HIGHLIGHTS

• AI can reduce mineral discovery costs from hundreds of millions to under $1 million per discovery.
• The global decline in new mineral discoveries is due to exhausted “low-hanging fruit,” not a lack of minerals.
• Earth AI achieves higher success rates by adding geological context to anomaly detection.
• Vertical integration dramatically lowers drilling costs and logistical delays.
• Australia’s mining-friendly policies make it ideal for rapid exploration and development.
• Critical minerals supply is a geopolitical challenge tied to China and Russia’s dominance.
• Mining exploration should be treated as a scalable pipeline, not a lottery.
• AI can reveal entirely new “shortcuts” in exploration that humans may overlook.
• The next 10–20 years could redefine how mining and resource development operate.
• Abundance of critical minerals is essential for global reindustrialization and energy transition.

SUMMARY

In this episode of the Rare Earth Exchanges podcast, host Dustin Olsen sits down with Roman Teslyuk, CEO and founder of Earth AI, to explore how artificial intelligence is transforming mineral exploration. Roman shares his personal journey from geology student to global explorer, and explains how Earth AI uses decades of geological archive data to dramatically improve discovery success rates while reducing costs. The conversation covers the decline in global mineral discoveries, the inefficiencies of traditional exploration methods, and why vertically integrated, AI-driven drilling could reshape the critical minerals supply chain. The episode also highlights Australia’s mining ecosystem, geopolitical supply risks, and why the next decade may represent a golden age for mining innovation.

CHAPTERS

00:00 Introduction to Earth AI and Roman Teslyuk
01:08 Roman’s Journey into Geology and Exploration
03:53 The Mission to Create Abundance of Critical Materials
05:57 Why New Mineral Discoveries Are Declining
09:44 AI vs. Traditional Exploration Methods
11:25 Why Australia Is the Ideal Mining Environment
14:11 Earth AI’s Team and Vertical Integration Model
17:14 Economics of Mineral Discovery and Project Sales
21:21 Technical and Industry Challenges of Using AI
27:22 Cost Advantages and Operational Efficiency
29:43 The Future Impact of AI on Mining
31:45 How to Connect with Earth AI

Highlights

• Hugh Broadhurst has a strong background in chemical engineering and lithium extraction.
• Aclara Resources focuses on heavy rare earths from ionic clay deposits.
• The company has a patented process called circular mineral harvesting.
• Aclara is in the final stages of obtaining permits for their project in Brazil.
• The timeline for production is set for mid-2028.
• Aclara aims to vertically integrate their operations, including a refinery in Louisiana.
• Partnerships with institutions like Virginia Tech and Argonne National Lab are crucial for Aclara's success.
• Market dynamics for heavy rare earths are evolving, with a need for pricing stability.
• Government support is essential for the heavy rare earths industry.
• AI is being leveraged to enhance exploration and process technology.

SUMMARY

In this episode of the Rare Earth Exchanges podcast, host Dustin Olsen and co-host Daniel O'Connor welcome Hugh Broadhurst, COO of Aclara Resources. They discuss Hugh's background in the chemical industry and his transition to Aclara, where the company focuses on extracting heavy rare earths from ionic clay deposits. The conversation delves into the technical challenges of developing a separation plant, the geology of ionic clay deposits, and Aclara's project status and future plans. They also explore the importance of partnerships, market dynamics, and the role of government in supporting the heavy rare earths industry. Hugh shares insights on operational scalability, the integration of AI in exploration, and Aclara's commitment to providing clarity in the complex world of rare earths.

CHAPTERS

00:00 Introduction to Aclara Resources and Hugh's Background
02:53 Technical Challenges in Heavy Rare Earths Extraction
05:48 Geology of Ionic Clay Deposits
08:51 Aclara's Project Status and Future Plans
11:50 Midstream Refining and Separation Strategies
14:57 Partnerships and Pilot Projects
17:52 Market Dynamics and Pricing Challenges
21:00 Government Role in Heavy Rare Earths
24:07 Operational Scalability and AI in Exploration
26:58 Aclara's Integrated Approach to Supply Chain
29:59 Final Thoughts and Future Outlook

Highlights

• Tom Jones combines metallurgy and environmentalism in his work.
• The public in Europe often opposes mining despite its necessity.
• The Critical Raw Materials Act aims to reduce dependency on third countries.
• Implementation of mining permits is a significant challenge in Europe.
• There is a lack of talent in the mining sector due to historical disinterest.
• Recycling of critical metals is currently not economically viable.
• The processing of rare earths is a complex and underdeveloped area in Europe.
• Climate change is impacting mining access in previously unviable regions.
• A consistent narrative is needed to promote the importance of metallurgy.
• Reindustrialization is essential for Europe to achieve its climate goals.

SUMMARY

In this episode of the Rare Earth Exchanges podcast, host Dustin Olsen and co-host Daniel O'Connor welcome Tom Jones, director of the SIM2 Institute. Tom shares his unique perspective as a metallurgist and environmentalist, discussing the critical role of metals in achieving a climate-neutral society. The conversation delves into the paradox of mining in Europe, the challenges posed by the Critical Raw Materials Act, and the structural issues affecting the mining industry, including a lack of talent and public resistance. Tom emphasizes the importance of recycling and the choke points in processing rare earths, while also addressing the need for reindustrialization in Europe to meet climate goals. The episode concludes with a call to action for a consistent narrative around the importance of metallurgy in the transition to a sustainable future.

CHAPTERS

00:00 Introduction to Metallurgy and Sustainability
02:09 The Paradox of Mining in Europe
06:01 Critical Raw Materials Act and Its Challenges
10:33 Structural Issues in Mining and Talent Shortage
17:14 The Choke Point of Processing Rare Earths
25:04 Recycling Challenges in the Supply Chain
32:49 The Future of Metallurgy and Education
39:11 Changing the Narrative for a Sustainable Future

Highlights

• Potash is primarily used as a fertilizer and is crucial for agriculture.
• Investment in resources requires a top-down approach, analyzing macro trends.
• The potash market is geographically concentrated, with major production in a few countries.
• Geopolitical tensions can impact potash supply and pricing dynamics.
• Solution mining is a more environmentally friendly method of potash extraction.
• Millennial Potash's project in Gabon shows promising geological results.
• Potash pricing is relatively stable and not heavily influenced by grade.
• Food security is increasingly recognized as a matter of national security.
• The U.S. government is becoming more involved in the mining sector.
• Local community engagement is essential for successful mining operations.

Summary

In this episode of the Rare Earth Exchanges podcast, host Dustin Olsen and co-host Daniel O'Connor welcome Farhad Abasov, CEO of Millennial Potash, to discuss the significance of potash in the critical minerals space. The conversation covers the importance of potash as a key fertilizer, investment patterns in resource mining, market dynamics, geopolitical factors affecting supply, and the environmental considerations of potash mining. Farhad shares insights into the operations of Millennial Potash, including their project in Gabon, geological aspects of potash deposits, and the economic implications of potash pricing. The discussion also highlights the connection between food security and national security, emphasizing the need for countries to secure their own supply of critical minerals like potash.

Chapters

• 00:00 Introduction to Potash and Its Importance
• 03:04 Investment Patterns in Resource Mining
• 05:49 Market Dynamics of Potash Production
• 09:01 Geopolitical Factors Affecting Potash Supply
• 12:02 Mining and Processing Potash
• 14:49 Millennial Potash: Company Overview and Project Details
• 17:58 Geological Insights on Potash Deposits
• 21:04 Economic Aspects of Potash Pricing
• 24:04 Environmental Considerations in Potash Mining
• 26:58 Food Security and National Security Connection
• 30:07 Conclusion and Future Outlook

Highlights

• Impossible Metals aims to deliver essential metals using innovative technology.
• Deep sea mining has a long history but is evolving with new tech.
• The company uses autonomous robots to minimize environmental impact.
• Polymetallic nodules are abundant on the seabed and easy to collect.
• Seabed mining is heavily regulated, similar to land mining.
• The economic model suggests deep sea mining could be significantly cheaper than land mining.
• Investor interest is growing as regulatory hurdles are addressed.
• The target market includes industries reliant on metals for technology and EVs.
• Environmental impacts of deep sea mining can be managed effectively.
• The company plans to conduct a test mine in 2027, with full operations expected by 2029.

Summary

In this episode, Oliver Gunasekara, CEO of Impossible Metals, discusses the innovative approach to deep sea mining using advanced robotics and AI technology. The conversation covers the formation of polymetallic nodules, the regulatory landscape, economic viability compared to land mining, and the environmental considerations associated with deep sea mining. Oliver also shares insights into the company's future plans and the timeline for their mining operations.

Chapters

• 00:00 Introduction to Impossible Metals
• 03:01 Innovative Technology in Deep Sea Mining
• 06:08 Geology and Formation of Polymetallic Nodules
• 09:03 Regulatory Framework and Licensing in Deep Sea Mining
• 12:00 Economic Viability and Market Potential
• 15:00 Technological Challenges and Solutions
• 18:01 Funding and Investor Reception
• 21:00 Target Markets and Environmental Considerations
• 24:14 Future Plans and Timeline for Mining Operations
• 27:02 Conclusion and Final Thoughts

Highlights

• The supply chain for rare earths is critical to modern technology.
• Rare earths are not actually rare; they are recoverable from known ores.
• The economic viability of rare earth mining is a significant challenge.
• Light and heavy rare earth elements serve different purposes in technology.
• Innovations in precision mining can reduce environmental impact.
• National labs play a crucial role in developing new technologies for rare earth processing.
• Collaboration between industry and national labs is essential for progress.
• The U.S. must reduce reliance on foreign sources of rare earths.
• Scaling production is necessary to achieve self-sustainability in rare earth supply.
• Public awareness and education about rare earths are vital for future developments.

Summary

In this episode of the Rare Earth Exchanges podcast, hosts Dustin Olsen and Daniel O'Connor engage with Bob Fox and Travis McLing from the Idaho National Laboratory to discuss the critical role of rare earth elements in modern technology. They explore common misconceptions about rare earths, the differences between light and heavy rare earth elements, and the innovative approaches being developed to improve mining and processing. The conversation highlights the importance of national labs in advancing research and technology, as well as the challenges of scaling production to meet domestic needs.

Chapters

• 00:00 Introduction to Rare Earth Elements and Their Importance
• 01:34 Misconceptions About Rare Earths
• 08:43 Understanding Light and Heavy Rare Earth Elements
• 16:37 Innovations in Mining and Processing Rare Earths
• 24:30 The Role of National Labs in Rare Earth Research
• 30:43 Industrial Policy and the Future of Rare Earths
• 35:57 Challenges in Scaling Rare Earth Production

Highlights

• 2025 was a year of unprecedented activity in the rare earth sector.
• The U.S. is recognizing the need for industrial policy in supply chains.
• Recycling and innovative technologies are crucial for future supply chains.
• The Pentagon's ban on Chinese magnets is a significant policy shift.
• Public sentiment is optimistic about Western supply chains rising.
• The bottleneck in rare earth supply is more about refining than mining.
• Engagement on social media has increased significantly in the industry.
• The future of critical minerals is tied to technological advancements.
• There is a strong need for feedstock in recycling processes.
• 2026 is expected to be a pivotal year for the industry.

Summary

In this milestone 50th episode of the Rare Earth Exchanges podcast, hosts Dustin Olsen and Daniel O'Connor, along with guest Justas Valciukas, reflect on the significant trends and events of 2025 in the rare earth and critical minerals sector. They discuss the impact of recent policy changes, the importance of recycling, and the future of supply chains, particularly in relation to China. The episode also highlights audience engagement through a LinkedIn poll and shares favorite moments from past episodes, emphasizing the journey of learning and growth in this evolving industry.

Chapters

• 00:00 Celebrating Milestones and New Beginnings
• 01:06 Reflections on 2025: Trends and Changes
• 05:01 The Impact of Policy Changes on Supply Chains
• 10:22 Poll Insights: The Future of Critical Minerals
• 15:10 Recycling and Green Tech: Challenges Ahead
• 27:05 Highlighting Memorable Episodes and Guests

HIGHLIGHTS

• Chara Technologies aims to create rare earth free motors for EVs.
• The reliance on rare earth elements poses significant supply chain risks.
• The global market for traction motors is approximately $35 billion.
• Reluctance motors offer a different method of torque generation compared to traditional motors.
• Chara's motors are heavier but offer competitive efficiency.
• Intellectual property in software algorithms is a key competitive advantage.
• The cost of rare earth magnets constitutes about 40% of motor costs.
• Chara's motors are projected to be 15-20% cheaper in the long run.
• The Indian government is increasingly interested in supporting sustainable technologies.
• Chara aims to be a leader in motor design and manufacturing by 2025.

SUMMARY

In this episode of the Rare Earth Exchanges podcast, Dustin and Daniel speak with Bhaktha Keshavachar, CEO of Chara Technologies, about the challenges and innovations in the electric vehicle (EV) motor industry. Bhaktha discusses the reliance on rare earth elements in current motor technologies, the market potential for rare earth-free motors, and the unique approach Chara is taking with reluctance motors. The conversation also covers the company's commercialization strategy, intellectual property considerations, and future growth plans in the context of global supply chain dynamics and sustainability efforts.

CHAPTERS

• 00:00 Introduction to Chara Technologies and EV Motors
• 02:51 The Problem with Rare Earth Elements
• 05:49 Market Size and Transition in EV Motors
• 09:05 Understanding Reluctance Motors
• 12:05 Comparing Motor Technologies
• 14:56 Intellectual Property and Competitive Edge
• 17:54 Cost Analysis and Total Cost of Ownership
• 20:57 Supply Chain Resilience and Sourcing
• 23:58 Commercialization and Sales Strategy
• 27:00 Future Vision and Goals for Chara Technologies