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Gulf investors anchor Morocco’s $35 billion green hydrogen drive

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ACWA Power Khalladi wind farm turbines, northern Morocco

The ‘Morocco Offer’: A State-Led Bet on Clean Energy Export

Morocco has been developing a national green hydrogen strategy since 2021, positioning the kingdom as a future exporter of hydrogen derivatives to European markets. The strategy rests on the country’s considerable solar and wind resources: according to the International Renewable Energy Agency (IRENA), Morocco is on course to achieve the third lowest green hydrogen production costs in the world by 2050, with projected costs ranging between roughly $0.7 and $1.4 per kilogram, placing it alongside a handful of resource-rich nations in the most competitive tier.

The centrepiece of that strategy is what Rabat calls the ‘Morocco Offer,’ a state-led initiative launched in 2024 to channel large-scale foreign investment into hydrogen production and derivative industries, offering preferential access to public land and associated infrastructure. In March 2025, Prime Minister Aziz Akhannouch chaired a steering committee that selected five investor groups for six specific projects, together valued at approximately $32 to $35 billion, according to AGBI and Morocco World News. The selected projects target production of green ammonia, e-fuels and clean steel, all within the kingdom’s southern provinces.

By February 2026, the programme moved from project selection to concrete land commitments. On 5 February, Akhannouch met in Rabat with representatives of all five investor groups to sign preliminary land reservation agreements. Each project gained access to up to 30,000 hectares, according to Ecofin Agency, enabling consortia to formally launch feasibility studies and move into active development.

Gulf Energy Companies Make Their Commitments Concrete

Two of the five selected investor groups carry direct Gulf capital, and their participation illustrates how the programme has become a practical Africa-Gulf energy partnership.

TAQA Morocco,  a subsidiary of Abu Dhabi National Energy Company, joined forces with Spain’s Moeve in a consortium focused on green ammonia and industrial e-fuels. Under the arrangement, TAQA Morocco is responsible for renewable energy generation underpinning the project, while Moeve leads e-fuels production and marketing. In its initial phase, the consortium expects to produce around 100,000 tonnes of hydrogen per year, converting that output into approximately 560,000 tonnes of green ammonia for both domestic use and export, according to a Moeve press release issued in February 2026.

Saudi Arabia’s ACWA Power entered the programme with its ‘Green Pearl’ project. The company is not a newcomer to Morocco: its total investments in the kingdom’s renewable energy sector already stand at close to $3 billion, making it one of the country’s largest foreign energy investors. As of late June 2026, ACWA Power’s management in Morocco confirmed to Asharq Business that the company is actively seeking to expand into green hydrogen, seawater desalination and energy storage, per Morocco World News. That statement, made during a visit to its Khalladi wind farm, signals a deepening commercial relationship rather than a one-off transaction.

The logic driving Gulf participation is strategic as well as financial. Saudi Arabia and the UAE are both diversifying their portfolios into clean-energy value chains expected to define the post-oil economy. Morocco, positioned at the western edge of North Africa with Atlantic deep-water ports and close proximity to European markets, offers geography well suited to that ambition. For Gulf energy majors, co-developing projects in Morocco is also a way to secure off-take relationships and supply chain positions before competitors do.

Local Stakes and the Industrialisation Imperative

The scale of the programme raises a question that runs through nearly every large infrastructure initiative on the continent: who captures the value?

Morocco’s government has framed the ‘Morocco Offer’ as more than an export platform. The kingdom’s hydrogen strategy envisions a domestic market of 4 terawatt hours alongside an export market of 10 TWh by 2030, requiring the construction of 6 gigawatts of new renewable capacity, as outlined by the Green Hydrogen Organisation. That production base is intended to feed domestic industries: green ammonia substituting for costly fertiliser imports, and clean hydrogen eventually feeding emerging steelmaking capacity. Morocco’s target of reaching 52% renewable electricity by 2030 adds domestic demand that reduces the risk of projects becoming purely export-oriented enclaves.

The feasibility study phase now under way will be critical in determining whether local industrialisation ambitions are written into binding contractual terms, including local content requirements, workforce development obligations and technology transfer commitments. Morocco’s Ministry of Energy Transition, led by Leïla Benali, has consistently stressed these conditions in parliamentary statements, though the detailed terms of individual project agreements remain commercially confidential.

The timeline is also demanding. Most projects target first exports by the late 2020s or early 2030s, coinciding with when the European Union’s hydrogen import strategy is expected to generate significant commercial pull. For Gulf investors experienced in financing long-horizon energy infrastructure in complex regulatory environments, such timelines are familiar terrain. For Morocco, the stakes reach further: the programme’s credibility as a global investment destination depends on whether the first projects are delivered on schedule and on the terms originally promised to investors and citizens alike.

What has changed in 2026 is that ambitions long confined to policy documents have been backed by signed land agreements, launched feasibility studies and companies committing capital on the record. ACWA Power’s latest signal of expanded ambitions in Morocco suggests that the Africa-Gulf green hydrogen axis is moving beyond the era of strategic announcements into one of practical implementation.

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Hydrogen Power in Mali

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Aliou_Boubacar_Diallo

Green power in Mali from hydrogen gas wells could power the future.

Hydrogen power refers to the use of hydrogen fuel as a zero emission fuel, since burning hydrogen with oxygen emits no carbon dioxide (only water). It sounds a bit futuristic perhaps, but the physics behind it are valid, though up until recently there have been very few practical examples. This is due to hydrogen power relying on either some kind of hydrogen fuel cell or on hydrogen gas, which until recent times, wasn’t believed to be in the earth’s crust in great quantities, nor in the earth’s atmosphere in clean or usable form.

In a new book about natural hydrogen entitled Natural Hydrogen: The Next Energy Revolution?, the the authors assert that natural hydrogen seeps or wells are abundant almost everywhere on earth and are a real viable alternative to fossil fuels. The book is written by acclaimed geologists Alain Prinzhofer and Eric Deville. With this new book it is clear that hydrogen power is no longer the technology of the future, but rather the technology of today.

In July 2015, three years after their first successful test, the Petroma Company demonstrated how hydrogen gas can be used to generate power, by lighting up part of the village of Bourakebougou not far from the capital Bamako in Mali, the eighth largest country in Africa. This has created almost 100% clean electricity in a poor rural area that did not have any access to electricity, something that would have hardly seemed plausible only a decade ago. In doing so, Petroma is not only reigniting the debate about alternative energy, it is also showing the world that even a poor African country can be innovative and turn to renewable fuels and prevent the massive pollution that comes with the fossil fuels used today.

The man behind this new venture into the field of hydrogen power is 56-year-old Aliou Boubacar Diallo, who is the president of Petroma Inc and also the leader of the Democratic Alliance for Peace. Aliou Boubacar Diallo is the driving force behind the new push for green energy in Mali, where he is a well-known player in not just politics and the energy sector, but also within gold mining and peace brokering.

HEC Feasibility Study

In the field of hydrogen engines, Petroma turned to well-known experts from the Hydrogen Energy Center in the US to perform a feasibility study. HEC is on the forefront when it comes to hydrogen energy and hydrogen power generators.

The study conducted by HEC was to check if it would be possible to harvest the hydrogen gas and use it in generators and generate at least 100 megawatts of power. Furthermore the study was to determine whether it would be better to have many small plants or one larger plant. The power would be used by local villages as well as the capital Bamako and its surrounding industries.

This study was the basis which Aliou Boubacar Diallo used to start the hydrogen power revolution in Mali. The first generator was built and demonstrated in July 2015 and will be followed by many more, as ten wells are on the way. Once those ten have been successfully installed, another almost 300 are planned in the first major phase of the project, quite possibly with more to come.

mali

Power in Mali

While Mali is a large country in terms of land size, it is a poor country with around 15 million people, of which half live below the poverty line. More than ten years ago Mali was already quite green by most standards, as half the country’s power came from the use of hydroelectricity, though only about half of the citizens could be reached by the network.

Today these numbers are not much higher, as expanding the hydroelectric capacity of the country beyond the current level is expensive and many locals are still not connected with the grid.

It was pure luck when Petroma found the hydrogen well at Bourakebougou, as they were in fact drilling to get water to the village. Instead of clean water they found almost pure hydrogen, which will continuously power the generator for as long as it lives, without exhausting the hydrogen gas. In fact, while scientists don’t fully understand this seeping hydrogen gas phenomenon, some believe it could be stable enough to last for thousands of years.

With the numerous massive and almost pure hydrogen wells already found in the country, it will perhaps be feasible to convert the country to almost exclusively to renewable green sources within a foreseeable future. This has proven almost impossible for much richer and more technologically advanced nations, as their power needs are much higher.

Time will tell if this adventure into alternative energy can deliver as much as it promises.

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