From artificial intelligence to the defense industry, from green transformation to high-tech manufacturing, the future of many strategic sectors increasingly depends on the security of critical mineral supply chains. Therefore, the U.S. financial support for the Ampasindava rare earth elements project in Madagascar – while at first glance appearing as a limited initiative aimed at advancing a mining investment of approximately $150 million – provides a meaningful starting point for understanding the transformation of current global systemic competition.
The financial commitment of up to $4.84 million provided by the U.S. International Development Finance Corporation for pilot plant operations, laboratory testing, and environmental programs is quite modest compared to the overall scale of the investment. However, the significance of this support stems from its clear framing as part of a broader strategy to create viable alternatives to critical mineral supply chains dominated by China.[i]
The deposits located in the Ampasindava field (namely neodymium, praseodymium, dysprosium, and terbium) are indispensable for permanent magnets, used in a wide range of applications from electric vehicles and wind turbines to advanced electronic systems, fighter jets, and precision-guided munitions. The project aims to begin production in mid-2028, with an estimated annual output of approximately 4,000 tons of rare earth oxides; of this, around 1,700 tons is expected to consist of high-value magnetic elements. Consequently, the investment in Madagascar goes beyond the economic prospects of a specific mining site, encompassing broader supply chain competition that simultaneously shapes the energy transition, advanced manufacturing, and national defense architecture.[ii]
This development underscores that critical minerals are no longer considered merely commercial commodities. Fundamental to high technology, AI hardware, semiconductors, energy systems, and military capabilities, these resources are firmly at the heart of economic security paradigms. According to the International Energy Agency, the full implementation of China’s export controls on heavy rare earth elements by 2025 could jeopardize approximately $6.5 trillion in annual production across China’s automotive, high-tech, defense, and energy sectors. Furthermore, the same report reveals that fragility in critical mineral markets is not solely related to the geographical distribution of reserves; rather, the overconcentration of processing and refining capacities directly undermines supply security.[iii]
Consequently, interpreting critical mineral competition solely through the lens of which country has access to more mining sites is analytically insufficient. The true focus of the competition is on who finances the mining, which trade corridors the materials are transported through, where they are processed, which corporate entities refine them, and ultimately, into which advanced technological products they are transformed. In other words, global competition is expanding from a contest over mining sites to a broader struggle for dominance throughout the value chain. China’s structural advantage stems precisely from its capacity to integrate mining, infrastructure, logistics, processing, and long-term trade ties within a single unified architecture.
Washington’s strategic orientation toward Africa can be read as an effort to create an alternative structure to this integrated apparatus. Avoiding a direct copy of China’s institutional methodology, the United States aims to build supply chains compatible with the US through public funding, political risk insurance, mobilization of private sector capital, and long-term procurement agreements. The Critical Minerals Ministerial Meeting, held in February 2026 with participation from over fifty countries, underscored Washington’s intention to move this competition beyond isolated investments into a broader trade and security partnership.[iv] Simultaneously, state-backed US financing and supply frameworks in Africa are increasingly prioritizing the channeling of copper, cobalt, and other critical minerals into Western-oriented networks.[v]
The Lobito Corridor, designed to connect mining regions in the Democratic Republic of Congo and Zambia to Angola’s Atlantic coast, demonstrates how the United States views mineral security alongside transportation infrastructure and regional trade networks. On the other hand, the China-backed Tanzania-Zambia railway line, which redirects similar resources eastward to Asian markets, demonstrates that geo-economic competition in Africa is intensely contested over transit routes connecting its underground wealth to global consumption centers. The Western-backed Lobito Corridor and the China-backed TAZARA line stand as concrete manifestations of a competition based on redirecting the continent’s mineral wealth to different economic and logistical destinations.[vi]
Despite these increasing competitive pressures and initiatives, America’s growing investment in Africa does not mean that China’s hegemony over critical mineral chains will disappear in the near future. While Washington aims to remove certain Chinese-origin minerals from defense supply lines by 2027, it is widely reported that American domestic mining and processing capacities are insufficient to meet this program. Despite tens of dollars in public subsidies, persistent capacity deficits continue in the US refining, advanced materials, and magnet manufacturing sectors. This reality shows that supply chains cannot be diversified simply by opening new mining areas.[vii]
According to the International Energy Agency, an assessment of projects announced in geographically diversified regions outside of China reveals that by 2035, the projected rare earth element refining capacity will reach approximately two-thirds of the expected mineral production, while the potential magnet production capacity will remain at only one-third of that volume.[viii] This structural imbalance demonstrates that even if the global system successfully utilizes primary resources outside of China, it may maintain its systemic dependence on processed materials and advanced technological components.
This is precisely where the Madagascar project highlights a critical structural contradiction. While the extraction of rare earth elements is planned within Madagascar, the operating entity is simultaneously exploring partnership options for processing and refining in the United States and Europe. The inclusion of firms such as MP Materials, USA Rare Earths, and Solvay among potential refining partners could advance the West’s goals of disengaging from Chinese supply networks. However, the extraction of raw minerals in Africa and the outsourcing of high-value-added processing and magnet production to external regions does not fundamentally alter Madagascar’s secondary position in the global value chain. Therefore, a supply chain independent of China does not automatically mean economic sovereignty for African states. A real development benefit for the continent from US-China competition depends on integrating technology transfer, local added value, local employment, infrastructure development, and regional production preconditions into direct investment frameworks.
The African Union’s Green Minerals Strategy similarly aims to pivot the continent away from a raw-material-export-dependent model toward the cultivation of local beneficiation, integrated value chains, employment creation, economic diversification, and regional industrialization capacity.[ix] This strategic posture signals that African nations are not condemned to make a passive binary choice between Washington and Beijing. To the contrary, escalating global supply security anxieties afford mineral-producing states a degree of leverage unprecedented in modern trade history. The implementation of cobalt export restrictions by the Democratic Republic of the Congo, Guinea’s strategic pivot beyond raw bauxite exports toward enhanced local alumina refining, and the imposition of novel conditionalities on unprocessed mineral exports by various African governments all evince a concerted institutional drive to redefine the continent’s hierarchical standing in the global value chain. Contemporary critical mineral producers increasingly seek not merely to attract foreign capital, but to dictate the qualitative parameters of investment and ensure that critical phases of the production cycle remain anchored domestically.[x]
However, it would be analytically flawed to claim that increased bargaining power will automatically lead to inclusive development outcomes. The dominant discourse surrounding “reliable supply chains” primarily prioritizes the industrial security and operational continuity of the United States, Europe, and other developed economies. Unless the socio-environmental externalities of mining operations—including ecological degradation, allocation of water and land resources, participation of local communities in decision-making processes, and equitable income distribution—are rigorously addressed, reducing dependence on China risks reproducing a neo-colonial, outward-looking raw material economy in Africa. Consequently, the crucial question is not whether supply chains can achieve independence from Beijing, but whose security and development needs the newly established networks will ultimately serve.
In conclusion, the US financial support for the Ampasindava project signals a qualitative escalation in the race for critical minerals on the African continent. However, China’s structural advantage stems not only from capital allocation to mining sites but also from a comprehensive value chain architecture that seamlessly connects processing, refining, logistics infrastructure, and market access. Washington’s capacity to create a viable alternative depends on moving beyond initial project funding to develop sustainable industrial and processing ecosystems. From an African perspective, the ultimate measure of success in this geopolitical struggle will not be whether Washington or Beijing secures more mining deals, but whether the continent can successfully leverage this competitive dynamic to catalyze indigenous industrialization and technological mastery. Consequently, the decisive variable in the emergence of Africa’s critical mineral landscape will not be the first actor to gain physical access to mining sites, but the actors who control the economic rent generated by these resources, enabling technological transformation and industrial integration.
[i] Adombila, M. A. A., “US backs Madagascar rare earths project in push to loosen China’s supply chain grip”, Reuters, https://www.reuters.com/world/africa/us-backs-madagascar-rare-earths-project-push-loosen-chinas-supply-chain-grip-2026-07-28/, (Date Accessed: 29.07.2026).
[ii] Ibid.
[iii] “Global Critical Minerals Outlook 2026”, International Energy Agency, 2026, https://www.iea.org/reports/global-critical-minerals-outlook-2026, (Date Accessed: 29.07.2026).
[iv] “2026 Critical Minerals Ministerial”, U.S. Department of State, https://www.state.gov/releases/office-of-the-spokesperson/2026/02/2026-critical-minerals-ministerial, (Date Accessed: 29.07.2026).
[v] Adombila, M. A. A., “US challenges Chinese control in race for African minerals”, Reuters, https://www.reuters.com/world/asia-pacific/us-challenges-chinese-control-race-african-minerals-2026-02-09/, (Date Accessed: 29.07.2026).
[vi] Russel C. “Can Africa win as the West and China scramble for minerals?”, Reuters, https://www.reuters.com/markets/commodities/can-africa-win-west-china-scramble-minerals-2026-02-12/, (Date Accessed: 29.07.2026).
[vii] Scheyder E. & Renshaw J., “Trump may need to allow Chinese minerals as US industry struggles to meet 2027 deadline”, Reuters, https://www.reuters.com/legal/government/trump-may-need-allow-chinese-minerals-us-industry-struggles-meet-2027-deadline-2026-07-27/, (Date Accessed: 29.07.2026).
[viii] International Energy Agency, ibid. 2026.
[ix] “Africa’s Green Minerals Strategy”, African Union, 2025, https://au.int/en/documents/20250318/africas-green-minerals-strategy-agms, (Erişim Tarihi: 29.07.2026).
[x] International Energy Agency, ibid. 2026.
