Firebird Secures Perth Site for Manganese-to-Cathode Battery Plant

Strategic Facility Secured in Perth

Firebird Metals Limited (ASX:FRB) has taken a decisive step towards commercialising its manganese battery materials technology by securing a 775 square metre industrial site in Osborne Park, Perth. This facility will host its Australian Demonstration Plant (ADP), touted as the world’s first fully integrated manganese concentrate-to-cathode active material (CAM) processing line outside China. The lease, signed for an initial five years with extension options, provides Firebird operational certainty to advance from demonstration to commercial scale.

ADP’s integration is a notable departure from the traditional fragmented supply chains that span multiple facilities and countries. By collapsing concentrate-to-cathode production into a single site, Firebird aims to deliver advanced lithium manganese iron phosphate (LMFP) and lithium manganese rich (LMR) cathode materials critical for electric vehicle (EV) and energy storage markets. This move directly supports sovereign battery supply chains, a strategic imperative for Australia’s resource and manufacturing sectors.

Facility Features and Location Advantages

The Osborne Park site was selected after rigorous evaluation of technical, commercial, and regulatory factors, including grid power availability, zoning, and proximity to engineering services. Situated just 7 km from Perth’s CBD, the location offers established industrial infrastructure and access to a skilled workforce, essential for the specialised manufacturing processes planned.

Key site attributes include a suitable building layout with segregated zones for feedstock preparation, hydrometallurgy, advanced crystallisation, precursor and finished cathode material production, and quality control laboratories. The facility’s design accommodates future scale-up and bespoke customer qualification campaigns, reflecting Firebird’s ambition to expand its footprint beyond demonstration.

Advancing Demonstration and Commercialisation Milestones

The lease execution satisfies a critical deliverable under Milestone 1 of Firebird’s A$2 million grant from the Australian Renewable Energy Agency (ARENA) under the Battery Breakthrough Initiative. With the site secured, Firebird is progressing detailed engineering, fit-out design, and long-lead equipment procurement, building on prior orders. Regulatory approvals, recruitment, and ongoing engagement with offtake partners, licensees, automotive OEMs, and strategic investors will follow to align with upcoming construction and commissioning milestones.

Firebird’s CEO Ron Mitchell emphasised the strategic importance of Osborne Park, highlighting its infrastructure and workforce as key enablers for delivering a world-first integrated manganese-to-cathode demonstration facility. This development builds on Firebird’s recent exclusive LMFP patent licence secured through 2045, which underpins the company’s technology moat and commercialisation pathway.

Technology Edge and Market Positioning

Firebird’s ADP will convert manganese concentrate directly into high-purity manganese sulphate monohydrate (HPMSM), precursor CAM, and finished CAM within a single facility and process line. This approach leverages proprietary, fully patented technology, including an energy-efficient kiln and advanced crystallisation circuit, which have demonstrated superior performance compared to Chinese industry benchmarks.

The company’s manganese-rich cathode materials offer a lower-cost, lower-energy alternative to traditional nickel and cobalt-based cathodes, aligning with global efforts to reduce reliance on critical minerals and improve battery safety. Firebird’s technology progress is further evidenced by the commissioning of lithium-manganese-rich cathode equipment and planned customer sample deliveries in 2026, as part of its broader strategy to engage automotive OEMs and strategic partners. This momentum is consistent with the company’s LMR cathode production commissioning at its China pilot plant earlier this year.