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Green Hydrogen Production Suppliers, Saudi Arabia

Green hydrogen production uses renewable-energy-powered electrolysis to split water into hydrogen and oxygen with zero carbon emissions. Saudi Arabia's NEOM Green Hydrogen project and UAE initiatives position the GCC as a global leader in green hydrogen export. Procurement managers source proton-exchange-membrane and alkaline electrolysers, water purification systems, compression equipment, and balance-of-plant components for large-scale green hydrogen facilities.

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Green hydrogen production is among the most strategically significant emerging procurement categories in the GCC, with Saudi Arabia's NEOM Green Hydrogen project — targeting 600 tonnes per day of green hydrogen for conversion to green ammonia — and the UAE's Hydrogen Leadership Roadmap positioning the region as a global hub for clean hydrogen production and export. Powered entirely by renewable electricity from solar and wind, electrolysis-based green hydrogen eliminates the carbon emissions associated with conventional steam-methane reforming.

Two primary electrolyser technologies dominate the market: alkaline electrolysers, which are mature, cost-effective, and available at multi-hundred-megawatt scale, and proton-exchange-membrane (PEM) electrolysers, which offer faster dynamic response, a more compact footprint, and better integration with variable renewable energy sources. A complete green hydrogen plant procurement scope also includes deionised water production systems, hydrogen compression and drying units, buffer storage, gas detection and safety systems, and plant-level control and monitoring platforms.

Procurement teams evaluating electrolyser suppliers should assess specific energy consumption (kWh per kilogram of hydrogen), stack lifetime and degradation rate, turndown ratio for operation with intermittent solar and wind input, water-quality requirements, and the manufacturer's ability to deliver at the gigawatt scale demanded by GCC mega-projects. Given the nascent but rapidly scaling nature of this market, supplier financial stability, manufacturing capacity expansion plans, and willingness to provide performance guarantees backed by liquidated damages are critical differentiators for procurement managers managing multi-billion-dollar green hydrogen investments in the region.

Frequently Asked Questions — Green Hydrogen Production

What is the scale of green hydrogen projects planned in the GCC?
The NEOM Green Hydrogen project in Saudi Arabia is among the world's largest, targeting 2.2 GW of electrolyser capacity powered by 4 GW of solar and wind. The UAE has announced plans for green hydrogen production at Masdar City and industrial zones. Combined GCC green hydrogen ambitions exceed 5 GW of electrolyser capacity by 2030.
What is the difference between alkaline and PEM electrolysers?
Alkaline electrolysers use a potassium hydroxide liquid electrolyte and are the most mature, lowest-cost technology at scale. PEM electrolysers use a solid polymer membrane, enabling faster start-up, higher current densities, and better dynamic response to variable renewable input, but at a higher capital cost. Both are being deployed in GCC green hydrogen projects.
How much water does green hydrogen production consume?
Electrolysis requires approximately 9 to 10 litres of high-purity deionised water per kilogram of hydrogen produced. In the water-scarce GCC, this water is typically sourced from seawater desalination. A large-scale plant producing 600 tonnes per day of hydrogen would consume roughly 6 million litres of water daily, making water supply infrastructure a critical procurement element.