How Hydrogen Infrastructure is Positioning Oman in the Global Energy Economy

Dr. Muhammad Abdul Qyyum

Petroleum and Chemical Engineering, Sultan Qaboos University

Oman is emerging as one of the most forward-looking nations in the global hydrogen transition. Through coherent policies, strategic foresight, and international partnerships, the country is demonstrating its commitment to making hydrogen a core pillar of its clean energy economy. This direction aligns with the global shift toward low-carbon energy systems where hydrogen is becoming a defining factor in industrial competitiveness, trade, and energy security.

Oman’s strategy stands out for integrating renewable resources, infrastructure planning, and regulatory clarity within a unified national framework. Early coordination among policymakers, utilities, ports, and private investors has established the foundation for large-scale hydrogen development and export. With abundant solar and wind potential, strategically located ports, and a growing industrial base, the country is well-positioned to serve key markets in Europe and Asia.

The focus has now shifted from vision to delivery, as Oman translates policy into large-scale infrastructure. Renewable generation, hydrogen production, storage, transport, and export are being integrated into one coordinated national system designed for scalability and long-term resilience. This transformation is advancing through dedicated hydrogen zones, port-led industrial clusters, and national programs that align infrastructure, applied research, and workforce development. Together, these efforts form the foundation of Oman’s emerging hydrogen infrastructure, positioning the country as a central player in the evolving global energy economy.

Building an Integrated Hydrogen Infrastructure System

Oman’s hydrogen infrastructure is envisioned as a nationally coordinated system that unites energy, industry, and logistics under one investment and policy framework. Rather than developing isolated projects, the country is building an integrated platform that connects renewable generation, industrial use, and export delivery through shared corridors and centralized governance. This design ensures that every component, from electrolyzers to ports, contributes both to domestic decarbonization and to positioning Oman as a trusted global supplier.

The system connects renewable energy clusters exceeding 10 GW of planned capacity with production facilities, transport corridors, and export ports, forming a scalable and resilient hydrogen value chain that serves both domestic industries and international markets. Its three primary hubs are Sohar, Duqm, and Salalah. Sohar strengthens the northern industrial corridor through petrochemical integration and direct access to European shipping lanes. Duqm forms the centerpiece of the national export strategy, hosting one of the world’s first commercial-scale liquid hydrogen (LH₂) terminals developed with European partners. This facility targets boil-off rates below 0.5% per day, supported by ECOLOG’s zero boil-off carriers for long-distance hydrogen transport. In the south, the SalalahH2 project anchors the green ammonia cluster, producing over one million tonnes annually from roughly 5 GW of renewable energy.

The transport and storage backbone, led by OQ Gas Networks in partnership with Fluxys, connects production hubs to ports through dedicated pipelines and cryogenic systems meeting international standards. Oman aims for 10 GW of electrolyzer capacity by 2030, scaling to 20 GW by 2040, supported by phased investments expected to exceed tens of billions of dollars.

Two export pathways guide this rollout: near-term delivery through ammonia and methanol for established markets such as marine fuels and fertilizers, and long-term competitiveness through liquefied hydrogen serving high-purity sectors including aviation and steelmaking. The Duqm to Northwest Europe corridor exemplifies this ambition, establishing one of the world’s first large-scale LH₂ trade routes connecting Duqm’s liquefaction terminal with regasification hubs in Amsterdam and Germany.

Development is progressing in phases from 2025 to 2040. Early projects prioritize ammonia and methanol exports, hydrogen pipelines, and LH₂ operations, while subsequent stages expand electrolyzer capacity and cryogenic storage. Modeling identifies the Duqm to Europe and Dhofar to East Asia corridors as the most efficient trade routes balancing renewable potential, distance, and port readiness.

Oman’s hydrogen strategy is underpinned by more than $50 billion in international investments and a pipeline targeting 1.5 million tonnes of green hydrogen production annually by 2030, enabled by 35 GW of renewable energy capacity. This integrated approach positions Oman as a regional and global benchmark for hydrogen system design, operational safety, and sustainable export delivery.