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The world’s mining industry may be spread across over 150 countries, but new data reveals that almost half of all large-scale mining and processing facilities are concentrated in just three: China, Australia and the US.

That’s according to the International Council on Mining and Metals’ (ICMM) Global Mining Dataset report. Released on Wednesday (September 3), it is a sweeping compilation of 15,188 mines and processing plants.

According to ICMM, 45 percent of all mines, smelters, refineries and steel plants are clustered in China, Australia and the US — an uneven distribution that has key implications for supply chains and the pace of the clean energy transition.

“ICMM’s foundational Dataset shows that over 75 percent of national economies have at least some connection to large-scale mining or mineral processing,” said Rohitesh Dhawan, ICMM’s president and CEO.

“Having a global view of the location, type, commodity and footprint of these facilities is essential to inform the right public and policy debates for this critical sector. With minerals and metals at the heart of the energy transition and geopolitical shifts, robust, global, industry-wide data has never been more critical,’ he added in a press release.

The dataset identifies 12,876 mines, 1,980 standalone processing facilities and 332 co-located sites where extraction and processing happen together. As mentioned, while operations stretch across more than 150 countries, ICMM’s analysis shows that China in particular dominates the processing stage of the supply chain.

ICMM records 426 metallurgical facilities in China — by far the most worldwide — compared with 120 in the US, 87 in India and 65 in Brazil. That asymmetry between mining and refining presents a challenge facing local supply chains.

While resource deposits are scattered globally, the industrial capacity to convert ores into usable metals is more centralized and heavily tilted toward China. Europe, for instance, suffers from this vulnerability. Despite having strong demand from its automotive, aerospace and electronics industries, the continent’s mining base has shrunk.

What’s more, the dataset shows a greater density of metallurgical facilities in Europe compared with mines.

This imbalance is not limited to Europe. Across the globe, many economies have significant mineral deposits, but lack the facilities to process them. This structural gap cements the dominance of China, which has invested heavily in refining capacity and controls much of the midstream in critical minerals supply chains.

Coal remains dominant

Although the dataset highlights the role of critical minerals in the energy transition, it also shows that coal remains the single most common mined commodity by number of facilities. Coal accounts for a whopping 42 percent of all mines, followed by gold at 17 percent, copper at 12 percent and iron ore at 9 percent.

The prevalence of coal mines contrasts with global climate goals, but also reflects the legacy infrastructure of energy systems and the uneven pace of transition. Overall, Asia hosts the largest number of coal, copper and iron ore mines, while North and Central America contain the highest number of gold mines.

Playing the long game

ICMM stresses that the release of the dataset is the first step in a multi-year effort to improve transparency and support evidence-based policymaking in the resource sector. Alongside the full dataset, which draws on proprietary sources, ICMM has published a public version covering 8,508 facilities.

Dhawan said the council hopes the data will “continue to expand and improve through partnerships,” while building on key sustainability indicators in the coming months. More crucially, industry observers have long criticized the scarcity of comprehensive, public data on the sector. Without standardized information, they argue, it is difficult to evaluate the social and environmental impacts of mining or even craft effective regulations.

ICMM believes its initiative, though still limited by licensing restrictions on some proprietary datasets, represents one of the most ambitious attempts to date to assemble a global picture of the industry. The council said it will work with partners to expand the dataset and incorporate indicators on sustainability performance.

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

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Prince Silver (CSE:PRNC,OTC:HWTNF) is a Vancouver-based exploration company advancing the Prince Silver project in southeastern Nevada. In July 2025, the company completed the transformational acquisition of Stampede Metals Corporation and rebranded from Hawthorn Resources to Prince Silver Corp. The flagship Prince project is a district-scale, past-producing silver-gold-zinc-manganese carbonate replacement system, historically mined for silver and base metals in the early to mid-1900s.

Aerial view of Prince SilverAerial view of the Prince silver project

Fully funded and technically refreshed, the company’s near-term priority is to validate and build upon the 129 historic drill holes (over 16,600 m) completed on the property, with the goal of converting the large JORC-compliant exploration target into a maiden NI 43-101 mineral resource.

A drill program is scheduled to begin in early September 2025, targeting the validation of legacy data, step-outs along mineralized trends, and continuity across the deposit’s multiple mantos, veins, and breccia zones. In parallel, the company will undertake metallurgical test work, geophysical refinement, and updated geological modeling to support a modern pit-constrained resource and underpin a longer-term development strategy.

Company Highlights

  • Flagship project: 100 percent ownership of the historic Prince silver mine in Lincoln County, Nevada, an open, near-surface silver-gold-zinc carbonate replacement deposit with a 25 to 43 Mt exploration target and strong historic grades.
  • The company’s second project, Stampede Gap, is about 15 km north west of the Prince mine. Stampede Gap is a large porphyry copper-gold-molybdenum with an extensive alteration zone that presents a deep seated exploration target.
  • Clean corporate reset: Hawthorn Resources completed the Stampede Metals acquisition and re-listed as Prince Silver Corp. on July 11, 2025, issuing 15 million shares for the acquisition and raising ~C$4 million in gross proceeds to fund drilling.
  • Fully funded summer drill program: ~6,500-m reverse-circulation set to begin early Sept 2025 to validate historic holes and step out along strike/dip to expand known mineralization and potential resources. .
  • Tight share structure: 45.9 million shares outstanding post-financing; Stampede shareholders voluntarily locked-up for 12 months.
  • Experienced, hands-on leadership: President Ralph Shearing, plus new directors Robert Wrixon and Darrell Rader, add mine-building, corporate and capital-markets depth to the company’s leadership team.

This Prince Silver profile is part of a paid investor education campaign.*

Click here to connect with Prince Silver (CSE:PRNC) to receive an Investor Presentation

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Ken Hoffman of Red Cloud Securities shares his gold price target of US$10,000 per ounce.

In his view, the US dollar is set to decline to its lowest level in the last 20 years. Given its usual relationship with gold, that could send the price to US$7,000, and from there it could overshoot.

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

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As global giants chase consumer-facing artificial intelligence (AI), Canada has adopted a different approach.

The northern nation has excelled in developing B2B AI solutions for enterprises, governments and research institutions. This discreet strategy aims to cultivate a trusted AI environment, fostering innovation and economic growth within Canada, while building a resilient ecosystem safeguarded from external influences.

While the spotlight often falls elsewhere, Canada’s AI strategy could present a unique opportunity for investors seeking long-term growth in the evolving AI landscape.

Understanding the two faces of AI

While public attention often gravitates toward chatbots and image generators, many of the most impactful AI innovations are systems that optimize supply chains, detect fraud in financial transactions or accelerate drug discovery.

Enterprise AI, as these systems are often referred to, offers solutions to complex challenges that are unique to large corporations, financial institutions and government entities.

A significant portion of Canada’s AI buildout has been focused on institutional or B2B use cases, even if business adoption has been slower compared to the US. The country’s AI approach involves an organized strategy largely guided by the government, conducive to creating AI products and services designed specifically for large organizations.

Canada’s blueprint for AI adoption within federal departments is laid out in a report released earlier this year, which lists building a central AI capacity as the first of four key priority areas.

A related initiative, the Canadian Sovereign AI Compute Strategy, outlines how Canada will ensure it has the physical computing capacity to compete globally and maintain data sovereignty.

It includes a C$2 billion investment to build and provide access to domestic AI computing power and infrastructure. This initiative is a key focus for Evan Solomon, Canada’s minister of AI and digital innovation.

Cohere, a privately owned leading Canadian AI company that specializes in enterprise-focused large language models, exemplifies the country’s strength in this space.

Cohere’s B2B AI strategy takes off

Founded in 2019, Cohere has become a prime example of a successful B2B strategy. The company develops highly specialized, institutional AI solutions for industries like finance, healthcare and logistics.

Its focus on privacy and security enables it to serve large markets needing specialized and secure solutions, providing enterprise-grade large language models and tools for custom AI applications.

Underscoring its growing success, Cohere secured US$500 million in an August funding round led by Canadian funds Radical Ventures and Inovia Capital, bringing its valuation to US$6.8 billion. The company has formed working relationships with several tech industry giants, including Oracle (NYSE:ORCL) and SAP (NYSE:SAP), and has onboarded former executives from Uber Technologies (NYSE:UBER) and Meta Platforms (NASDAQ:META). Global consulting firm McKinsey also works with Cohere to help its clients integrate generative AI into their operations.

A key part of Cohere’s work is Cohere North, an enterprise-ready AI platform that Dell Technologies (NYSE:DELL) began offering to its enterprise customers this past May as part of a complete AI package.

In the financial sector, Cohere and the Royal Bank of Canada (TSX:RY,NYSE:RY) have partnered to introduce North for Banking, a secure generative AI platform designed to enhance productivity and data security specifically within the financial services sector. A January press release emphasizes the goal of speeding generative AI solutions.

This summer, Cohere teamed up with Bell Canada (TSX:BCE,NYSE:BCE) to supply specialized AI models to government and enterprise customers, with Bell providing the infrastructure layer with its AI Fabric network of data centers.

BUZZ High Performance Computing, a subsidiary of Canadian digital infrastructure company Hive Digital Technologies (TSXV:HIVE,NASDAQ:HIVE), contributes to the Cohere-Bell endeavor by providing NVIDIA (NASDAQ:NVDA) GPU clusters as the foundational hardware layer for large-scale AI workloads.

Cohere has also received backing from the Canadian government, with Ottawa signing a memorandum of understanding (MOU) with the company to integrate AI into public services on August 19.

The non-binding agreement acknowledges the company’s public sector ambitions and the government’s interest in leveraging AI for productivity and domestic sourcing.

According to Cohere co-founder and CEO Aidan Gomez, this MOU represents “the beginning, hopefully, of our technology being rolled out quite broadly within the Canadian government.”

Cohere struck a similar agreement with the UK government in June.

Government support for Canadian AI ventures

Canada’s approach to AI is built on stable, institutional-grade solutions and is championed by the administration of Prime Minister Mark Carney, offering a nuanced and attractive proposition for discerning investors.

Focusing on the B2B market provides a foundation of stability, as it offers stable, predictable revenue through multimillion-dollar, long-term contracts and full-stack solutions that ensure customer loyalty and economic resilience.

Many investments also have government support, providing a somewhat “de-risked” play for investors.

The Carney administration has made public commitments to incorporate AI into the public sector, promised to provide tax incentives for companies and said it will slash regulatory red tape on AI infrastructure projects like data centers.

The Department of Finance has already introduced draft reforms to the Scientific Research and Experimental Development program that would extend refundable tax credits to Canadian public companies.

Finally, the strategy is buoyed by a robust domestic investment landscape.

Canadian investors have historically provided strong financial backing for homegrown AI startups. Firms like BDC Capital, Real Ventures and MaRS Investment Accelerator Fund have taken the lead in terms of deal count, demonstrating a strong, homegrown commitment to fostering the Canadian AI ecosystem from its earliest stages.

Canada’s quiet AI leadership

Canada’s stealthy AI strategy is cementing its role as a quiet yet formidable force in the global AI landscape.

Companies like Cohere, bolstered by initiatives such as AXL’s initiative to launch 50 Canadian AI companies in the next five years, underscore a commitment to developing and retaining Canadian AI talent and intellectual property.

For discerning investors, this focus on stable, institutional solutions offers a significant and differentiated long-term growth story beyond the consumer AI buzz.

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

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Andrada Mining Limited (AIM: ATM, OTCQB: ATMTF), the critical minerals producer with mining and exploration assets in Namibia, is pleased to announce the commencement of exploration drilling at the Lithium Ridge project in partnership with Sociedad Química y Minera de Chile SA through its subsidiary SQM Australia (Pty) Ltd (‘SQM’). (See announcement dated 9 September 2024 and 28 February 2025). This milestone represents part of the stage 1 workplan of the three stage earn-in agreement with SQM. Under this first stage, SQM will fund up to US$7 million in exploration to secure an initial 30% interest at project level with the potential to fund up to US$40m million over the three stages.

HIGHLIGHTS

  • 14 000 metres of Orientated Diamond Drilling (‘DD’) underway across priority lithium targets.
  • High resolution geological mapping and sampling already identifying new pegmatites with visible spodumene mineralisation.
  • Programme builds on historical results of up to 2.13% Li₂O along a 6 km mineralised ridgeline.

Anthony Viljoen, Chief Executive Officer, commented:

‘The commencement of drilling at Lithium Ridge with our tier-1 joint-venture partner, SQM, is a significant step forward in unlocking one of Namibia’s most exciting lithium opportunities. The encouraging historical results of up to 2.13% Li₂O along the 6km ridge line, are already being complemented by a new geological mapping and sampling programme that has identified additional mineralised pegmatites containing visible spodumene crystals. This strengthens our confidence in the scale and quality of the project. The investment by SQM underscores Lithium Ridge’s potential and Namibia’s growing role in the global supply of critical minerals. We expect this programme to provide the foundation for fast-tracking the project towards development.’

Lithium ridge exploration programme

The Lithium Ridge mining licence is located only 35 kilometres from Andrada’s producing Uis tin mine and hosts multiple high-priority lithium-bearing pegmatites, with associated tin and tantalum credits.

The current programme is designed to:

  • Unlock the full potential of the mineralised ridge and,
  • Extend exploration across the wider licence area where new spodumene – bearing pegmatites have been identified.

The 14 000 metre DD programme will comprise approximately 120 orientated holes, to determine the depth extensions and continuity of the extensive mineralisation already identified at surface. Historical work confirmed grades of up to 2.13% Li₂O and metallurgical spodumene recoveries of up to 80%, producing a premium 6.8% Li₂O concentrate with low iron levels. These results were on drill chip samples produced during reverse circulation drilling at Lithium Ridge. (See announcement dated 5 December 2023). This programme is expected to significantly enhance the geological understanding of Lithium Ridge and demonstrate its economic potential as a large-scale, high quality lithium project.

Geologists examining drill core at Lithium Ridge

Exploration drill rig at Lithium Ridge

A couple of men holding a rock AI-generated content may be incorrect.

Andrada CEO, Anthony Viljoen (L) and SQM International Lithium CEO, Mark Fones (R) carrying a spodumene crystal at Lithium Ridge (Namibia)

CONTACT

ANDRADA MINING LIMITED

Anthony Viljoen, CEO

Sakhile Ndlovu, Head of Investor Relations

+27 (11) 268 6555

NOMINATED ADVISOR & BROKER

Zeus Capital Limited

Katy Mitchell

Andrew de Andrade

Harry Ansell

+44 (0) 20 2382 9500

CORPORATE BROKER & ADVISOR

H&P Advisory Limited

Andrew Chubb

Jay Ashfield

Matt Hasson

+44 (0) 20 7907 8500

Berenberg

Jennifer Lee

+44 (0) 20 3753 3040

FINANCIAL PUBLIC RELATIONS

Tavistock (United Kingdom)

Emily Moss

Josephine Clerkin

+44 (0) 207 920 3150

andrada@tavistock.co.uk

About Andrada Mining Limited

Andrada Mining Limited, formerly Afritin Mining Limited, is a London-listed technology metals mining company with a vision to create a portfolio of globally significant, conflict-free, production and exploration assets. The Company’s flagship asset is the Uis Mine in Namibia, formerly the world’s largest hard-rock open cast tin mine and currently being re-developed as a major tin-tantalum-lithium producer. An exploration drilling programme is currently underway with the aim of expanding the tin resource over the fourteen additional, historically mined pegmatites that occur within a 5km radius of the current processing plant. The Company has set a mineral resource target of 200 Mt to be delineated within the next 5 years. The existing mine, together with its substantial mineral resource potential, allows the Company to consider economies of scale. Andrada is managed by a board of directors with broad industry knowledge and a management team with extensive commercial and technical skills. Furthermore, the Company is committed to the sustainable development of its operations and the growth of its business. This is demonstrated by the way the leadership team places significant emphasis on creating value for the wider community, investors, and other key stakeholders. Andrada has established an environmental, social and governance system that has been implemented at all levels of the Company and aligns with international standards.

Source

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Cloudbreak Discovery Plc (LSE: CDL), a London Stock Exchange Main Market listed company, is pleased to announce the acquisition of the Paterson Gold-Copper-Molybdenum Project (‘The Paterson Project’), that covers 888km2 in the Paterson Province of Western Australia, located only 40km southwest of the Telfer Gold-Copper Mine operated by Greatland Gold Plc (Figure 1).

Highlights:

  • The Paterson Project covers 888km2 of granted Exploration tenure, 40km south west of Greatland Gold Plc’s (GGP London and ASX) Telfer Gold Copper Mine. Telfer has produced 15Moz of gold and combined with Havieron hosts a total of 10.2Moz Au in resources.
  • Drilling last completed in 1987 with multiple significant drilling intercepts including:
    • 17m @ 1.6% Cu, 317ppm Mo from 84m (87WDRC2)
      • Including 9m @ 2.6% Cu, 456ppm Mo
    • 9m @ 2.0% Cu, 0.14g/t Au, 272ppm Mo from 84m (87WDRC6)
      • Including 5m @3.1% Cu, 0.20g/t Au, 430ppm Mo
    • 11m @ 1.5% Cu, 0.10g/t Au, 181ppm Mo from 83m (87WDRC8)
      • Including 7m @ 2.1% Cu, 0.15g/t Au, 250ppm Mo
    • 13m @ 1.1% Cu, 0.29g/t Au from 107m (87WDRC14)
      • Including 6m @ 2.0% Cu, 0.27g/t Au
    • 8m @ 0.7% Cu, 310ppm Mo from 98m (87WDRC7)
    • Including 1m @ 3.3% Cu, 0.22g/t Au, 560ppm Mo
  • Historic exploration looking for copper not gold
  • Significant drilling intercepts are shallow and can be targeted using RC drilling
  • Multiple geophysical targets identified which are yet to be drill tested
  • Targets associated with magnetic lows and gravity highs
  • Mobile MT, a technique utilised by industry players and the Telfer Mine in the Paterson Province, to be used over the Paterson Project area

Tom Evans, Cloudbreak’s MD, commented; ‘I am excited and delighted we have been able to secure exclusivity on this fantastic opportunity to acquire this asset, in a jurisdiction with significant activity and recent proven success. Located only 40km southwest of the Telfer Gold-Copper Mine operated by Greatland Gold Plc.

Technological advances in geophysics since the 80’s have improved greatly with the success of Mobile MT in the Paterson Province, we intend to start off with this geophysical survey, to use as another vector and data layer to refine and rank drill targets not only for copper but for gold as well.

I am excited, for the Company and its shareholders, as we progress this great opportunity and I look forward to updating the market as our exploration programs progress.’

Location

The Paterson Project (Figure 1) directly surrounds the Kintyre Uranium Deposit and is located 40km south-south-west of Greatland Gold Plc’s Telfer Gold-Copper Mine.

A map of a mining site AI-generated content may be incorrect.

Figure 1: Location Plan

Exploration Completed

The Wanderer Prospect (Figure 2 and 3) was drilled between 1987 and 1990 by CRA (at significantly lower prevailing copper and gold prices) as part of its uranium exploration expenditure across its nearby Kintyre Project. The majority of drilling was only drilled to 100m from the surface, with multiple holes logged as ending in mineralisation. No follow‐up drilling has occurred in the 35 years since then. Forty-two drill holes were drilled at the Wanderer Prospect on E45/5358 tenement.

Multiple significant drilling intercepts include:

  • 17m @ 1.6% Cu, 317ppm Mo from 84m (87WDRC2)
    • Including 9m @ 2.6% Cu, 456ppm Mo
  • 9m @ 2.0% Cu, 0.14g/t Au, 272ppm Mo from 84m (87WDRC6)
    • Including 5m @3.1% Cu, 0.20g/t Au, 430ppm Mo
  • 11m @ 1.5% Cu, 0.10g/t Au, 181ppm Mo from 83m (87WDRC8)
    • Including 7m @ 2.1% Cu, 0.15g/t Au, 250ppm Mo
  • 13m @ 1.1% Cu, 0.29g/t Au from 107m (87WDRC14)
    • Including 6m @ 2.0% Cu, 0.27g/t Au
  • 8m @ 0.7% Cu, 310ppm Mo from 98m (87WDRC7)
    • Including 1m @ 3.3% Cu, 0.22g/t Au, 560ppm Mo

Picture 10

Figure 2: Wanderer Prospect Drill Section

A map of a mining project AI-generated content may be incorrect.

Figure 3: Wanderer Prospect- Drill Collar Plan and Mineralised Trend

Deal Terms

Cloudbreak has paid a A$20,000 option fee to secure two months exclusive due diligence across the Paterson Project. If Cloudbreak elects to proceed, it can acquire a 90% interest in the project via the issue of 330,000,000 shares to Mammoth Minerals Ltd (ASX:M79, ‘Mammoth’). Mammoth is to retain a 10% free carried interest in the Project until the completion of a Definitive Feasibility Study with a positive NPV.

Tenure

The Project consists of three granted exploration licences E45/5358, E45/5391 and E45/6244 covering a land area of 888km2.

The ground is contiguous to the west, of the Cottesloe base-metal project held by Wishbone Gold Plc.

Regional Geology

The Paterson Orogen is a 2,000km long arcuate belt of folded and metamorphosed sedimentary and igneous rocks that range in age from predominantly Palaeoproterozoic to Neoproterozoic with limited outcrops of Archaean rocks.

The eastern margin of the Paterson Orogen is masked by younger Proterozoic to Phanerozoic sedimentary rocks (Officer and Canning Basins) with sedimentary units of the late Proterozoic Savory Basin on-lapping to the southwest. The main outcropping stratigraphic packages across the bulk of the Paterson Project are the lowermost member of the Mesoproterozoic to Neoproterozoic Yeneena Group, the Coolbro Sandstone, and the Paleoproterozoic Rudall Metamorphic Complex.

Local Geology

The Paleoproterozoic Rudall Metamorphic Complex hosts the Central Tenements surrounding the Kintyre Uranium deposit. At and around Kintyre, the prospective Yandagooge Formation outcrops within the Yandagooge Inlier, consisting of a ‘basement high’ of Rudall Metamorphic Complex surrounded by Neoproterozoic sandstone and Permian glacial tillite. The basement sequence has undergone a minimum of four deformation episodes and is unconformably overlain by Neoproterozoic sandstone and conglomerate deposits of the Yeneena Basin, which have seen at least one major deformation episode.

The dominant host-rock to mineralisation at Kintyre is a garnet-rich, chert-banded, calc-silicate magnetite schistose rock, sandwiched between carbonates and shales of the Yandagooge Formation. These are amphibolite facies metamorphosed rocks, later retrogressively metamorphosed to greenschist facies during or prior to the principal mineralisation phase. Late in syn-D3 or during D4 uranium-bearing, hydrothermal fluids were introduced into the system, depositing pitchblende within northeast dipping dilational zones developed in the S3 cleavage.

In the Kintyre area, the Yandagooge Inlier is surrounded by Coolbro Sandstone, which comprises a thick quartz sandstone sequence with intercalated carbonaceous mudstone and shale interbeds (Jackson & Andrew, 1990). The Coolbro Sandstone, which represents the basal formation of the low-grade metamorphic Neoproterozoic Yeneena Supergroup, exhibits a strong slaty cleavage and has been isoclinally folded and deformed around NW trending axes.

The Central Tenements around the Kintyre deposit are predominantly covered by outcropping northwest-southeast trending, northerly dipping, and folded Coolbro sandstone. Aeolian sand covers areas in the west-central and southeast portions of the tenement. It is believed that these areas are directly underlain by an inlier of the Yandagooge Formation Rudall Metamorphics (Jackson & Andrew, 1990). Rudall Metamorphics outcrop in the west-central area and near the south-eastern corner of the tenement. The north eastern edge of the tenement has outcropping northwest-southeast trending, northerly dipping, and folded Broadhurst Formation.

Exploration Potential and Prospectivity

The Paterson Province hosts several major copper and gold operations, including the Nifty copper mine and the world-class Telfer gold mine. More recently, several new copper-gold discoveries have been made at Winu (Rio Tinto) and Havieron (Greatland Resources PLC???).

A review of a compilation of available geophysical data reprocessed using modern techniques highlights multiple anomalies, including a large ‘bullseye’ magnetic anomaly at Wanderer Prospect within the Central Tenements. The Wanderer Copper-Gold Prospect, first discovered by CRA in 1987, reveals the presence of significant copper, gold and molybdenum values in a wide zone of iron‐oxide alteration extending across more than 1 km of strike. In addition, geochemical assemblage (Cu-Au-Mo) is potentially indicative of a porphyry intrusion as the source of mineralisation. Several other targets with low-magnetics/high gravity signatures have been identified.

At a regional scale, the Paterson Province has potential for large intrusive-related copper and gold targets undercover, requiring geophysical methods, such as Mobile MT by Expert Geophysics Limited, that has been successfully used in the Paterson Province as means of primary target identification.

A review of geophysical and structural data (Figure 4), has identified several compelling exploration opportunities around the existing Wanderer copper-gold project.

A close-up of a map AI-generated content may be incorrect.

Figure 4: RTP Magnetics Left and Gravity Right, illustrating numerous coincident magnetic low and gravity high targets

This announcement contains information which, prior to its disclosure, was inside information as stipulated under Regulation 11 of the Market Abuse (Amendment) (EU Exit) Regulations 2019/310 (as amended).

For additional information please contact:

Cloudbreak Discovery PLC

Peter Huljich, Chairman

Tom Evans, Managing Director

Tel: +44 207 887 6139

Tel: +44 7851 703440

Novum Securities (Financial Adviser)

David Coffman / Anastassiya Eley

Tel: +44 7399 9400

About Cloudbreak Discovery PLC

Cloudbreak Discovery PLC is a leading natural resource explorer and project generator. Cloudbreak is focused on mineral exploration and energy opportunities with the aim of bringing near-term cashflow and driving shareholder value.

Through its wholly owned but independently operated subsidiaries, the Company will develop its array of mineral assets, whilst continuing to generate new projects with a particular focus on commodities with high intrinsic value.

Cloudbreak’s generative model across the mineral sector enables a multi-asset approach to investing in the commodity cycle.

Competent Persons Statement

The Information in this report that relates to exploration results, mineral resources or ore reserves is based on information compiled by Mr Edward Mead, who is a Fellow of the Australasian Institute of Mining and Metallurgy. Mr Mead is a consultant to Cloudbreak Discovery Plc and employed by Doraleda Pty Ltd. Mr Mead has sufficient experience which is relevant to the style of mineralisation and type of deposits under consideration and to the activity that he is undertaking to qualify as a Competent Person as defined in the 2012 edition of the `Australian Code for Reporting Exploration Results, Mineral Resources and Ore Reserves’ (the JORC Code). Mr Mead consents to the inclusion of this information in the form and context in which it appears in this report.

Table 1: Significant Assays (>0.3% Cu or 0.3ppm Au)

Hole

From (m)

To (m)

Interval (m)

Cu %

Au

Mo ppm

87WDRC1

25

28

3

0.30%

0

6

87WDRC10

53

54

1

0.31%

0.25

350

87WDRC12

111

115

4

0.70%

0.35

18

87WDRC13

101

102

1

0.34%

0.07

34

87WDRC13

102

103

1

0.35%

0.09

40

87WDRC13

105

106

1

1.11%

0.12

18

87WDRC13

108

109

1

0.45%

0.04

33

87WDRC13

109

110

1

0.88%

0.06

37

87WDRC13

110

111

1

0.63%

0.16

43

87WDRC13

111

112

1

0.83%

0.09

38

87WDRC14

77

78

1

1.22%

0.15

145

87WDRC14

107

110

3

0.56%

0.17

74

87WDRC14

110

112

2

0.25%

0.65

18

87WDRC14

114

115

1

2.11%

0.59

26

87WDRC14

115

116

1

1.17%

0.17

29

87WDRC14

116

118

2

2.68%

0.28

22

87WDRC14

118

120

2

1.82%

0.15

30

87WDRC17

0

5

5

0.01%

0.38

21

87WDRC2

84

85

1

0.53%

0.02

460

87WDRC2

88

89

1

0.89%

0.04

280

87WDRC2

89

90

1

1.15%

0.04

1270

87WDRC2

90

91

1

1.68%

0.03

1000

87WDRC2

91

92

1

4.00%

0.09

610

87WDRC2

92

93

1

3.61%

0.06

620

87WDRC2

93

94

1

6.51%

0.06

220

87WDRC2

94

95

1

1.20%

0.01

15

87WDRC2

95

97

2

2.34%

0.03

44

87WDRC2

97

99

2

0.52%

0.03

40

87WDRC2

99

101

2

0.32%

0.01

49

87WDRC22

75

80

5

0.62%

0.16

13

87WDRC22

80

85

5

0.10%

0.3

9

87WDRC24

70

73

3

0.33%

0.04

34

87WDRC24

73

77

4

0.71%

0.09

41

87WDRC24

77

80

3

0.61%

0.06

30

87WDRC26

82

86

4

0.68%

0.09

28

87WDRC3

83

84

1

0.45%

0.01

7

87WDRC3

85

86

1

0.52%

0.07

140

87WDRC3

86

88

2

0.42%

0.03

69

87WDRC6

84

85

1

5.18%

0.29

620

87WDRC6

85

86

1

2.60%

0.22

720

87WDRC6

86

87

1

2.56%

0.21

350

87WDRC6

87

88

1

2.31%

0.18

290

87WDRC6

88

89

1

3.05%

0.11

169

87WDRC6

89

90

1

1.01%

0.1

81

87WDRC6

90

91

1

0.57%

0.04

59

87WDRC6

91

92

1

0.42%

0.03

42

87WDRC6

92

93

1

0.72%

0.04

121

87WDRC7

98

103

5

0.31%

0.01

46

87WDRC7

103

104

1

3.27%

0.22

560

87WDRC7

104

105

1

0.71%

0.08

360

87WDRC7

105

106

1

0.34%

0.09

1330

87WDRC8

83

84

1

0.88%

0.11

200

87WDRC8

84

85

1

2.01%

0.26

280

87WDRC8

85

86

1

2.18%

0.14

178

87WDRC8

86

87

1

2.02%

0.15

260

87WDRC8

87

88

1

3.23%

0.18

420

87WDRC8

88

89

1

2.59%

0.11

210

87WDRC8

89

90

1

1.81%

0.08

200

87WDRC8

90

92

2

0.39%

0.01

43

87WDRC8

92

94

2

0.70%

0.03

77

88WDD03

89

90

1

0.67%

0.04

53

88WDD03

90

91

1

0.36%

0.03

40

88WDD03

190

191

1

0.61%

0.08

78

88WDD03

191

192

1

0.43%

0.06

87

88WDRC27

43

44

1

0.19%

0.99

24

88WDRC28

58

62

4

0.48%

0

11

88WDRC36

90

95

5

0.32%

0.02

9

88WDRC36

95

100

5

0.46%

0.1

20

Table 2: Collar location and Hole Type

Hole ID

Easting

Northing

RL (m)

Total Depth (m)

Dip

Azimuth

Hole Type

87WDRC1

402140

7521450

430

104

-60

180

RC

87WDRC2

402180

7521450

430

120

-60

180

RC

87WDRC3

402220

7521450

430

120

-60

180

RC

87WDRC4

402200

7521410

430

120

-60

180

RC

87WDRC5

402170

7521410

430

120

-60

180

RC

87WDRC6

402160

7521450

430

116

-60

180

RC

87WDRC7

402180

7521470

430

120

-60

180

RC

87WDRC8

402200

7521450

430

109

-60

180

RC

87WDRC9

402260

7521450

430

98

-60

180

RC

87WDRC10

402060

7521460

430

89

-60

180

RC

87WDRC11

402030

7521480

430

120

-60

180

RC

87WDRC12

402010

7521440

430

120

-60

180

RC

87WDRC13

401250

7521520

450

120

-90

0

RC

87WDRC14

401250

7521480

450

120

-90

0

RC

87WDRC15

401210

7521520

450

114

-90

0

RC

87WDRC16

401250

7521560

450

109

-90

0

RC

87WDRC17

401290

7521520

450

115

-90

0

RC

87WDRC18

401330

7521490

450

119

-90

0

RC

87WDRC19

401170

7521600

450

120

-90

0

RC

87WDRC20

401210

7521560

450

120

-90

0

RC

87WDRC21

401250

7521440

450

120

-90

0

RC

87WDRC22

401642

7521465

450

98

-60

180

RC

87WDRC23

401658

7521465

450

100

-60

180

RC

87WDRC24

401675

7521465

450

100

-60

180

RC

87WDRC25

401700

7521465

450

96

-60

180

RC

87WDRC26

401662

7521493

450

100

-60

180

RC

88WDRC27

401245

7521605

450

80

-60

240

RC

88WDRC28

401280

7521600

450

81

-60

240

RC

88WDRC29

401220

7521690

450

69

-60

250

RC

88WDRC30

401140

7521760

451

54

-60

250

RC

88WDRC31

401135

7521800

448

69

-60

240

RC

88WDRC32

401250

7521750

450

106

-90

0

RC

88WDRC33

401250

7521700

440

87

-60

200

RC

88WDRC34

401250

7521335

450

105

-90

0

RC

88WDRC35

401950

7521360

430

106

-90

0

RC

88WDRC36

401950

7521285

450

106

-90

0

RC

88WDRC37

401950

7521425

440

106

-90

0

RC

87WDD01

401950

7521500

415

287.7

-61

181

DD

87WDD02

401985

7521555

440

117

-70

180

DD

88WDD03

401250

7521500

420

212.7

-90

0

DD

88WDD04

402180

7521480

434

200.8

-90

0

DD

90WDD05

401950

7521425

440

409.9

-90

0

DD


Source

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Investor Insight

Electric Royalties is uniquely positioned to capitalize on the clean energy transition with a diversified, low-risk portfolio of high-value royalties that offer sustained growth and cash flow potential, making it a compelling investment opportunity.

Overview

Electric Royalties (TSXV:ELEC,OTCQB:ELECF) is an innovative royalty company offering investors exposure to the clean energy transition through its growing portfolio of clean energy metal royalties. The company stands out as the only fully diversified royalty firm in the space, holding 43 royalties across nine key clean energy metals, ensuring strategic access to the growing electrification and renewable energy industries.

Electric Royalties

The company’s strategy for shareholder value growth is centered on acquiring royalties in safe jurisdictions (primarily, the US and Canada) and focusing on properties with near-term production potential. This approach ensures steady cash flow generation while reducing operational risks. The company’s current royalty portfolio consists of assets that are either in production, advanced stage projects or exploration assets, ensuring cash flow generation and future growth potential.

The acquisition of the Punitaqui Copper Mine royalty provides immediate exposure to production, while assets like Authier Lithium and Battery Hill Manganese are expected to enter production in the near term.

This collective expertise within Electric Royalties’ management and advisory teams ensures a strategic and well-governed approach to capitalizing on opportunities in the clean energy metals sector.

Company Highlights

  • Electric Royalties is the only royalty company that is fully diversified in clean energy metals, with royalties on nine different metals, including copper, lithium, manganese, nickel and vanadium.
  • Electric Royalties currently holds 43 total royalties across clean energy metals, with 17 additional optioned properties that could be converted into future royalties.
  • The company’s portfolio includes assets that are in production or near-term production, ensuring cash flow generation and future growth potential. The acquisition of the Punitaqui copper mine royalty provides immediate exposure to production, while assets like Authier Lithium and Battery Hill Manganese are expected to enter production in the near term.
  • The company prioritizes low-risk mining jurisdictions, with most of its assets located in Canada and the United States.
  • Led by CEO Brendan Yurik, the leadership team brings extensive expertise in royalty acquisitions, mine financing and strategic growth.

Key Royalties

Punitaqui Copper Mine (Producing) – Chile

u200bThe Punitaqui Mining Complex i

The Punitaqui Mining Complex includes the copper processing plant that is currently permitted for 100,000 tonnes per month. (Source: Battery Mineral Resources Corp.)

The Punitaqui copper mine is a producing asset operated by Battery Mineral Resources (TSXV:BMR; OTCQB:BTRMF), on which Electric Royalties holds a 0.75 percent gross revenue royalty (GRR). Located in the Coquimbo Region of Chile, the mine benefits from four satellite copper deposits, strong infrastructure, and established processing facilities.

The mine is permitted for 100,000 tonnes per month of processing capacity, with regional exploration potential that could further extend its operational life and increase production.

In July 2025, Battery Mineral Resources reported that its Chilean subsidiary, Minera BMR SpA, had received unanimous approval of the Environmental Impact Statement (EIS) for the Los Mantos Copper Plant in Punitaqui, Chile. This extends the facility’s operational life by up to ten years and supports hundreds of jobs in the Punitaqui and Ovalle communities.

Authier Lithium Project (Pre-production) – Canada

Electric Royalties

The Authier lithium project is a key lithium asset in Quebec, Canada, operated by Sayona Mining (ASX:SYA). Electric Royalties holds a 0.5 percent gross metal royalty (GMR) on part of the deposit. This project is a major component of Sayona’s integration plan with North American Lithium (NAL), which commenced production in early 2023. Authier is expected to provide a stable supply of lithium for North America’s growing EV battery industry, aligning with the push for localized supply chains.

The Authier lithium royalty is expected to be integrated into the producing North American Lithium (NAL) mine operated by Sayona Mining, which is set to merge with Piedmont Lithium. According to NAL’s Feasibility Study, the integration of Authier has the potential to contribute to Electric Royalties’ cash flow in the near term.

Battery Hill Manganese Project (Prefeasibility Stage) – Canada

The Battery Hill manganese project, located in New Brunswick, Canada, is an advanced-stage project operated by Manganese X Energy. Electric Royalties holds a 2 percent GMR on the project, which is currently undergoing a prefeasibility study. The asset is well-positioned to support the growing demand for high-purity manganese, a critical component in EV batteries and energy storage technologies. Recent metallurgical testing has demonstrated strong recovery rates, further increasing its economic potential.

Investment catalysts chart showing immediate, near-term, and long-term cash flow opportunities.

Mont Sorcier Vanadium Project – Canada

The Mont Sorcier vanadium project in Quebec, Canada, is operated by Cerrado Gold, with Electric Royalties holding a 1 percent vanadium GMR. Acquired when the project only had a resource estimate, Mont Sorcier has since advanced through additional metallurgical testing in partnership with Glencore and is now progressing through feasibility and permitting, with a Feasibility Study targeted for Q1 2026. As a large iron-vanadium deposit, the project has the potential to supply vanadium for both steel production and the growing vanadium redox flow battery sector, positioning it as a strategically important long-term asset.

Zonia Copper Project – USA

The Zonia copper project, located in Arizona, USA, is operated by World Copper (TSXV:WCU). Electric Royalties holds a 0.5 percent GRR on Zonia, with an option to add 1 percent GRR on Zonia North. Zonia is an oxide copper deposit with near-surface, leachable ore, making it a low-cost, open-pit mining opportunity. The project has undergone resource expansion, and a feasibility study is targeted for completion in 2025. Given the strong US push for domestic copper production, Zonia is well-positioned to benefit from critical minerals policies supporting infrastructure and electrification efforts.

The Zonia copper royalty, one of the leading copper oxide projects in North America, is being acquired by Plata Latina Minerals Corporation with plans to move toward construction in the near to medium term following closing of the transaction. World Copper reported last fall that the resource at Zonia nearly doubled.

Seymour Lake – Canada

Map of Seymour Lake area

The Seymour Lake lithium project in Ontario, Canada, is subject to a 1.5 percent NSR royalty held by the company. Acquired in an all-share transaction valued at C$1 million, the project has advanced significantly under operator Green Technology Metals (ASX:GT1), which has raised more than C$70 million and secured a C$100 million LOI with the Canadian government. Since acquisition, Seymour Lake has progressed from a historical resource to a Preliminary Economic Assessment (PEA) and resource upgrade. In February 2025, Green Technology Metals released an updated PEA assessing Seymour Lake on a standalone basis, following earlier combined development studies with the Root Project. A pre-feasibility study is underway.

Management Team

Craig Lindsay – Chairman of the Board

Craig Lindsay has 30 years’ experience in corporate finance, venture capital and public company management and is the managing director of Arbutus Grove Capital. Lindsay was the founder, president, and CEO of Otis Gold until its merger with Excellon Resources in April 2020. He is a director of Revolve Renewable Power, Excellon Resources, VR Resources and Silver North Resources.

Brendan Yurik – Chief Executive Officer

Brendan Yurik is the founder and CEO of Evenor Investments, a financial advisory group to junior mining companies for alternative financing, debt, equity and M&A with experience in over $2 billion in mining financing transactions throughout his career. He has prior global experience as a research analyst as well as in business development and mining financial advisory roles with Endeavour Financial, Cambrian Mining Finance Ltd, Northern Vertex Mining Corp. and King & Bay West Management Corp.

Robert Scott – Chief Financial Officer

Robert Scott has more than 25 years’ experience in accounting, corporate finance, compliance and banking. Throughout his career, Scott has helped raise more than $200 million in equity financing and developed extensive experience in IPOs, reverse takeovers, mergers and acquisitions, and corporate restructuring.

Robert Schafer – Independent Director

Appointed in November 2020, Robert Schafer brings more than 30 years of international experience in mineral exploration and mining, enhancing the board’s technical and strategic capabilities.

Stefan Gleason – Director

Stefan Gleason is the president, CEO, and majority shareholder of Money Metals Exchange LLC, a privately held company that is among the largest precious metals dealers and depositories in North America with over C$1 billion in annual revenues. Gleason is also the managing director of Gleason & Sons LLC, a Charlotte, N.C.-based family limited liability company which holds and manages debt, equity, and real estate investments. With past appearances on U.S. television networks such as CNN, FoxNews, Fox Business, and CNBC, Gleason is also a regular columnist for Seeking Alpha and Investing.com and has been published by the Wall Street Journal, Newsweek, Mining.com and TheStreet, among other publications.

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The world’s mining industry may be spread across more than 150 countries, but new data reveals that almost half of all large-scale mining and processing facilities are concentrated in just three: China, Australia, and the United States.

The International Council on Mining and Metals (ICMM) on Wednesday (September 3) released its Global Mining Dataset report, a sweeping compilation of 15,188 mines and processing plants that it says is the most comprehensive public record of the sector to date.

According to ICMM, 45 percent of all mines, smelters, refineries, and steel plants are clustered in China, the US, and Australia: an uneven distribution that has significant implications for supply chains and the pace of the clean energy transition.

“ICMM’s foundational Dataset shows that over 75 percent of national economies have at least some connection to large-scale mining or mineral processing,” said Rohitesh Dhawan, ICMM’s president and CEO.

“Having a global view of the location, type, commodity and footprint of these facilities is essential to inform the right public and policy debates for this critical sector. With minerals and metals at the heart of the energy transition and geopolitical shifts, robust, global, industry-wide data has never been more critical.”

The dataset identifies 12,876 mines, 1,980 standalone processing facilities, and 332 co-located sites where extraction and processing happen together.

While operations stretch across more than 151 countries, ICMM’s analysis shows that China in particular dominates the processing stage of the supply chain. The dataset records 426 metallurgical facilities in China — by far the largest number worldwide — compared with 120 in the US, 87 in India, and 65 in Brazil.

That asymmetry between mining and refining presents a challenge facing local supply chains. While resource deposits are scattered globally, the industrial capacity to convert ores into usable metals is more centralized and heavily tilted toward China.

Europe, for instance, suffers from this vulnerability. Despite having strong demand from its automotive, aerospace, and electronics industries, the continent’s mining base has shrunk. The dataset shows a greater density of metallurgical facilities in Europe compared with mines.

This imbalance is not limited to Europe. Across the globe, many economies have significant mineral deposits but lack the facilities to process them. This structural gap cements the dominance of China which has invested heavily in refining capacity and controls much of the midstream in critical mineral supply chains.

Coal remains dominant

Although the dataset highlights the role of critical minerals in the energy transition, it also shows that coal remains the single most common mined commodity by number of facilities.

Coal accounts for 42 percent of all mines, followed by gold at 17 percent, copper at 12 percent, and iron ore at 9 percent.

The prevalence of coal mines contrasts with global climate goals, but also reflects the legacy infrastructure of energy systems and the uneven pace of transition.

Overall, Asia hosts the largest number of coal, copper, and iron ore mines, while North and Central America contain the highest number of gold mines.

Playing the long game

ICMM officials stressed that the release of the dataset is just a first step in a multi-year effort to improve transparency and support evidence-based policymaking in the sector. Alongside the full dataset, which draws on proprietary sources, ICMM published a public version covering 8,508 facilities.

Dhawan said the council hopes the data will “continue to expand and improve through partnerships” while building on key sustainability indicators in the coming months.

More crucially, industry observers have long criticized the scarcity of comprehensive, public data on the sector. Without standardized information, they argue, it is difficult to evaluate the social and environmental impacts of mining or even craft effective regulations.

ICMM’s initiative, though still limited by licensing restrictions on some proprietary datasets, represents one of the most ambitious attempts to date to assemble a global picture of the industry. The council said it would work with partners to expand the dataset and incorporate indicators on sustainability performance.

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

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