By Dhiladhila Magazine · Issue 06
A small plant with a large implication: the country tried on the role of maker, not just supplier.
For most of its history Namibia has been a place things are taken from – copper, uranium, diamonds, fish – and finished somewhere else. On 11 April 2025, on a farm outside Arandis, the country tried on a different role. President Netumbo Nandi-Ndaitwah opened the HyIron Oshivela plant, the first industrial site anywhere to make iron using green hydrogen instead of coal, and called it a step on a national journey to prosperity.
The plant itself is small – 15,000 tonnes of reduced iron a year from a first phase costing N$600 million (about US$32 million). Its significance is what it demonstrates rather than what it produces: that a country with sun, ore and ambition can finish its own raw material without carbon, and sell the result to the world. Whether that demonstration becomes a sector is the open question.
What the plant actually does
Oshivela’s chemistry is the source of everything else. Its electrolyser, at 12 megawatts the biggest in southern Africa, splits water into hydrogen using solar power; a rotating kiln then uses that hydrogen to strip oxygen from iron ore, producing direct reduced iron with, in the company’s account, about 1.8 tonnes less carbon dioxide per tonne than the coal-based route it replaces.
The result is sponge iron a steelworks can melt, made without the emissions that make ordinary iron increasingly hard to sell into decarbonising markets. It is a narrow technical achievement with a wide implication: the single dirtiest step in steelmaking can be done cleanly, at industrial scale, on African ground rather than only on a laboratory bench.
The breakthrough is not new iron but old iron made without the carbon.
A partnership, not a gift
The plant is a Namibian-German venture as much as a Namibian one. Germany’s government put in about EUR 13 million in grants, more than 40 per cent of the first phase, and a consortium of German firms supplied core technology, while a German special envoy framed Namibia as the place the world’s cheap green iron will be made. Berlin’s motive is plain: its own steel industry needs a low-carbon input it cannot easily produce at home.
That alignment of interests is the model’s strength and its dependency. Namibia gets capital, technology and a first buyer; Germany gets a decarbonisation supply line. The risk is that a project so shaped by one partner’s needs rises and falls with that partner’s politics and demand rather than Namibia’s own.
Shared interest built the plant; shared interest is also its exposure.
The buyers and the market
A plant without customers is a museum, and Oshivela has moved early on demand. German steelmaker Benteler has agreed to take up to 200,000 tonnes of reduced iron, more than thirteen times the first phase, and carmakers including Toyota have circled a supply chain that lets them market genuinely low-carbon products. Europe’s coming carbon border levy turns that clean provenance from a selling point into a requirement.
Demand, though, is contracted at scales the plant cannot yet reach. The gap between a 15,000-tonne pilot and a 200,000-tonne commitment is the space the later phases must fill, and filling it depends on financing and execution that remain ahead of the plant, not behind it. A signed offtake is a promise about the future as much as a sale in the present, and the buyer is betting the tonnage arrives.
The orders exist; the tonnage to meet them does not yet.
The hard constraints
Ambition meets physics on three fronts. Water is scarce, and while a closed-loop kiln keeps the first phase to a tanker a week, larger phases raise the question of supply on land with no aquifer. Financing is steep, with later stages costed in the hundreds of millions and then billions of euros. And the economics rest on green hydrogen falling below one euro a kilogram, a figure the plant targets rather than yet reaches.
None of these is disqualifying, but each is unproven at scale. The first phase works because it is small; the sector the plant points toward has to solve water, capital and hydrogen cost all at once, and at volumes an order of magnitude larger. Demonstration is the easy part.
Everything that makes the pilot work gets harder as the plant gets bigger.
From plant to sector
The measure of Oshivela is not the plant but what follows it. If the later phases finance, the water holds and hydrogen cheapens, Namibia moves from exporting the cheapest link in the iron chain to owning a valuable one, and the green hydrogen programme gains the physical proof its prospectus needs. If they stall, Oshivela remains a striking pilot and a modest exporter.
Either way, the country has shown something it could previously only assert: that green industry can be built and run on Namibian ground, by Namibian workers, from Namibian sun and ore. That proof, more than the tonnage, is what changes the conversation about what the economy can become.
The plant has already proved the possibility; the sector must now prove the scale.
For an investor, an official or an executive reading Namibia’s industrial future, Oshivela is the clearest signal yet that the country intends to make things, not just ship them. The decision it puts to everyone watching is whether to back the phases, infrastructure and skills that turn one desert plant into an industry – or to let a genuine first-mover advantage cool into a single, much-cited demonstration.
Sources: HyIron – Oshivela opening; Germany funds Africa’s first green ironworks in Namibia (Clean Energy Wire); Namibia’s HyIron achieves world’s first zero-emission iron breakthrough (Financial Mail)
