A decade ago Africa was a minor lithium source. Now Zimbabwe is one of the world’s larger producers and Mali has joined it. Almost all of it is hard-rock lithium from pegmatites in old cratons and mobile belts. We cover the geology country by country, the USGS numbers, the export and ownership rules that shape each market, and how licence holders can rank targets before fieldwork.
Deposit type LCT pegmatite
Markets West, East and Southern Africa
Data USGS 2026
Lithium Mali now mines comes from spodumene pegmatites, and it moved the country from zero to 9,400 tonnes of lithium in two years, according to the USGS. Zimbabwe, the other big African producer, mined about 28,000 tonnes in 2025. Behind them sits a long list of pegmatite belts in Ghana, Nigeria, the Democratic Republic of the Congo, Namibia, Ethiopia and South Africa, each at a different stage and under different rules.
Try it: Mali Mining Code ownership and attributable-output calculator →
The change has been fast. The USGS fact sheet on African industrial minerals estimated that Africa produced about 2,100 tonnes of lithium in 2018, mostly as petalite and some lepidolite, about 2% of world production. By the USGS 2026 lithium summary, five mineral operations in Zimbabwe and two in Mali were among the main sources of world supply. Those figures are USGS estimates revised every February, so check the latest edition before relying on them.
“Africa mined about 2% of the world’s lithium in 2018. Zimbabwe alone reached 28,000 tonnes in 2025, the USGS estimates.”
Unlike South America, there are no producing lithium brines in Africa in the USGS lists. The deposits are hard-rock pegmatites, so African lithium exploration is about granites, dyke swarms, soils and core, not salt flats and pumping tests.
Why Africa’s lithium sits in pegmatites
Lithium-cesium-tantalum (LCT) pegmatites form in the deep roots of old mountain belts, usually within about 10 km of a fertile, peraluminous granite, according to the USGS deposit model for LCT pegmatites. Africa has plenty of that geology: Archean cratons such as the Zimbabwe craton, Proterozoic mobile belts such as the Kibaran belt of Central Africa, the Precambrian basement of Nigeria, and the Adola belt of southern Ethiopia. Our guide to pegmatite, brine and clay lithium deposits compares the three types.
The same USGS model names Zimbabwe’s Bikita as one of the world’s giant LCT pegmatites, alongside Tanco in Canada (see our guide to Canadian lithium brines and pegmatites) and Greenbushes in Australia. It lists the Kenticha district in Ethiopia’s Adola belt, Cambrian pegmatites mined since the early 1990s with an emphasis on the weathered regolith, and Manono in what was then Zaire. The model’s age tables show why these belts matter: they span Archean, Mesoproterozoic and Pan-African events, each a separate chance of finding a fertile granite and its pegmatite field.
| Country | Geological setting | Lithium minerals | Example named in official or peer-reviewed sources | Stage (USGS) |
|---|---|---|---|---|
| Zimbabwe | Zimbabwe craton (Archean) | Petalite, lepidolite, spodumene | Bikita pegmatite | Producing, five mineral operations |
| Mali | Spodumene pegmatites | Spodumene | Goulamina | Producing since 2024, two operations |
| Ghana | Pegmatites, Central Region | Spodumene | Ewoyaa | Development |
| Nigeria | Precambrian basement schist belts | Lepidolite, spodumene, petalite | Pegmatite belt over 700 km long | Development or exploration |
| DRC | Kibaran belt (Mesoproterozoic) | Spodumene | Manono-Kitotolo | Development or exploration |
| Namibia | Pegmatites (Karibib) | Lepidolite, petalite | Karibib | Temporarily removed from USGS production table |
| Ethiopia | Adola belt (Cambrian pegmatites) | Weathered pegmatite ore | Kenticha | Development or exploration |
The table sticks to what the cited sources state. Host rocks vary within each country, so confirm the geology of any specific licence from the national geological survey map before planning work.
Lithium Mali: Goulamina and the new mines
How much lithium Mali produces jumped in a single year. The USGS put output at 770 tonnes of lithium in 2024 and about 9,400 tonnes in 2025, and revised its 2024 table specifically because two new Malian operations started that year. It lists Mali’s reserves at 370,000 tonnes and its measured and indicated resources at 1.2 million tonnes of lithium, the second-largest resource in Africa after Congo (Kinshasa).
The biggest of the new Malian operations is Goulamina. When the USGS compiled its African minerals fact sheet, it listed Goulamina in construction by Leo Lithium Ltd. and Ganfeng Lithium Co. Ltd., with a planned capacity of about 23,200 tonnes a year of lithium contained in spodumene. The lithium Mali ships is spodumene concentrate, the same product Australia sells, which puts Malian output straight into the same global price.
The rules for lithium Mali projects
Mali rewrote its mining law as the lithium mines were being built. The UNCTAD Investment Policy Monitor records that Mali adopted a new Mining Code on 8 August 2023 and an implementing decree (No. 2024-0396) on 9 July 2024. The code lets the government take a 10% stake in mining projects with an option to buy another 20% within the first two years of commercial production, and a further 5% can go to Malian locals, taking state and local interests in new projects to 35%, from up to 20% before. The decree also gives the government priority in permit allocations for strategic minerals, lithium and uranium among them.
Mali Mining Code ownership and attributable-output calculator
Assumptions: the 10% state stake, the option of up to 20% more and the 5% local share are the Mining Code terms as summarised by UNCTAD (adopted August 2023). The default price is the USGS November 2025 figure for Australian spodumene (6% Li2O, f.o.b.), about US$970 per tonne, used here only as a reference; Malian sales are priced by contract. The calculator splits gross concentrate value by ownership share. It ignores royalties, taxes, costs and how any state stake is paid for. Confirm terms with Mali’s Ministry of Mines and your project’s convention.
A project summary written before August 2023 may assume a smaller state share than the code now allows. For any lithium Mali deal, ask which regime the convention sits under, whether the state option has been exercised, and how the state stake is funded. General information, not investment advice.
Lithium Mali and Zimbabwe side by side
The two producers are at very different points. Zimbabwe has decades of mining history and five operations; the lithium Mali industry is two operations old. Putting the USGS numbers next to each other shows where each stands and what an explorer or investor should ask next.
| Measure (USGS 2026 unless stated) | Mali | Zimbabwe |
|---|---|---|
| Mine output 2024 | 770 t Li | 20,000 t Li |
| Mine output 2025 (estimate) | 9,400 t Li | 28,000 t Li |
| Main operations counted | 2 mineral operations | 5 mineral operations |
| Reserves | 370,000 t Li | 500,000 t Li |
| Measured and indicated resources | 1.2 million t Li | 860,000 t Li |
| Reserves ÷ 2025 output (our arithmetic) | about 39 years | about 18 years |
| Main policy lever | 2023 Mining Code: state and local stakes up to 35% | SI 213 of 2022: permit needed to export lithium ore |
The reserve-life row is simple division and flatters Mali because its mines have only just started; as lithium Mali output ramps up, that number will fall unless drilling adds reserves. For Zimbabwe, 18 years of reserves at the 2025 rate is a direct argument for more exploration around existing operations.
Prices behind lithium Mali revenue
Spodumene concentrate is priced off the same global market wherever it is mined. The USGS reports that spodumene with 6% Li2O, free on board in Australia, rose from about US$800 a tonne in January 2025 to about US$970 in November, while the annual average US contract price for lithium carbonate fell 31% to US$9,000 a tonne. Revenue from lithium Mali mines therefore swings with Chinese and Australian benchmarks, not local conditions. Any project model should state its price, its date and how the result changes with a 20% move either way.
Zimbabwe lithium: Bikita, output growth and the ore export ban
Zimbabwe lithium has the longest record in Africa. The USGS fact sheet dates the Bikita mine to 1953, and the USGS pegmatite model describes Bikita as a large zoned LCT pegmatite about 1,700 m long, 30 to 70 m wide and dipping 15 to 45 degrees, carrying petalite, lepidolite, spodumene, pollucite, beryl and several rarer lithium minerals. It is probably Neoarchean in age, which places it among the old craton pegmatites that host the world’s largest lithium deposits.
The recent growth has been steep. On USGS figures, Zimbabwe mined about 1,030 tonnes of lithium in 2022, 14,900 in 2023, 20,000 in 2024 and about 28,000 in 2025, the fourth-largest output among the countries the USGS reports. Zimbabwe lithium reserves are put at 500,000 tonnes and resources at 860,000 tonnes. That ratio matters: a country producing 28,000 tonnes a year on 500,000 tonnes of reserves needs continued drilling to extend mine lives.
The export rules for lithium ore in Zimbabwe
Zimbabwe moved early to keep processing at home. Statutory Instrument 213 of 2022, the Base Minerals Export Control order on lithium bearing ores, provides that no lithium bearing ore or unbeneficiated lithium may be exported except under a written permit from the Minister of Mines and Mining Development. Samples for assay abroad need that permit too. Explorers budgeting a Zimbabwe programme should plan assay logistics around it from the start.
Under SI 213 of 2022, even assay samples of lithium bearing ore need the Minister’s written permit to leave Zimbabwe. A cooler of drill core held at the border can delay a whole season’s results. Check the current rules with the Ministry of Mines and Mining Development.
Lithium deposits in Zimbabwe: what explorers look for
Lithium deposits in Zimbabwe follow the LCT pattern: pegmatite swarms in greenstone belts and their granite margins. The USGS model’s exploration guides apply directly. Map the fertile granites, then look outward for the most fractionated, lithium-rich dykes, and use soils and stream heavy minerals such as tantalite and cassiterite to find where they shed. Lithium ore in Zimbabwe can be petalite rather than spodumene, which matters for processing and for how grades are reported.
Lithium in Ghana, Nigeria and the DRC
Lithium in Ghana: Ewoyaa and the new royalty scale
Lithium in Ghana is centred on the Ewoyaa project in the Central Region. The USGS fact sheet listed Ewoyaa at feasibility study stage, with a planned capacity of about 7,100 tonnes a year of lithium in spodumene. The USGS puts Ghana’s lithium resources at 200,000 tonnes. On policy, the Ghana News Agency reported that the Minerals and Mining Royalty Regulations 2025 were laid before Parliament on 19 December 2025, with a lithium royalty that starts at a 5% base and slides up to 12% as prices rise, plus a 1% community development fund for the Mfantseman area. Licences run through the Minerals Commission; our Ghana Minerals Commission licence guide covers the steps.
Nigeria’s pegmatite belt
Nigeria’s lithium occurs in LCT pegmatites in the Precambrian basement. A 2025 review in Frontiers in Geochemistry describes a lithium belt or pegmatite province spanning more than 700 km, with lepidolite, spodumene and petalite in steeply inclined pegmatite bodies, and reports lithium occurrences in states including Kogi, Nasarawa, Ekiti, Kwara, Oyo and Plateau. The same review notes that the government expects investors to build processing and refining in-country rather than export raw ore. Titles go through the Mining Cadastre Office; see our Nigeria Mining Cadastre Office guide.
Lithium in Congo: Manono
Lithium in the DRC is dominated by Manono. A 2024 paper in Geology in China describes the Manono-Kitotolo pegmatite as a spodumene LCT pegmatite in the Mesoproterozoic Kibaran rare-metal belt, zoned from granite aplite at the margin to a quartz core, with the lithium concentrated in a spodumene zone where spodumene makes up 40% to 70% of the rock. Cassiterite and columbite-tantalite occur in the same system, a reminder that the area was a tin district first. The USGS puts Congo (Kinshasa) lithium resources at 3 million tonnes, the largest in Africa, with no production reported.
Lithium in South Africa, Namibia and the rest of the continent
South Africa does not appear in the USGS lists of lithium producers or of countries with reported lithium resources. The geology is there, though. The Council for Geoscience is characterising pegmatite-hosted lithium, tantalum, niobium and rare-earth mineralisation in the Namaqua Metamorphic Province of the Northern Cape as part of its pre-competitive mapping. For anyone looking at lithium in South Africa, rights come through the national mining regulator; our South Africa mining permit guide covers prospecting rights and permits.
Namibia has a longer lithium record. The USGS lists Namibia’s resources at 230,000 tonnes, and its fact sheet showed the Karibib lepidolite project with a planned restart capacity of about 1,300 tonnes a year. In the 2026 summary, though, the USGS temporarily removed Namibia from the production table owing to legal uncertainties. Ethiopia’s Kenticha district, Rwanda and Congo (Kinshasa) all sit on the USGS list of places where mineral-based lithium sources are being developed or explored. Several other countries appear in lithium searches, among them Tanzania, Zambia, Uganda, Côte d’Ivoire, Senegal, Niger, Sierra Leone, Morocco and Somalia, but none has reported lithium resources in the USGS 2026 summary.
African pegmatite belts were often worked first for tin, tantalum or beryl. Assay every sample for lithium, cesium, rubidium, tantalum, niobium and tin. An old tin or tantalite field can hide a lithium zone, and a lithium target can carry by-products that change the economics.
Lithium exploration terms in plain English
- LCT pegmatite
- A coarse granitic rock enriched in lithium, cesium and tantalum. Almost all African lithium comes from this deposit type.
- Spodumene concentrate
- Crushed and upgraded spodumene, usually sold at around 6% Li2O. It is the product the new lithium Mali mines ship.
- Petalite
- A lithium silicate with about 2% lithium, common at Bikita and in other Zimbabwean pegmatites.
- Unbeneficiated lithium
- In Zimbabwe’s SI 213 of 2022, lithium that has not been processed far enough to avoid export tax. Its export needs a ministerial permit.
- Fertile granite
- A granite whose chemistry shows it could have fed lithium-rich pegmatites nearby, usually within about 10 km.
Before you buy into an African lithium project
Licence holders and investors see a steady flow of African lithium pitches. A short checklist separates the serious ones from the rest, and most of it can be answered from public documents before any site visit.
- Which lithium mineral is it? Spodumene, petalite and lepidolite need different flowsheets and sell differently. A pitch that only says “lithium pegmatite” has not done the mineralogy.
- What unit is the grade in? % Li2O and % Li differ by a factor of about 2.15, and some pitches mix them.
- How was the sample taken? Grab samples from the best outcrop say little about the average grade of a dyke.
- Which law applies? For lithium Mali ground, ask whether the permit sits under the 2023 code; for Zimbabwe, whether export permits are in place; for Ghana, which royalty terms apply.
- Who is already on the ground? Artisanal miners, farmers or other title holders can all affect access.
- ⚠ Is the title real and current? Check it against the national cadastre, not a scanned certificate.
How lithium exploration works on an African licence
Most African lithium licences, including new lithium Mali ground, start with limited data: old geological maps, some tin or tantalum workings, and a handful of artisanal pits. A practical first season runs in this order.
- Desktop: national survey maps, airborne magnetics and radiometrics where they exist, plus satellite imagery and elevation data to outline granites, contacts, dyke swarms and old workings.
- Reconnaissance: rock chips from every pegmatite, and stream heavy-mineral samples for tantalite, cassiterite and spodumene.
- Soils and trenching: lithium and pathfinders over the most fractionated dykes, trenches to expose width and zoning.
- Drilling and mineralogy: diamond core, then mineral identification, because spodumene, petalite and lepidolite need different processing.
- Permits and export planning: sample export permits, environmental approvals and community agreements, in parallel.
Many African pegmatite fields already host artisanal miners. Record where people are working, with dated satellite imagery and field visits, before exploration starts. It protects both the communities and the licence holder when a discovery raises the stakes.
Where satellite screening helps
Pegmatites are small targets inside large licences, which is exactly where a satellite screen saves time. Our satellite-based mineral detection analyses multispectral and hyperspectral data over your boundary to flag target zones, alteration halos, faults and fractures, so field teams walk the most promising dykes first. Lithium, tantalum and niobium are on our published list of detectable materials. For lithium Mali, Zimbabwe, Ghana or Nigeria licences, the output is a ranked set of exploration targets to test by mapping, sampling and drilling, not a resource.
- Input: coordinates, KML/KMZ or a polygon, plus country and target mineral.
- Output: high-potential zones, prospectivity heatmaps, estimated location and depth ranges, geological interpretation, PDF and GIS files.
- ✔ Time and cost: 5–20 business days; early-exploration timelines cut from months to days and costs lowered by up to 80–85%.
- Premium+: TargetMax™ drilling-angle recommendations and 3D subsurface models of vein structures.
A screen is most useful at the start of a licence, when the choice is where to send a small field team first, and again before a drilling budget is set, when it helps decide which dykes deserve core. It does not replace mapping, trenching or assays, and it is never evidence of a deposit on its own.
We have scanned 100,000+ hectares for 20+ mineral types across 25+ countries. Draw your licence on mining.farmonaut.com (Map Your Mining Site), ask for a scope through the mining query form, or view a sample of satellite-driven 3D mineral prospectivity mapping.
Find the right dykes on your African lithium licence
Send us your boundary. We return ranked pegmatite target zones, structural interpretation and GIS files to plan sampling, trenching and drilling around.
Frequently asked questions
How much lithium does Mali produce?
About 9,400 tonnes of lithium in 2025 by the USGS estimate, up from 770 tonnes in 2024, when two new mineral operations started. The USGS lists Mali’s reserves at 370,000 tonnes and resources at 1.2 million tonnes.
What is the Goulamina lithium project in Mali?
A spodumene pegmatite project the USGS listed in construction by Leo Lithium and Ganfeng Lithium, with planned capacity of about 23,200 tonnes a year of contained lithium. It falls under Mali’s 2023 Mining Code.
Where are the lithium deposits in Zimbabwe?
In LCT pegmatites of the Zimbabwe craton. Bikita, mined since 1953, is the best-known example. The USGS counts five mineral operations and estimates 2025 output at 28,000 tonnes, with reserves of 500,000 tonnes.
Can lithium ore be exported from Zimbabwe?
Only with a written permit from the Minister of Mines and Mining Development, under Statutory Instrument 213 of 2022. That applies to lithium bearing ore, unbeneficiated lithium and samples sent abroad for assay.
Who owns the new lithium Mali mines?
Private operators hold the majority, but Mali’s 2023 Mining Code lets the state take 10% of a new project, buy up to 20% more within the first two years of commercial production, and cede 5% to Malian locals, up to 35% in total.
Is there lithium in Ghana and Nigeria?
Yes. Ghana’s Ewoyaa spodumene project is in development and the USGS lists Ghana’s resources at 200,000 tonnes. Nigeria has a pegmatite belt more than 700 km long, described in a 2025 peer-reviewed review.
Which African country has the largest lithium resources?
Congo (Kinshasa), at about 3 million tonnes of lithium on the USGS 2026 figures, followed by Mali (1.2 million) and Zimbabwe (860,000). The Manono pegmatite accounts for much of the Congolese interest.
Reviewed September 2026 against the USGS Mineral Commodity Summaries 2024 to 2026 lithium chapters, USGS Fact Sheet 2024-3029 on African industrial minerals, the USGS LCT pegmatite deposit model, UNCTAD’s record of Mali’s 2023 Mining Code, Zimbabwe’s Statutory Instrument 213 of 2022, the Ghana News Agency report on the 2025 royalty regulations, the Council for Geoscience Northern Cape project and peer-reviewed papers on Nigerian and Manono pegmatites.
Production, reserve and resource figures are USGS estimates revised every February; check the latest edition. Project capacities are company figures compiled by the USGS and may have changed. Royalty, ownership and export rules change; confirm with each country’s mining ministry. Nothing here is investment advice. Satellite targets are exploration targets, not mineral resources, and need sampling and drilling to confirm.
