In the wreckage of NEOM’s architectural ambitions — the suspended Line, the cancelled dams, the never-floated octagon, the $50 billion spent on 2.4 kilometres of foundation — one project stands with the quiet authority of something that works. The NEOM Green Hydrogen Company is 80 per cent complete, on track for commissioning in the third quarter of 2026, and backed by the kind of commercial structure that NEOM’s other components conspicuously lacked: a customer who has agreed to buy what the project produces, for thirty years, at a price that generates returns.
The plant is not dramatic. It does not feature in architectural renderings. It has not been designed by a Pritzker Prize laureate. It has no promotional video and no tagline. It is a chemical plant in the desert that converts sunlight and wind into hydrogen, and hydrogen into ammonia, and ammonia into a globally traded commodity with identified buyers, signed contracts, and a market that exists today and will grow for the foreseeable future.
The hydrogen plant is NEOM’s most important achievement and NEOM’s most devastating critique. The most valuable component of a $50 billion programme is the component that could have been built without the programme — on any stretch of Red Sea coastline with sun, wind, and a port. The other $41.6 billion bought everything the hydrogen plant did not need.
The Structure
The NEOM Green Hydrogen Company is an equal joint venture between three partners: ACWA Power, the Saudi-listed renewable energy and water desalination company; Air Products, the American industrial gases corporation; and NEOM, the development company wholly owned by PIF. The joint venture achieved financial close on 22 May 2023.
Total investment: $8.4 billion. The financing structure: $6.1 billion in non-recourse project financing from 23 local, regional, and international banks, with participation from the Saudi Industrial Development Fund and the National Infrastructure Fund. The EPC (engineering, procurement, and construction) contract, valued at $6.7 billion, was awarded to Air Products.
The non-recourse financing structure is significant. In non-recourse project finance, the lenders’ recovery in the event of default is limited to the project’s assets and cash flows — the sponsors (ACWA Power, Air Products, NEOM) are not liable beyond their equity contributions. The willingness of 23 banks to commit $6.1 billion on a non-recourse basis to a project in the NEOM zone — while The Line, Trojena, and the Mukaab were being cancelled around it — is the market’s verdict on the hydrogen plant’s commercial viability. Bankers lend on cash flows. The cash flows were credible. The linear city’s cash flows were not.
The Scale
The plant will generate up to four gigawatts of renewable electricity from dedicated on-site installations: 5.6 million solar panels producing up to 2.2 GW of solar energy and over 250 wind turbines generating 1.6 GW of wind energy. The renewable infrastructure covers more than 300 square kilometres of land — an area larger than many small countries’ total renewable energy installations.
The electricity powers electrolysers that split water into hydrogen and oxygen. The hydrogen is then synthesised with nitrogen (extracted from air) to produce ammonia — the transportable form of hydrogen that can be shipped globally in standard chemical tankers. The plant will produce up to 600 tonnes of green hydrogen daily, converted to up to 1.2 million tonnes of green ammonia annually for export via a purpose-built jetty.
The environmental benefit is substantial: approximately 5 million tonnes of CO2 emissions saved per year. The “green” designation is not marketing. It reflects the production method — hydrogen produced from renewable electricity rather than from natural gas reforming (grey hydrogen) or natural gas with carbon capture (blue hydrogen). Green hydrogen’s carbon footprint approaches zero across the production lifecycle.
As of 2 June 2025, the plant was 80 per cent complete across all sites, with solar and wind infrastructure exceeding 95 per cent completion. The NGHC CEO stated the facility would come online in December 2026, with first export shipments of green ammonia expected in early 2027.
The Off-Take
The commercial structure is what separates the hydrogen plant from every other NEOM component. The plant has a customer. The customer has signed a contract. The contract runs for thirty years.
Air Products holds an exclusive 30-year off-take agreement for all green ammonia produced by the plant. The arrangement means that every tonne of ammonia the plant produces has a guaranteed buyer at an agreed price for three decades. This is the commercial equivalent of building a factory with a purchase order that covers its entire productive life.
The off-take does not end with Air Products’ commitment. TotalEnergies has signed an agreement for 70,000 tonnes of green ammonia annually from 2030 to 2045 — representing roughly one-third of planned output, to be supplied by Air Products from its NEOM allocation. Yara International is negotiating up to 1.2 million tonnes yearly for European distribution, with the deal expected to be finalised in the first half of 2026.
The demand signals are structural, not speculative. Maersk has ordered 12 ammonia-fuelled vessels, each burning 18,000 tonnes per year from 2027 onwards. Germany has awarded tenders for a minimum of 259,000 metric tonnes of green ammonia from 2027 to 2033, supplied by UAE-based Fertiglobe. The shipping industry’s decarbonisation timeline — driven by the International Maritime Organisation’s greenhouse gas strategy — creates a market for green ammonia that did not exist five years ago and that will grow for the next twenty.
The Economics
Green hydrogen’s competitiveness depends on one variable above all others: the cost of electricity. Electricity represents 55 to 70 per cent of green hydrogen’s levelised production cost. Saudi Arabia’s solar power costs are below $0.02 per kilowatt-hour — among the lowest in the world. The Kingdom’s wind resources on the Red Sea coast add a second renewable source that complements solar’s intermittency. The combination of cheap solar, reliable wind, and abundant land gives Saudi Arabia a structural cost advantage in green hydrogen production that few locations can match.
Current green hydrogen costs globally range from $4.50 to $12 per kilogramme — substantially above grey hydrogen’s $1-2 per kilogramme. Best-in-class projects in the Middle East and Australia are achieving $2.00-2.50 per kilogramme, approaching the $0.50-1.00 premium over grey hydrogen that would make green hydrogen cost-competitive without subsidies. BloombergNEF projects that green hydrogen could be 18 per cent cheaper than grey hydrogen by 2030 in five major economies, driven by declining electrolyser costs (expected to fall below $500 per kilowatt) and falling renewable electricity prices.
The NEOM plant’s specific production cost has not been publicly disclosed. But the combination of Saudi Arabia’s solar irradiance, the project’s scale (which provides procurement advantages for electrolysers and balance-of-plant equipment), and the 30-year off-take agreement (which reduces financing risk and therefore the cost of capital) positions it at the lower end of the global cost curve.
The National Strategy
The NEOM hydrogen plant is the flagship project of Saudi Arabia’s National Hydrogen Strategy, launched in 2020. The strategy sets a target of 4 million tonnes of clean hydrogen per year by 2035, with an ambition to supply 10 per cent of global hydrogen demand by 2030. The strategy pursues a dual pathway: blue hydrogen (produced from hydrocarbons with carbon capture, leveraging Saudi Arabia’s existing gas infrastructure) and green hydrogen (produced from renewables, leveraging the Kingdom’s solar and wind resources).
Saudi Aramco shipped the first blue ammonia cargo — 40 tonnes — to Japan in September 2020, marking the Kingdom’s entry into the hydrogen export market. The Jafurah gas field, a $110 billion development, will provide feedstock for blue hydrogen production. ACWA Power signed a memorandum of understanding with Germany’s SEFE for 200,000 tonnes of green hydrogen to Europe annually by 2030.
The strategy’s investment target: attract more than $36 billion by 2030. The NEOM plant’s $8.4 billion represents approximately 23 per cent of that target from a single project. If the TotalEnergies and Yara agreements convert to long-term supply contracts, the commercial framework for the strategy will be substantially in place before the 2030 deadline.
The Global Competition
The NEOM plant is the largest green hydrogen project by capacity currently under construction globally. It is not the only large-scale project in development.
The Western Green Energy Hub in Australia plans 70 GW of renewable capacity targeting 3.5 million tonnes of green hydrogen and 20 million tonnes of green ammonia annually — a project that, if completed, would dwarf NEOM’s output. Hive Energy and Linde are developing a South African facility targeting 800,000-900,000 tonnes per year. India’s AM Green plans 1.5 million tonnes per annum capacity in Kakinada, with 500,000 tonnes anticipated by mid-2027.
The competitive landscape confirms that the NEOM plant is not a niche investment in an unproven market. It is an early entrant in a global industry that multiple countries — with equal access to renewable resources — are pursuing simultaneously. The first-mover advantage that the NEOM plant captures comes not from technology (the electrolysis technology is well-understood) but from execution: the plant is 80 per cent complete while most competitors remain in the planning or permitting stage. By the time the Australian, South African, and Indian projects reach production, the NEOM plant will have been exporting for years.
The Irony
The NEOM Green Hydrogen plant is the purest expression of Vision 2030’s diversification thesis: Saudi Arabia using its natural advantages (sun, wind, land, capital) to build an export industry that does not depend on oil. The plant produces a commodity — green ammonia — that competes with products derived from the hydrocarbons that Saudi Arabia currently exports. It is, in the most literal sense, a post-oil asset built with oil money.
The irony is familiar from the broader oil paradox: every tonne of green ammonia that displaces a tonne of fossil-fuel-derived ammonia reduces, at the margin, global demand for the hydrocarbons that fund PIF, which funds NEOM, which owns one-third of the plant. The plant’s success accelerates the energy transition that makes its funding source less valuable.
But the irony is also the point. Saudi Arabia’s strategic position requires investments that generate returns after oil — and the hydrogen plant, with its 30-year off-take agreement, its structural cost advantages, and its position in a growing global market, does exactly that. The plant’s annual revenue, once operational, will contribute to the non-oil economy that Vision 2030 was designed to build. It will do so without requiring 9 million residents, a ski resort, or a floating platform.
The deeper irony is locational. The hydrogen plant sits within the Oxagon zone of NEOM — the same zone where the floating industrial city was supposed to be built. The floating city does not exist. The chemical plant exists. The floating city required engineering that has never been demonstrated. The chemical plant uses technology that has been demonstrated at scale for decades. The floating city had no customer. The chemical plant has a 30-year off-take. The floating city was the spectacle. The chemical plant is the substance.
NEOM spent $50 billion. The hydrogen plant cost $8.4 billion. The $8.4 billion is the part that works. The other $41.6 billion bought roads, airports, worker housing, and 2.4 kilometres of a linear city that nobody lives in. The hydrogen plant did not need the linear city. It needed the sun, and the sun was always there.
This analysis draws on NEOM Green Hydrogen Company project specifications; ACWA Power project documentation and quarterly results; Air Products off-take agreement disclosures; construction progress reports from AGBI, SolarQuarter, and Argaam; TotalEnergies and Yara off-take announcements; CSIS analysis of Saudi Arabia’s hydrogen industrial strategy; BloombergNEF green hydrogen cost projections; IMO greenhouse gas strategy; Maersk ammonia vessel orders; Germany green ammonia tender awards; Blackridge Research global green hydrogen project tracking; and Saudi National Hydrogen Strategy documentation. Vision2030.AI is editorially independent and is not affiliated with NGHC, ACWA Power, Air Products, NEOM, PIF, or any official Vision 2030 entity.