Africa's Minerals Are Called Critical. The Real Question Is: Critical to Whom, and Why Not to Africa Itself?

The Designation Is Not Neutral When the United States government publishes its Critical Minerals List, it is not describing geology. It is describing supply chain anxiety. The minerals on that list are critical because they are indispensable to the specific industrial systems that the United States and its allies need to sustain their energy transitions, their defence capabilities, and their technological competitiveness. Lithium is critical because it powers electric vehicle batteries that Western automakers are committed to producing at scale. Cobalt is critical because battery chemistries that Western manufacturers have standardised around require it. Rare earth elements are critical because the permanent magnets in wind turbines and electric motors that Western energy systems depend on cannot be made without them. None of these designations originate from an assessment of what Africa needs. They originate from an assessment of what others need from Africa. This is not a conspiracy. It is simply how strategic resource policy works. Every government designates as critical the resources it fears losing access to, and structures its engagement with resource-holding countries around securing that access. The United States' Minerals Security Partnership, the European Union's Critical Raw Materials Act, and Japan's Resource Strategy are all, in their essential architecture, programmes designed to ensure that the industrial systems of their respective economies have reliable access to the minerals those systems require. Africa's development interests are present in these frameworks as secondary considerations, present because they are necessary to secure the political cooperation of African governments, not because they are the primary objective. The problem is not that Western governments are pursuing their strategic interests. That is what governments do. The problem is that African governments have largely allowed others to define what critical means in the context of their own resources, and have structured their engagement with the global critical minerals system around the terms that external actors have set rather than the terms that African development requires. What the Numbers Actually Show The Democratic Republic of Congo produces more than 70 percent of the world's cobalt. By any measure, the DRC is the most critical cobalt geography on earth. And yet the DRC is one of the poorest countries in the world by per capita income, with a human development index that places it near the bottom of the global distribution despite sitting atop the resource that the global electric vehicle industry cannot function without. Zambia's copper, Tanzania's graphite, Mozambique's graphite and heavy mineral sands, Rwanda's tantalum, and the lithium deposits being developed across the continent from Zimbabwe to Mali to Namibia collectively position Africa as indispensable to the industrial systems of the twenty-first century in the same way that the Middle East was indispensable to the industrial systems of the twentieth. The Middle East analogy is the one that should give African policymakers the most pause, because it is the clearest available evidence of what indispensability at the extraction end of a value chain actually produces over fifty years. Saudi Arabia, Kuwait, the UAE, Iraq, and Iran collectively held the oil reserves that powered the global economy from the 1950s through the present. Their export revenues were real and substantial. Their geopolitical leverage was demonstrated dramatically in 1973. And yet the industrial systems that converted their crude oil into the refined products, petrochemicals, plastics, pharmaceuticals, and advanced materials that generated the highest economic returns were built overwhelmingly in the United States, Western Europe, and Japan rather than in the oil-producing countries themselves. Half a century of critical resource supply generated sovereign wealth funds and urban infrastructure in the Gulf, but it did not generate the industrial complexity, the technological capability, or the human capital depth that the countries controlling refining and manufacturing developed over the same period. Africa's critical minerals moment is arriving with full knowledge of this history. The question is whether that knowledge is changing the decisions being made in mining ministries, in development finance institutions, and in the bilateral negotiations between African governments and the investors seeking access to their geology. Critical Is Where You Sit in the Chain The word critical describes a position in a supply chain more accurately than it describes a mineral itself. Lithium spodumene concentrate, the first-stage product from a hard rock lithium mine, is a physical mineral product. It becomes critical, in the economically meaningful sense, when it is converted into battery-grade lithium hydroxide and integrated into a battery cell that an electric vehicle manufacturer cannot produce without it. The criticality is a property of the system, not of the ore. This distinction matters because it reveals where the leverage actually sits. A lithium mine that produces spodumene concentrate is valuable. A lithium chemical converter that produces battery-grade hydroxide is more valuable. A battery cell manufacturer that assembles the hydroxide into cells is more valuable still. And an electric vehicle manufacturer that integrates the cells into a vehicle that consumers want to buy is the point at which the entire upstream value chain's contribution is finally realised in the market. Africa is overwhelmingly positioned at the bottom of this value chain hierarchy. It holds the geology. It performs the extraction. In some cases it performs initial concentration. The processing, the chemical conversion, the component manufacturing, and the final product assembly that generate the majority of economic value from the mineral's journey from ore body to consumer product happen almost entirely outside Africa, predominantly in China at the processing and refining stages and in East Asia, Europe, and North America at the manufacturing and assembly stages. China's processing dominance is the most structurally important feature of the current critical minerals system for African producers to understand. China controls an estimated 60 to 80 percent of global refining and processing capacity across lithium, cobalt, graphite, and rare earth elements. This was not achieved through geological advantage. China's domestic mineral endowment is significant but not uniquely so. It was achieved through thirty years of deliberate industrial policy that invested in processing infrastructure, technical education, and supply chain integration at a pace and scale that no other country matched. The result is that African minerals, extracted with African labour from African geology, generate their highest economic returns in Chinese processing facilities before entering global manufacturing networks. Africa is critical to supply. China is critical to transformation. And transformation is where value concentrates. The Policy Gap That Perpetuates the Position African governments are not unaware of the value chain problem. The rhetoric of beneficiation, local processing, and value addition appears in mining policy frameworks across the continent. Tanzania's minister for minerals described the Panda Hill niobium agreement's ferroniobium smelter as evidence that Tanzania should not only host extraction but capture processing value. Zimbabwe has imposed restrictions on raw lithium ore exports to encourage in-country processing. The DRC has periodically attempted to require cobalt processing within its borders. The policy intent is present. The gap between intent and implementation is where the honest analysis must focus. Processing requirements written into mining legislation face immediate pressure from investors who argue that the infrastructure for in-country processing does not exist, that the energy costs make domestic processing uneconomical relative to offshore facilities, and that the technical expertise required is not available in the host country. Each of these objections contains genuine truth. Processing infrastructure does not materialise from policy requirements alone. Energy at industrial scale is the foundational prerequisite that Uchumi360's energy analysis has documented as the binding constraint on industrial development across the coverage region. Technical expertise in lithium chemical conversion, cobalt refining, and graphite processing is genuinely scarce in African institutions. But the argument that processing is not yet viable because the infrastructure does not exist is an argument that can be made indefinitely, because the infrastructure will not be built until there is a committed demand for its output, and the demand will not be committed until the processing is required by policy. This circularity is the mechanism through which the extraction-and-export model perpetuates itself. Investors with existing processing capacity outside Africa have strong incentives to argue against in-country processing requirements, because those requirements would shift the processing margin from their facilities to new African competitors. African governments that accept the infrastructure gap argument and defer processing requirements allow the infrastructure gap to persist. The countries that have broken this circularity have done so through the same mechanism: credible, non-negotiable processing requirements backed by state investment in the enabling infrastructure, particularly energy, that makes processing commercially viable. Saudi Arabia's SABIC petrochemical company, which Uchumi360's OPEC parallel analysis examined in detail, was built through exactly this model. The Saudi government required downstream processing as a condition of upstream access, invested state capital in the enabling infrastructure, and accepted lower short-term returns in exchange for the industrial capability that decades of downstream processing would build. Tanzania's Panda Hill ferroniobium smelter is the most specific and most credible example in the current coverage region of this model being applied to a critical mineral project. The Western Re-Entry and Its Real Objective The United States, European Union, and their allied partners are investing substantial diplomatic and financial capital in securing access to African critical minerals. The Minerals Security Partnership, the US Development Finance Corporation's critical minerals mandate, and the EU's Global Gateway programme all direct financing and diplomatic attention toward African critical mineral projects. This engagement is real and it creates opportunities. But the architecture of this engagement, examined honestly rather than diplomatically, reveals that its primary objective is supply chain access rather than African industrial development. The financing being offered is predominantly for mine development and extraction infrastructure, the stages that ensure the supply of raw or minimally processed material to Western and allied country processing and manufacturing facilities. The processing infrastructure that would retain value in Africa, the chemical conversion facilities, the component manufacturing capacity, and the technical training programmes that would build African processing expertise, receives substantially less priority in Western critical minerals engagement than the upstream access that their supply chains require. This is not a cynical observation. It is simply a description of how governments prioritise their strategic interests. The United States government's interest in African lithium is ensuring that US battery manufacturers have access to lithium supply outside Chinese-controlled chains. That interest is served by developing African lithium mines that can supply to US-affiliated processors, whether those processors are located in Africa or elsewhere. The interest is not specifically served by ensuring that processing occurs in Africa rather than in the United States, Australia, or another allied country that is simultaneously building processing capacity. African governments that engage with Western critical minerals programmes on Western terms, accepting the financing and the diplomatic relationships without negotiating the processing requirements and technology transfer obligations that would change Africa's value chain position, will end up with better-capitalised mines that remain at the bottom of the value chain. The leverage to negotiate better terms is highest at the exploration and development stage, before capital is committed and the investor's flexibility is at its maximum. It declines rapidly once construction begins and sunk costs create pressure to complete the project on whatever terms have been agreed. What Critical Should Mean for Africa The reframing that African governments, development finance institutions, and the African Union need to execute is straightforward in its logic and difficult in its implementation. Critical minerals should be treated not as an export category but as an industrialisation foundation. The geology is the starting point, not the endpoint of the economic ambition. This means defining criticality from the African development perspective rather than accepting the definition imposed by external industrial policy. Which minerals are critical to Tanzania's industrialisation? Which minerals are critical to the DRC's economic transformation? Which minerals are critical to Zambia's ability to build an economy that is not entirely dependent on copper price cycles? The answers to these questions are not identical to the answers produced by the US Critical Minerals List or the EU Critical Raw Materials Act, and African mining policy should reflect African development priorities alongside the commercial opportunities that global demand creates. It means treating regional processing integration as the primary strategic objective of critical minerals policy rather than a secondary aspiration. No single African country has the energy, the technical expertise, the capital, and the market scale to build a complete critical minerals processing value chain independently. The DRC has the cobalt. Tanzania has graphite and lithium potential. Zambia has copper. A regional processing architecture that links these endowments through shared infrastructure, coordinated industrial policy, and harmonised trade frameworks is the configuration that could actually shift Africa's value chain position. The African Continental Free Trade Area provides the policy architecture for this coordination. Its application to critical minerals processing is the most consequential industrial policy question the AfCFTA framework faces. It means using the current geopolitical window deliberately and urgently. The window in which Africa's critical mineral endowment commands a strategic premium from both Western and Chinese actors simultaneously is not permanent. As alternative supplies are developed in Australia, Canada, Argentina, and elsewhere, as processing capacity is built outside China in allied country industrial facilities, and as the urgency of supply chain diversification moderates from crisis to managed challenge, the premium that African deposits command will normalise toward conventional commercial mining economics. The negotiating leverage available now will not be available in a decade at the same intensity. And it means being willing to say no to investments that do not meet the processing and value addition requirements that African development interests require, even when saying no is commercially costly in the short term. The countries that built durable industrial capability from resource wealth did so by treating resource access as a negotiating asset rather than a development gift, and by accepting lower short-term revenue in exchange for the industrial capability that processing requirements would eventually build. The Question That Needs an Answer Africa holds a significant share of the minerals that the global economy has designated as critical to its industrial future. The question that African governments have not yet answered with sufficient clarity and coordination is what those minerals are critical to achieving for Africa itself. If the answer is export revenue and foreign investment, the current system delivers that, imperfectly but functionally. If the answer is industrial transformation, manufacturing employment, technological capability, and the structural economic complexity that makes development durable, the current system does not deliver it and is not designed to. The minerals will remain critical regardless of what Africa decides. The demand is structural, driven by the energy transition and the digital economy, and it will not diminish because African policy frameworks are inadequate to capture it. What Africa decides will determine whether the criticality of its minerals translates into criticality for its own economic future or remains permanently defined by the industrial priorities of others. That is the question. It deserves an answer that is more than rhetoric. _______________________________________________________________________________________ Sources: International Energy Agency Critical Minerals Report 2024. World Bank Critical Minerals for Climate Action Report 2023. US Inflation Reduction Act Critical Minerals Provisions. European Union Critical Raw Materials Act 2024. Minerals Security Partnership Framework Documentation. African Development Bank Critical Minerals Strategy 2024. USGS Mineral Commodity Summaries 2024. DRC Ministry of Mines Annual Report 2024. Zambia Ministry of Mines Production Data 2024. Tanzania Investment and Special Economic Zones Authority Data 2025. UNCTAD Global Value Chain Reports 2023 to 2024. Saudi SABIC Historical Development Documentation. _______________________________________________________________________________________ Uchumi360 covers business, investment, and economic policy across East, Central, and Southern Africa.