As countries and businesses focus on renewables, demand for metals is expected to surge, as mineral requirements are much higher for renewable energy sources and the focus is shifting to building related infrastructure and solutions. For example, copper is considered one of the most important metals for the green transition due to its key role in electrification and the ability to be recycled repeatedly without loss in performance. In photovoltaic systems, the usage of copper is 11~40 times higher than conventional fossil fuel generation. What’s more, wind power generation requires six times the amount of mineral commodities (copper, zinc, and nickel) as a coal-fired power plant and 13 times more than a gas plant, while solar requires three times as many minerals as a coal plant. The growing electric vehicle market will also increase demand for commodities such as lithium, cobalt, and nickel. Under the International Energy Agency’s “Sustainable Development Scenario,” the demand for lithium is expected to increase more than 40-fold over the next two decades.
With substantial demand shifts underway, the supply side is expected to adjust accordingly, leading to fundamental shifts in the commodity industry landscape. The pace of the transition will require rapidly increasing the availability of certain raw materials, yet production has lagged even before this year’s macro shocks. More recently, activity lockdowns in China are stretching the country’s supplies even further. Data from the Shanghai Futures Exchanges shows that the deliverable stocks of copper started being depleted earlier this year after a short build-up and now have plunged to the lowest level in a decade for the same period of the year1. Global mineral supplies are not just tight in aggregate quantity. They also exhibit meaningful degrees of concentration. Currently, Russia and China account for 86% of global vanadium2 production and 61% of global reserves, while China alone accounts for 61% of global production of rare earths and 37% of global reserves; it also accounts for 79% of global production in graphite and nearly 40% of refinery production in copper. The Democratic Republic of Congo accounts for 74% of global cobalt production and 46% of global reserves, while 61% of global chromium production and 75% of global reserves are controlled by South Africa and Kazakhstan combined3.
The geographic concentration of key minerals presents both challenges and opportunities. On one hand, it leads to higher concerns of supply disruptions if the top producer is faced with geopolitical conflicts, political dislocations, external sanctions, or internal activity lockdowns. But in those cases, asset prices are typically lifted for the rest of the commodity exporter complex, especially for other producers and processing operations that are perceived as a close alternative to make up for the supply shortfall. Over the long-term, there is strategic incentive for countries to build a diversified source of suppliers to secure the availability of key minerals and to keep the green transition timeline on track. Therefore, this diversification process can create opportunities for resource-rich economies that have the potential to substitute-in and increase their market share. For example, while global graphite production is currently dominated by China, Brazil is another leading producer with a comparable share in graphite reserves and also high up in rare earths reserves; Chile and Argentina both have a strong presence in the lithium processing market where China currently has the highest share; Chile is also the leading producer of copper; aside from being the largest producer of lithium, Australia is also the third largest producer of cobalt, after the Democratic Republic of Congo and Russia.
Indeed, the supply landscape of key minerals has never been static. Rather, in recognition of the secular shift into renewable energy sources, some countries have already positioned themselves as “first movers” to gain the upper hand. For example, Indonesia has devised a commodity-led development strategy with the goal to create an integrated electric vehicle supply chain. While the Nickel market was historically dominated by Russia and Canada, nowadays it is led by Indonesia and the Philippines, with Indonesia’s mine production nearly triple that of Russia.