The figure attached to the UAE’s National Hydrogen Strategy is widely quoted and almost as widely misread. The strategy, approved in July 2023, targets 1.4 million tonnes per annum of low-carbon hydrogen by 2031 — not 1.4 million tonnes of green hydrogen.
The distinction is not pedantic. That total is spread across green, blue and pink hydrogen, with the green component at approximately 1.0 mtpa and blue at 0.4 mtpa. Any analysis built on the headline number as a green-only figure overstates the electrolytic ambition by roughly 40%.
A second, larger point follows from the strategy’s own demand modelling, and it reshapes the export conversation entirely.
The targets, disaggregated
| Horizon | Target | Composition |
|---|---|---|
| 2031 | 1.4 mtpa | ~1.0 mtpa green, ~0.4 mtpa blue |
| 2040 | 7.5 mtpa | Intermediate milestone |
| 2050 | 14.9 mtpa | 14 mtpa green and blue; 0.9 mtpa pink |
The 2050 figure is usually rounded to 15 million tonnes. The 2040 milestone of 7.5 mtpa is frequently omitted altogether, which makes the trajectory look like a single leap rather than a staged build.
Alongside production, the strategy sets emissions targets: a 25% reduction in emissions from hard-to-abate sectors by 2031, rising to 100% by 2050. It establishes ten enablers for supply-chain development, each with implementation plans running to 2031, and a dedicated national hydrogen research and development centre.
The number that reframes the export question
The strategy forecasts domestic demand for low-carbon hydrogen at 2.7 mtpa by 2031.
Set that against planned production of 1.4 mtpa and the arithmetic is stark: on the strategy’s own figures, the UAE’s domestic demand in 2031 is roughly double its domestic production target.
That does not mean the export ambition is unreal — the country is explicit about wanting to supply European and Asian markets, and about becoming a top-ten producer. But it does mean the export story belongs to the 2040s rather than to 2031. Through the current decade, the strategy’s primary function is to build a domestic hydrogen economy and decarbonise domestic industry, with export as a subsequent phase once production scales past internal consumption.
Anyone modelling corridor volumes to Rotterdam or Japan on the 2031 date should be modelling something else.
Where the hydrogen is meant to be used
The strategy names specific industrial concentrations rather than treating demand as diffuse. Khalifa Industrial Zone, Ruwais, Jebel Ali, Sharjah and Fujairah are identified as hubs expected to account for close to 10 million tonnes per year of demand, supporting low-carbon transitions in steel, cement and heavy transport.
The delivery mechanism is the hydrogen oasis: a dedicated region combining production and utilisation in one place. Two are planned by 2031, expanding to five by 2050. The logic is infrastructure cost — co-locating production with offtake avoids building long-distance transport for a molecule that is expensive to move.
That design choice is itself an argument about sequencing. An oasis is a domestic-consumption structure first and an export platform second.
What the 2031 target requires in physical terms
The most concrete and least-quoted figures in the strategy are the input requirements for the green component: 15.3 GW of solar PV capacity and 8.7 GW of electrolyser capacity.
Those two numbers convert an abstract tonnage into something measurable. For scale, the UAE targets 14.2 GW of total renewable capacity by 2030 under the Energy Strategy 2050 — so the solar requirement for green hydrogen alone is of the same order as the entire national renewable target for the end of this decade.
Electrolyser capacity is the harder constraint. Global manufacturing capacity, project pipelines and cost curves for electrolysers are the binding variable across every national hydrogen strategy, not just this one, and 8.7 GW is a substantial share of what the world currently installs.
These are the figures against which progress can actually be measured. Announced megawatts of electrolyser capacity under construction are a more reliable indicator than announced tonnes.
What has actually been built
The gap between strategy and steel is where most hydrogen coverage becomes vague. Some concrete markers:
- ADNOC’s low-carbon ammonia facility at the Ta’ziz industrial ecosystem and chemicals hub in Ruwais, with a capacity of one million tonnes per year. Ammonia is the practical export vector for hydrogen, so this is the most export-relevant asset in the country.
- H2GO, opened in November 2023 at Masdar City — the region’s first high-speed green hydrogen pilot refuelling station, testing a fleet of hydrogen vehicles.
- As of early 2023, officials described around 28 green and blue hydrogen projects in the country, of which seven had reached final investment decision.
That last ratio — seven of twenty-eight at FID — is the honest measure of where the sector sits. A project at FID has committed capital; the rest are at varying degrees of study, memorandum or announcement.
How to read progress from here
Four indicators are more informative than production targets:
- Electrolyser capacity under construction, measured in megawatts with a commissioning date, against the 8.7 GW requirement.
- Final investment decisions, not memoranda of understanding. The distinction between the two is the distinction between committed capital and expressed interest.
- Signed offtake agreements with volumes and terms, particularly ammonia offtake to Europe and Asia, which is what converts a production project into an export corridor.
- Oasis designation and construction — two by 2031 is a checkable milestone with a checkable date.
The strategy was developed with Australian consultancy GHD and Germany’s Fraunhofer CINES, and the Fraunhofer analysis concluded the UAE’s low-carbon hydrogen production could reach 7.5 mtpa by 2040 and nearly 15 mtpa by 2050 — consistent with the official targets rather than more conservative than them.
Conclusions
The UAE’s hydrogen strategy is coherent and specific in ways that many national hydrogen plans are not: it disaggregates by colour, sets an intermediate 2040 milestone, quantifies the solar and electrolyser inputs required, names the industrial hubs where demand will sit, and specifies a delivery structure in the hydrogen oasis.
Two things should be read carefully. The 1.4 mtpa headline is total low-carbon hydrogen, of which roughly 1.0 mtpa is green — the figure most coverage attributes entirely to electrolysis. And with domestic demand forecast at 2.7 mtpa by 2031 against 1.4 mtpa of production, the export corridors that dominate discussion of this strategy are a next-decade proposition, not a 2031 one.
For anyone tracking the sector commercially, the useful metric is not the tonnage target but the electrolyser megawatts that reach financial close — because 8.7 GW is the number that has to be built before any of the rest follows.
Information purposes only — not technical, financial or investment advice. Strategy targets, project statuses and investment decisions change; confirm current figures against the Ministry of Energy and Infrastructure and the official UAE government platform before use. Project counts cited reflect statements made in early 2023 and will have moved since.