovery of new gold deposits undercover along the 12km strike length of the BTZ and along largely untested parallel mineralised structures that run N-S through the length of the project.

Click here for the full ASX Release

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The need to ramp up US production of critical metals was a focal point during Oregon Group founder Anthony Milewski’s presentation at this year’s Vancouver Resource Investment Conference (VRIC).

At the event, he spent 15 minutes outlining how US President Donald Trump could reshape the mining industry.

Pointing to China’s dominance in markets like copper, nickel and rare earths, Milewski stressed the need for regulatory support and tax incentives. Additionally, he emphasized the national security importance of these minerals.

As an example of how this theme can translate into gains for investors, he highlighted the journey of Perpetua Resources (TSX:PPTA,NASDAQ:PPTA) an Idaho-focused company that has long been developing the Stibnite project.

“Within the last two months, they have received over a billion dollars from the US government, because it’s a gold mine with an antimony credit — the stock price has performed fabulously,” he told the audience.

“In terms of opportunity, I think what it means is that investors need to relook at these domestic based projects.”

Stibnite’s antimony credits have not only opened the door for Perpetua to get government funding, but are also helping the company expedite the permitting process. In a late January press release, Perpetua praised Idaho Governor Brad Little’s Executive Order, dubbed SPEED, the Strategic Permitting, Efficiency and Economic Development Act.

The order establishes a SPEED Council to improve coordination among state agencies, reduce permitting delays and drive forward projects that promote energy independence, national security, and economic growth.

The need for an efficient and expedited permitting process was also underscored by Milewski.

“It can no longer take 15 years to build a mine, or we are going to continue to see consolidation by China,” he said, suggesting that regulators find tax and other incentives to support new projects.

“This is no longer a matter of who’s going to build your electric vehicle — China is going to dominate that industry. This is now going to become a matter of strategic relevance to our sovereignty, to our military. To whether or not we have a copper industry, a nickel industry; do we have antimony, gallium, germanium, rare earths?’ Milewski continued.

‘So I think that this has really sparked an awareness in America.”

Trump and cross-border cooperation

Milewski also stressed the need for strong partnerships and supply chains between the US and Canada, noting that this extends beyond mine building to encompass refining and processing.

“It’s two parts. It’s the opportunity to build the project, but then it also is important that we see more refining capacity being built out, because you need both in order to make this interesting,” he said.

Switching to the topic of Trump’s proposed tariffs on Canada, Milewski called the threat “noise and bluster.”

However, he lent more credence to the president’s proposal to acquire Greenland. “I think they’re serious about Greenland. I think that that’s actually something that they intend to do, if they can,” he said.

He sees the desire to attain Greenland as being fueled by the US government’s increased focus on securing domestic supply chains for critical minerals amid rising geopolitical tensions. Greenland’s move toward self-determination, China’s firm stance on Taiwan and the ongoing war in Ukraine have underscored the strategic importance of resources like rare earths, antimony and cobalt, which are vital for the defense and technology sectors.

Milewski explained to listeners at VRIC that the US maintained large stockpiles of critical minerals during World War II and the Cold War, but later sold them off, leaving its supply chain vulnerable. Now, policymakers are reconsidering stockpiling and domestic mining, with potential projects in Alaska gaining attention.

If the US moves to rebuild its reserves of key commodities, there could be major price swings in minor metals, where even small market shifts create volatility. For investors, this presents significant opportunities, as mining equities offer leveraged exposure to these potential supply disruptions and policy changes, he added.

“I think the market is lining up to be incredibly bullish for most commodities,” he said.

Be ready for spiky silver to move

Attitudes were similar at VRIC’s silver outlook panel, which was moderated by Jesse Day of Commodity Culture, and featured Jeff Clark, Peter Spina, Peter Krauth and Glenn Jessome.

The panelists honed in on the metal’s strong performance in 2024, when prices rose as much as 46.62 percent by October and ended the year at US$29 per ounce, a 22 percent increase from US$23.68 at the start of the year.

Day pointed to the discrepancy between silver’s stellar streak and the performance of silver equities.

“We know from history that silver is very spiky,” said Jeff Clark, editor of Paydirt Prospector.

“There’s been 10 to 12 major spikes in silver since the 1970s, and the time in between is very boring … (but) then all of a sudden it takes off, and the move is, frankly, sometimes violent,’ he continued.

‘You have to be prepared. You have to be in before that happens, and that includes the equities.’

Clark went on to explain that silver has been in a bear market for over four years since being propelled higher during COVID-19 peak, but history suggests sentiment will eventually shift.

“As far as catalysts go, it could be anything. Roughly half of all the catalysts for gold and silver since the 1970s have been black swans, so you don’t have to try to predict what the catalyst is going to be. You just have to be invested at an appropriate, meaningful level before the next one kicks in,” said Clark.

Silver squeeze still to come?

Picking up on Clark’s points, Peter Spina, president and CEO of GoldSeek.com and SilverSeek.com, underscored the supply and demand fundamentals for the precious and industrial metal.

“We have huge structural supply deficits,” he told the VRIC audience.

“We have a lot of things going in favor of silver right now — the silver squeeze didn’t really materialize as many people had hoped, but we are closer to an actual silver squeeze now than we were years ago.”

According to a November report from Metals Focus, the silver market is poised to record its fourth consecutive deficit in 2024, driven by strong industrial demand and limited supply growth.

The market overview projects that global silver demand will rise 1 percent to 1.21 billion ounces, with industrial use — especially in solar panels and electric vehicle technology — surpassing 700 million ounces for the first time.

Although mine production in several regions is on the rise, building demand from green energy and electrification has tightened supply, leaving the market structurally undersupplied, the report explains.

These fundamentals have added tailwinds to the silver price, which currently above US$30.

“The silver price is starting to push into some really interesting territory where we could see another big move. These things happen very quickly. It is a very volatile metal, and you have to have an appropriate time perspective and stomach for this market at times,’ Spina explained during the panel.

“But if you take a mid to longer-term view of this market, I think the risk reward is quite appealing right now.’

Silver strong long term, patience needed

For Peter Krauth, editor of Silver Stock Investor, silver has strong long-term upside, but patience is key.

He explained that although the silver market is in deficit, secondary inventories have prevented the strong price breakout many investors are looking for. However, now this source of supply is being more and more depleted.

Krauth reiterated Clark and Spina’s points about being in the right place at the right time.

“You have to be in this space,’ he said. “You can’t benefit or profit from it if you’re not there.”

While juniors offer higher risk and reward, Krauth noted that silver investors don’t have to bet on juniors.

He explained that in previous cycles, larger players like Silver Wheaton — now Wheaton Precious Metals (TSX:WPM,NYSE:WPM) — and Pan American Silver (TSX:PAAS,NASDAQ:PAAS) saw massive gains.

Stay tuned for more event coverage, including video interviews with many of the experts who attended.

Securities Disclosure: I, Georgia Williams, hold no direct investment interest in any company mentioned in this article.

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When it comes to investing in pharmaceutical companies, looking at pipelines and research and development prospects is important. But in-licensing is also key when examining these stocks.

In fact, in-licensing deals might be the pharmaceutical industry’s preferred mode of business development these days — perhaps even more so than M&A activity. These agreements can prove to be very fruitful for companies and their share prices.

The in-licensing strategy is likewise attractive to investors, as in-licensing drugs expedites corporate development while also mitigating risk. So let’s clear up some common questions around the strategy. The article below runs through what it means to in-license a drug and how in-licensing differs from an acquisition. It also covers how royalties affect returns. It’s key for investors to be aware of these intricacies so that they can interpret a firm’s actions correctly and elect to buy or sell at the right time.

In this article

    What is an in-licensing agreement?

    In-licensing agreements are legal contracts in which the licensor grants the licensee the right to develop, commercialize and/or sell its pharmaceutical products. The two parties agree on a set of terms and conditions in regards to payment–which could include royalties or upfront fees–and responsibilities for future activities such as development, marketing or distribution.

    For example, let’s take a look at AstraZeneca (NASDAQ:AZN,LSE:AZN). In early 2023, the pharmaceutical company licensed CMG901, a Phase 1 clinical-stage antibody drug conjugate for treating Claudin 18.2-positive solid tumors — most commonly seen in gastric cancer — from KYM Biosciences, a China-based biotechnology firm.

    Under the license agreement, AstraZeneca will be responsible for the global research and development (R&D), manufacturing and commercialization of the drug. “CMG901 strengthens our growing pipeline of antibody drug conjugates and supports our ambition to expand treatment options and transform outcomes for patients with gastrointestinal cancers,” said Puja Sapra, senior vice president of biologics engineering, oncology-targeted delivery and oncology R&D at AstraZeneca.

    In this agreement, AstraZeneca is the in-licenser, meaning it is licensing a product from KYM; KYM, which is licensing its product to AstraZeneca, is the out-licenser. These deals are popular as they allow one company (in this case, AstraZeneca) to take on some of the financial, regulatory or technological burdens associated with developing the product of another company (in this case, KYM).

    The idea is that both see advantages — KYM received a US$63 million upfront payment and will be eligible to receive up to US$1.1 billion on the drug achieving certain development and sales milestones.

    Meanwhile, AstraZeneca benefits by further bolstering its portfolio of therapies for gastrointestinal cancers. As Medical Marketing and Media points out, this in-licensing deal is not AstraZeneca’s first for a Claudin 18.2-expressing cancer. In 2022, the pharma company signed an agreement for Harbour BioMed’s (HKEX:2142) HBM7022.

    Another example of this strategy is Pfizer (NYSE:PFE) and the Medicines Patent Pool, a United Nations-backed public health organization, which inked a global licensing agreement for the distribution of a COVID-19 oral antiviral treatment candidate to expand access in low- and middle-income countries.

    The Medicines Patent Pool also secured a similar licensing agreement with multinational pharmaceutical giant Merck (NYSE:MRK) for its investigational oral antiviral COVID-19 medicine molnupiravir.

    In-licensing is becoming more and more commonplace, in part because of the influx of small biotech companies in the market. These early stage companies are a key source of promising product candidates, which large pharmaceutical companies then in-license certain rights to.

    For example, there’s the deal between AbbVie (NYSE:ABBV) and clinical-stage biotech company Cugene. In mid-2022, they inked an exclusive global licensing option agreement for CUG252, a potential treatment for autoimmune and inflammatory diseases.

    Under the deal, AbbVie gets the option to an exclusive license to develop, manufacture and commercialize CUG252. In return, Cugene will receive an upfront payment of US$48.5 million and is eligible to receive development and regulatory milestones and a license option exercise payment. Cugene may also receive commercialization and sales-based milestones and tiered royalties.

    In late 2024, Novartis (NYSE:NVS) subsidiary Novartis Pharma signed an exclusive worldwide license and collaboration agreement with clinical-stage pharma company Ratio Therapeutics. The pair will first perform preclinical activities aimed at researching and selecting an SSTR2-targeting development candidate. If successful, Novartis will take on the responsibility for the development, manufacturing and commercialization activities. For its part, Ratio will receive payments up to US$745 million, and is eligible to receive tiered royalty payments.

    What are the benefits of in-licensing?

    In-licensing is beneficial in several ways. For one, it’s cost effective, since the financial burden of product development is shared. It’s also lower risk for the company buying in as it can make deals based on promising preclinical or clinical results.

    Compare that to the traditional drug-discovery process, where a company embarks on a project, investing heavily in its development, all with little data to back up expectations.

    In-licensing also holds significant appeal when compared to straight M&A because licenses allow drug companies to purchase the rights for experimental drugs without taking on another company’s baggage, including unwanted technologies.

    All of that means in-licensing can hold major appeal for pharma companies and investors alike. But, as mentioned, it can also generate confusion — confusion that can lead to ill-informed decisions on the part of investors.

    What are the risks of in-licensing?

    The risks of in-licensing agreements are often loss of control over profits and added complexity to financial statements, which may turn off some investors. Just as pharmaceutical companies are always looking for the next blockbuster drug, investors are looking for the company that will develop it. For that reason, in-licensing agreements can be somewhat off-putting. Even if a drug proves wildly successful, its profits will need to be split between two pharmaceutical companies, and therefore two groups of shareholders.

    Such was the case with Eliquis, an anticoagulant jointly developed by Pfizer and Bristol-Myers Squibb (NYSE:BMY). Discovery and clinical advancement were completed by the latter, which joined forces with Pfizer only when entering late-stage trials. This puzzled some investors — after all, the drug seemed like a potential blockbuster. It would be a novel entrant to the market and would benefit a wide number patients. Why split the profits with another company, and one coming late to the game?

    As John LaMattina explained in a Forbes article, at the time of the deal there were still plenty of questions about the success of Eliquis. The anticoagulant drug market is competitive, and there was no guarantee that this drug would prove more effective than similar products also in development. What’s more, Phase 3 trials are costly, and Bristol-Myers Squibb was contending with a tight research and development budget.

    It took a long time to roll out the drug, but today it’s a top earner, bringing in profits for both pharmaceutical companies.

    In-licensing deals can also cause confusion by complicating financial statements.

    That means the uninitiated investor might misinterpret a company’s financial statement, since it does not “truly account for the value of the licenses.” As Margolis said, “the asset is intangible.”

    In-licensing vs out-licensing

    The differences between in-licensing vs out-licensing lies in whether the pharma company is selling itself as a partner or selling its product to another company.

    In an out-licensing agreement, the licensor grants the licensee the rights to sell its pharmaceutical product, typically in return for royalties, upfront fees or milestone payments. In this way the licensor can generate revenue and potentially enter new markets, while mitigating the risks of navigating the regulatory pathway and costs of marketing.

    What is the future for in-licensing?

    In the future, investors can probably bet on seeing more in-licensing deals hit the market. ‘We expect an increase in licensing deals as pharma companies look for more flexible deal-making,’ states professional services network EY. ‘This can already be observed, as roughly 45% of pipeline assets of the top 20 pharmaceutical companies originate from external innovation, leveraging licensing, collaborations and acquisitions.’

    As pharmaceutical manufacturers embrace in-licensing, they tend to reduce their massive research and development budgets. This can perturb investors used to the traditional pharma growth model: drug discovery leads to products, which leads to profits.

    But remember that drug discovery can also lead to major losses. Pharma companies spend millions on development, yet only one in 10 product candidates ever make it to market. In-licensing can cut down those expenses and share the burden of risk.

    In-licensing may not be traditional, but it could be a more sustainable method of pharmaceutical growth. As the major pharmaceutical companies embrace this model, investors must adjust their own mindset too. The old rules might not apply any longer, and it’s important to reconsider investment strategies in light of industry changes.

    Securities Disclosure: I Melissa Pistilli, hold no direct investment interest in any company mentioned in this article.

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    Learning about the aluminum production from countries around the world offers insight into the important industrial metal, which is used in a wide range of essential applications globally.

    The reason aluminum is one of the most in-demand industrial metals is its versatility. The metal is non-toxic and lightweight; it also has a high thermal conductivity, is resistant to corrosion and can be easily cast, machined and formed. Aluminum is the second most malleable metal and sixth most ductile, and it is non-magnetic and non-sparking.

    This wide array of benefits means aluminum is used in a huge variety of products, including cans, foils, kitchen utensils, window frames, beer kegs and airplane parts. It also has new applications that make it an important element in the green transition.

    As aluminum is a good conductor of electricity and is less costly than copper and other more expensive metals, it is often used in electricity transmission lines. Aluminum is also used as an alloy in steel manufacturing, mixing with stronger, less malleable metals like copper, manganese, magnesium and silicon. This increases strength, but allows the material to remain relatively light. One last benefit of aluminum is its high recovery rate. Because the silvery metal can be recycled time and time again, it has as much as 95 percent energy savings compared to the energy used in primary production.

    Where is aluminum found in the world?

    While it is one of the Earth’s most abundant metals, aluminum is rarely found as a free metal. That means companies can’t actually mine for the metal itself — instead, they mine bauxite, which is a large source of the world’s aluminum production. The bauxite is processed to obtain alumina, which is then refined further through smelting to produce aluminum.

    According to the US Geological Survey, ‘As a general rule, 4 tons of dried bauxite is required to produce 2 tons of alumina, which, in turn, can be used to produce 1 ton of aluminum.’ There are other sources of alumina, including clay and oil shale, but they are not economical at a commercial scale.

    The US Geological Survey estimates global bauxite resources to be between 55 billion and 75 billion metric tons with deposits distributed largely in Africa, Oceania, South America, the Caribbean and Asia. Known bauxite reserves stood at 30 billion metric tons in 2023. The five nations with the highest bauxite reserves are Guinea, Vietnam, Australia, Brazil and Jamaica.

    In terms of bauxite production, Australia was the world’s largest producer in 2023 at 98 million metric tons of bauxite, closely followed by Guinea at 97 million MT and China at 93 million MT. Brazil and India round out the top five with 31 million and 23 million metric tons of bauxite respectively.

    The next step is processing bauxite ore into alumina. China is by far the world’s largest alumina producer, accounting for nearly 59 percent of the world’s production at 82 million metric tons. The next largest alumina producing country, Australia, accounts for more than 13 percent of global supply with 19 million MT. Brazil, India and Russia round out the top five.

    Aluminum production by country

    The US Geological Survey notes that world aluminum output increased slightly in 2023, coming in at 70 million metric tons (MT) compared to 68.4 million MT in 2022. Below is a look at the nations that make up the world’s top aluminum-producing countries.

    1. China

    Aluminum production: 41 million metric tons

    First on this list of aluminum-producing countries is China, which produced 41 million metric tons of aluminum in 2023, more than half of total global production. China also consumes a considerable amount of aluminum.

    Statista points out that China has experienced consistent growth in primary annual aluminum production over the past decade. In 2023, China’s aluminum production increased to a record high for a second year in a row. Production got a boost from ‘strong operations in some of China’s main producing regions, amid profitable conditions, and new projects, chiefly in the northern Inner Mongolia region, that came online,’ Reuters reported.

    2. India

    Aluminum production 4.1 million metric tons

    The second largest aluminum producer is India, which produced 4.1 million metric tons of aluminum in 2023. India has also seen its output grow consistently in recent years. In 2021, its production totaled 3.97 million MT, overtaking Russia, and over the past two years, India has increased its aluminum production even further.

    Hindalco Industries (NSE:HINDALCO), the world’s leading aluminum-rolling company, is located in Mumbai. Vedanta (NSE:VEDL), India’s largest aluminum-producing company, expects to invest US$1 billion in its aluminum operations in 2024.

    Indian exports are not expected to be heavily impacted by European Union carbon taxes on direct emissions set to go into effect in 2026. The EU is the second largest aluminum consuming region in the world.

    3. Russia

    Aluminum production: 3.8 million metric tons

    Last year, Russia produced 3.8 million metric tons of aluminum, up slightly from the 3.7 million MT it put out in 2022. Leading global aluminum producer RUSAL is headquartered in Moscow.

    Russia’s aggressive war in Ukraine and the resulting sanctions were expected to curb the country’s ability to contribute aluminum supply to the global aluminum market; however, China is picking up much of the slack. Rusal has reported that its year-on-year revenues for aluminum exports to China almost doubled in 2023.

    4. Canada

    Aluminum production: 3 million metric tons

    Canada’s aluminum production was 3 million metric tons in 2023, up from the previous year’s total of 2.77 million MT of aluminum. Rio Tinto (ASX:RIO,NYSE:RIO,LSE:RIO), another leading global aluminum producer, has roughly 16 operations in the country.

    The province of Québec is the main aluminum jurisdiction in Canada. There are 10 primary aluminum smelters in Canada, with nine of those being located in Québec, and the province is also home to an alumina refinery. The final smelter is located across the country in the province of British Columbia.

    Canada was again the leading supplier of imported aluminum for the US in 2023, accounting for more than half of all imports.

    5. United Arab Emirates

    Aluminum production: 2.7 million metric tons

    Fifth on this list of aluminum-producing countries is the United Arab Emirates (UAE), which produced 2.7 million metric tons. Aluminum production in the UAE has remained steady over the last few years, and came in at 2.65 million MT in 2022.

    Emirates Global Aluminum is the largest aluminum producer in the Middle East and contributes nearly 4 percent of all global aluminum. The UAE was the source of 8 percent of US aluminum imports in 2023.

    6. Bahrain

    Aluminum production: 1.6 million metric tons

    Bahrain’s aluminum production came in at 1.6 million metric tons in 2023, on par with the previous year, when it overtook Australia for the sixth spot. The aluminum sector is one of the largest sources of export revenue for Bahrain, taking in US$3 billion in 2023.

    Formed in 1981, the Gulf Aluminium Rolling Mill in Bahrain was the first aluminum facility in the Middle East. The downstream has an annual production capacity of more than 165,000 metric tons of flat-rolled aluminum products.

    7. Australia

    Aluminum production: 1.5 million metric tons

    Australia’s aluminum production was down marginally in 2023 at 1.5 million metric tons compared to 1.51 million MT the previous year. In addition to its work as a major aluminum producer in Canada, Rio Tinto also produces the industrial metal in Australia at two of the country’s four aluminum smelters. The mining major sees aluminum as a valuable resource in the new automotive industry.

    However, Australia’s aluminum market has been struggling under the weight of the heavy energy costs associated with smelter operations for a number of years now. “Australia is one of the world’s most emissions-intensive aluminium producers,” as per the Institute for Energy Economics and Financial Analysis.

    Pittsburgh-based Alcoa (NYSE:AA), another of the world’s largest aluminum producing companies, operates the Kwinana refinery in Western Australia. In January, the firm announced it plans to close up shop at Kwinana later in 2024 due to challenging economics.

    8. Norway

    Aluminum production: 1.3 million metric tons

    Aluminum production in Norway declined in 2023 to 1.3 million metric tons, down from the 1.4 million MT produced in the previous year. Norway is the largest exporter of primary aluminum in the European Union.

    Norsk Hydro (OTCQX:NHYKF,OSE:NHY), a Norwegian aluminum and renewable energy company, has a number of aluminum projects and plants in the country. At Sunndal, Norsk Hydro operates the largest primary aluminum plant in Europe.

    In its bid to reach zero-carbon aluminum, Hydro announced in June 2024 that it is beginning a three-year industrial scale pilot that will test the use of green hydrogen to power aluminum recycling at the recycling unit in its Høyanger plant Norway.

    9. Brazil

    Aluminum production: 1.1 million metric tons

    Brazil’s aluminum output in 2023 rose by more than 35 percent over the previous year to reach 1.1 million MT, and displace the United States from the ninth top spot for global production.

    The country is home to the world’s third largest bauxite reserves, and was the fourth largest bauxite production and third largest alumina production levels by country in 2023. This makes the likelihood of Brazil gaining a further footprint in the global aluminum market very possible, especially given plans by the country’s industry leaders to invest R$30 billion in the domestic market by 2025.

    The largest producer of primary aluminum in Brazil is Albras, which has annual production of about 460,000 metric tons of aluminum using renewable energy sources. Albras is a 51/49 joint venture between Norsk Hydro and Nippon Amazon Aluminum Co. (NAAC), a consortium of Japanese companies, trading companies, consumers and manufacturers of aluminum products. In August 2024, Mitsui & Co (TSE:8031) increased its stake in NAAC from 21 to 46 percent in order to increase its offtake of green aluminum.

    10. Malaysia

    Aluminum production: 980,000 metric tons

    Malaysia rounds out the top 10 list of largest aluminum producing countries with 980,000 metric tons of output. The Southeast Asian nation’s output of the metal has boomed dramatically in the last decade; Malaysia’s aluminum production in 2012 was just 121,900 MT.

    Aluminium Company of Malaysia, or Alcom, is both the largest producer of rolled aluminum products in the country and Malaysia’s largest aluminum producer. It is part of the holding company Alcom Group (KLSE:2674).

    S&P Global reports that Chinese firms are keen on opening aluminum smelting operations in Malaysia. This includes the Bosai group, which is planning a 1 million MT per year operation in the country.

    Securities Disclosure: I, Melissa Pistilli, hold no direct investment interest in any company mentioned in this article.

    This post appeared first on investingnews.com

    US President Donald Trump has once again raised the idea of Canada becoming the 51st state, this time linking the prospect to the country’s vast array of natural resources.

    His remarks, made during an in-flight conversation with reporters on Air Force One, coincided with his plans to levy 25 percent tariffs on all steel and aluminum imports — including from Canada and Mexico.

    ‘They don’t pay very much for the military, and the reason they don’t pay much is they assume that we’re going to protect them,’ Trump said. ‘That’s not an assumption they can make, because why are we protecting another country?’

    He went on to suggest Canada is “not viable as a country,” hinting that integration with the US could be a solution.

    Late last week, Canadian Prime Minister Justin Trudeau, speaking behind closed doors to business and labor leaders, was overheard acknowledging that Trump’s talk of absorbing Canada into the US is “a real thing.”

    According to CBC, Trudeau’s remarks were accidentally broadcast over a loudspeaker. “Mr. Trump has it in mind that the easiest way to do it is absorbing our country, and it is a real thing,” he said before the audio cut out.

    The Associated Press reported that Trudeau’s office has not responded to requests for comment, but Alberta Federation of Labor President Gil McGowan later confirmed the prime minister’s assessment.

    McGowan, who was at the meeting, wrote on social media that Trudeau believes Trump’s real agenda is not just about fentanyl, immigration or even the trade deficit, but about dominating Canada economically — or taking it outright.

    Canada-US trade war escalates

    Days after Trudeau’s remarks were leaked, Trump confirmed his administration will impose 25 percent tariffs on Canadian steel and aluminum imports, reviving a trade war that first erupted in 2018.

    Back then, the Trump administration imposed similar tariffs under the justification of national security concerns, prompting Canada to retaliate with counter tariffs on US goods such as orange juice and whiskey.

    The dispute ended in 2019, when an agreement was reached to monitor steel and aluminum flows, preventing so-called ‘surges’ in imports. Trump has long criticized the Canada-US-Mexico Agreement (CUSMA), the successor to the North American Free Trade Agreement (NAFTA), and has vowed to renegotiate it.

    The agreement is scheduled for a mandatory review in 2026, but Québec Premier François Legault called for immediate discussions in a recent social media post to prevent further economic uncertainty.

    Ontario Premier Doug Ford echoed those concerns, calling Trump’s trade policies a destabilizing force.

    ‘This is the next four years — shifting goalposts and constant chaos, putting our economy at risk,’ Ford said in a post on X, formerly known as Twitter, on Sunday (February 9).

    ‘Fentanyl crisis’ at the forefront of trade relations

    Trump’s latest tariffs have been tied to his broader concerns over border security, particularly the trafficking of fentanyl and illegal immigration, issues that he raised on the campaign trail.

    Earlier this month, he threatened to impose sweeping 25 percent tariffs on all Canadian and Mexican imports starting February 1 unless both countries took stronger measures to secure their borders. After negotiations with Trudeau and Mexican President Claudia Sheinbaum, the White House agreed to delay the tariffs for 30 days.

    Canada has since announced a US$1.3 billion border security initiative, which includes increased patrols, aerial surveillance and the appointment of a new “fentanyl czar” to coordinate efforts with US officials.

    Despite the extension, Trudeau has made it clear that Canada won’t accept blame for America’s fentanyl crisis.

    “We need to be very deliberate about how we continue to engage closely with the United States to make the case that Canada is responsible for a tiny part of the North American fentanyl problem, but that we are also bitterly touched by this tragedy,” the prime minister said in public remarks on February 7.

    Canada’s resource wealth in the spotlight

    Trump’s remarks about Canada’s economic dependence on the US come at a time when the country is making moves to accelerate its critical minerals industry and solidify its spot in the supply chain.

    Last week, the BC government shared plans to fast track 18 mining and energy projects worth about US$20 billion.

    “They’re being held up in some kind of administrative or regulatory or government process,” BC Premier David Eby said of the assets, which include the Eskay Creek gold-silver project in Northwest BC. “We can expedite that, get those shovels in the ground. And with particular attention to more rural and remote communities.”

    The Mining Association of BC welcomed the announcement, pointing out that Canada’s resource sector will play a crucial role in global supply chains; however, other entities have expressed concerns about deregulation.

    The province has 17 additional critical mineral projects in the pipeline, with several expected to enter permitting processes this year.

    Securities Disclosure: I, Giann Liguid, hold no direct investment interest in any company mentioned in this article.

    This post appeared first on investingnews.com

    The BC government plans to fast track 18 resource projects to reduce the province’s dependence on US trade.

    According to the CBC, the mining and energy projects are worth around C$20 billion combined, and are expected to move through the approval process at an accelerated pace amid ongoing trade tensions with the US.

    The government has identified resource-dependent communities as the primary beneficiaries, as they are most vulnerable to potential trade disruptions. The projects are expected to employ 8,000 people.

    ‘We have a huge advantage in British Columbia here with our geographic positioning,’ Premier David Eby said in an email to the CBC. ‘We know that we have what the world needs, and we’re going to use that to our advantage.’

    The properties include the Eskay Creek gold-silver project, a historic mine restart in Northwest BC, the expansion of the Red Chris gold-copper mine in the same region and the Highland Valley copper mine extension in Logan Lake.

    Other projects cited are the Mount Milligan gold-copper mine near Fort St. James, the Cedar natural gas export facility in Kitimat and the NEBC Connector, a pipeline project transporting natural gas liquids from Northeast BC to Alberta.

    BC Energy Minister Adrian Dix confirmed that the government will prioritize permitting and environmental assessments for these projects, though he emphasized that existing regulatory standards will be maintained.

    ‘It’s critically important that we move through these stages of the process, not to take away from standards, but to ensure that these projects happen in the fastest possible way,’ he said.

    US export hub

    According to BC Stats, the US accounted for 54 percent of the province’s exports in 2023.

    Of those exports, 67 percent were in the wood, pulp and paper, metallic mineral and energy sectors. China and Japan were the next largest markets, representing 14 percent and 11 percent, respectively.

    The BC government continues to evaluate additional projects for fast tracking, with further announcements expected in the coming weeks.

    Fast tracked projects raise regulatory concerns

    Some environmental groups have raised concerns about the fast-tracking decision.

    The CBC quotes Jessica Clogg of West Coast Environmental Law, who suggests that economic uncertainty is being used to justify projects that may have otherwise faced greater scrutiny.

    ‘I do think it’s shameful that resource companies and the business sectors are taking advantage of the current economic instability to apparently put forward a list of potentially risky projects,’ she commented.

    Several projects have also drawn opposition from Indigenous groups. The Eskay Creek and Red Chris mines have faced resistance from Alaskan Indigenous governments due to environmental concerns.

    In BC, the Tahltan Nation has voiced dismay about the decision to fast track those projects, noting that they are both located in Tahltan territory and pointing to a lack of consultation.

    “We fully acknowledge that developments in the United States have raised economic concerns in Canada and we share those concerns,” President Beverly Slater wrote in a February 7 statement.

    “For the Tahltan Nation, our priority, as always, is ensuring that our Title and Rights, as well as our human rights, are fully upheld and respected. This involves properly assessing the economic, environmental, social, and cultural dimensions of any project proposed in our Territory consistent with any agreement that has been entered into by the Tahltan Nation and British Columbia pursuant to section 7 of the Declaration on the Rights of Indigenous Peoples Act.”

    The expansion of the Highland Valley copper mine, owned by Teck Resources (TSX:TECK.A,TSX:TECK.B,NYSE:TECK) has been challenged by the Skeetchestn and Tk’emlúps te Secwépemc bands in BC’s interior.

    Dix stated that consultations with Indigenous communities will continue. He noted that several wind power projects are structured to be at least 50 percent Indigenous-owned.

    Securities Disclosure: I, Giann Liguid, hold no direct investment interest in any company mentioned in this article.

    This post appeared first on investingnews.com

    Anteros Metals Inc. (CSE: ANT) (‘Anteros’ or the ‘Company’) is pleased to announce commencement of inaugural 3D modeling at its 100%-owned critical-mineral-bearing Havens Steady Property (the ‘Property’). The Property boasts a road-accessible Volcanogenic Massive Sulphide (‘VMS’) lead-zinc-silver ±copper-gold deposit, is close to hydroelectric power, and is located in an established mining district in south-central Newfoundland. Modelling of recently-digitized historical data will allow for effective targeting of zone extensions and the identification of wider and higher-grade zones, including areas of copper-gold enrichment. Follow-up exploration is scheduled for late spring and early summer 2025.

    PROPERTY HIGHLIGHTS

    • Situated in a region renowned for significant Kuroko-type VMS deposits, known for their rich polymetallic characteristics and significant economic yields
    • Geologically consistent mineral deposit with a 1,000-meter strike length of lead-zinc-silver ±copper-gold mineralization
    • Notable high-grade intercepts (Table 1), including 2.72 metres of 2.1% Cu, 3.6% Pb, 6.17% Zn, 56.42g/t Ag and 1.82g/t Au in historical drill hole HS09-18 from 97.42 to 100.14 metres
    • Road accessible and proximal to past-producing VMS mine-sites and infrastructure
    • Approximately 8,150 metres of historical drilling since 1986, the most recent of which was conducted in 2009 (approximately 1,145 metres)
    • Fully permitted for exploration diamond drilling from the Mineral Lands Division of Newfoundland and Labrador

    LOCATION AND MINERAL TENURE

    The Property lies 15 kilometres south of the past-producing Duck Pond lead-zinc-copper VMS mine and 40 kilometres southeast of the town of Buchans (Figure 1). The Property is comprised by seven claims covering 175 hectares in the prolific Buchans-Victoria Lake area. Hosted by rocks of the Red Cross Group volcanic belt, the Property hosts high-grade VMS-style base and precious metal mineralization, including critical minerals zinc and copper.

    Cannot view this image? Visit: https://insiderlegacysecret.com/wp-content/uploads/2025/02/240423_5213bd8154dc49d4_002.jpg

    Figure 1: Havens Steady Property location (1:350,000 scale)

    To view an enhanced version of this graphic, please visit:
    https://images.newsfilecorp.com/files/9885/240423_5213bd8154dc49d4_002full.jpg

    REGIONAL AND PROPERTY GEOLOGY

    The Havens Steady Property is situated within the Central Mobile Belt of the Dunnage Zone in Newfoundland and Labrador. The region is underlain by sequences of Cambrian to Silurian volcanic and sedimentary rocks and related intrusive rocks. The Property borders the Victoria Lake Supergroup, a complex assortment of several distinct volcanic sequences, some of which host world class VMS deposits such as the past-producing Duck Pond VMS Mine, which had reserves of 4.078 million tonnes grading 3.29% Cu, 5.68% Zn, 59.3g/t Ag and 0.86g/t Au and an additional inferred and measured 1.073 million tonnes of 3.04% Cu, 7.05% Zn, 71.2g/t Ag and 0.8g/t Au prior to the commencement of mining operations in 2006 (Canadian Mining Journal, Aug 1, 2006).

    The Property is dominated by felsic volcanic rocks interbedded with graphitic argillites and siltstones (Figure 2). Extensive sericitization and silicification within the felsic volcanic units occurs with chloritic alteration associated near zones of massive sulfides and stringer sulfides, including significant occurrences of sphalerite and galena. This geological setting mirrors that of Kuroko-type VMS deposits known for their rich polymetallic content and significant economic yields, as exemplified by the renowned Kuroko deposits in Japan.

    Cannot view this image? Visit: https://insiderlegacysecret.com/wp-content/uploads/2025/02/240423_5213bd8154dc49d4_003.jpg

    Figure 2: Geology, geophysics, and historical drilling at Havens Steady

    To view an enhanced version of this graphic, please visit:
    https://images.newsfilecorp.com/files/9885/240423_5213bd8154dc49d4_003full.jpg

    Since acquiring the Property in January 2024, Anteros has performed comprehensive digital compilation of the historical exploration data. Compilation confirmed that previous geophysical work, including airborne electromagnetics, identified multiple conductive anomalies consistent with the presence of sulfide mineralization. Additionally, historic drill programs have outlined multiple zones of high-grade lead, zinc, silver, and copper mineralization demonstrated by the presence of sphalerite and galena with bornite and chalcopyrite in copper-rich zones. The known deposit area has a strike length of at least 1,000 metres and historic drilling shows mineralization extending to over 800 metres below surface.

    Anteros has now initiated inaugural 3D modeling of the various mineralized horizons within the deposit. This modeling effort will enable precise targeting of higher-grade zones and the extension of known zones, including those enriched with copper and gold. Drill testing is scheduled to commence in late spring/early summer of 2025, and will become part of an inaugural mineral resource estimate.

    HISTORIC DRILLING HIGHLIGHTS

    Length-weighted intercepts from historical drill holes completed at Havens Steady appear in Table 1.

    Table 1: Length-weighted intercepts from historical drilling at Havens Steady

    Drill Hole From (m) To (m) Int. (m) Cu % Pb % Zn % Ag g/t Au g/t ZnEq*
    HS-87A-86 33.10 73.60 40.50 0.01 0.68 0.81 8.40 0.07 1.74
    including 71.25 72.60 1.35 0.03 1.96 6.03 53.49 0.14 9.53
    HS-87-2 9.20 68.90 59.70 0.11 0.17 0.66 8.30 0.23 2.05
    including 67.30 67.60 0.30 0.04 0.70 16.30 47.8 0.07 18.67
    HS-87-2 103.35 107.10 3.75 0.06 0.72 3.91 n/a 0.12 4.89
    HS-88-01 170.00 218.60 48.60 0.01 0.19 0.50 3.70 0.07 0.97
    including 170.00 172.00 2.00 0.03 0.35 3.58 19.8 0.07 4.76
    HS-88-02 62.50 64.60 2.10 0.27 1.28 4.45 30.81 0.37 8.19
    HS-88-03 182.00 250.00 68.00 0.09 0.55 1.45 11.80 0.20 3.04
    including 182.40 185.00 2.60 0.91 1.32 6.44 45.68 1.99 17.35
    including 191.00 192.00 1.00 0.30 3.56 5.98 32.50 0.55 11.79
    including 199.70 201.00 1.30 0.20 3.56 4.52 37.80 0.27 9.39
    HS-88-05 286.00 287.00 1.00 0.22 4.48 16.80 21.00 0.21 21.57
    HS-88-05 298.00 395.70 97.70 0.04 0.33 1.57 9.20 0.09 2.47
    including 298.00 302.00 4.00 0.30 0.74 3.62 21.38 0.14 6.17
    HS-88-05 317.00 322.00 5.00 0.09 0.41 2.43 14.40 0.19 3.99
    HS-88-05 332.60 337.50 4.90 0.05 0.88 3.64 22.96 0.07 5.31
    HS-88-05 345.40 349.40 4.00 0.01 0.49 2.97 15.00 0.07 4.01
    HS-88-05 374.60 378.60 4.00 0.01 0.76 4.11 11.90 0.07 5.21
    HS-88-06 108.50 109.50 1.00 0.66 0.23 6.52 28.00 0.55 11.30
    HS-88-06 130.00 134.00 4.00 0.03 0.67 2.23 5.53 0.07 3.12
    HS-88-07 410.40 413.90 3.50 0.14 2.72 9.89 28.43 0.54 14.49
    HS-88-07 457.85 460.70 2.85 0.18 1.08 7.13 33.71 0.16 9.97
    HS-88-07 476.70 516.70 40.00 0.01 0.26 1.07 7.60 0.08 1.75
    including 484.70 487.70 3.00 0.01 0.44 2.72 9.67 0.07 3.55
    HS-88-07 504.60 511.70 7.10 0.02 0.58 2.47 16.90 0.11 3.77
    HS90-11 573.70 575.20 1.50 0.01 0.84 3.71 15.75 0.01 4.82
    HS09-17 68.00 89.90 21.90 0.01 0.28 1.00 6.70 0.03 1.51
    including 69.00 73.70 4.70 0.01 0.61 1.69 12.89 0.04 2.64
    HS09-18 32.25 34.25 2.00 0.02 0.42 2.11 9.02 0.03 2.82
    HS09-18 66.30 68.30 2.00 0.10 0.21 2.26 12.65 0.11 3.45
    HS09-18 88.31 88.81 0.50 1.19 1.57 9.70 67.50 2.72 24.46
    HS09-18 92.30 100.14 7.84 0.86 1.68 3.64 26.22 0.86 10.78
    including 97.42 100.14 2.72 2.10 3.60 6.17 56.42 1.82 22.25
    HS09-18 126.50 135.50 9.00 0.44 0.89 3.92 31.46 0.21 7.55
    HS09-18 153.90 165.20 11.30 0.08 0.62 2.18 19.06 0.08 3.69
    including 158.30 161.30 3.00 0.02 1.07 3.93 24.80 0.05 5.63
    HS09-20 92.56 103.10 10.54 0.03 0.47 1.23 16.89 0.07 2.38
    including 98.06 99.75 1.69 0.14 1.82 4.01 90.39 0.22 9.25
    HS09-20 116.30 125.55 9.25 0.11 0.63 1.76 25.25 0.04 3.47
    including 123.05 124.55 1.50 0.16 0.89 3.29 42.83 0.07 6.00
    HS09-21 98.38 99.87 1.49 1.26 1.98 5.71 87.61 1.99 19.58
    HS09-21 133.77 159.15 25.38 0.10 0.52 1.78 13.74 0.09 3.14
    including 142.61 146.61 4.00 0.09 1.54 3.24 27.90 0.20 5.98

     

    *Zinc Equivalent (‘ZnEq’) calculated using US$4.25/lb Cu, $0.8/lb Pb, $1.3/lb Zn, $30/oz Ag, and $2500/oz Au, and assumes 100% recovery

    QUALIFIED PERSON

    Jesse Halle, P. Geo., an independent Qualified Person in accordance with National Instrument 43-101 – Standards of Disclosure for Mineral Projects, has reviewed the technical material contained in this news release and approves the content of the News Release.

    ABOUT Anteros Metals Inc.

    Anteros is a multimineral junior mining company using data science to target and acquire highly prospective deposits for exploration and development throughout Newfoundland and Labrador. The Company is currently focused on advancing four key projects across diverse commodities and development horizons. Immediate plans for their flagship Knob Lake Property include bringing the historical Fe-Mn Mineral Resource Estimate into current status as well as commencing baseline environmental and feasibility studies.

    For further information please contact or visit:

    Email: info@anterosmetals.com | Phone: +1-709-769-1151
    Web: www.anterosmetals.com

    Social: @anterosmetals

    On behalf of the Board of Directors,

    Chris Morrison

    Director
    Email: chris@anterosmetals.com | Phone: +1-709-725-6520

    Web: www.anterosmetals.com/contact

    16 Forest Road, Suite 200
    St. John’s, NL, Canada
    A1X 2B9

    Cautionary Statement Regarding Forward-Looking Information

    This news release may contain ‘forward-looking information’ and ‘forward-looking statements’ within the meaning of applicable Canadian securities legislation. All information contained herein that is not historical in nature may constitute forward-looking information. Forward-looking statements herein include but are not limited to statements relating to the prospects for development of the Company’s mineral properties, and are necessarily based upon a number of assumptions that, while considered reasonable by management, are inherently subject to business, market and economic risks, uncertainties and contingencies that may cause actual results, performance or achievements to be materially different from those expressed or implied by forward looking statements. Except as required by law, the Company disclaims any obligation to update or revise any forward-looking statements. Readers are cautioned not to put undue reliance on these forward-looking statements.

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