In the dynamic landscape of 2025, as the imperative of climate change and the transition to green energy accelerate, a profound recalibration of global economic power is underway, driven by commodities far removed from the traditional fossil fuel narrative. Copper, the indispensable metal powering electrification, and cocoa, the vital ingredient in global food supply chains, are increasingly dictating the rhythm of international trade and geopolitical influence, mirroring the strategic importance once held exclusively by oil. Copper prices have demonstrated remarkable resilience, surging over 20 percent year-to-date, fueled by a confluence of supply constraints, escalating demand from green infrastructure projects, and the insatiable appetite of data centers for advanced computing. Concurrently, cocoa has experienced extreme price volatility, with record highs in early 2025, preceding a sharp correction of nearly 50 percent, primarily attributed to climate-induced shocks in West Africa. Together, these market movements underscore a significant geopolitical pivot, moving away from hydrocarbons towards critical raw materials and natural resources that are fundamental to both technological advancement and basic human sustenance. Copper’s role in enabling the energy transition and cocoa’s influence on global food security and ethical consumption patterns position them as the twin harbingers of a transforming world order.
This evolving dynamic also highlights a pronounced concentration of resource power and strategic assets within the Global South. The fertile cocoa heartlands of West Africa and the mineral-rich copper belts of Latin America are emerging as new centers of influence, challenging established economic hierarchies. In essence, copper and cocoa are becoming the “new oil” – defining strategic scarcity, driving innovation, and starkly illustrating the persistent global inequalities.
Underpinning the Climate Transition: The Copper Imperative
Copper is an elemental component of the global shift towards electrification. Its applications are pervasive, ranging from electric vehicles, solar photovoltaic panels, and wind turbines to hydropower generation and the modernization of electricity grids. The exponential growth in demand from data centers, where copper is critical for cooling systems, internal networking, and power distribution infrastructure, has been further amplified by the burgeoning artificial intelligence revolution. According to projections from the International Energy Agency (IEA), global copper demand is anticipated to reach 31.3 million tonnes by 2030, a substantial increase from the approximately 24.9 million tonnes recorded in 2021.
António Alvarenga, Professor of Strategy and Entrepreneurship at Nova School of Business and Economics, notes, "China’s massive grid expansion and urban development have been the single largest recent driver of copper demand. Continued Chinese industrial stimulus and infrastructure spending are therefore key factors underpinning copper prices." However, he also points out a critical supply-side challenge: "Copper mine output has grown only about one to two percent annually, despite rising demand, and new projects take around 15-17 years to develop." This significant lead time for new mine development creates inherent supply inelasticity.
The geographical concentration of copper production further exacerbates these supply concerns. Key producing regions include Zambia and the Democratic Republic of Congo in Africa, and the copper belt spanning Chile and Peru in Latin America. Sunil Kansal, head of Consulting and Valuation Services at Shasat Consulting, observes, "This concentration of resources is quietly reshaping global alliances, as countries compete to secure long-term access, much like the oil geopolitics of the 20th century." This strategic importance means that disruptions in these key mining regions can have immediate and profound impacts on global supply and prices. Recent incidents, such as a fatal accident at Chile’s El Teniente mine in July, leading to a significant production halt, and a flooding event and roof collapse at the Kamoa-Kakula copper mine in the DRC in April, underscore the fragility of current supply chains. Furthermore, aging infrastructure and chronic underinvestment in the mining sector have contributed to existing supply bottlenecks and upward price pressure.
Franck Bekaert, a senior emerging markets analyst at Gimme Credit, elaborates on the challenges, stating, "Many of the world’s major copper mines are aging, and the average copper content (ore grade) is declining, meaning that more rock must be processed to extract the same amount of copper. Additionally, permit delays and ecological constraints are hindering the launch of new projects, which is driving up costs. To meet the growing demand for copper, significant investments will be required." Beyond operational challenges, political instability, including worker strikes, environmental protests, and governance issues such as rising corruption in major producing countries, have also contributed to supply volatility. Currently, copper inventories are reported to be at record lows, according to Benchmark Intelligence, even as demand for green infrastructure in the United States and the European Union continues to surge. As the world accelerates its electrification efforts, copper’s inherent scarcity is emerging as a structural risk to global economic growth, a phenomenon reminiscent of the oil shocks of previous decades.
Climate Shocks and Cocoa’s Vulnerability: A Global Food Security Concern
The intricate relationship between climate patterns and agricultural yields was starkly illustrated by the dramatic fluctuations in cocoa prices. Francisco Martin-Rayo, co-founder and CEO at Helios AI, aptly described the situation: "When the Ivory Coast and Ghana sneeze, global chocolate catches a cold. Cocoa just had its ‘oil moment’: a near 500,000-ton global deficit in 2023-24 pushed inventories to multi-decade lows and sent futures above $10,000/ton at the peak in January 2025." A primary catalyst for this imbalance was the El Niño weather pattern during the 2023-24 season, which brought volatile weather conditions, including excessive rainfall followed by prolonged dry spells, across key cocoa-producing nations like Ghana and Ivory Coast. Cocoa cultivation is highly sensitive to environmental conditions, thriving only within a narrow band of warm, humid equatorial climates. With approximately 70 percent of the global crop originating from West Africa, these temperature extremes led to reduced yields and exacerbated the incidence of crop diseases, such as the swollen shoot virus and brown rot. The compromised quality of the remaining harvest further intensified price pressures.
Compounding these climate-related issues is the aging demographic of cocoa trees in West Africa. These older trees often exhibit diminished productivity and are more susceptible to diseases and pests, leading to significantly lower yields. The inherent challenge for farmers is the substantial investment required for replanting and farm rehabilitation. However, persistently low incomes make such essential investments difficult to sustain, perpetuating a vicious cycle of aging trees, declining productivity, and meager farmer earnings.
Alvarenga comments on the demand side, "Cocoa demand has grown steadily. Western holiday consumption and an expanding middle class in Asia/Africa support baseline demand. However, extremely high prices can dampen consumption: in 2025 European and Asian cocoa grindings fell as manufacturers faced higher costs." The implications of these price surges extend far beyond the cost of chocolate and related confectioneries; they signal a systemic crisis within agricultural supply chains characterized by climate volatility, soil degradation, and widespread farmer poverty. With a substantial portion of the cocoa crop still produced by smallholder farmers, the commodity is intrinsically linked to social issues such as food insecurity, forced migration, income inequality, and the ethical sourcing debate. Even as prices have experienced a partial retraction, the underlying structural issues driving cocoa’s volatility remain unresolved.
Strategic Assets in a Fragmented World
Similar to the geopolitical landscape shaped by oil in previous decades, the supply of both copper and cocoa is concentrated in a limited number of regions. This concentration has fundamentally altered global alliances and trade dynamics, prompting consumer nations to actively seek diversification of suppliers to mitigate supply chain and security risks. Copper, recognized as a strategic metal and asset, is now integral to national decarbonization strategies worldwide. The accelerating pace of advancements in artificial intelligence and other cutting-edge technologies, which demand increased electricity consumption, further solidifies copper’s status as the "new oil." Consequently, major copper consumers, including the United States and the European Union, are intensifying efforts to secure a broader base of suppliers to spread supply risks.
Alvarenga highlights the geopolitical maneuvering: "The US launched a section 232 national security investigation into copper and China has pivoted away from Chile by sourcing more from DRC, Russia and Zambia. These moves have created new alignments – such as China deepening ties with African producers, Western nations seeking alternative mines or stockpiles." These strategic positioning efforts bear a striking resemblance to the resource competition witnessed in oil markets, fostering new partnerships between industrial powers and resource-rich nations. Edward Nikulin, a weather model expert at Mind Money, cautions, "As with oil, these relationships can lead to trade frictions, resource nationalism, and competition for influence. For investors, this concentration magnifies geopolitical risk but also signals long-term strategic value."
In the cocoa market, governments in Ghana and Ivory Coast wield considerable influence over supply through export regulations and price-setting mechanisms, effectively forming a producer bloc analogous to OPEC. Kansal observes, "We are seeing the emergence of coordinated action by Ghana and the Ivory Coast to demand fairer terms, echoing the resource diplomacy once seen in oil markets." This initiative is embodied by the "Living Income Differential" (LID), a premium added to export prices designed to ensure a greater share of cocoa income reaches farmers, thereby improving living standards and addressing issues such as child labor, poverty, and deforestation.
Martin-Rayo further explains the impact of these measures: "The joint $400/ton ‘Living Income Differential’ set a de-facto floor under farmgate economics, while EU deforestation rules (EUDR) are forcing farm-level traceability (GPS coordinates, plot IDs) and reshaping trade flows toward compliant suppliers. Expect more local processing in Abidjan and San-Pédro and more origin diversification to Ecuador/Brazil – a classic resource-security realignment."
Technological advancements are also playing a crucial role in enhancing cocoa production’s stability and importance. Innovations such as satellite imagery, robotic pollination, ground sensors, and drones are enabling real-time monitoring of pests, growth rates, and soil moisture in large plantations. This technological integration aims to stabilize yields and bolster cocoa’s economic and strategic significance. Similarly, major copper companies are increasingly focusing on responsible production practices, addressing sustainability and labor concerns to attract a new generation of investors. Alvarenga notes the investment appeal: "Over the past five years, copper and copper miners have significantly outpaced the S&P 500 and broad commodity indices. Dedicated copper ETFs and mining stocks have been popular. Upside for investors comes from expected supply deficits: pent-up demand from EVs/renewables could lift prices if new mine output lags."
However, Alvarenga also cautions about policy intervention risks, such as stockpiling and tariffs, which could disrupt copper flows. While cocoa is inherently more volatile and speculative than copper, Martin-Rayo characterizes its emerging "oil-like" status as a fundamental regime shift. He posits, "Think of cocoa as smaller than oil, but newly ‘systemic’ for food manufacturers and retailers."
The year 2025 marks the dawn of a "post-oil" resource era, one where sustainable and ethically produced commodities are poised to wield significant global power. The "new oil" may be mined, cultivated, or digitally verified, rather than being a liquid commodity. Both copper and cocoa represent a pivotal shift towards the commodities of the future – scarce, economically resilient, and increasingly vital in a world grappling with fragmentation and demanding a balance between transparency, accountability, and sustained growth.
