Critical Minerals
Lithium Supply from East Africa: Spodumene Export via Berbera Port
A procurement-focused view of Somaliland spodumene, the current 2.2% Li₂O specification, verification requirements and FOB Berbera execution.
Published · 6 min read
Africa’s lithium map is widening
African lithium supply is becoming more relevant to buyers seeking additional hard-rock sources outside the established Australian and South American supply chains. The British Geological Survey identifies significant lithium resources across Africa, while noting that the continent still has limited capacity for mineral processing, chemical refining and battery-component manufacturing. In practice, many emerging African projects are structured first around the export of mineral concentrate.
The most advanced African lithium activity is concentrated in southern and central Africa. East Africa should therefore be treated as an emerging procurement geography rather than a mature producing basin. Its commercial case rests on disciplined resource evaluation, origin verification and access to Indian Ocean logistics. Somaliland adds a specific combination: prospective pegmatite-hosted material, direct field coordination and an export route through Berbera Port.
What a 2.2% Li₂O specification means
KARMIN’s current supply position is based on spodumene-bearing material with an indicative specification of 2.2% Li₂O. That figure is not presented as a universal deposit grade or as battery-grade concentrate. It is a starting specification for buyer review and must be confirmed for each commercial lot through representative sampling and an agreed independent laboratory.
Grade alone is insufficient for a purchase decision. A buyer will normally require the analytical method, mineralogy, moisture, particle-size distribution and a full impurity profile. Iron, mica, feldspar, phosphorus and other constituents can affect recovery, processing cost and the suitability of material for a particular concentrator. Units must also be explicit: lithium metal content and lithium-oxide content are not interchangeable labels. Commercial documentation should state Li₂O consistently and identify the sampling protocol used.
A controlled FOB Berbera sequence
An executable transaction begins with the buyer’s target chemistry, minimum lot size, acceptable tolerances, intended processing route and delivery window. KARMIN can then coordinate origin checks, sampling, assay review and availability confirmation. Once a lot is accepted, the operating sequence covers inland movement, stockpile segregation, port-side staging, export documents and loading arrangements.
FOB Berbera is a defined allocation of responsibility, not a shorthand for an all-inclusive delivered price. The seller clears the cargo for export and delivers it on board the nominated vessel under the agreed Incoterms rule. The buyer controls the main carriage, marine insurance and destination-side formalities. Container, breakbulk or bulk handling must be selected against parcel size, contamination controls, port capability and the live vessel schedule.
Why Berbera matters to a new supply origin
DP World describes Berbera as a multipurpose port able to handle containers, general cargo and bulk commodities. Its published infrastructure includes a 17-metre draft, a 400-metre quay at the new terminal and phase-one capacity of 500,000 TEU per year. Regular liner connections include Middle East and Indian Ocean ports, although current sailing dates and transit times must always be reconfirmed with the carrier.
For a lithium spodumene supplier, this infrastructure makes qualification and logistics part of the same operating plan. Buyers can evaluate material against their own technical threshold, agree a trial lot and scale only after assay, handling and processing performance are demonstrated. That staged approach is the appropriate basis for adding Somaliland to an African lithium supply portfolio.
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