Finding critical copper beneath volcanoes (2026-2028)
Abstract
Copper is essential in our race for decarbonation, yet demand will overtake supply at current discovery rates. Discovery of new copper deposits relies on better understanding of magma history leading to copper accumulation beneath arc volcanoes. This project aims to apply novel micro-chemical techniques and machine learning analysis to unlock copper fertility indicators in magmatic minerals. Together with plate tectonic constraints, the new micro-chemical information is expected to generate improved understanding of how copper deposits form. Outcomes are expected to enable more targeted exploration for copper, thus addressing the increased demand for copper with significant benefits to the Australian mining and renewable energy sectors.
