Notably, neither scenario assumes that the growth in new capacity—expansions and new mines—speeds up. Absent a major policy shift, however, regulatory, permitting, and legal challenges, combined with long timelines for new mines to come onstream, will continue to dampen the pace of supply increases. This supply-demand gap for copper will pose a significant challenge to the energy transition timeline targeting Net-Zero Emissions by 2050. The challenge will be compounded by increasingly complex geopolitical and country-level operating environments. These include
The strategic rivalry between the United States and China—over a projected period in which China will remain the dominant global supplier of refined copper, while the United States depends on imports for well over half its copper.
Russia’s invasion of Ukraine and its cascading effects on the commodities markets and energy security, which have highlighted the vulnerability of supply chains. “Supply chain resilience” policies aiming to secure reliable supplies of the materials needed for energy transition—and economies in general—are likely to be a central feature of the emerging geopolitics.
A growing tension between energy transition, social license, and ESG objectives that dramatically increase the need for minerals like copper on one hand, while raising the compliance, legal, and operational costs of mining those minerals on the other.
The risk of a significant, structural increase in copper prices as the supply-demand gap increases, with a potentially destabilizing impact on global markets and industry. While structurally higher prices incentivize international investment in new capacity, governments in sourcing countries are likely to seek to capture domestically a rising share of revenues.
The fragmenting of globalization and a resurgence of resource nationalism. The resulting challenge for all actors involved with the energy transition will be to manage often competing and seemingly contradictory priorities. It is clear that technology and policy innovation will both be critical to reducing the supply-demand gap for copper in order to help enable the net-zero goals
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