Oman Moves to Assess Utility-Scale Green Hydrogen Power Plant

Key facts

• Nama Power and Water Procurement (PWP) issued a tender for techno-economic consultancy for a green hydrogen power project.
• The project's indicative capacity is 800–1,000 MW, capable of operating on up to 100% hydrogen.
• The deadline for consultant proposals is June 21, 2026.
• The study will evaluate technical feasibility, cost competitiveness, and grid integration.
• Oman's green hydrogen program is led by Hydrom, primarily focused on export and industrial use.
• Oman aims to expand renewable capacity under Vision 2040, with solar and wind projects already underway.

A Gulf Utility Takes the First Step Toward Hydrogen Power

Nama Power and Water Procurement Company (Nama PWP), Oman's state-owned utility off-taker, has launched a tender to hire a consultant for the initial assessment of a large-scale power plant fueled entirely by green hydrogen. The proposed independent power project (IPP) would have a capacity of 800 to 1,000 megawatts, making it one of the first concrete efforts by a Gulf utility to integrate hydrogen-to-power at utility scale. Until now, hydrogen has been viewed primarily as an energy carrier for export or industrial use, not as a direct input for domestic electricity generation. Efficiency losses from converting hydrogen back into power have kept such projects largely conceptual. Nama PWP's move signals a shift in thinking, as utilities worldwide explore hydrogen for long-duration storage and dispatchable clean power.

Techno-Economic Study to Assess Feasibility and Costs

The selected consultant will conduct a comprehensive techno-economic study to determine whether a hydrogen-fired power plant is technically viable and economically attractive in Oman. The study will examine cost structures, infrastructure requirements for storage, transport, and fuel supply, as well as integration challenges such as grid stability and dispatch dynamics. A key question is whether hydrogen-fired generation can compete with existing gas-based plants. The study will also evaluate deployment pathways for incorporating hydrogen into the national grid, which is progressively adding variable renewable energy sources like solar and wind.

Oman's Broader Renewable Energy Push

This hydrogen initiative is part of Oman's broader strategy to diversify its energy mix and reduce reliance on fossil fuels under Oman Vision 2040. The country has already made strides in solar energy: the 500 MW Manah I solar project is operational, and developers have been selected for another 500 MW solar-plus-storage project. Oman also hosts a substantial polysilicon factory, underscoring its engagement across the renewable energy supply chain. Nama PWP has previously sought consultants for other solar projects, demonstrating a consistent drive to expand renewable capacity. The hydrogen project adds a new dimension, potentially allowing the country to balance intermittency from renewables while cutting natural gas consumption.

Regulatory Hurdles and Policy Implications

Current regulatory and planning frameworks in Oman, overseen by the Authority for Public Services Regulation and the Ministry of Energy and Minerals, do not explicitly provide for large-scale, grid-connected hydrogen-fired power generation. If the study demonstrates viability, it may require updates to procurement strategies, tariff structures, and fuel supply frameworks to accommodate hydrogen as a new generation fuel, an industry observer noted. This pioneering project could also position Oman as an early mover in the region. While several Gulf countries have announced hydrogen strategies, most have prioritized exports—particularly green ammonia—over domestic power applications. A successful hydrogen-to-power project would set Oman apart and could influence regional energy markets.

Global Context and Geopolitical Stakes

Oman's green hydrogen ambitions align with international efforts to build robust hydrogen supply chains, such as the proposed Southern Hydrogen Corridor linking North Africa and Europe. The project contributes to the expanding global electrolyzer pipeline, which is growing due to stronger policy support and hybrid power purchase agreements. Economically, the initiative is expected to attract foreign investment and could position Oman as a future exporter of green hydrogen or its derivatives, fostering new industries and job creation. Geopolitically, it bolsters Oman's energy security and enhances its standing in the global transition to a low-carbon future.

Next Steps and Timeline

Consultants have until June 21, 2026, to submit proposals for the techno-economic consultancy. The study will take several months, after which Nama PWP will decide whether to proceed with project development. If approved, the plant would likely take years to build, but the assessment marks a critical first step. The outcome will be closely watched by energy analysts and Gulf policymakers. A positive feasibility study could accelerate similar projects across the region, while any finding of economic unviability might reinforce the view that hydrogen-to-power remains a niche application.

Oman's Hydrogen Ambitions at a Crossroads

Oman's green hydrogen program, led by Hydrom, has so far focused on producing hydrogen for export and industrial use. The Nama PWP tender represents a potential pivot toward domestic power generation, broadening the scope of the country's hydrogen strategy. If successful, Oman could demonstrate a new model for integrating hydrogen into national grids, balancing renewable intermittency while reducing emissions. The project also raises questions about the future role of natural gas in Oman's energy mix. As renewable penetration grows, hydrogen could provide a clean alternative for dispatchable power, but its economic viability remains unproven at scale. The techno-economic study will provide crucial answers, shaping not only Oman's energy transition but also the broader Gulf region's approach to hydrogen.

The bottom line

• Nama PWP's tender is a first for a Gulf utility off-taker, moving hydrogen-to-power from concept to assessment.
• The project's capacity of up to 1 GW makes it one of the largest proposed green hydrogen power plants globally.
• The study will evaluate cost competitiveness against natural gas and grid integration challenges.
• Regulatory frameworks in Oman currently lack provisions for hydrogen-fired power, potentially requiring policy updates.
• Oman's broader renewable energy expansion, including solar projects, supports the hydrogen initiative.
• A successful project could position Oman as a regional leader in hydrogen-based power generation.