Beyond Oil: Hydrogen and the Middle East’s Next Export Economy

For decades, the Middle East’s export identity was defined by crude oil. In the years ahead, that identity may be reshaped by something far less visible, but just as strategic: hydrogen.

Across the Gulf, hydrogen is emerging as a central pillar of long-term energy strategy. Governments are investing at scale, positioning the region not just as a producer, but as a global hub for low-carbon fuels that can power industries, transport systems, and economies beyond their borders.

The momentum is accelerating quickly.

Hydrogen capacity in the Middle East is expected to expand at a rapid pace through the end of the decade, supported by a growing pipeline of large-scale projects across Saudi Arabia, the UAE, and Oman. This level of growth places the region among the most active hydrogen markets globally.

At the centre of this push is Saudi Arabia’s flagship NEOM project.

The ~$8.4 billion facility is designed to produce around 600 tonnes of green hydrogen per day, powered entirely by renewable energy and converted into ammonia for export. Once operational, it will rank among the largest green hydrogen projects globally.

But hydrogen in the Middle East is not just about individual projects, it is about redefining export strategy.

Historically, the region’s role in global energy markets has been tied to shipping crude oil and natural gas. Hydrogen introduces a new set of possibilities. Instead of exporting raw hydrocarbons, countries can export energy in different forms: green hydrogen, blue hydrogen, ammonia, and potentially even hydrogen-derived fuels.

This shift matters because it aligns with changing global demand.

Major economies in Europe and Asia are actively seeking low-carbon energy imports to meet climate targets and decarbonise hard-to-abate sectors such as heavy industry, shipping, and aviation. Hydrogen is widely seen as one of the few viable solutions for these sectors, creating a new market that the Middle East is well-positioned to serve.

The region’s advantage is structural.

Abundant solar resources enable cost-competitive green hydrogen production. Existing expertise in large-scale energy projects supports rapid deployment. And established export infrastructure, ports, logistics networks, and trading relationships, provides a foundation that can be adapted for new energy carriers.

In many ways, hydrogen builds on the region’s existing strengths rather than replacing them.

Yet significant challenges remain.

Hydrogen markets are still evolving, with uncertainties around pricing, regulation, and long-term demand. Transporting hydrogen, whether in its pure form or as ammonia, requires new infrastructure and international coordination. And large-scale production depends on the continued expansion of renewable energy capacity, particularly solar and wind.

In this sense, hydrogen sits at the intersection of multiple transitions.

It is linked to the growth of renewables, the decarbonisation of global industry, and the restructuring of energy trade flows. Success depends not just on domestic investment, but on building integrated value chains that connect production in the Middle East to demand centres abroad.

Despite these complexities, the direction of travel is clear.

Hydrogen is rapidly moving from concept to commercial reality, and the Middle East is positioning itself at the forefront of that shift. What is being built today is not just capacity, but a new export ecosystem, one that could redefine how energy moves across borders.

For the region, this represents more than diversification.

It is an evolution of its role in the global energy system, from exporting barrels to exporting molecules and, increasingly, solutions.

And as this next phase unfolds, the question is no longer whether hydrogen will matter.

It is how quickly the Middle East can scale it, and how effectively it can translate early ambition into long-term advantage.