The European Union is working to reduce dependence on China-dominated rare earth supply chains, with Africa positioned as an upstream source for an Africa-to-Europe corridor. The materials targeted include neodymium, praseodymium, dysprosium, and terbium, which are used in electric vehicle motors, wind turbines, robotics, and defense technologies. While mining activity is expanding in Africa, the main constraint highlighted is processing, separation, and magnet manufacturing capacity.
Africa-to-Europe projects tied to downstream processing
Two African-linked initiatives are described as examples of how Europe is attempting to reshape rare earth supply chains. The first is the Songwe Hill Rare Earth Project, developed by Mkango Resources, with downstream processing connections in Europe. The second is the Zandkopsdrift Rare Earth Project, advanced with French processing partnerships and industrial backing. Together, the projects are presented as part of a broader approach to extract raw materials in Africa, process them in Europe, and supply finished materials to European industries.
Songwe Hill in Malawi and proposed separation in Poland
Mkango’s Songwe Hill project in Malawi is outlined with updated development plans for an 18-year mine life. The early production profile includes an average output of 5,954 tonnes per year of total rare earth oxides over the first five years. This includes 1,953 tonnes per year of neodymium-praseodymium oxides and 56 tonnes per year of dysprosium-terbium oxides. The feed material is described as mixed rare earth carbonate with approximately 55% TREO grade.
The project’s role within the supply chain is linked to a proposed separation facility in Puławy, Poland. Mixed rare earth carbonate would be refined into individual high-value materials for European industrial applications. Initial capital expenditure for Songwe is estimated at around $325.5 million. The downstream Polish processing plant is described as a key element of an integrated value chain rather than reliance on raw material exports.
Zandkopsdrift development in South Africa with Carester partnership
In South Africa, the Zandkopsdrift development is led by Frontier Rare Earths. The project is described as a low-cost source of magnet rare earths and manganese sulphate for battery applications, supported by industrial partnerships built into its structure. In early 2026, Zandkopsdrift secured a strategic agreement with Carester, a French rare earth processing specialist.
The agreement includes a $20 million equity investment from South Africa’s Industrial Development Corporation and the launch of a full definitive feasibility study. It also includes a planned integrated processing pathway into Europe. Industry estimates indicate potential production of around 4,000 tonnes per year of magnet rare earths by 2030. This level is estimated to cover up to 17% of projected EU demand, with processing and separation expected to take place in France.
Processing capacity highlighted as the industry bottleneck
The supply chain constraint described focuses on industrial processing capacity rather than mining itself. Rare earth value chains are outlined as involving multiple stages: mining and ore extraction, chemical separation of individual elements, refining into high-purity oxides, and magnet production for industrial use. China is stated to dominate most midstream and downstream stages, influencing global pricing and availability. As a result, Europe’s exposure remains tied to whether processing capacity can be built and scaled.
Bankability challenges for new projects
Beyond strategic alignment between Africa and Europe, developers face bankability issues for rare earth projects. Obstacles listed include highly complex metallurgy and processing requirements, uncertain or opaque pricing structures, strong cost competition from Chinese producers, long development timelines and high capital intensity, and dependence on long-term offtake agreements. European industrial buyers are described as expressing interest in diversified supply chains while developers still struggle to secure binding contracts at levels that support investment decisions.
The text notes that without long-term offtake commitments from automakers, wind turbine manufacturers, electronics firms, and defense contractors, projects may remain strategically important but financially incomplete. This financing gap is presented as central to whether projects can move beyond development stages.
2026–2030 benchmark period for external supply chain integration
The next phase is framed around whether projects such as Songwe Hill–Puławy and Zandkopsdrift–Carester can transition from development assets into operational supply chains. Between 2026 and 2030, these initiatives are expected to function as benchmark cases for Europe’s external rare earth strategy. The conditions listed include industrial buyers signing bankable offtake agreements and financing structures supporting full mine-to-magnet integration.
Additional requirements cited are that European processing capacity scales effectively and that supply chain risks are shared between public and private actors. The text states that if these conditions are met Europe could begin reducing reliance on China-dominated rare earth processing chains; if not, dependency would persist regardless of mining expansion abroad.
