Morocco's Green Hydrogen And Ammonia Mega-Projects On The Road To 2030

A National Green Hydrogen Offer

In March 2025 the Moroccan government approved a package of green hydrogen and ammonia projects backed by several international consortiums, with reported combined investment intentions of roughly $32 billion. The selected investors include groups linked to the United States, Spain, Germany, the United Arab Emirates and China, alongside Moroccan champions such as Nareva, signalling broad confidence in the country's renewable potential.

The projects span green ammonia, industrial fuel and green steel, reflecting Morocco's ambition to capture not just energy export but downstream industrial value. The figures remain investment intentions rather than completed commitments, and timelines stretch across the decade, so the eventual scale will depend on final investment decisions, offtake contracts and grid build-out.

Chbika And The Atlantic South

The Chbika project, developed with TotalEnergies' TE H2 arm and Copenhagen Infrastructure Partners, illustrates the model. Located in the Guelmim-Oued Noun region near the Atlantic coast, it pairs around a gigawatt of combined solar and wind capacity with electrolysis to produce green ammonia, reportedly targeting on the order of 200,000 tonnes per year for European buyers.

In 2025 the partners signed a preliminary land reservation contract and Morocco confirmed completion of an early phase of 'Chbika 1', clearing the way for more advanced studies. Other ventures such as White Dunes near Dakhla, associated with HDF Energy and local partners, extend the same logic of converting abundant southern wind into exportable molecules.

Why Ammonia, Why The South

Green ammonia is easier to ship than pure hydrogen and has established uses in fertilisers, marine fuel and as a hydrogen carrier. For Morocco, which imports most of its energy, exporting renewable derivatives turns a structural weakness into a potential strength while supporting the country's broader decarbonisation goals.

The southern provinces offer some of the world's best combined solar irradiation and steady Atlantic wind, plus large tracts of land and proximity to new port infrastructure. Pairing electrolysers with desalination addresses the water intensity of hydrogen, though it adds cost, which is why most projects remain qualitatively described rather than precisely budgeted.

Risks On The Path To 2030

The opportunity is real but the obstacles are significant. Green hydrogen remains expensive relative to fossil alternatives, European demand signals are still maturing, and the necessary electrolyser supply chains and certification frameworks are only now being built. Several headline figures should be read as ambitions that could shift.

Morocco's advantage is sequencing: it is layering hydrogen onto an existing renewables base, growing port capacity and a clear government 'offer' framework. If even a portion of the announced pipeline reaches construction this decade, the southern provinces could become a recognised node in the emerging global hydrogen trade.

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