The Gulf Cooperation Council (GCC) nations are accelerating their push to claim a leading position in the global green hydrogen market, with projections from the International Renewable Energy Agency (IRENA) and the Hydrogen Council indicating that Gulf green hydrogen will capture approximately 25% of the global market by 2030. Spearheading this transformation are mega-projects — most notably the NEOM Green Hydrogen Project valued at $8.4 billion — and strategic partnerships with leading global companies including ACWA Power and Air Products, as part of a comprehensive vision to convert the region’s abundant solar energy into exportable clean fuel that contributes to achieving global carbon neutrality.
The NEOM Project: World’s Largest Green Hydrogen Production Facility
The NEOM Green Hydrogen Project is the cornerstone of Saudi Arabia’s ambitions to lead the global hydrogen economy. Located in the Oxagon area within NEOM city, the project is funded by $8.4 billion in investments from a consortium comprising ACWA Power, Air Products, and NEOM Company. The targeted production capacity stands at 600 tonnes per day of green hydrogen, equivalent to 1.2 million tonnes annually of green ammonia destined for global markets.
The project relies on 4 GW of renewable energy generated from solar panels and wind turbines, making the entire production chain carbon-emission-free. thyssenkrupp nucera is supplying electrolyzer systems with a capacity exceeding 2 GW — the largest of their kind in the world to date. According to Bloomberg NEF, this single project will represent approximately 4% of total projected global green hydrogen production capacity by 2030.
Air Products has committed to purchasing the project’s entire green ammonia output under a 30-year long-term offtake agreement, providing unprecedented financial stability and substantially reducing investment risk. The company plans to establish a global distribution network to transport this ammonia to major consumption hubs in Europe, Japan, and South Korea, where it will be reconverted to hydrogen for use in heavy transport, industry, and clean electricity generation.
“The NEOM green hydrogen project will not merely be a production facility — it will redefine the global energy economy and prove that Saudi Arabia can lead the clean energy transition just as it led the oil era.”
— Mohammad Abunayyan, Chairman of ACWA Power
ACWA Power and Masdar: Strategic Partnerships Shaping the Future of Hydrogen
ACWA Power plays a central role in building the Gulf’s green hydrogen ecosystem, not only through the NEOM project but through a growing portfolio of regional projects. The company is investing in multiple hydrogen developments across GCC states, with a focus on reducing production costs to reach the global target of $1.50 per kilogram by 2030.
On the UAE side, Masdar — Abu Dhabi government’s clean energy arm — emerges as a key player in developing green hydrogen projects. Masdar has announced plans to develop production capacity of up to one million tonnes annually of green hydrogen by 2030 through projects in the UAE, Egypt, and other countries. Masdar has also signed memoranda of understanding with the governments of the Netherlands, Germany, and Japan for green hydrogen exports, strengthening the UAE’s position as a global hub for clean energy trade.
Reports from Reuters indicate that total announced Gulf investments in green hydrogen have exceeded $50 billion, making the Gulf the world’s largest investment destination for this sector. This is attributed to several unique competitive factors the region enjoys, including abundant sunlight averaging over 2,500 hours annually, vast available land for solar installations, existing energy export infrastructure through ports and pipelines, and strong government support with enabling regulatory frameworks. These efforts align with the clean energy transition roadmap across the MENA region that places green hydrogen at the core of economic diversification strategy.
Oman’s Ambitious Strategy: One Million Tonnes by 2030
Gulf green hydrogen ambitions extend well beyond Saudi Arabia and the UAE, with the Sultanate of Oman emerging as a major player with massive production plans. Oman has announced a national strategy targeting production of at least one million tonnes of green hydrogen annually by 2030, rising to 3.75 million tonnes by 2040 and 8.5 million tonnes by 2050.
Oman has designated special economic zones in Duqm, Salalah, and Sohar to attract green hydrogen projects, as these areas enjoy exceptional solar irradiation and steady winds that make renewable energy production highly efficient year-round. Key announced projects include:
- HYPORT Duqm Project: With a capacity of 250,000 tonnes annually of green hydrogen funded by a Belgian-Omani consortium, utilizing a solar and wind power plant exceeding 3 GW.
- Amin Renewable Energy Project: Featuring 25 GW of solar and wind capacity for green hydrogen production and export via the Port of Salalah.
- SalalaH2 Project: For green ammonia production near the Port of Salalah, targeting South Asian and East Asian markets.
- Global Partnership Projects: Including alliances with Siemens Energy for supplying electrolyzer systems and integrated renewable energy plants.
The International Energy Agency (IEA) estimates that Oman could become the world’s third-largest green hydrogen exporter by 2035, leveraging its geographic location at the crossroads of trade between Asia, Africa, and Europe. The Sultanate also possesses an additional advantage in its extensive experience producing and exporting liquefied natural gas, providing logistics infrastructure adaptable to hydrogen export requirements.
Cost Competitiveness: Why the Gulf Leads Globally
Low production costs represent the Gulf’s most prominent competitive advantage in the green hydrogen race. According to Bloomberg NEF analysis, Gulf states can produce green hydrogen at a cost ranging between $1.50 and $2.00 per kilogram by 2030 — a cost 30-50% lower than most European and Asian producers.
This competitiveness stems from several structural factors:
- Low Solar Energy Costs: Solar energy prices in the Gulf have reached their lowest levels globally at 1.04 US cents per kilowatt-hour in the Al Dhafra auction in Abu Dhabi, making the electricity feeding electrolysis systems extremely affordable.
- Solar Irradiation Efficiency: Gulf states enjoy a solar capacity factor exceeding 25%, compared to approximately 12-15% in northern Europe, meaning longer operating hours for electrolyzer systems and higher capital asset efficiency.
- Land Availability: Vast expanses of unused desert land suitable for establishing large-scale solar power plants at minimal or zero lease costs are readily available.
- Existing Infrastructure: Gulf states possess sophisticated networks of ports, pipelines, and storage facilities that can be adapted to serve hydrogen supply chains without requiring massive greenfield infrastructure investments.
- Government Support: Gulf governments provide comprehensive financial incentives and regulatory facilitation for hydrogen projects, including tax exemptions, free land, and long-term offtake guarantees.
Reports from IRENA confirm that reaching the $1.50/kg price point will make Gulf green hydrogen a direct competitor to grey hydrogen produced from natural gas in many markets, representing a fundamental turning point in the global energy economy. These developments align with Saudi Arabia’s announcement of $50 billion renewable energy plans that position green hydrogen among investment priorities.
Electrolyzer Technology: The Heart of Green Hydrogen Production
Electrolysis systems (electrolyzers) form the core technical component of green hydrogen production, using renewable electricity to split water molecules into hydrogen and oxygen. Several key technologies compete in this field.
Gulf projects primarily rely on Alkaline Electrolysis technology supplied by companies like thyssenkrupp nucera, and Proton Exchange Membrane (PEM) technology offered by Siemens Energy. Alkaline technology features lower capital costs and high technical maturity, while PEM technology excels in rapid response to fluctuations in renewable energy supply and operational flexibility.
The industry is witnessing rapid advances in electrolyzer efficiency, with IEA reports indicating that solar-to-hydrogen conversion efficiency has risen from approximately 12% five years ago to 18-22% currently, with expectations to reach 25% by 2030 as Solid Oxide Electrolysis Cell (SOEC) technologies mature. Electrolyzer system costs have also declined by more than 40% over the past five years, with projected further reductions of 60-80% by 2030 as manufacturing scales up.
Gulf states are working to localize electrolyzer manufacturing domestically to strengthen supply chains and reduce costs. The Saudi Ministry of Investment (MISA) has announced incentives to attract electrolyzer manufacturers to establish factories in the Kingdom, aiming to position Saudi Arabia as a regional technology hub rather than merely a raw material producer.
Infrastructure and Export: From Production to Global Markets
The challenge extends beyond producing green hydrogen to building integrated infrastructure for transporting and exporting it to global markets. Gulf states are pursuing three primary pathways to solve this equation.
First — Converting Hydrogen to Ammonia: Converting hydrogen to green ammonia (NH3) is currently the most economically viable option for long-distance export. Ammonia is easier to store and transport compared to liquid hydrogen, and can be shipped using conventional gas carriers with limited modifications. The Hydrogen Council estimates that over 70% of global hydrogen trade will occur in ammonia form by 2035.
Second — Hydrogen Pipelines: For relatively proximate markets, pipeline networks are the optimal choice. Gulf states are exploring the possibility of connecting to the European Hydrogen Backbone initiative via pipelines extending from the eastern Mediterranean to southern Europe. Feasibility studies are also underway for a Gulf hydrogen pipeline network connecting production centers in Saudi Arabia, the UAE, and Oman to export ports.
Third — Maritime Shipping: Gulf companies are investing in developing specialized tankers for shipping green ammonia and liquid hydrogen, focusing on shipping lanes connecting the Gulf to ports in Rotterdam, Hamburg, Yokohama, and Busan.
These three pathways integrate with key target export markets. The European Union is the largest target market, aiming to import 10 million tonnes of renewable hydrogen annually by 2030 under the REPowerEU plan. Japan has adopted a national hydrogen strategy targeting imports of 3 million tonnes annually by 2030 and 20 million tonnes by 2050. South Korea in turn seeks to import 1.5 million tonnes annually to power the hydrogen economy it is betting on for its transport and industrial sectors. This transformation connects to the broader context of nuclear energy’s role in reshaping the Gulf energy mix, where green hydrogen complements the clean energy portfolio.
Challenges and Risks: Obstacles on the Path to Leadership
Despite promising prospects, Gulf green hydrogen ambitions face several fundamental challenges that must be addressed to ensure the achievement of stated goals:
- Freshwater Availability: Producing each tonne of hydrogen requires approximately 9 tonnes of pure water, a significant challenge in one of the world’s most arid regions. Proposed solutions rely on seawater desalination using renewable energy, though this adds incremental costs.
- Intensifying Global Competition: Countries such as Australia, Chile, Morocco, and Namibia aspire to play significant roles in the green hydrogen market, intensifying competition for long-term export contracts.
- Sustainability Standards: European importers require strict criteria to classify hydrogen as “green,” including renewable energy additionality and temporal and geographic correlation between clean energy sources and production facilities.
- Mega-Project Financing: Hydrogen projects require enormous capital investments with long payback periods, necessitating innovative financing instruments and government guarantees.
- Regulatory Framework: International legal and regulatory frameworks for hydrogen trade remain under development, adding uncertainty for investors.
Nevertheless, Bloomberg NEF analysts view Gulf states as uniquely positioned to overcome these challenges thanks to high financial solvency, strong political will, and extensive experience in energy exports. Moreover, the emergence of the green hydrogen economy across the Arabian Peninsula demonstrates that the region is addressing these challenges through a comprehensive and systematic methodology.
In conclusion, Gulf green hydrogen is no longer a future vision but an investment reality backed by billions of dollars and mega-projects under active development. As the NEOM project approaches commercial production and investments in Oman and the UAE accelerate, the Gulf’s capture of one-quarter of the global market by the end of the decade is not merely an ambitious target but a plausible trajectory supported by concrete figures and ground realities. Just as the Gulf led the oil and gas era for decades, it now seeks to lead the clean energy era with the very instrument that created its wealth: exceptional natural resources and unwavering strategic resolve.
This article is for educational purposes only and does not constitute financial advice. Consult a licensed financial advisor before making investment decisions.
