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Pitt Street initiates research on MTM Critical Metals: Disrupting Metal Recovery with Revolutionary Technology

Written by Staff Writer | Oct 22, 2024 2:41:42 AM

Pitt Street Research has initiated coverage on MTM Critical Metals (ASX: MTM), a company pioneering the recovery of critical metals using a disruptive method called Flash Joule Heating (FJH). This advanced technology promises to revolutionise metal recycling by reducing energy consumption, speeding up processing, and increasing metal recovery yields from ores and industrial waste. With applications across lithium, rare earth elements (REEs), and gallium recovery, MTM is positioning itself to tap into several high-growth markets.

Flash Joule Heating: A Game-Changer for Metals Recovery

MTM’s Flash Joule Heating technology uses a physical phenomenon to recover metals from waste materials by rapidly generating extreme heat (up to 3,000°C) in less than a second. This process offers significant advantages over traditional metal recovery methods, which are typically slow, expensive, and resource-intensive. MTM has successfully scaled FJH by 50 times from its initial proof of concept and demonstrated that it can extract lithium, rare earths, and gallium with lower costs and greater efficiency.

The recent successful production of lithium chloride directly from spodumene concentrate represents a major breakthrough. This one-step process could disrupt the lithium market by bypassing the energy-intensive calcination and roasting steps traditionally used in lithium refining.

Enormous Market Potential

MTM is eyeing an enormous global market opportunity. The company estimates a US$400 billion market for metal recovery from industrial waste and an additional US$600 billion opportunity in improved processing options for refractory minerals. Given the rising demand for metals like lithium, REEs, and gallium—driven by the electric vehicle (EV) revolution and renewable energy technologies—MTM’s technology is well-positioned to meet the needs of a rapidly expanding market.

Additionally, the company has identified lucrative opportunities in recovering high-value metals from e-waste and semiconductor scrap, which have become increasingly important sources for critical minerals.

 

 

Valuation and Investment Case

Pitt Street Research has valued MTM using a peer-weighted approach, with a base case target price of $0.16 per share and a bull case of $0.21 per share, representing a significant upside from the current share price of $0.08. The report suggests that MTM could re-rate over the next 12-24 months as the company achieves positive testing results and optimises the FJH technology.

Key upcoming catalysts include the completion of a 1-tonne per day pilot plant, further testing of bauxite residue and e-waste recovery, and potential strategic collaborations with mineral deposit owners and chemical companies. If these milestones are achieved, MTM is expected to gain significant investor attention.

 

 

 

 

MTM’s Leadership and Exploration Assets

While MTM’s primary focus is on commercialising FJH, the company also holds valuable exploration assets. These include the Pomme project in Quebec, which boasts significant rare earth mineralisation, and the West Arunta project in Western Australia, adjacent to promising niobium and REE projects. These assets provide additional upside for the company, complementing its technology-driven growth strategy.

MTM’s leadership team is packed with experience in commercialising early-stage technologies, positioning the company well for its next phase of growth.

Risks and Challenges

Despite its promising outlook, MTM faces several risks. These include development and funding risks, as the company continues to require external financing to progress its technology. There are also commercialisation risks, as the company must successfully partner with industry players to deploy its technology at scale.

Nevertheless, with its cutting-edge technology and strong market fundamentals, MTM Critical Metals is a company to watch in the critical metals recovery space. As the demand for sustainable and efficient recycling solutions grows, MTM’s innovative approach could make a significant impact on the global metals supply chain.

Conclusion

MTM Critical Metals is on the cusp of transforming the way critical metals are recovered, with its Flash Joule Heating technology providing a faster, cheaper, and more efficient alternative to traditional methods. With strong market potential, key catalysts on the horizon, and a management team ready to execute, MTM could become a major player in the critical metals recovery market over the next few years. Investors looking for exposure to the future of metal recycling should keep a close eye on MTM as it progresses towards commercialisation.

To access the research, use this link: https://www.pittstreetresearch.com/mtm-critical-metals?utm_source=ActiveCampaign&utm_medium=email&utm_content=MTM%20Critical%20Metals%20%28ASX%3A%20MTM%2C%20A%240%2008%29%3A%20Innovating%20critical%20metal%20recovery&utm_campaign=MTM%20initiation%2022%20October%202024