Green Hydrogen in the Gulf: Saudi Arabia and UAE Position as Hydrogen Superpowers

The Gulf region is undergoing a strategic transformation that could redefine global energy markets. Saudi Arabia and the United Arab Emirates, historically the world oil superpowers, are now positioning themselves as the next generation of energy leaders-this time in green hydrogen. This is not merely an energy transition-it is a strategic repositioning that could determine the balance of power in the emerging hydrogen economy.

The logic is compelling. The Gulf has some of the world best solar resources, vast available land, existing energy infrastructure, strategic location for export to Europe and Asia, and the financial resources to invest at scale. These advantages, combined with ambitious national strategies, create the foundation for Gulf leadership in green hydrogen production and export.

Green hydrogen-produced by electrolyzing water using renewable electricity-is emerging as a critical component of the global energy transition. Unlike fossil fuels, green hydrogen produces no carbon emissions when used. It can decarbonize sectors that are difficult to electrify directly, including heavy industry, shipping, and long-haul transportation.

The International Energy Agency (IEA) projects that hydrogen could meet 18% of global final energy demand by 2050, with green hydrogen accounting for the majority of this demand. This represents a massive market opportunity for countries that can produce green hydrogen at scale and cost-effectively.

For the Gulf, green hydrogen represents an opportunity to maintain energy leadership in a decarbonizing world. Rather than seeing the energy transition as a threat to their oil-based economies, Saudi Arabia and the UAE see it as an opportunity to leverage their existing advantages in a new energy paradigm.

Saudi Arabia has launched one of the most ambitious green hydrogen initiatives in the world through its NEOM project. The $500 billion NEOM development includes a green hydrogen facility that will be the largest in the world when completed, with capacity to produce 600 tons of green hydrogen per day using 4 GW of solar and wind power.

The NEOM green hydrogen project, developed in partnership with ACWA Power and Air Products, represents a statement of intent. It is not just a commercial project-it is a demonstration of Saudi Arabia commitment to becoming a major player in the hydrogen economy. The project will produce green ammonia for export, targeting markets in Europe and Asia.

Beyond NEOM, Saudi Arabia has announced broader hydrogen ambitions under its Vision 2030 framework. The kingdom aims to become a global leader in green hydrogen production and export, leveraging its vast solar resources and existing energy infrastructure. This includes developing hydrogen export hubs and establishing partnerships with importing countries.

The UAE has developed its own comprehensive hydrogen strategy, aiming to capture 25% of the global low-carbon hydrogen market by 2030. The strategy focuses on leveraging the UAE advantages in solar energy, existing infrastructure, and strategic location to become a major hydrogen exporter.

The UAE has announced several major hydrogen projects, including the Masdar-led development of green hydrogen facilities in Abu Dhabi. The country is also developing hydrogen infrastructure, including storage facilities, pipelines, and export terminals at its ports. This infrastructure development is critical for establishing the UAE as a hydrogen export hub.

The UAE strategy includes both green hydrogen (produced from renewables) and blue hydrogen (produced from natural gas with carbon capture). While the focus is on green hydrogen, blue hydrogen provides a transitional pathway that leverages the UAE existing natural gas resources while building renewable capacity.

The UAE is also positioning itself as a center for hydrogen innovation and technology development. The country is investing in research and development, partnering with international technology companies, and developing regulatory frameworks to support the hydrogen economy.

The Gulf geographic location provides a significant strategic advantage for hydrogen export. Located between Europe and Asia, the Gulf is ideally positioned to serve both major hydrogen importing regions. Saudi Arabia and the UAE are developing hydrogen export hubs at their ports, with infrastructure for hydrogen storage, liquefaction, and shipping.

The export strategy focuses on green ammonia as the primary hydrogen carrier. Converting hydrogen to ammonia makes it easier to transport and store, addressing one of the key challenges of hydrogen logistics. The Gulf is developing ammonia production facilities and export terminals to serve global markets.

The Gulf is also leveraging its existing energy infrastructure. Oil and gas terminals can be repurposed for hydrogen and ammonia export, reducing the capital investment required. Existing pipelines can potentially be adapted for hydrogen transport, and the Gulf extensive experience in energy trading provides a foundation for hydrogen market development.

The export hub strategy includes long-term supply agreements with importing countries. Saudi Arabia and the UAE are negotiating agreements with European and Asian countries to secure off-take agreements for their hydrogen production, providing revenue certainty and de-risking project investments.

Ammonia is emerging as the preferred carrier for hydrogen export. Converting hydrogen to ammonia increases energy density, reduces storage and transportation costs, and leverages existing ammonia infrastructure. The Gulf is positioning itself as a major producer and exporter of green ammonia.

The ammonia transition addresses one of the key challenges of the hydrogen economy: transportation and storage. Hydrogen is difficult to transport in its gaseous form due to low energy density and high storage requirements. Ammonia, by contrast, is easier to handle and can be transported using existing infrastructure.

The Gulf is developing green ammonia production facilities that will convert green hydrogen into ammonia for export. These facilities are being integrated with renewable energy projects to ensure that the ammonia is truly green, produced from renewable electricity rather than fossil fuels.

The ammonia strategy also creates opportunities for industrial decarbonization. Ammonia is not just a hydrogen carrier-it is also an industrial chemical used in fertilizers and other applications. Green ammonia can decarbonize these industrial applications while also serving as a hydrogen export product.

While export is a major focus, the Gulf also has significant domestic demand for green hydrogen. The region industrial sector, including steel, cement, chemicals, and refining, is energy-intensive and difficult to decarbonize through electrification alone. Green hydrogen provides a pathway to decarbonize these industries.

Saudi Arabia and the UAE are developing strategies to use green hydrogen for industrial decarbonization. This includes replacing fossil fuels with green hydrogen in industrial processes, using green hydrogen to produce green steel and green chemicals, and integrating hydrogen into industrial clusters.

The domestic demand creates a dual advantage for the Gulf. It provides a guaranteed market for hydrogen production, reducing export risk. It also positions Gulf industries to compete in a global market that increasingly values low-carbon products.

The industrial decarbonization strategy includes developing hydrogen infrastructure for domestic use, including pipelines, storage facilities, and refueling stations for hydrogen-powered vehicles. This infrastructure development supports both domestic and export markets.

The key to global hydrogen leadership is cost competitiveness. Green hydrogen is currently more expensive than fossil-based hydrogen, but costs are falling rapidly as renewable energy costs decline and electrolyzer technology improves. The race is on to reach the $2/kg threshold, which is considered the point at which green hydrogen becomes cost-competitive with fossil alternatives.

The Gulf has significant advantages in the cost competitiveness race. The region has some of the world lowest solar energy costs, with solar PV prices in the UAE and Saudi Arabia among the lowest globally. This low-cost renewable energy is the foundation for low-cost green hydrogen production.

Scale is another advantage. The massive scale of Gulf hydrogen projects enables economies of scale that smaller projects cannot match. The NEOM project, for example, will have 4 GW of renewable capacity dedicated to hydrogen production, achieving scale that few other regions can match.

The Gulf is also investing in electrolyzer manufacturing and technology development to reduce costs further. By developing domestic manufacturing capabilities, the Gulf can reduce import costs and capture more of the value chain.

Despite the significant advantages and ambitious strategies, the Gulf faces challenges in realizing its hydrogen ambitions. The primary challenge is the nascent state of the global hydrogen market. Demand for green hydrogen is still developing, and securing long-term off-take agreements is critical for project financing.

Water availability is another consideration. Electrolysis requires significant water resources, and while the Gulf has desalination capabilities, this adds cost and complexity to hydrogen production. The region is investing in water-efficient electrolysis technologies and exploring seawater electrolysis to address this challenge.

Competition is intensifying. Other regions, including Europe, Australia, Chile, and North Africa, are also developing green hydrogen strategies. The Gulf will face competition for export markets, and success will depend on cost competitiveness, reliability of supply, and strategic partnerships.

Technology risk is also a factor. While electrolyzer technology is mature, large-scale hydrogen production and export involve complex systems that have not been deployed at this scale before. Technical challenges and learning curves are inevitable.

For Saudi Arabia and the UAE, green hydrogen is not just an energy project-it is a strategic imperative. The energy transition represents an existential challenge for oil-dependent economies, and hydrogen leadership provides a pathway to maintain energy relevance in a decarbonizing world.

The hydrogen strategy aligns with broader economic diversification efforts. Both countries are working to reduce dependence on oil revenues and develop new economic sectors. Green hydrogen provides a natural extension of their energy expertise while creating new industries and employment opportunities.

The hydrogen economy also supports climate commitments. Both Saudi Arabia and the UAE have announced net-zero targets, and green hydrogen is a critical component of their decarbonization strategies. Hydrogen leadership enables them to meet climate commitments while maintaining energy leadership.

The geopolitical implications are significant. The countries that establish themselves as hydrogen superpowers will have significant influence in the emerging energy order. The Gulf is positioning itself to maintain its geopolitical influence by leading the next energy transition.

Saudi Arabia and the UAE are making significant investments and developing comprehensive strategies to become hydrogen superpowers. The Gulf has the advantages-solar resources, strategic location, existing infrastructure, and financial resources-to succeed in this ambition. The question is not whether the Gulf can produce green hydrogen at scale, but whether it can do so cost-effectively and secure reliable export markets.

The next decade will be critical. The projects announced today will come online in the late 2020s and early 2030s, determining whether the Gulf can establish itself as a dominant player in the global hydrogen market. Success will require continued investment, technological innovation, and strategic partnership development.

For the global energy system, Gulf leadership in green hydrogen would be transformative. It would provide the scale needed to drive down costs globally, accelerate the energy transition, and ensure reliable supply of clean energy to importing regions. The Gulf is positioning itself to play this leadership role.

The hydrogen superpower race is on, and the Gulf is positioning itself to win. Saudi Arabia and the UAE are making the investments and developing the strategies needed to lead the hydrogen economy. The next decade will determine whether this ambition becomes reality.