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The EV battery revolution isn’t just about who sells the most cars, it’s about who controls the materials that make batteries cheaper, safer, and easier to source. I’m joined by Ron Mitchell, CEO of Firebird Metals, to talk about a different kind of advantage: taking manganese concentrate and turning it into high value battery materials in a single integrated processing circuit, rather than shipping intermediates across a fragmented, multi-country supply chain. If you care about Australian critical minerals, battery materials, and the future of energy storage, this conversation is packed with practical detail.

We walk through Firebird’s “concentrate to cathode” approach, including high purity manganese sulphate production and why that product is such a strategic pinch point outside China. Ron explains why manganese is attracting serious attention as battery makers chase the holy grail of lower dollars per kilowatt hour, and how LMFP (lithium manganese iron phosphate) is emerging as a compelling evolution of LFP chemistry. We also dig into what “lithium manganese rich” (LMR) means, why it can reduce reliance on high nickel cathodes, and why Western OEMs are watching closely.

From there, we get into the moat-building pieces: Firebird’s exclusive LMFP patent licence through to May 2045, the commercialisation pathway that leans capital-light through partnering and licensing, and the importance of proving the technology in a Western setting via a demonstration plant near the Perth CBD. Ron also shares what it means to secure an ARENA Battery Breakthrough Initiative grant, and what shareholders should watch for across 2026 as equipment lands, commissioning ramps up, and new IP is lodged.

Subscribe for more conversations on ASX-listed innovators, share this with a mate who follows EVs and critical minerals, and leave a review to help others find the show. What do you think matters more right now: battery chemistry breakthroughs or supply chain sovereignty?