A Strategically Important, Low-Cost Multi-Commodity Project
Afrimat Limited’s Glenover Project, located in Limpopo Province, South Africa, is emerging as a strategically significant, low-cost, multi-commodity mining project that is aligned to both clean energy and food security. By integrating rare earth element (REE) production with high-grade phosphate mining, Glenover achieves a structural cost advantage that dramatically lowers the cost of rare earth production, positioning the project among the most competitive rare earth developments globally.
This unique multi-product configuration delivers a rare combination of low cost, early cash generation, diversified revenue streams, and long-term strategic relevance in the global critical minerals supply chains.
What is the Glenover Project?
The Glenover Project is situated in Limpopo Province, approximately 90 kilometres northwest of Thabazimbi and 60 kilometres west of Lephalale. The site benefits from proximity to established mining infrastructure, transport corridors, labour availability, and power networks, supporting efficient development and long-term operational stability.
Glenover is a multi-commodity mining project centred on phosphate production and the recovery of rare earth elements. Hosted within a carbonatite complex — a globally recognised geological setting for high-value rare earth deposits — Glenover contains both in-situ mineralisation (Circa. 7.4mt with 2.2% TREO+Y2O3 and 17.6% P2O5, Indicated Resources) and historical stockpiles on surface generated during legacy phosphate mining (Circa 2.7Mt with 2% TREO+Y2O3 and 22% P2O5, Inferred Resources).
The project’s rare earth basket is particularly attractive, approximately 28% neodymium and praseodymium (Nd+Pr), in addition to Samarium — among the highest ratios globally. NdPr are of the most commercially critical rare earth elements, underpinning permanent magnet technologies used in electric vehicles, wind turbines, robotics, defence systems, and advanced electronics. In parallel, Glenover hosts high-grade phosphate concentrate produced exceeding 36% P₂O₅, generating meaningful by-product revenue and anchoring the project’s low-cost operating structure.
In addition to its defined Resources and existing stockpiles, the Glenover Carbonatite Complex, through historical work, indicates potential for further mineralisation beyond the currently defined zones, which are currently being investigated.
Grant Dreyer, Managing Director of Future Materials and Metals at Afrimat, the owner of the Glenover Rare Earths and Phosphate projects, said that “This provides Afrimat with a compelling long-term growth optionality, supporting potential resource expansion and extended mine life.”
Crucially, Glenover’s processing flowsheet allows phosphate to carry a significant portion of mining, processing, infrastructure, and operating costs. As a result, rare earth elements are recovered as a high-value co-product rather than as a standalone mining target, driving a dramatic reduction in rare earth unit production costs. This cost-sharing dynamic materially enhances project economics, improves margin resilience, and enables Glenover to remain competitive across commodity price cycles.
Existing surface stockpiles further strengthen this advantage by enabling low-cost, early-stage production, materially reducing upfront capital intensity and accelerating time to cash flow.
“Metallurgical test work has successfully produced >98% mixed rare earth oxide (MREO), providing technical support for Glenover’s proposed flowsheet.,” said Dreyer.
Rare earth processing is technically complex and strategically critical, and Afrimat’s technical team has conducted extensive test work locally and abroad, and evaluated various processing technologies to ensure optimal recovery and while this has taken longer than initially anticipated, it reflects the inherent complexity of rare earth metallurgy and the disciplined approach required to deliver a robust and globally competitive project. The team is currently focused on optimising the proposed flowsheet, which presents an opportunity for improvements and further de-risking of the project.
Glenover’s iron-phosphate bearing feedstock provides a strong potential foundation for downstream battery material integration, offering significant long-term strategic optionality and value uplift which Afrimat is currently exploring. This is specifically applicable to the precursor cathode materials for LFP and LMFP battery chemistries.
Why Glenover Matters in the Global Rare Earth Space
Rare earth elements, particularly NdPr, are essential inputs into the global energy transition. They form the backbone of permanent magnet technologies used in electric vehicles, wind power generation, robotics, grid infrastructure, and advanced manufacturing. Demand for these materials is rising rapidly, while supply remains heavily concentrated.
China currently controls more than 60% of global rare earth mining and nearly 90% of refining capacity, creating significant geopolitical and supply-chain vulnerabilities. This concentration has triggered global efforts to secure alternative, low-cost, and scalable supply sources.
Dreyer indicated that Glenover directly addresses this need by offering a structurally low-cost, diversified production platform capable of delivering a secure, long-term rare earth supply.
Conclusion
Glenover’s multi-commodity design dramatically lowers rare earth production costs and positions the project as a strategic supplier across the global rare earth, phosphate, and potentially battery materials value chains. Its development aligns directly with global megatrends, including renewable energy expansion, electric vehicle adoption, battery manufacturing, critical minerals security, and sustainable agriculture.
In addition, Glenover stands out as a uniquely compelling critical minerals platform with both near-term cash flow and long-term transformational potential.
For South Africa, Glenover offers substantial strategic value. It supports industrial diversification, downstream beneficiation, critical minerals development, regional economic growth, employment creation, and export revenue.
Dreyer emphasised that Glenover is now at a stage where strategic capital, disciplined investment, and execution excellence can unlock its full potential, creating a resilient, multi-commodity platform capable of delivering long-term value in the global critical minerals and, potentially, battery materials markets.
-Ends-
Issued for: Afrimat Limited
- Contact: Grant Dreyer, Managing Director of Future Materials and Metals
- Tel: 021-917-8853
- Email: rare-earths@afrimat.co.za
- Website: www.afrimat.co.za
- Issued by: Keyter Rech Investor Solutions
- Contact: Vanessa Rech
- Tel: 083-307-5600
- Email: vrech@kris.co.za
