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Perth, Australia (ABN Newswire) – Locksley Resources Ltd (ASX:LKY,OTC:LKYRF) (FRA:X5L) (OTCMKTS:LKYRF) is pleased to announce the appointment of Ms. Kerrie Matthews as Chief Executive Officer (CEO) and Mr. Danny George as Chief Operating Officer (COO). These appointments significantly strengthen the Company’s executive leadership team at a pivotal time as Locksley advances the Desert Antimony Mine (‘DAM’), accelerates downstream processing and the mine-to-market solutions for antimony in the United States.

Ms. Kerrie Matthews – Chief Executive Officer

Ms. Matthews is a highly accomplished executive leader with over two decades of experience delivering nationally significant and capital-intensive projects in the resources and infrastructure sectors.

Her career highlights include senior leadership roles in the execution of BHP’s US$3.8 billion South Flank Project and Iluka’s A$1.8 billion Eneabba Rare Earths Refinery, the latter being Australia’s first fully integrated rare earths refinery and a cornerstone of the nation’s critical minerals strategy.

Ms. Matthews brings deep expertise in complex major project delivery, engineering study program execution, governance, stakeholder alignment, cost optimisation, and regulatory engagement. She has a proven track record of aligning large scale projects with both commercial and government priorities.

While recognised for her leadership on billion-dollar projects, Ms. Matthews strength lies equally in obilising teams and cutting through complexity to deliver fast-tracked outcomes. For Locksley, this capability ensures that DAM is advanced efficiently while building the framework for U.S. downstream processing an area where there are currently no large-scale commercial solutions in operation.

Mr. Danny George – Chief Operating Officer

Mr George is a seasoned senior executive with extensive global experience in feasibility studies and the execution of EPCM and EPC contracts across the mining and energy sectors. He has successfully delivered major projects with WSP, Fortescue, Mineral Resources, Thyssenkrupp and Ausenco, working with leading companies such as Vale, BHP and Hancock Prospecting. His track record includes copper and lithium concentrators, iron ore and coal export facilities, as well as emerging technology projects in hydrogen and green iron.

Danny’s technical breadth and expertise in rapid project delivery, capital efficiency and large-scale project execution will provide Locksley with the operational discipline and agility required to advance the DAM Project into production at speed. His proven leadership in delivering high-value projects across multiple geographies equips the Company with the capability to manage both upstream ore development and downstream plant construction within an accelerated timeframe.

Strategic Importance

The appointments of Ms. Matthews and Mr. George provide Locksley with the executive leadership, experience, and technical expertise required to deliver a mine-to-market antimony solution in the United States. Importantly, both have proven ability to move quickly from study to execution, ensuring Locksley is positioned as a fast mover capable of delivering critical U.S. supply ahead of the curve. Their combined backgrounds in critical minerals, major project delivery, and contract mining directly address one of the most pressing U.S. supply chain constraints: the absence of large-scale commercial antimony processing capacity.

Following the Company’s excellent metallurgical results at the Desert Antimony Mine, Locksley is now positioned to translate technical validation into commercial execution. In parallel with conventional mine development at DAM, the Company is actively assessing non-traditional mining and extraction methods to bring forward initial supply. This includes evaluating flexible and modular mining solutions, contract mining approaches, and low capital processing pathways that can be rapidly deployed to align with the immediate demand from the U.S. Government for secure antimony supply.

By advancing DAM with both traditional and innovative development methods, and by establishing downstream processing capacity, Locksley is uniquely placed to play a pivotal role in strengthening U.S. and allied supply chains. This strategy underpins Locksley’s pathway to 100% Made in America Antimony and positions the Company to attract government and institutional support as part of broader initiatives to secure the supply of critical minerals essential for defense, energy transition, and advanced technology applications.

Resignation of Director

Technical Director, Julian Woodcock, has resigned to focus on his Managing Director role at Viking Mines Ltd. Mr Woodcock has played a key role in the accelerated progress of the Company’s Mojave Project and will continue to provide strategic guidance as a technical consultant.

Pat Burke, Chairman Locksley Resources, commented:

‘The appointments of Kerrie and Danny significantly enhance our executive capability at a pivotal moment for Locksley. Their leadership supports our strategy to transform the historic Desert Antimony Mine into a modern, fully integrated mine-to-market supply chain for 100% Made in America Antimony.

This positions Locksley to deliver value for shareholders while directly addressing one of the United States’ most critical national security and energy transition priorities. I would like also sincerely to thank Julian for his services to Locksley during its critical formative period.’

Next Steps

Locksley is progressing multiple parallel workstreams to accelerate the development of the Desert Antimony Mine (‘DAM’) and advance downstream processing:

– Financing and permitting applications underway to support near-term mine development

– Strategic partnerships and government engagement advancing to align Locksley’s supply chain strategy with U.S. and allied national security priorities

– Technology pathways being progressed through Rice University’s DeepSolv(TM) program and external ore supply agreements, positioning Locksley to establish commercial-scale antimony processing capacity in the U.S

– Non-traditional mining and extraction methods under evaluation to bring forward early supply and respond to immediate U.S. Government demand

These initiatives, together with the recently achieved 85.9% metallurgical recovery result at DAM, reinforce the Company’s vision to establish a fully integrated mine-to-market supply chain for 100% Made in America Antimony.

About Locksley Resources Limited:

Locksley Resources Limited (ASX:LKY,OTC:LKYRF) (FRA:X5L) (OTCMKTS:LKYRF) is an ASX listed explorer focused on critical minerals in the United States of America. The Company is actively advancing exploration across two key assets: the Mojave Project in California, targeting rare earth elements (REEs) and antimony. Locksley Resources aims to generate shareholder value through strategic exploration, discovery and development in this highly prospective mineral region.

Mojave Project

Located in the Mojave Desert, California, the Mojave Project comprises over 250 claims across two contiguous prospect areas, namely, the North Block/Northeast Block and the El Campo Prospect. The North Block directly abuts claims held by MP Materials, while El Campo lies along strike of the Mountain Pass Mine and is enveloped by MP Materials’ claims, highlighting the strong geological continuity and exploration potential of the project area.

In addition to rare earths, the Mojave Project hosts the historic ‘Desert Antimony Mine’, which last operated in 1937. Despite the United States currently having no domestic antimony production, demand for the metal remains high due to its essential role in defense systems, semiconductors, and metal alloys. With significant surface sample results, the Desert Mine prospect represents one of the highest-grade known antimony occurrences in the U.S.

Locksley’s North American position is further strengthened by rising geopolitical urgency to diversify supply chains away from China, the global leader in both REE & antimony production. With its maiden drilling program planned, the Mojave Project is uniquely positioned to align with U.S. strategic objectives around critical mineral independence and economic security.

Tottenham Project

Locksley’s Australian portfolio comprises the advanced Tottenham Copper-Gold Project in New South Wales, focused on VMS-style mineralisation

Source:
Locksley Resources Limited

Contact:
Locksley Resources Limited
T: +61 8 9481 0389
E: info@locksleyresources.com.au

News Provided by ABN Newswire via QuoteMedia

This post appeared first on investingnews.com

Investor Insight

With a targeted, execution-driven strategy, Zeus Resources is positioning itself as an emerging critical minerals explorer with a compelling investment story that leverages a strengthening antimony market and a clear path from discovery to production.

Overview

Zeus Resources (ASX:ZEU,FSE: ZEU) is a dynamic mineral exploration company focused on discovering and advancing early-stage, high-grade critical mineral assets in underexplored jurisdictions. Its primary strategic focus is the 100-percent-owned Casablanca antimony project in Morocco. The company also has exploration interests in uranium, lithium and rare earth elements in Australia.

Antimony, the company’s lead commodity, is designated as a critical mineral by the US, EU, Japan and Australia due to its essential role in defence, energy storage, electronics and renewable technologies. Global supply is heavily concentrated, with more than 60 percent of production originating from China and Russia and limited processing capacity outside China.

This current dynamic makes Morocco’s potential as a secure, alternative source strategically and economically important.

With Europe’s industrial and defence supply chains as its target, Zeus is leveraging Morocco’s efficient permitting environment to fast-track development. In July 2025, the company completed its acquisition of Casablanca and quickly initiated a high-resolution geophysics program. The company aims to move from reconnaissance to drilling within months to capitalise on record-high antimony prices and tightening Western supply chains. The Casablanca project represents one of the rare high-grade antimony exposures outside China.

In parallel, Zeus has strengthened its Moroccan strategy through a five-year non-exclusive license agreement with Newmont, covering its Morocco exploration database and regional framework study across the Anti-Atlas and Central Meseta regions. The database provides integrated geochemical, geophysical and structural datasets, giving Zeus a competitive advantage in prospectivity analysis and target generation. Key terms include a 1 percent NSR royalty on any properties Zeus acquires in these regions and a 15-year right of first refusal for Newmont on transfers. This agreement streamlines project identification, reduces early-stage risk, and positions Zeus to expand its Moroccan footprint efficiently.

Beyond Morocco, Zeus retains royalty-backed lithium exposure through the Mortimer Hills project in Western Australia’s Gascoyne region, situated near Delta Lithium’s substantial Malinda and Jameson deposits. The company also holds the Kalabity project in South Australia, offering multi-commodity optionality including uranium, copper, base metals, lithium and REEs, across a large landholding with geological analogies to both Olympic Dam (IOCG) and Broken Hill mineral systems.

Company Highlights

  • Casablanca Antimony Project: Six exploration licenses over 79 sq km in central Morocco. Surface sampling during due diligence returned astonishing results: up to 61.9 percent antimony, with additional samples ranging 7.8 to 46.52 percent antimony along a mapped strike exceeding 4 km
  • Strategic Location for Supply Security: Morocco is a long-standing antimony producer with historic supply to Europe, ranking 19th globally on the Fraser Institute’s mining jurisdiction index- – on par with Western Australia.
  • Rapid Advancement Exploration Model: Geophysics survey underway within weeks of licence acquisition, trenching program planned, and drill commencement targeted for early Q4 2025.
  • Favourable Market Dynamics: Antimony prices have quadrupled since early 2024 to ~US$55,000/t amid tightening global supply and rising demand from defence, electronics and renewable energy sectors.
  • Strategic Advisory Firepower: Former US Ambassador Christopher Dell has joined as US business and strategic development advisor aiming to leverage his extensive diplomatic experience and proven negotiation skills to facilitate Zeus navigate capital-raising, geopolitical positioning and partnerships aligned with Western critical minerals policy
  • Strategic Data Access: Access to Newmont’s Morocco exploration database and framework study strengthens Zeus’s ability to fast-track target generation and expand its Moroccan footprint
  • Lean Valuation, Clear Milestones: Market capitalization sits around AU$9 to AU$13 million, offering early-stage leverage if exploration success continues.

Key Projects

Casablanca Antimony Project

Located in central Morocco, the Casablanca antimony project spans 79 sq km under six granted exploration licences in a historically productive mining district. Situated along the regional NNE-striking Smaala-Oulmes fault, the project benefits from structural dilation and quartz vein networks hosting high-grade stibnite mineralisation.

Multiple historical and recent artisanal workings are present across the tenure, with extensive surface mineralisation mapped over more than 4 km of strike. Rock chip sampling during due diligence returned exceptional antimony grades, peaking at 61.9 percent antimony, with additional assays of 44.5 percent and 39.4 percent, and a broader range of samples between 7.8 percent and 46.52 percent antimony across 20 locations. These results rank among the highest reported for any early-stage antimony discovery globally, underscoring the strong potential for defining a resource. The licences are drill-ready, and Zeus has rapidly commenced a high-resolution induced polarisation (HRIP) geophysical program comprising 23 dipole-dipole profiles over 16 km to delineate subsurface conductive zones and key structural controls.

The work is supported on the ground by Ashgill Morocco, whose in-country geological team brings deep expertise in North African mineral systems and manages permitting, mapping and logistics. Upon completion of the geophysics, a trenching program, selected for its speed and cost efficiency given the project’s grade profile, will test surface veins and inform drill targeting. Drilling is anticipated to start in early Q4 2025. Morocco’s modern mining code, stable political environment and strategic proximity to European markets present a clear pathway to fast-track the project from exploration to development, should drilling confirm significant resources.

Mortimer Hills

The Mortimer Hills project (E09/2147), located in the Gascoyne region, lies ~5 km along strike from Delta Lithium’s Malinda project. It is situated within the Leake Springs Metasediment unit, which collectively hosts 21.9 Mt of lithium resources (Malinda + Jameson deposits). The project was sold to Delta Lithium’s subsidiary, but Zeus retains a structured royalty interest, providing leveraged exposure to a rapidly advancing lithium district without ongoing capital commitments.

Kalabity Project

Kalabity is Zeus’ South Australian exploration initiative, targeting uranium, copper, base metals, lithium and REE within the Curnamona Tectonic Province. The project spans four granted exploration licences (EL7008, EL7039, EL7048 and EL7058) and is strategically located near historic deposits such as Kalabity and Crocker Well. The district’s geological setting is analogous to Olympic Dam (IOCG) and Broken Hill (zinc-lead-silver) systems, offering large-scale polymetallic potential. The recent granting of EL7058 further consolidates Zeus’ position in this prospective province.

Management Team

Alvin Tan – Executive Chairman

With nearly three decades of corporate experience across ASX-listed and global companies, Alvin Tan has a track record in mergers, acquisitions and capital raising. He currently serves as a director of LSE and NSX-listed PYX Resources and was formerly a director of ASX-listed Advanced Share Registry prior to its acquisition.

Hugh Pilgrim – Executive Director

Founding partner of Caravel Securities, Hugh Pilgrim has extensive experience in capital raising, mineral project acquisition and structuring corporate transactions on the ASX. He is leading Zeus’ corporate development strategy, with a focus on accelerating the Casablanca project’s exploration and development.

Robert Marusco – Executive Director and Company Secretary

A corporate strategist with over 25 years of experience, Robert Marusco has held senior roles in private and ASX-listed companies. He specialises in corporate governance, financial planning and compliance, with a background in advising on ASX listings, M&A and restructures.

Christopher Dell – US Business and Strategic Development Advisor

Christopher Dell is a former US Ambassador to Angola, Zimbabwe and Kosovo, and senior executive at Bechtel and Fieldstone Africa. His appointment strengthens Zeus’ ability to engage Western governments, companies and strategic funders in the antimony supply chain context

This post appeared first on investingnews.com

Platinum-group metals (PGMs) include platinum, palladium, rhodium and other metals, all of which are prized for their durability, resistance to corrosion and excellent catalytic properties.

The automotive industry is the world’s largest consumer of these metals, which among other things are used in catalytic converters for vehicle exhaust systems. A rebound and continued growth in auto production is projected in the coming years, particularly in developing markets, and this should increase demand for PGMs, especially when it comes to platinum and palladium.

On the supply side, the platinum market slid into a significant deficit in 2024, which has extended into 2025 and is expected to continue into the next year. These fundamentals led platinum prices to a 12 year high of US$1,495 per ounce on September 23, 2025.

But where do platinum and palladium come from? The list of the world’s top palladium- and platinum-mining countries is a short one, and most PGMs come from South Africa and Russia. We dive into the miners, markets and regulations affecting the top PGM countries below, and you can also learn more about the companies mining these metals here.

Russia’s ongoing war in Ukraine and electricity shortages in South Africa are expected to seriously hamper the ability of these nations to bring PGMs to market.

So what other countries are platinum and palladium producers, and which countries hold the most platinum and palladium reserves? Below is a list of the five top producers in 2024, as per the latest data from the US Geological Survey.

1. South Africa

Platinum production: 120,000 kilograms
Palladium production: 72,000 kilograms
PGM reserves: 63 million kilograms

South Africa is top of the list of the world’s top platinum producers, with production of 120,000 kilograms in 2024. South Africa is also a major producer of palladium, taking second place globally with 72,000 kilograms last year. The country holds the largest-known reserves of PGMs globally at 63 million kilograms, accounting for over 75 percent of known global reserves.

According to the US Geological Survey, 2024 production of PGMs in South Africa ‘decreased compared with (74,900 kilograms) in 2023 owing to declining prices, higher costs associated with deep-level mining, labor disputes, and ongoing disruptions to the supply of electricity.’

The Bushveld complex is the largest PGMs resource in the world, and represents a large majority of annual global production of platinum and palladium. Impala Platinum Holdings (OTCQX:IMPUF,JSE:IMP), commonly called Implats, is a significant producer in the complex, which hosts the company’s Impala Rustenburg mine, Marula mine, Bafokeng and Two Rivers joint venture.

2. Russia

Platinum production: 18,000 kilograms
Palladium production: 75,000 kilograms
PGM reserves: 16 million kilograms

Despite being the world’s second biggest platinum-mining country, Russia’s annual production trails behind South Africa’s by a large margin, coming in at 18,000 kilograms for 2024. That said, Russia was the world’s top palladium producer in 2024, putting out 75,000 kilograms last year — 3,000 kilograms higher than South Africa’s output.

Russian mining company Norilsk Nickel (MCX:GMKN) is the world’s largest palladium producer, and it plans to invest US$35 billion in infrastructure upgrades between 2021 and 2030, which will ultimately result in higher metals output.

While Russia held its spot as the top palladium producer last year, its palladium production dropped significantly from 87,000 kilograms in 2023. The USGS attributed the drop to ‘disruptions from natural disasters, lower metal grades and ore recovery, ongoing issues related to the Russia-Ukraine conflict, and planned outages at a major metallurgical plant.’

3. Zimbabwe

Platinum production: 19,000 kilograms
Palladium production: 15,000 kilograms
PGM reserves: 1.2 million kilograms

Zimbabwe is a major producer of both platinum and palladium, producing 19,000 and 15,000 kilograms of the precious metals respectively in 2024. Zimplats Holdings (ASX:ZIM) is the biggest platinum miner in the country, and it is 87 percent owned by Implats.

In October 2022, Zimbabwe introduced a policy that allows it to stockpile physical metals, including PGMs. A change to the country’s existing cash royalties on miners, the rules require mining companies to instead pay the royalties based on their production in a 50/50 combination of cash and refined metals.

The policy currently applies to PGMs, gold, diamonds and lithium. However, it is dynamic, with the option to add or subtract affected metals and change royalty percentages based on factors such as geological scarcity and demand trends.

In January 2025, the Government of Zimbabwe officially implemented a 5 percent levy on unbeneficiated platinum exports, which it had postponed to allow mining companies time to build refining capacity.

In line with the government’s goal of adding value to the country’s platinum products, Zimplats has expanded its smelting capacity and is making slow progress on a US$190 million refurbishment of its mothballed base metals refinery to process PGM mattes into pure platinum metal concentrates.

4. Canada

Platinum production: 5,200 kilograms
Palladium production: 15,000 kilograms
PGM reserves: 310,000 kilograms

Canada’s strong palladium production of 15,000 kilograms tied with Zimbabwe to make it the third highest producer globally in 2024. Canada’s platinum production was also significant at 5,200 kilograms. The North American country’s palladium and platinum production were nearly both on par with the previous year.

The country only holds 310,000 kilograms of known PGMs reserves — the lowest total reserves on this list — but companies continue to explore for PGMs in Canada in search of more deposits.

Canadian PGMs production takes place mainly in the province of Ontario, but PGMs output also comes out of Québec and Manitoba. The country has one primary PGMs-producing mine, the Lac des Iles mine in Western Ontario, which is owned by Implats Canada. The remainder of the country’s production is as a by-product of Canada’s nickel mines.

5. United States

Platinum production: 2,000 kilograms
Palladium production: 8,000 kilograms
PGM reserves: 820,000 kilograms

The United States produced 8,000 kilograms of palladium in 2024 alongside 2,900 kilograms of platinum. The US holds 820,000 kilograms of identified PGM reserves.

Sibanye Stillwater’s (NYSE:SBSW,JSE:SSW) Stillwater Complex in Montana is the only primary producer of PGMs in the US. The company also maintains a smelter, refinery and laboratory in Montana and recovers PGMs from spent catalytic convertor material from vehicles.

Low palladium prices forced Sibanye Stillwater to curtail production and layoff about 700 employees at the Stillwater Complex in 2024. The company has pointed to Russia flooding the palladium market to depress prices.

In response, on July 30, 2025, Sibanye Stillwater and related industry participants filed antidumping and countervailing duty petitions with the US Department of Commerce and the US International Trade Commission (ITC) on imports of unwrought palladium from Russia.

On September 18, the ITC determined there is a reasonable indication the industry was ‘materially injured’ by the Russian imports, and commenced the final phase of investigations.

FAQs for investing in palladium and platinum

What is platinum?

Platinum is a precious metal that belongs to the platinum-group metals category. Platinum has a silverish-white hue and is represented by the symbol Pt and atomic number 78 on the periodic table of elements.

What is platinum used for?

Platinum has several uses, including playing a large role in the auto industry for its ability to reduce emissions. Additionally, platinum is in high demand for jewelry and as an investment metal.

Platinum is also benefiting from growing demand from the hydrogen fuel cell sector. The metal is a key catalyst in the process that converts hydrogen into electricity.

What is palladium metal?

Palladium fits into the precious metals category and is a PGM. It is represented by the symbol Pd and atomic number 46 on the periodic table of elements. Palladium has a silvery-white color and is prized for its rarity.

What is palladium used for?

The automotive sector is the primary end user of palladium. The metal is a key component in the catalytic convertors of internal combustion engine vehicles, where it is used to reduce emissions.

Like platinum, palladium is used in jewelry and valued as an investment. It has other smaller-scale uses, and is consumed in various ways by the medical and dental fields, among others.

What is the best way to invest in palladium?

While there is no single best way to investing in palladium, those interested in gaining exposure to this market have a variety of options. Investors who prefer more tangible assets can add physical palladium to their portfolios, including palladium bullion and coins. Palladium exchange-traded funds such as the Sprott Physical Platinum and Palladium Trust (ARCA:SPPP) and the Aberdeen Standard Physical Palladium Shares (ARCA:PALL) offer another route. Palladium-focused stocks are yet another option, with pure-play palladium miners including Sibanye-Stillwater and Impala Platinum Holdings.

Why are metals like gold, platinum and palladium so expensive?

Precious metal gold has long been valued as a form of currency and a store of wealth, all of which have built up its high intrinsic value. Platinum and palladium are 30 times rarer than gold, much harder to mine and are in high demand due to their important industrial uses.

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

This post appeared first on investingnews.com

It can be tempting for investors to focus on specific assets or strategies when building an investment portfolio, but those taking a long-term approach will want to diversify in order to balance out potential portfolio instability.

Gold has a reputation for being a reliable diversifier because it can act as a hedge against various risks.

For those unfamiliar with the term, put simply, a hedge is an investment position whose main purpose is to offset potential losses or gains related to another asset. But how does that work, and what’s the best way to get exposure to gold as a hedge?

Read on for a look at how this strategy works and why it’s worth considering.

In this article

    Why use gold investments as a hedge?

    Gold is looked at as a hedge investment in many different situations. The first and most popular use of gold as a source of protection is as a hedge against the decline of a currency, typically the US dollar. When the dollar slips, the yellow metal not only becomes less expensive to hold, but also tends to rise in value.

    “Gold’s relationship with the dollar is determined by US-based gold supply and demand, as well as by the status of the dollar as the reserve currency globally,” states the World Gold Council. “Historically, a weak dollar tends to provide a stronger boost to gold’s performance than the drag created by a strong dollar.”

    By holding the precious metal as a diversification tool when the economy negatively affects currencies, investors can incur gains from the metal’s increased value.

    The second reason why gold makes a good hedge is that it can act as a defense against inflation. When the cost of living begins to rise, the stock market often falls. In those cases, investors with assets that are negatively affected by a volatile market need something to balance that out — that’s where gold comes in.

    Over the past 50 years, investors have seen gold make huge gains when the stock market is crumbling. As Investopedia points out, “This is because, when fiat currency loses its purchasing power to inflation, gold tends to be priced in those currency units and thus tends to arise along with everything else.”

    Interestingly, the yellow metal has also been used as a hedge against deflation, which happens when prices drop, the economy is in a downturn and excessive debt looms. This situation has not occurred since the Great Depression of the 1930s, and to a much smaller degree after the 2008 financial crisis.

    Market participants may decide to hoard cash in this type of scenario, and the safest place to hold cash is in gold. Again, while this situation is not commonplace, many investors keep the yellow metal in their portfolios on the off chance that another massive period of deflation will take place.

    Finally, gold can be used as a general portfolio hedge when market participants hold investments that are not related to one another. Since the precious metal generally has a negative correlation to stocks, bonds and other financial instruments, investors often diversify by creating a portfolio that combines gold with stocks and bonds in order to reduce both volatility and risk.

    While it is true that the yellow metal goes through times of volatility, it has always maintained its value over the long term, making it a steady addition to investors’ portfolios.

    Those who have decided to add gold to their portfolio as a hedge have a variety of options. Here’s an overview of three of the most popular ways of getting exposure to gold.

    1. How to use physical gold as a hedge

    Investors can get the most direct exposure to gold by buying physical gold, and holding the physical metal also adds diversification from digital assets. Physical gold can be purchased through government mints, private mints, precious metals dealers and even jewelry stores.

    Physical gold investors should generally focus on 0.999 fine items, as these will also be the easiest to sell. The majority of gold bullion products fit this description.

    One of the most common choices for investors are gold bullion coins, such as the South African Krugerrand or the Canadian Gold Maple Leaf, which are 0.999 fine. The American Gold Eagle is reputable and popular as well, but has a lower purity at 91.67 percent. Another option is gold rounds, which are similar to coins, but are not legal tender, making them often slightly cheaper.

    Gold bars are another popular option, and because they come in a variety of sizes, they can accommodate a range of investors. Large investments may best be made in bars since bigger sizes are available. Further, it is often easier to manage several large products than it is to manage an array of smaller gold items.

    When deciding on what to purchase, gold buyers will want to keep their plans for selling in mind. For example, large products may be more difficult and thus slower to sell, meaning it could be harder to take advantage of gold price movements or convert it to cash in an emergency. Individuals making ongoing or significant investments may therefore want to consider purchasing gold in various weights to give them versatility.

    Click here to learn more about physical gold as an investment.

    Click here to learn what moves the gold price and the highest price for gold is.

    2. How to use gold ETFs as a hedge

    One of the common ways investors add gold as a hedge is through investing in a gold exchange-traded fund (ETF), which trade on a stock exchange just like equities. There are several kinds of gold ETFs, offering exposure to different aspects of the gold market. Gold ETFs can offer investors access to gold price movements by holding physical gold or the gold futures market through holding futures contracts. There are also gold ETFs focused on gold mining stocks, providing a more stable alternative to investing in individual gold stocks.

    It is important to keep in mind that investors who own gold ETFs do not own any physical gold — even gold ETFs that track physical gold generally cannot be redeemed for it, with the exception of the Vaneck Merk Gold ETF (ARCA:OUNZ). Nonetheless, gold ETFs are a good option for getting exposure to the precious metal without personally trading physical gold, gold futures or gold stocks.

    Click here for a list of five biggest gold ETFs and more information on gold ETFs.

    Click here for a list of top ASX-listed gold ETFs.

    3. How to use gold futures as a hedge

    A futures contract is an agreement to buy or sell gold on a date in the future for a price determined when the contract is initiated. In a gold futures transaction, two parties agree on a price, the amount of gold being purchased and the future delivery month.

    The futures market is often referred to as an arena for paper trading. The bulk of the activity is just that, as metal is not actually exchanged and settlements are made in cash. It allows investors to buy or sell gold as they want without management fees, and taxes are split between short-term and long-term capital gains.

    In some cases, the futures market can be an arena for purchasing physical gold. However, obtaining gold through the futures market requires a large investment and involves a list of additional costs. The process can be complicated, cumbersome and lengthy, which is why actually buying physical gold through futures is considered best for highly experienced market participants.

    Click here to learn more about gold futures.

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

    This post appeared first on investingnews.com

    E-Power Resources Inc. (CSE: EPR) (‘E-Power’ or the ‘Company’) is pleased to report the appointment of Alexander Haffmans to the Board of Directors.

    Michael Danielsson, Director of E-Power commented: Mr. Haffmans is a serial entrepreneur and businessman from Amsterdam, The Netherlands. Specializing in the food and agriculture industries, Mr. Haffmans has been a senior manager and business developer internationally including ventures and operations in Europe, Asia, and the Americas. Mr. Haffmans speaks 6 languages and has developed an extensive international network of associates. Mr. Haffmans holds a Master of Science Degree in Development Economics from Wageningen University and Research, The Netherlands. We welcome Alexander to the Board and his future contributions in our mission to develop our flake graphite assets.

    The Company also announces the resignation of Director Gabriel Erdelyi from the Board of Directors. Before being appointed to the Board, Gabriel was a strong supporter of E-Power which contined through his tenure on the Board. Gabriel provided invaluable insight and advice to the Company. The Board of Directors and Management of E-Power wish to thank Gabriel for his contributions to E-Power and wish him continued success in the future.

    The Company also wishes to report that James Cross, President and CEO of the Company is currently on a leave of absence while tending to personal matters. In his absence, Jamie Lavigne, VP Exploration and Director of the Company has been appointed Interim CEO.

    About E-Power

    E-Power Resources Inc. is a Québec Corporation based in Montréal and focused on battery minerals exploration in Québec. The Company is currently advancing two projects; the Tetepisca property, located in the North Shore region of the Province and the Turgeon property located in the Abitibi region adjacent to the Ontario border. The Company’s priority target is flake graphite on the Tetepsica Property. The Turgeon property is located in the prolific Abitibi gold and base metal mining district and the Company is evaluating Turgeon primarily for its copper-zinc and gold potential.

    For more information about E-Power Resources Inc. please visit the Company website at:
    e-powerresources.com

    Notice Regarding Forward-Looking Statements:

    This news release contains ‘forward-looking statements’. Statements in this press release which are not purely historical are forward-looking statements and include any statements regarding beliefs, plans, expectations or intentions regarding the future. Actual results could differ from those projected in any forward-looking statements due to numerous factors. These forward-looking statements are made as of the date of this news release, and the Company assumes no obligation to update the forward-looking statements, or to update the reasons why actual results could differ from those projected in the forward-looking statements. Although the Company believes that the plans, expectations and intentions contained in this press release are reasonable, there can be no assurance that they will prove to be accurate.

    For information contact: Jamie Lavigne, VP Exploration and Director, Interim CEO at : info@e-powerresources.com

    To view the source version of this press release, please visit https://www.newsfilecorp.com/release/267640

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    Natural gas is an important energy fuel, even as the world transitions to a carbon-free economy. When investing in this industry, it’s key to know the ins and outs of natural gas production by country.

    Global natural gas production edged up 1.2 percent in 2024 to reach 4.12 trillion cubic meters, led by the United States, Russia, Iran and China, which together supplied more than half the world’s natural gas production, according to data from the Energy Institute.

    European production extended its long-term decline, weighed down by lower volumes from Norway, the UK and the Netherlands.

    On the consumption side, demand grew 2.5 percent — its fastest pace in years — with Asia Pacific economies such as China, Japan and India driving nearly half the gains, while Europe saw its first demand uptick since 2021.

    “Natural gas continued to displace oil and oil products in various sectors, supported by policies, regulations and market dynamics,” the International Energy Agency’s (IEA) Global Energy Review 2025 reads.

    Read on for a look at the top 10 natural gas-producing countries in 2024 based on the most recent data from the Energy Institute’s annual Statistical Review of World Energy.

    1. United States

    Production: 1.03 trillion cubic meters

    The US is by far the largest producer of natural gas in the world with production of 1.03 trillion cubic meters of natural gas in 2024, representing nearly a quarter of global natural gas production.

    Its output has increased by more than 300 billion cubic meters in the past decade owing to the increasing cost of coal and advancements in extraction technology such as horizontal drilling and hydraulic fracturing, also known as fracking.

    In addition to being a major natural gas producer, the US is also the biggest consumer of the fuel. In 2024, US demand for natural gas totaled 902.2 billion cubic meters, up from 2023’s 888.4 billion cubic meters, according to the Energy Institute.

    In 2024, the US exported a record volume of liquified natural gas (LNG) at 115.2 billion cubic meters, following a 10th consecutive year of record production. While US exports grew just 0.4 percent year-over-year, they have exploded over the last decade from 2015’s 700 million cubic meters.

    High international demand and steady domestic consumption growth will keep the US a net exporter of petroleum products and natural gas through 2050. Despite the shift to renewable electricity generation, US natural gas production is expected to rise due to increased international demand for liquefied natural gas, according to the US EIA’s Annual Energy Outlook 2023.

    In early 2025, in response to US tariff threats from new President Donald Trump, China slapped a 15 percent tariff on US LNG imports. According to the Financial Press, the US accounted for about 6 percent of China’s LNG consumption in 2024.

    Natural gas is expected to play a growing role in the US energy mix through 2050, even as oil and coal consumption decline, according to S&P Global Commodity Insights. Analysts point to coal-to-gas substitution as a key driver of the US transition, while scalability and cost barriers continue to slow a direct leap from coal to renewables.

    “By 2050, gas shall be the only fossil fuel with a potential increase in the energy mix for the US, China, and India,” the S&P report notes.

    2. Russia

    Production: 629.9 billion cubic meters

    The second largest exporter and producer of natural gas in the world, Russia produced 629.9 billion cubic meters of natural gas in 2024. The country’s state-owned energy group Gazprom its its largest natural gas producer, with gas company Novatek taking second place.

    Russia also holds the largest-known natural gas reserves on the planet, at just under 20 percent as of 2020.

    “Historically, production was concentrated in West Siberia, but investment has shifted in the past decade to Yamal and Eastern Siberia and the Far East, as well as the offshore Arctic,” according to the International Energy Agency.

    Europe’s rejection of Russian natural gas products led to a 41 percent decline in revenues for the country’s producers in the first three quarters of 2023, reported Reuters.

    While Russia remains the world’s second largest natural gas producer and the second largest exporter of the fuel, the EU is phasing out Russia-sourced natural gas by 2027 due to the country’s war on Ukraine. In June 2025 the EU introduced a proposal for a legal framework for accomplishing the 2027 goal.

    EU imports of Russian natural gas have plunged by more than two-thirds since 2020, falling from 14.7 to 4.4 billion cubic feet per day in 2024, the EIA reported. Additionally, the EU reported that Russia only supplied 14 percent of its member countries’ natural gas requirements in 2023, down from 45 percent in 2021.

    Despite the conflict between Russia and Ukraine, the latter has remained a crucial corridor for Russian natural gas into the EU. In September 2024, Russian natural gas exports that traveled through Ukraine totaled 1.26 billion cubic meters.

    To offset lost European demand, Russia has pivoted its energy export trade, with China and India propping up its natural gas export market. The country has expanded gas exports eastward via the Power of Siberia 1 pipeline, which has been running near full capacity since China’s segment came online in late 2024. Plans for a second pipeline remain stalled, with Moscow and Beijing yet to agree on terms despite years of negotiations.

    Russia is also set to supply Iran with natural gas after it signed a long-term natural gas supply deal in October 2024 in which Gazprom committed to supplying 109 billion cubic meters of gas to Iran annually.

    3. Iran

    Production: 262.9 billion cubic meters

    Iran, the third largest natural gas-producing country and the largest in the Middle East, produced 262.9 billion cubic meters of natural gas in 2024, representing about 6.4 percent of global output. The Middle Eastern nation ranks second in terms of natural gas reserves.

    While its natural gas infrastructure is far behind the top two natural gas producers, Iran has increased its natural gas production significantly in the past decade to become the Middle East’s largest producer. Iran and Qatar share the world’s largest natural gas field. Iran’s portion is known as South Pars and Qatar’s is North Dome.

    Iran plans to boost its production capacity by 30 percent within five years, supported by an US$80 billion investment in its gas fields, according to the nation’s Oil Minister Javad Owji. However, Qatar’s expansion of liquefied natural gas production in North Dome poses a challenge to Iran’s output ambitions.

    In mid-2025, Iran partially suspended gas output at the South Pars field after an Israeli airstrike damaged one of its key processing units (Phase 14). The strike shut down approximately 12 million cubic meters per day of gas production. While production has reportedly resumed, it is unclear if operations are at full capacity.

    Turkey and Iraq are major importers of Iranian natural gas, while Turkmenistan and Armenia have swap deals with Iran. Iran signed a long-term deal to import 109 billion cubic meters of gas from Russia annually in late 2024, with Russia paying for construction of the necessary pipeline.

    4. China

    Production: 248.4 billion cubic meters

    China’s natural gas production reached 248.4 billion cubic meters in 2024, an all-time record.

    In recent years, China’s government has incentivized the transition from coal to natural gas to reduce air pollution and meet emissions targets. In its 14th Five-Year Plan, the government set an annual natural gas production target of 230 billion cubic meters by 2025, a goal the country met two years early in 2023. Between 2014 and 2024, natural gas production in China grew by 89 percent from 131.2 billion cubic meters.

    China still relies on imports to meet about half of its demand. Australia, Turkmenistan, the US, Malaysia, Russia and Qatar are some of its biggest providers. However, it has yet to meet its natural gas storage target of 55 billion to 60 billion cubic meters, with only 26.7 billion cubic meters by the end of 2024, S&P Global reports.

    Unconventional gas sources such as shale, coal-bed methane and natural gas hydrates accounts for an estimated 43 percent of China’s total gas output.

    While domestic production has ticked higher, China’s LNG imports are moving the opposite direction. LNG imports fell by more than 20 percent during the first half of 2025. Rising domestic and pipeline supply is helping offset the reduced LNG inflows, with policy and infrastructure efforts aimed at shrinking reliance on imported gas.

    Domestic demand has also pulled back slightly, as China’s gas demand declined by roughly 1 percent year-over-year in H1 2025.

    5. Canada

    Production: 194.2 billion cubic meters

    Canada produced 194.2 billion cubic meters of natural gas in 2024, and the country holds 83 trillion cubic feet of proved natural gas reserves. The Western Canadian Sedimentary Basin (WCSB) is the prime source of the majority of Canada’s natural gas production. In addition to the WCSB, offshore fields near Newfoundland and Nova Scotia, the Arctic region and the Pacific coast hold significant natural gas reserves.

    Canada is also a top natural gas exporter, relying exclusively on pipelines, with the US as its only trading partner. In 2022, 99 percent of all US natural gas imports came from its neighbor to the north.

    In early 2025, US President Trump threatened to place 10 percent tariffs on energy imports from Canada, including natural gas. The move has led to increased calls for cross-Canada pipeline building and expansion of trade partners.

    Looking to expand its trade partner list, in late June, LNG Canada shipped its first liquefied natural gas cargo to Asia from its new export facility in Kitimat, British Columbia. The terminal is a joint venture that includes Indigenous, provincial and international partners, and began operations with two liquefaction trains capable of producing 14 million metric tons per annum.

    “With LNG Canada’s first shipment to Asia, Canada is exporting its energy to reliable partners, diversifying trade, and reducing global emissions ­— all in partnership with Indigenous Peoples,” Prime Minister Mark Carney said of the shipment. “By turning aspiration into action, Canada can become the world’s leading energy superpower with the strongest economy in the G7.”

    His words reiterated the findings of a May 2025 report from the Fraser Institute that outlined Canada’s ability to contribute to global greenhouse gas emissions reduction through increased LNG production and exports to countries that currently rely on coal.

    “As countries like China and India continue to burn coal for power, Canadian LNG offers a lower-emission alternative with the potential for major global impact,” said Elmira Aliakbari, director of natural resource studies at the Fraser Institute and coauthor of the study.

    6. Qatar

    Production: 179.5 billion cubic meters

    Qatar is the sixth largest natural gas producer and hosts the third largest proved natural gas reserves in the world. The majority of its reserves are located in the world’s largest natural gas field, the offshore North Field, which it shares with Iran.

    Qatar is the world’s second largest LNG exporter with 106.9 billion cubic meters in 2024, just above third-place Australia’s 106.8 billion.

    In recent years, Qatar has made moves to capitalize further on its resources in an effort to expand its footprint in the international natural gas market. Statista reports that state-owned Qatar Petroleum is looking “to increase its LNG export market to compete with Russian LNG deliveries.”

    To fulfil these aspirations Qatar is pushing ahead with expansion plans that are projected to nearly double the country’s LNG output over the next few years, raising production capacity from 77 million metric tons per annum to around 126 million by 2027.

    Key to that growth is the North Field East expansion, which is set to begin partial output in mid-2026 as new LNG trains come online.

    7. Australia

    Production: 150.1 billion cubic meters

    Australia produced 150.1 billion cubic meters of natural gas in 2024, an increase of 130 percent compared its 65.3 billion cubic meters to in 2014. Nearly all of Australia’s natural gas resources are located in the North West Shelf, with three of the basins there providing feedstock to the country’s largest gas fields, including Greater Gorgon, North West Shelf Venture and Ichthys

    Australia’s LNG exports have grown exponentially over the past decade as several new production facilities have come online. The country was the third largest exporter of LNG in 2024 at 106.8 billion cubic meters.

    The federal government released its Australia’s Future Gas Strategy in May 2024. The initiative focuses on ensuring energy security and supporting the transition to net-zero by 2050 by boosting natural gas production. The government plan highlights the need for new gas supplies to prevent shortages by 2028 on the east coast and 2030 on the west coast.

    While supportive of the plan, Australia’s energy producers have raised concerns of potential gas supply shortfalls by the end of the decade amid global market volatility. Meg O’Neill, chair of Australian Energy Producers, highlighted that without action, Australia’s east and west coasts could face shortages by 2028 and 2030, respectively, which could drive up energy prices.

    In March 2025, Exxon Mobil (NYSE:XOM) and Woodside Energy Group (ASX:WDS,NYSE:WDS) announced a US$222 million investment to drill five new wells in the Gippsland Basin’s Turrum and Turrum North fields, aiming to extend Southeastern Australia’s gas output beyond 2030.

    The Turrum Phase 3 project underscores efforts to sustain domestic supply from the aging Bass Strait, even as production declines. It follows other recent approvals by the joint venture to bolster Australia’s gas availability amid tightening forecasts.

    8. Saudi Arabia

    Production: 121.5 billion cubic meters

    The eighth largest natural gas-producing country, Saudi Arabia has seen its output increase by 25 percent since 2014, reaching a record 121.5 billion cubic meters in 2024.

    Mordor Intelligence reports that this production growth was due in large part to increased development of standalone natural gas wells. State-run Saudi Aramco has awarded contracts to energy companies looking to develop the country’s largest unconventional gas field, Jafurah, located near the Persian Gulf.

    Currently the country does not export its natural gas production; however, the government plans to begin natural gas exports by 2030. According to the EIA, Saudi Arabia is working to replace “crude oil, fuel oil, and diesel-powered electric generators with natural gas and renewable energy generation by 2030, which will likely increase domestic natural gas demand.”

    In late 2023, Saudi Arabia began investing in the LNG market with Saudi Aramco buying a stake in MidOcean Energy, which is set to acquire interests in four Australian LNG projects. In July 2024, Aramco awarded contracts worth US$12.6 billion to expand production in the Jafurah field.

    The Jafurah project is central to Aramco’s goal of boosting gas output by 60 percent by 2030.

    This was supported by an August announcement that Aramco signed an US$11 billion deal with a consortium led by Global Infrastructure Partners, part of BlackRock to lease and lease back its Jafurah gas processing facilities for 20 years.

    A new subsidiary, Jafurah Midstream Gas Company, will manage the assets, with Aramco retaining a 51 percent stake and exclusive rights to process gas from the field.

    9. Norway

    Production: 113.2 billion cubic meters

    Norway is the world’s ninth largest natural gas producer. Norway’s natural gas production reached a record-high of 116 billion cubic meters in 2023, but contracted to 113.2 billion cubic meters in 2024.

    The Scandinavian country has understandably replaced Russia as the major supplier to the European natural gas market. In 2023, Norway reportedly accounted for 30.3 percent of natural gas supplied to the EU.

    Norway’s natural gas companies have ramped up production in response to increased demand. In mid-2023, the government gave the green light to 19 oil and gas extraction projects in the country.

    In early 2024, some concern arose that the industry may face headwinds from a proposal by a climate change committee to temporarily suspend new licenses while the government decides on a climate strategy. However, in May 2024 the government offered licenses for 37 new blocks and emphasized the industry’s importance to Norway and Europe.

    Near-term gas production is forecasted to contract slightly in 2025 according to the Norwegian Budget Bill released in early October 2024.

    In June 2025, Shell (NYSE:SHEL) began operating two sub-sea compressors at the Ormen Lange field in the Norwegian Sea, a move expected to lift gas recovery rates from 75 percent to 85 percent.

    Located 120 kilometers offshore on the seabed and linked to the Nyhamna processing plant, the compressors could enable the extraction of an additional 30 billion to 50 billion cubic meters of gas.

    10. Algeria

    Production: 94.7 billion cubic meters

    Rounding out the top 10 natural gas-producing countries is Algeria, which produced 94.7 billion cubic meters of natural gas in 2024. The country’s output decreased year-over-year from 101.5 billion cubic meters in 2023. In 2022, nearly 85 percent of the country’s exports went to feed Europe’s natural gas demand.

    In late May 2024, Algeria signed two key hydrocarbon deals with US firms, one with ExxonMobil and the other with Baker Hughes (NASDAQ:BKR), to boost its natural gas production and enhance exports to Europe. This comes as European nations seek alternatives to Russian gas amid rising demand.

    Despite the year-over-year production contraction, Algeria aims to ramp up its natural gas output to 200 billion cubic meters by 2030, according to Energy and Mines Minister Mohamed Arkab.

    Key to reaching this target will be heavy investment with US$36 billion earmarked for exploration and production. The strategy includes expanding infrastructure at the Hassi R’Mel field with new compression stations and leveraging recently discovered fields to boost both domestic supply and export capacity.

    Algeria reportedly began discussions with ExxonMobil and Chevron (NYSE:CVX) in August 2025 for a landmark deal to develop its natural gas reserves, including shale resources, in a move seen as part of the country’s efforts to attract international investment.

    The potential agreement would mark the first time US majors have gained direct access to Algeria’s reserves, introducing advanced fracking techniques to unlock shale gas deposits domestic operators have been unable to access.

    FAQs for gas investing

    What is natural gas made of and how is it formed?

    Natural gas is a mixture of methane and other naturally occurring gases. As fossil fuels, both crude oil and natural gas are formed via the same geological process. It isn’t surprising then that the two materials are often found together. Natural gas is the product of ancient decomposed organic matter that mixed with sediment, became buried and was subject to immense pressure and heat over millions of years.

    How is natural gas produced?

    Natural gas is extracted via wells drilled into subsurface rock formations, or via hydraulic fracturing or ‘fracking’ technology from shale formations. Following extraction, natural gas is separated from other liquids, including oil, hydrocarbon condensate and water. This separated gas then needs to be further processed to meet specific requirements for end-use quality and safe pipeline transmission.

    What is natural gas used for?

    Natural gas is well known as a fuel for heating, generating electricity and powering vehicles. However, it’s also used to manufacture various products, such as vinyl flooring, carpeting, Aspirin and artificial limbs; in addition, it’s a key component in the production of ammonia.

    Is natural gas a clean energy?

    According to the EIA, burning natural gas for power emits fewer greenhouse gas emissions and pollutants than other fossil fuels, since it burns more easily and contains fewer impurities. The EIA also notes that natural gas produces less carbon dioxide per equivalent amount of heat production.

    Is natural gas cleaner than coal?

    Although natural gas is a fossil fuel and was formed under the same conditions, it is often pegged as a ‘cleaner’ energy option than coal or oil. The EIA states that, ‘burning natural gas for energy results in fewer emissions of nearly all types of air pollutants and carbon dioxide than burning coal or petroleum products to produce an equal amount of energy.’

    How much natural gas is left in the world?

    Natural gas is not an infinite, renewable resource; however, its hard to determine how many untapped sources are left in the world. According to one estimate, natural gas reserves are sufficient to last another 53 years at current consumption rates. That figure doesn’t take into account known natural gas resources under development or those yet to be discovered in underexplored regions.

    How did the Ukraine war affect gas?

    Russia was a leading supplier of natural gas to Europe prior to the country’s invasion of Ukraine, representing about 40 percent of the region’s supply. As a result of the war, energy prices shot up both in Europe and globally. According to S&P Global, the war has “accelerated” the globalization of the natural gas market as Europe turns to LNG. In the midst of this changing landscape, the US has become the world’s largest exporter of LNG as it stepped up shipments to Europe.

    Can Europe survive without Russian gas?

    The EU is working to phase out Russian natural gas exports by 2027. The growing global LNG market allows flexibility for European countries looking to source natural gas supply from producers as close to home as Norway (Europe’s biggest gas supplier), other major natural gas suppliers in North Africa or from the world’s largest natural gas producer, the US.

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

    This post appeared first on investingnews.com

    The pharmaceutical industry is a major player in the overall life science sector, responsible for developing and manufacturing the majority of prescription drugs.

    Companies in this space are constantly researching and creating innovative treatments for various medical conditions. In recent years, there has been a particular focus on developing new treatments for diabetes, weight loss and cancer.

    With global spending on medicine using list prices growing by 38 percent over the past five years and a forecasted increase of 35 percent through 2029, there is an opportunity for investors to gain exposure to the growth potential of this industry while also benefiting from the diversification and stability provided by established companies.

    1. Eli Lilly and Company (NYSE:LLY)

    Market cap: US$715.16 billion

    Founded in 1876, Eli Lilly and Company employs approximately 10,000 individuals for research and development in seven countries and has products marketed in 110 countries, including therapies for diabetes, cancer, immune system diseases and a wide range of mental health conditions.

    The company also has drugs in development for various medical conditions, such as skin ailments, cancers, Crohn’s disease, diabetes, obesity and Alzheimer’s disease.

    So far in 2025, Eli Lilly has made a number of portfolio expanding acquisitions of private and public biotechnology companies. This includes private biotechnology companies Scorpion Therapeutics, which develops small molecule precision oncology therapies; SiteOne Therapeutics, which develops non-opioid medicines for pain management; and Verve Therapeutics, which develops genetic medicines for cardiovascular disease.

    Early in the year, Eli Lilly announced plans to more than double its US manufacturing investment since 2020 to more than US$50 billion, representing the largest pharmaceutical manufacturing investment in the country’s history.

    In mid-September, as part of this investment, the company shared plans to build a US$5 billion manufacturing facility in the state of Virginia. The facility will develop active pharmaceutical ingredients for cancer, autoimmune and other advanced therapies. The same month, Eli Lilly reported plans to build a new US$6.5 billion facility in Texas to manufacture small molecule synthetic medicines.

    2. Johnson & Johnson (NYSE:JNJ)

    Market cap: US$419.6 billion

    Johnson & Johnson operates on a massive scale and encompasses various segments through its subsidiaries. Its primary pharmaceutical subsidiary is Janssen Pharmaceuticals, which focuses on cardiovascular disease and metabolism, infectious diseases and vaccines, neuroscience, oncology, immunology and pulmonary hypertension.

    Johnson & Johnson acquired a clinical-stage biopharmaceutical company called Ambrx Biopharma last year, which will allow the company to further develop antibody-drug conjugates, expanding its offering of targeted oncology therapies. This year, the company acquired Intra-Cellular Therapies in a US$14.5 billion deal, which includes lumateperone, the first and only treatment approved by the US Food and Drug Administration (FDA) for bipolar I and II depression as an adjunctive and monotherapy.

    In March, Johnson & Johnson announced it plans to invest more than US$55 billion in manufacturing, research and development and technology in the US over the next four years, up 25 percent over the previous four years.

    3. AbbVie (NYSE:ABBV)

    Market cap: US$394.05 billion

    AbbVie is a global biopharmaceutical company that discovers and delivers innovative medicines and solutions to address complex health issues. The company has identified five areas of focus where it believes it can make a significant impact in improving treatments for patients: immunology, oncology, neuroscience, eye care and aesthetics.

    A few of AbbVie’s drugs garnering FDA approval this year include upadacitinib, the first and only oral JAK inhibitor approved for the treatment of giant cell arteritis in adults; telisotuzumab vedotin-tllv for the treatment of adult patients with certain types of non-squamous non-small cell lung cancer; and glecaprevir/pibrentasvir, the first oral eight-week pangenotypic treatment option approved for people with acute or chronic hepatitis C.

    In August, AbbVie announced it will build a US$195 million facility to increase its active pharmaceutical ingredient production capacity in the US. The spend is part of the company’s plan to invest more than US$10 billion in the US pharma market over the next 10 years announced in April.

    4. Novo Nordisk (NYSE:NVO)

    Market cap: US$270.84 billion

    Danish company Novo Nordisk has demonstrated a commitment to addressing various health conditions, such as type I and II diabetes, obesity, hemophilia and growth disorders, and markets its therapies in 170 countries. The company’s main product is the diabetes drug Ozempic, which is also marketed for obesity under the name Wegovy.

    It has been conducting research into a new obesity treatment called amycretin, which targets both GLP-1 and amylin receptors. In June, Novo Nordisk announced that amycretin will enter Phase 3 development in weight management in the first quarter of 2026.

    In September, the company presented top-line Phase 3 REDEFINE 1 clinical data for another obesity drug, cagrilintide. The drug candidate will move into the more advanced Phase 3 RENEW clinical program in Q4 2025.

    Novo Nordisk has a working partnership with Microsoft (NASDAQ:MSFT) through which it uses the tech giant’s artificial intelligence (AI), cloud and computational services to facilitate the discovery of new drugs and treatments.

    5. Abbott Laboratories (NYSE:ABT)

    Market cap: US$237.78 billion

    Abbott Laboratories creates a wide range of products, from diagnostics to medical devices to branded generic pharmaceuticals. Its medical devices focus on segments including vascular diseases, diabetes and optometry.

    The company’s Tendyn transcatheter mitral valve replacement system received FDA approval in May. The system is designed to treat people with mitral valve disease without the need for open heart surgery.

    In August, Abbott’s Navitor transcatheter aortic valve implantation system was granted the CE Mark designation in Europe, as was its Esprit BTK dissolving stent system. The Navitor system is designed to treat people with symptomatic, severe aortic stenosis who are at low or intermediate risk for open-heart surgery, while the Esprit BTK system allows treatment of patients with peripheral artery disease below the knee.

    FAQs for pharmaceutical stocks

    What does the pharmaceutical industry do?

    The pharmaceutical industry encompasses a variety of companies that have different — although sometimes overlapping — roles to play. The most famous players are the ‘Big Pharma’ companies. These giants often have a variety of subsidiaries, large pipelines and many products in their portfolios.

    There are also smaller pharma R&D companies, which sometimes get acquired by larger firms if their work seems promising. Companies in these categories research, develop and bring to market drugs aimed at filling unmet needs, or helping people who are resistant to pre-existing treatments.

    Once patents run out on prescription drugs, generic drug manufacturers create much cheaper generic versions. Wholesale companies also play a large role in the pharma sector. According to Common Wealth Fund, wholesalers have four areas through which they affect drug buying and distribution: ‘setting generic drug prices, leveraging list price increases, competing in specialty drug distribution, and mitigating or exacerbating drug shortages.’

    What is the big pharma business model?

    Big Pharma companies have a fairly consistent business model. Often, the company’s R&D team will slowly develop a new drug through many stages of testing to prove the drug’s efficacy, safety and necessity.

    If all trials are completed successfully, the company will apply to government organizations such as the FDA, which must approve the drug before it can be mass produced, marketed and sold. Companies can skip a number of these steps by acquiring smaller companies, or through in-licensing, which results in two companies sharing the burden of a drug’s development through to commercialization. However, it’s worth noting that large pharma companies have many drugs in their pipelines at any given time, and many don’t make it to approval.

    Once a drug is approved by the relevant health organization, it can be marketed and prescribed. Because patents expire after 20 years, companies lobby and advertise to try to get as many sales as possible during that window.

    Who are the ‘Big 3’ in pharma?

    The ‘Big 3’ in pharma refers to the three largest wholesalers: Cencora (NYSE:COR), Cardinal Health (NYSE:CAH) and McKesson (NYSE:MCK). Collectively, those three companies account for over 95 percent of wholesale prescription drug distribution in the US.

    Which country is number one in the pharma industry?

    The US is the top pharmaceutical country, with six of the top 10 pharma companies by revenue headquartered in the nation. The country is also in the lead when it comes to consumer spending on pharmaceuticals — this is due to the high cost of brand-name drugs. Aside from that, the US is the top country globally for pharma R&D spending, with 48 percent of global biopharma R&D companies headquartered there. Together they account for 55 percent of global R&D investments and 65 percent of funding at the development-stage.

    What is the future of pharmaceuticals?

    Pharmaceutical companies will have to adapt to changing times. The world is shifting, with economic woes, geopolitical disruptions and supply chain concerns affecting nearly every sector. Innovation continues to accelerate as well, and the medical landscape has changed in the wake of COVID-19. Additionally, the US government is making moves to address the astronomical prices of prescription medicine as the industry comes under more scrutiny.

    For a look at what is else is effecting the market, read our 2025 Pharma Market Forecast.

    Are pharmaceutical stocks risky?

    While established players like the Big Pharma and wholesale companies discussed above should be relatively consistent, small companies are make-or-break depending on whether their drugs are successful. This means that investors could see much higher returns compared to large companies, but run the risk of taking massive losses in the case of failure.

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

    This post appeared first on investingnews.com

    Description:

    Market research firm Arrowhead believes Metals Australia (ASX:MLS) is positioned to benefit from surging demand for critical minerals tied to the global energy transition. In a September 2025 Due Diligence and Valuation Report, analysts Karan Mehta and Sahil Rustagi suggested a fair share value of AU$0.071 to AU$0.087, more than triple the current trading price of AU$0.022 as of mid-September 2025.

    At the heart of this optimism is the company’s Lac Carheil graphite project in Quebec, Canada, which has rapidly advanced into Metals Australia’s flagship asset. The project now boasts an updated mineral resource of 50 million tonnes (Mt) grading 10.2 percent total graphitic carbon (TGC), containing 5.1 Mt of graphite, placing it among a select group of high-grade, large-scale deposits globally

    Backed by strong technical partners and a grant from the Quebec government, the project is moving through a pre-feasibility study, with downstream integration plans centered on producing battery anode materials.

    Highlights from the Arrowhead Report

    • Valuation Range: Arrowhead estimates a fair value bracket of AU$0.071 to AU$0.087 per share, versus the current market price of AU$0.022 (Sept. 16, 2025), implying meaningful upside potential.
    • Flagship Project: The Lac Carheil graphite project in Quebec now hosts a 50 Mt resource at 10.2 percent TGC, a fourfold increase from the maiden estimate, and is progressing through a pre-feasibility study.
    • Strategic Positioning: The project has achieved battery-grade graphite purity of 99.99 percent and benefits from supportive trade and supply-chain dynamics, including proposed US tariffs on Chinese graphite
    • Risks: As a pre-revenue exploration company, Metals Australia remains dependent on external funding despite holding AU$11.8 million in cash and having secured a C$600,000 Quebec grant

    Read the full report herereport here.

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    Any investment information contained on this website, including third party research reports, are provided strictly for informational purposes, are general in nature and not tailored for the specific needs of any person, and are not a solicitation or recommendation to purchase or sell a security or intended to provide investment advice. Readers are cautioned to seek the advice of a registered investment advisor regarding the appropriateness of investing in any securities or investment strategies mentioned on this website.

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