Australia’s Chief Scientist, Professor Tony Haymet, has presented a strategic vision for enhanced collaboration between Australia and South Korea. Speaking at the Korea-Australia Future Forum in Seoul, Haymet emphasized the need for greater cooperation to build a resilient critical minerals supply chain and advance new technologies. This partnership aims to fortify both nations’ roles in the global energy transition.
Highlighting the enduring relationship, Haymet noted that this year marks 65 years of diplomatic ties between Australia and South Korea, as well as the fifth anniversary of their Comprehensive Strategic Partnership. He observed that the relationship has evolved beyond traditional trade and diplomacy, becoming increasingly driven by science, technology, innovation, and the exchange of ideas.
Strategic Opportunities in Advanced Manufacturing
According to Haymet, Australia and South Korea possess complementary strengths that make them ideal partners for developing critical technologies and resilient supply chains. He identified several key areas for collaboration, including the critical minerals supply chain, advanced manufacturing, and emerging technologies such as quantum computing and artificial intelligence.
The complementary nature of the partnership is particularly evident in the battery and semiconductor industries. While Australia provides many of the critical minerals essential for future technologies, South Korea is a global leader in advanced manufacturing, transforming these raw materials into high-value technology products.
A key element of this cooperation is the existing Memorandum of Understanding (MoU) between Australia and South Korea on critical minerals supply chains. Haymet explained that the agreement promotes joint research and engineering efforts to discover, process, recycle, and utilise critical minerals more efficiently and sustainably.
Commercial Partnerships Driving the Industry
To transform scientific research into meaningful commercial outcomes, Haymet emphasised the importance of strong partnerships among governments, universities, and private industry. He noted that while high-quality research provides the foundation, creating effective pathways for investment, commercialisation, and industry adoption is equally essential.
This collaborative vision is already taking shape through major commercial agreements. Mineral Resources has strengthened its lithium partnership with POSCO Holdings. Under the agreement, the South Korean steelmaker will acquire a 30% stake in LithCo, the operational lithium business of Mineral Resources. The joint venture will hold 50% interests in the Wodgina and Mt Marion lithium mines, reinforcing long-term cooperation across one of Australia’s premier lithium portfolios.
In another significant development, Lynas Rare Earths has expanded its downstream partnership with South Korean manufacturer JS Link. The collaboration aims to establish an integrated rare earth supply chain outside China. JS Link plans to build a rare earth permanent magnet manufacturing facility in Kuantan, Malaysia, with an annual production capacity of 3,000 tonnes of neodymium-iron-boron (NdFeB) permanent sintered magnets. Lynas will invest approximately $50 million in the project through an exclusive supply agreement that extends until January 2038.
The Future of Technology and Human Capital
Looking beyond critical minerals, Haymet highlighted that emerging sectors such as artificial intelligence, biotechnology, robotics, quantum computing, and advanced manufacturing offer significant opportunities for future collaboration. He concluded that the long-term success of these technological partnerships will depend on human capital, with researchers, entrepreneurs, students, and investors working seamlessly across international borders.