Platinum mining in Africa is geology's most concentrated franchise. Two layered intrusions, South Africa's Bushveld Complex and Zimbabwe's Great Dyke, hold the overwhelming majority of the world's platinum group metals, and no other continent is a serious rival. Near-monopoly supply meeting a potential demand rebirth in hydrogen: that's the trade, and it's African by definition.
Platinum mining in South Africa: the Bushveld engine
The Bushveld Complex, spanning Limpopo and North West Province, feeds most global platinum from two remarkably continuous narrow reefs, the Merensky and the UG2 chromitite. Thin reefs dictate the industry's character: deep, labour-intensive mining sensitive to power and wages, and, positively, an installed base of shafts, smelters and refining skills no rival region can replicate. Around the majors sits the tier where private deals actually happen: smaller properties, chrome co-product plays, and tailings retreatment turning a century of surface material into low-risk ounces.
PGM mining in Zimbabwe: the Great Dyke
The world's second-largest PGM resource, a 550-kilometre linear intrusion with shallower, more mechanizable ore than much of the Bushveld. Established operators have expanded through every cycle of the country's volatility because the geology keeps justifying it. For PGM investors, the Great Dyke is the only meaningful geographic diversification on Earth.
What platinum is used for
Autocatalysts remain the anchor, platinum, palladium and rhodium scrub exhaust from combustion and hybrid engines, and rhodium's scarcity has made it periodically the most expensive metal on Earth. Beyond autocatalysts: jewellery, glass-fibre manufacturing, chemical and petroleum catalysts, medical devices, and the future-facing use, hydrogen, where platinum-based electrolysers and fuel cells could rebuild demand on the far side of the energy transition. South Africa is positioning to host that hydrogen value chain domestically, pairing the metal with the processing.
The two-curve bet
EVs erode autocatalyst demand; hydrogen may replace it. Palladium and rhodium co-product credits keep basket economics healthier than platinum headlines suggest. Every Bushveld and Great Dyke asset is quietly a two-curve bet. The optimistic case is that Africa owns the supply side of whichever curve wins.
The gap, and how STRATUM closes it
The PGM mid-tier, where narrow-reef properties, retreatment projects and chrome plays change hands, trades on evidence buyers rarely see early: reef continuity data, licence standing, by-product credits. STRATUM structures those files into graded, confidential intelligence: the evidence is assessable, the operator is aliased, and access deepens only as counterparties clear compliance. In the world's most concentrated mining province, that's how the next tier of deals gets done.
Verified Southern African PGM and chrome assets are tracked on STRATUM.
Frequently Asked Questions
Where is platinum found in Africa?
Almost entirely in South Africa's Bushveld Complex (Limpopo and North West Province) and Zimbabwe's Great Dyke.
What is platinum used for?
Vehicle catalytic converters, jewellery, industrial catalysts, glass manufacturing, medical devices, and hydrogen electrolysers and fuel cells, the emerging demand pillar.
What are platinum group metals?
Six related metals, platinum, palladium, rhodium, ruthenium, iridium and osmium, mined together and priced as a basket in most African operations.
Why is platinum mining concentrated in Africa?
The Bushveld and Great Dyke are unique layered intrusions; comparable PGM geology simply doesn't exist at scale anywhere else.
STRATUM Intelligence
STRATUM structures diligence-grade material on African mining, energy and infrastructure assets into verified, identity-gated intelligence. Editorial is de-identified, the evidence is real, the operators are protected.