Capturing the Full Value Chain: Why Africa Must Process Its Own Minerals

The global energy transition is the largest commodity demand event in a generation. Electric vehicle battery production will require 500% more cobalt, 400% more lithium, and 200% more rare earth elements by 2040 compared to 2020 levels. Africa holds the reserves to supply a significant portion of this demand: 70% of global cobalt in the Democratic Republic of Congo, 30% of phosphate in Morocco and Mauritania, and substantial rare earth deposits across the continent. Yet Africa captures less than 5% of the value chain. The ore is extracted here. The processing happens elsewhere. The profits accrue to foreign corporations. And the continent that provides the raw material for the 21st century's defining technological transformation remains a supplier of undifferentiated commodities rather than a producer of high-value refined products.

The value differential is enormous. Raw cobalt hydroxide sells for approximately $12,000 per tonne on international markets. Battery-grade cobalt sulfate — the refined product that EV manufacturers actually purchase — sells for $33,000 per tonne. The $21,000 margin between extraction and refined product represents value created by processing, not by geology. That value currently accrues to refiners in China, Finland, and Belgium. Harch Mining's strategy is to capture that margin on African soil by building processing capacity that converts raw ore into refined, specification-grade products ready for industrial consumption.

The processing model targets three mineral streams with the highest value-uplift potential. Phosphate ore from Mauritania will be processed into finished NPK fertilizer at a dedicated plant serving West African agricultural markets — replacing imports that currently cost $600 to $800 per tonne with domestically produced alternatives at $350 to $450 per tonne. Cobalt concentrates will be refined to battery-grade specifications at a hydrometallurgical facility co-located with Harch Technology's operations, targeting direct offtake agreements with European and Asian EV manufacturers. Rare earth concentrates will be processed at a separation plant designed to produce individual rare earth oxides — the high-purity materials required for permanent magnets in wind turbines and electric motors — breaking the current near-monopoly held by Chinese processors.

Energy for processing is supplied by Harch Energy at $0.03/kWh — a fraction of the $0.08 to $0.15 that industrial processors pay in Europe and China. This energy cost advantage is structural, not temporary: it derives from Morocco's renewable resources, which are permanent and non-depleting. At current energy prices, African mineral processing facilities enjoy a 30 to 40% operating cost advantage over Chinese and European competitors. This advantage widens as fossil fuel prices increase and carbon border adjustment mechanisms impose additional costs on high-emission processing in jurisdictions dependent on coal-fired electricity.

"The argument is not emotional. It is arithmetic," stated Amine Harch El Korane, Founder and CEO of Harch Corp. "Raw ore sells for cents. Refined product sells for dollars. Processing adds 3 to 5 times the value of extraction. When that processing happens overseas, the value leaves the continent. When it happens here, the value stays. Harch Mining builds the processing capacity that keeps the dollars where the minerals come from."

Processing facility engineering studies are underway. First phosphate-to-fertilizer plant targeted for commissioning in 2028. Cobalt refinery pilot scheduled for 2027. Rare earth separation plant feasibility study to be completed by Q4 2026. The minerals are here. The energy is here. The processing will be here.