Greece Hydrogen Export Port Infrastructure Development Feasibility Study with Energy Transition Market Forecast

Executive Viability Abstract

This feasibility study evaluates the transformation of Greek port infrastructure into a regional green hydrogen export hub. Leveraging Greece's strategic maritime position and high renewable energy potential, the project aims to facilitate the export of hydrogen and its derivatives (Ammonia/LOHC) to Northern European industrial clusters. The analysis indicates high strategic value aligned with EU REPowerEU goals, despite significant initial capital requirements for liquefaction and specialized storage.

## Introduction Greece is positioned to become a critical 'Energy Bridge' between the high-solar yield regions of the MENA zone and the industrial demand centers in Germany and the Benelux region. This study focuses on the development of specialized berths, storage tanks, and conversion facilities at key ports such as Alexandroupolis or Piraeus. ## Market Analysis The EU targets 10 million tonnes of domestic renewable hydrogen production and 10 million tonnes of imports by 2030. Greece's geographical proximity to the Eastern Mediterranean gas corridor allows for integrated pipeline-port infrastructure. The forecasted demand for green ammonia in shipping and heavy industry creates a stable long-term off-take market. ## CAPEX Summary Total estimated investment is €2.85 Billion. This includes: - Hydrogen Liquefaction Units: €900M - Cryogenic Storage Facilities: €750M - Specialized Loading Arms and Jetties: €400M - Electrolysis Integration (2GW scale): €600M - Grid Connection and Balance of Plant: €200M. ## Revenue Model Revenue is derived from a multi-stream approach: 1. Throughput Fees: Volume-based charges for hydrogen exported. 2. Storage Leasing: Capacity-based payments from energy trading firms. 3. Hydrogen Bunkering: Refueling services for the growing fleet of zero-emission vessels. 4. Ancillary Services: Purity testing and certification fees. ## Financial Projections Under the base-case scenario, the project yields a positive NPV by year 12. Revenue is expected to scale exponentially between 2028 and 2035 as the European Hydrogen Backbone (EHB) becomes operational. ## Risk Assessment Key risks include regulatory uncertainty regarding 'green' definitions and the technological competition between Liquid Hydrogen (LH2) and Ammonia (NH3) transport methods.