Jordan is increasingly focusing on green hydrogen as a strategic opportunity to enhance energy security and reduce carbon emissions, with the sector seeing growing interest over recent years. Green hydrogen is considered a critical future solution for these goals. It is produced through the electrolysis of water, utilizing electricity generated from renewable sources, a process that results in no carbon emissions. This innovative production method ensures that the entire process, from water splitting to hydrogen output, is free from carbon emissions, making it a cornerstone of clean energy initiatives. Green hydrogen is widely regarded as one of the most critical future solutions for achieving both energy security and reducing carbon emissions on a global scale.
Engineer Amani Al-Azzam, Secretary-General of the Ministry of Energy and Mineral Resources, stated that Jordan has "witnessed growing interest in the green hydrogen sector over recent years." Al-Azzam added that green hydrogen "is viewed as the fuel of the future and a key global solution for shifting toward clean energy and curbing carbon emissions, driven by an accelerating international trend toward sustainable energy sources and enhanced security of supply." This approach aligns with global efforts to transition to clean energy and mitigate climate change impacts, positioning Jordan as a proactive player in the global energy transition. The emphasis on green hydrogen reflects a strategic pivot towards sustainable development and economic diversification.
Abundant Renewables Fueling Growth
Jordan possesses abundant renewable energy sources, notably solar and wind energy, which are key for the development of its green hydrogen sector. The country's strategic geographical location, particularly its proximity to European markets, further enhances its potential as a green hydrogen producer and exporter. This advantageous geographical position allows Jordan to potentially serve as a significant supplier of green hydrogen and its derivatives to energy-hungry European economies seeking to decarbonize. The availability of consistent and powerful renewable resources, combined with strategic access to international markets, creates a compelling case for Jordan's role in the future green hydrogen economy.
Energy expert and Professor of Mechanical Engineering at the University of Jordan, Dr. Ahmad Al-Salaymeh, noted the country's natural advantages. "Jordan enjoys exceptionally high rates of solar radiation on a global scale, ranging between 5 to 7 kWh/m² daily, with more than 300 sunny days per year," Al-Salaymeh stated. He added that these conditions are "sufficient to generate electricity with extremely high efficiency, to the extent that certain areas in southern Jordan are comparable to the best sites worldwide for renewable energy production." This high solar radiation, combined with over 300 sunny days annually, provides a consistent and powerful source for renewable energy generation. The intensity of solar radiation in Jordan, measured between 5 and 7 kWh/m² daily, positions it favorably for large-scale solar power projects capable of powering green hydrogen production facilities. These natural endowments are fundamental to the economic viability and scalability of green hydrogen initiatives within the country.
Enabling Legislation and Investment
Jordan has enacted a modern electricity law designed to accommodate the specific needs of its burgeoning green hydrogen sector. This new legislation permits the construction of independent transmission lines, which can operate separately from the national electricity grid. This provision is critical for large-scale green hydrogen projects, enabling them to establish direct connections between renewable energy generation sites and electrolysis plants, thus reducing transmission losses and operational complexities. The updated electricity law integrated the concept of energy storage into its legislative framework for the first time. This inclusion acknowledges the intermittent nature of renewable energy sources and provides a regulatory framework for integrating battery storage systems, which are essential for ensuring a stable and continuous power supply for electrolysis.
In parallel, Jordan introduced a dedicated gas law, marking its first such full regulation. This new gas law provides a clear definition of green hydrogen and establishes regulations for its related activities. The legal clarity provided by this legislation is vital for investors and developers, as it outlines the parameters for production, storage, transportation, and export of green hydrogen, thereby reducing regulatory uncertainties. These legislative developments are intended to create a supportive and predictable environment for green hydrogen projects, signaling Jordan's commitment to fostering this new industry. The full legal framework aims to attract significant domestic and international investment, ensuring that the sector can grow responsibly and sustainably.
Jordan has also pursued international partnerships to advance its green hydrogen strategy. The country has signed more than 14 memorandums of understanding (MoUs) with various international companies and alliances. These agreements are aimed at fostering the development of green hydrogen projects within Jordan, demonstrating a collaborative approach to accelerating the sector's growth. These partnerships are key for bringing in necessary capital, technological expertise, and market access. Among these initiatives, specific agreements have been reached with Chinese and other international firms. These particular collaborations are projected to facilitate the annual production of 100,000 tons of green ammonia. These MoUs signify a strong international interest in Jordan's green hydrogen potential and show the country's strategic position in the global energy landscape. The diverse range of international partners notes the broad appeal of Jordan's renewable energy resources and its commitment to developing a strong green hydrogen economy.
Key Projects and Production Targets
The Jordan Green Ammonia Company project marks the first investment agreement signed within Jordan’s green hydrogen sector, according to Engineer Amani Al-Azzam, Secretary-General of the Ministry of Energy and Mineral Resources. Al-Azzam stated, "The Jordan Green Ammonia Company project represents the first investment agreement signed in Jordan’s green hydrogen sector." This pioneering project is designed to produce approximately 100,000 tons of green ammonia annually. Its operational framework relies on an integrated system that incorporates around 550 megawatts (MW) of solar energy. This substantial renewable energy capacity ensures that the production process for green ammonia is powered by clean, sustainable sources. Additionally, the project includes battery storage systems, providing a capacity of up to 500 MW. These storage solutions are vital for managing the variability of solar power, ensuring a consistent and reliable energy supply for the electrolysis process, and maximizing the operational efficiency of the plant.
Beyond this initial venture, Jordan is pursuing massive projects with an annual green hydrogen production capacity projected to reach 200,000 tons. These ambitious targets reflect Jordan's long-term vision for becoming a significant producer and exporter of green hydrogen. Some proposed projects indicate a future need for renewable power generation capacities exceeding 10 gigawatts (GW). This scale of renewable energy development would represent a monumental expansion of Jordan's existing clean energy infrastructure, further solidifying its position as a regional leader in renewable energy. Green hydrogen serves multiple industrial applications, including the production of green ammonia, which is critical for the fertilizer industry. The demand for green ammonia is growing globally as industries seek to decarbonize their supply chains. It also holds a vital role in heavy industries, such as iron and cement manufacturing, where it can replace fossil fuels and significantly reduce carbon emissions. Green hydrogen is identified as a clean alternative fuel suitable for operating various transportation vehicles, including trucks, buses, and ships. Its versatility across multiple sectors shows its potential to drive full decarbonization efforts.
Global Context and Future Outlook
Jordan possesses a genuine opportunity to benefit from green hydrogen, despite its limited conventional resources. The logistical infrastructure in the Aqaba Special Economic Zone serves as a vital hub for export projects and green industries. Aqaba's strategic port facilities and established trade routes offer an ideal gateway for exporting green hydrogen and its derivatives to international markets, particularly Europe. Green hydrogen projects in Jordan are primarily presented as production and export ventures for green hydrogen or green ammonia, leveraging the country's abundant renewable energy potential. Jordan has offered investment incentives and exemptions for projects related to green hydrogen and renewable energy, further enhancing its attractiveness as an investment destination. These agreements will help eliminate over 200,000 tons of carbon emissions per year compared to conventional production, contributing significantly to global climate change mitigation efforts. The strategic development of this sector positions Jordan as a key player in the global transition to a sustainable energy future, offering both economic growth and environmental benefits.
