Curtin University and Victory Metals Accelerate Rare Earths

In this case study, Curtin University, home to the WA School of Mines and a national leader in minerals processing and hydrometallurgy, partnered with Victory Metals to solve Australia’s rare earth processing gap. In a strategic partnership backed by the Australian Government’s Trailblazer initiative, the alliance achieved what neither could alone: co-developing a pilot plant for Australia’s largest clay-hosted heavy rare earth resource while establishing a structured pathway for academic expertise to reach commercial mineral processing. We evaluated this partnership to help your team structure similarly ambitious alliances.

1. Executive Summary

In February 2026, Curtin University and Victory Metals formed a strategic partnership to accelerate development of Victory’s North Stanmore Heavy Rare Earth project — Australia’s largest clay-hosted heavy rare earth resource (320.6 Mt). Curtin contributes technical expertise through the Australian Government-backed Resources Technology and Critical Minerals Trailblazer initiative, co-developing a pilot plant at Victory’s Burswood facility.

• Subject: Victory Metals (ASX: VTM, North Stanmore project: 320.6Mt resource, Australia’s largest clay-hosted HREE deposit) and Curtin University (WA School of Mines, national leader in minerals processing and hydrometallurgy)
• Problem: Australia has world-class rare earth resources but lacks domestic processing capability — all material is sent to China for separation
• Solution: Three-way partnership — Victory (resource), Curtin (technical expertise), Trailblazer program (funding and governance framework)
• Result: Pilot plant co-development at Burswood facility; technical studies advancing project toward commercial production

2. The Challenge

Australia holds some of the world’s largest rare earth mineral resources, yet virtually all of its rare earth concentrates are shipped to China for processing and separation. Building domestic processing capability requires combining mineral resources, technical expertise, and funding in a coordinated way that the Australian market had not yet achieved at commercial scale.

• No domestic separation capability: Australia’s rare earth resources are processed in China — there is no domestic separation capability at commercial scale, creating supply chain vulnerability for a nation rich in critical minerals
• Junior miner R&D constraints: Junior mining companies like Victory Metals cannot afford to build internal R&D teams for processing technology development, yet they need technical expertise to advance projects toward production
• Academic-to-commercial gap: World-class academic expertise in minerals processing exists at Australian universities but lacks a structured pathway to reach commercial application — research stays in the lab while companies need deployable solutions

Both sides recognized they needed each other: Victory for Curtin’s technical expertise and the Trailblazer program’s resources, Curtin for Victory’s mineral resource and a real-world pathway to commercial impact. The challenge was designing a partnership that gave Victory access to specific technical capabilities while giving Curtin a structured role in a commercial project — a balance that most mining-academia partnerships fail to achieve.

3. The Strategy

Rather than a general research sponsorship or a consulting arrangement, Curtin and Victory Metals built a three-way partnership that uses the Australian Government’s Trailblazer program as the structural backbone — combining Victory’s resource asset, Curtin’s named technical specialists, and a pre-existing government funding and governance framework.

• Government program as structural backbone: The Trailblazer program provided pre-existing funding and a ready-made governance framework — Victory didn’t need to negotiate a custom partnership structure from scratch but joined an existing program designed for this exact purpose
• Named specialist deployment: Curtin contributed specific, named specialists with expertise in water management, recycling and recovery, and metallurgy — not general research support. This specificity gave Victory confidence that the partnership would produce practical, deployable results
• Co-developed pilot plant: The partnership includes a pilot plant co-developed at Victory’s Burswood facility, providing a direct technology transfer mechanism from Curtin’s research to Victory’s project — closing the academic-to-commercial gap that most university-industry partnerships leave open

Resources were split by comparative strength: Victory contributed the North Stanmore mineral resource, the Burswood facility, and project management; Curtin contributed named technical specialists from the WA School of Mines; the Trailblazer program contributed funding, coordination infrastructure, and a governance framework designed for university-industry critical minerals collaboration.

4. The Results

The Curtin-Victory partnership was announced in February 2026, establishing a framework for accelerating Australia’s largest clay-hosted heavy rare earth project toward commercial production through direct academic-industry collaboration.

• Strategic partnership advancing production: Partnership accelerating Australia’s largest clay-hosted HREE project (320.6Mt, North Stanmore) toward commercial production with Curtin’s technical expertise embedded directly in Victory’s project team
• Named specialists embedded: Curtin technical specialists in water management, recycling and recovery, and metallurgy working alongside Victory’s project team — not in a separate academic setting but integrated into the commercial project workflow
• Pilot plant framework established: Co-developed pilot plant at Victory’s Burswood facility providing a direct pathway from research to commercial application, with the framework designed to scale as the project advances toward production

Full output — optimized processing flowsheets, pilot plant operations, and commercial production — will materialize over 2-5 years as the North Stanmore project advances. The partnership’s success will be measured in project milestones, not publications: a deliberate departure from traditional academic-industry research partnerships.

5. The Melan Approach

Melan advises structuring partnerships like this one when the capability gap requires specific operational expertise rather than general research capacity — the Trailblazer program model works best when the academic partner contributes named specialists with deployable skills and the commercial partner provides a real-world project for those skills to address.

• Governance model: Curtin technical team works alongside Victory’s project team with Trailblazer program milestones providing the coordination framework. Melan would recommend formalizing a joint steering committee with defined decision rights for project prioritization, resource allocation, and milestone review — and, critically, defined IP ownership rules for jointly developed processing technologies.
• Risk allocation: Government program funding shifts short-term financial risk to the public sector while Victory retains project execution risk. Melan recommends planning for a transition to self-funded operations as the project matures — ensuring the partnership outlasts the government funding window and establishing commercial sustainability.
• Shared goal: Build Australian domestic rare earth processing capability while establishing a replicable Trailblazer model for university-industry critical minerals partnerships that can be applied to other deposits and mineral types across Australia.

This Trailblazer program model is highly replicable for other critical minerals projects across Australia and potentially in other countries with similar government-backed industry-academia collaboration programs. The key success factor is specificity — named specialists with deployable expertise, not general research support.

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