Algeria plans to produce 1 million tons of green hydrogen annually by 2030, aiming to become a significant exporter to Europe. This ambitious target positions the North African nation as a key player in the global energy transition. The government has allocated substantial investments, ranging between 20 and 25 billion dollars, to develop its burgeoning green hydrogen sector. This significant financial commitment underpins various initiatives, including the SouthH2 Corridor, which is specifically designed to export a larger volume of 4 million tons of green hydrogen annually to European markets.
Phased National Strategy
Algeria's national strategy for hydrogen development is designed to unfold in three distinct phases, spanning from 2023 to 2050. This full roadmap outlines a progressive approach to building the country's green hydrogen capabilities. The initial phase, which has already commenced, focuses on acquiring necessary technology and launching pilot projects to establish foundational capabilities for green hydrogen production. This key first step ensures that Algeria gains essential expertise and validates production methods. Following this, the second phase will involve expanding industrial projects and developing the essential infrastructure required for export, including pipelines and port facilities. The strategy's final phase envisions large-scale production and extensive export activities, positioning Algeria as a major, reliable supplier to European markets and contributing significantly to Europe's decarbonization efforts.
Pilot Projects and Infrastructure
In line with its strategic objectives, Algeria's Ministry of Energy and Renewable Energies has launched four pilot projects for green hydrogen production. These initial projects are designed to test and refine production processes, with capacities ranging between 2 and 4 megawatts. The state-owned energy company Sonatrach is playing a key role, implementing three of these four pilot projects, demonstrating its commitment to the new energy sector. Among these, the joint project between Sonatrach and Italy's Eni represents a significant milestone as the first green hydrogen pilot project to be established in Algeria. The fourth pilot project is a collaborative effort in partnership with Germany and receives key support from the European Union, noting international cooperation in Algeria's green hydrogen development.
Beyond these initial pilot initiatives, a larger model project is located in the industrial zone of Arzew, in Oran province, boasting a more substantial capacity of 50 megawatts. This project serves as a key step towards scaling up production. The German side provides significant financial backing for this 50-megawatt model project in Arzew, contributing 20 million euros, showing the strong bilateral partnership in this field. Algeria's plans for infrastructure development are extensive, including facilities for producing green ammonia and methanol. These derivatives are key for easier transport and broader industrial application of green hydrogen, and their production will utilize electrolysis plants with capacities reaching up to 200 megawatts.
Export Corridors and Investment
Algeria is actively developing the SouthH2 Corridor project in cooperation with Germany, Italy, and Austria, aiming to establish a key pathway for green hydrogen export. This collaboration is vital for realizing the corridor's potential to deliver clean energy across the Mediterranean. The nation is also conducting feasibility studies for additional hydrogen corridor initiatives, including 'SunsHyne' and 'SEEHyC', to diversify its export routes and enhance its connectivity to Europe. These efforts are supported by substantial investments that cover not only the necessary production facilities and infrastructure development but also scientific and technical training to build local expertise and ensure long-term sustainability. The focus on multiple corridors shows Algeria's full strategy to become a significant and reliable green hydrogen supplier to meet growing European demand.