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MTM Metals Raises $8M to Fast-Track Breakthrough Tech in Critical Metals Recovery

Written by Staff Writer | Oct 16, 2024 12:53:56 AM

MTM Critical Metals Limited (ASX: MTM) has successfully secured $8 million in an oversubscribed capital raise, setting the stage for the rapid commercialisation of its Flash Joule Heating (FJH) technology. This cutting-edge process could revolutionise metal recovery, addressing critical global supply challenges for strategic metals like gallium, lithium, and palladium. With strong investor support, MTM is advancing plans for its 1-tonne-per-day demonstration plant, positioning the company for significant growth as it moves towards commercial production by late 2025.

Flash Joule Heating: A Breakthrough in Metal Recovery

MTM's proprietary FJH technology, invented by renowned scientist Dr. James Tour of Rice University, is set to revolutionise the metal recovery landscape. Dr. Tour, the T. and W. F. Chao Professor of Chemistry, Computer Science, and Materials Science & Nano-Engineering at Rice, is a globally recognised synthetic organic chemist with an impressive career spanning decades. His accolades include being named "Scientist of the Year" by R&D Magazine and being listed among "The World’s Most Influential Scientific Minds" by Thomson Reuters. Dr. Tour’s innovations in nanotechnology have led to the creation of several successful companies, including the ASX-listed WeebitNano (ASX: WBT), which reached a market capitalisation of over $1.5 billion in 2023.

FJH technology, developed under his guidance, promises to upend traditional metal recovery methods. Unlike conventional processes, which are energy-intensive and environmentally harmful, FJH uses rapid electrothermal processing to extract valuable metals from ores and waste. This sustainable approach dramatically reduces energy consumption and environmental impact, offering an efficient solution at a time when industries are under pressure to decarbonise.

A Major Step: 1-Tonne-Per-Day Demonstration Plant

Central to MTM’s commercialisation strategy is the construction of a 1-tonne-per-day (TPD) FJH demonstration plant. The funds raised will expedite the development of this facility, which aims to validate the scalability of FJH technology and its commercial viability across multiple applications. The plant is expected to be operational by late 2025, with gallium production targeted for the same period.

CEO Michael Walshe highlighted the strategic importance of this milestone: “This funding puts us in a stronger position to bring the FJH demonstration plant online and expand our industry partnerships. It’s an exciting time as we get closer to transforming metal recovery and addressing global supply chain risks in critical metals.”

The demonstration plant is expected to play a pivotal role in advancing MTM’s three key verticals: gallium recovery, lithium extraction from spodumene, and e-waste recycling. These verticals are aligned with booming global demand for critical metals, particularly in sectors such as semiconductors, batteries, and clean energy​​.

Oversubscribed Placement: Details and Investor Confidence

The placement, priced at $0.065 per share, represents a modest 3% discount to the 30-day VWAP, highlighting the confidence investors have in MTM’s potential. The raise will occur in two tranches: $4.2 million in an unconditional placement under the company’s existing ASX capacity, and $3.8 million conditional upon shareholder approval. Directors and key management personnel have also demonstrated their belief in the company's future by subscribing to $150,000 worth of shares.

Funds from the raise will be allocated towards completing the FJH demonstration plant, advancing strategic partnerships, and general working capital. Additionally, the company will continue its exploration activities across its portfolio of assets in Australia and Québec, with a focus on niobium and rare earth elements.

A Path to Sustainable and Profitable Metal Recovery

MTM’s FJH technology not only promises a more efficient and environmentally friendly method for metal recovery but also opens the door to tapping previously uneconomic resources. For instance, the process can recover metals from waste streams like e-waste and mine tailings, creating a circular economy that reduces the need for primary mining.

E-waste is a rapidly growing environmental challenge, with over 60 million tonnes produced annually, containing valuable metals worth an estimated $70 billion. MTM’s technology has shown impressive results in recovering gold, silver, copper, and palladium from this waste, with recovery rates as high as 82% for palladium.

Lithium is another key opportunity, with the global market for lithium-ion batteries expected to exceed $180 billion by 2030. MTM’s FJH process offers a game-changing improvement over traditional lithium extraction methods, which are both energy- and CO₂-intensive. The technology eliminates the need for calcination, a major energy-consuming step in lithium refining, thereby significantly reducing costs and emissions.

Strategic Partnerships and Future Outlook

MTM is actively pursuing partnerships with industry leaders to scale its FJH technology across a variety of applications. Collaborations are already underway in sectors ranging from semiconductors to e-waste, and discussions with potential partners in lithium processing are advancing rapidly.

As the company prepares to bring its demonstration plant online and move towards commercial operations, the next 12 months will be crucial. Key milestones include securing offtake agreements, completing the demonstration plant, and potentially entering early revenue streams through the sale of recovered metals.

With its disruptive technology, strong investor backing, and clear pathway to commercialisation, MTM is positioning itself as a major player in the global critical metals sector. Investors will be watching closely as the company works towards delivering on its ambitious goals in 2025 and beyond.