rather than optimization alone. Today, large mining companies account for approximately 40% of global supply. Resilience cannot rely solely on a small number of Tier 1 assets. A diversified production base is required: ten smaller mines can collectively deliver output equivalent to a Grasberg-scale operation, while also creating a buffer against disruption. Expanding the number of smaller, well-executed operations is essential to bridging supply gaps and strengthening system resilience. Talent attraction and retention represent another structural constraint. The industry must compete for the brightest minds, yet mining is no longer a default career choice for young professionals. A collaborative effort between industry, academia and governments is required to build capacity in locations where people want to live, supported by remote and digital operations. For example, urban hubs could serve as centres for remote mine operations, reducing the need for long-term residence at mine sites. At the same time, the industry must close the gap between academia and practice. Stronger involvement from mining companies in defining relevant research agendas, combined with meaningful work experience embedded within education pathways, is essential to developing the next generation of leaders. This is not only a workforce strategy; it is a productivity and innovation strategy. Designing Sustainable Prosperity provides a framework to enable these changes through co-designed regional initiatives (Hiam-Galvez, D. 2024). By aligning industry, governments, communities, and investors around shared objectives and accountability, regions can achieve diversified, resilient prosperity that endures beyond the life of mine. Supporting policy settings, clearer regulations, aligned incentives, and earlier engagement with key players can materially reduce development timelines without compromising environmental or social responsibility. When investors, innovators, and operators are integrated through shared regional platforms, proven solutions can be deployed faster and at scale, replacing fragmented pilots with repeatable success. The outcomes are tangible: shorter project cycles, improved resource recovery, more resilient operations, and critically greater societal trust in mining’s role in enabling the electrification of the global economy. 7. CONCLUSIONS AND RECOMMENDATIONS The scale of the challenge facing the copper industry is undeniable. The central question is no longer whether a supply gap exists, but how will it be closed. “More of the same” is not a viable option. A 5% improvement may provide short-term relief, but even a 10% increase will still leave a deficit. Meeting society’s rapidly growing demand for copper requires a fundamentally different approach, one that moves beyond incremental gains toward coordinated, system-level transformation. 99
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