Technical Feasibility Study for a Renewable Hydrogen and Synthetic Fuels Plant

This project aims to evaluate the technical feasibility of a plant in Spain dedicated to the production of renewable hydrogen and advanced synthetic fuels, such as e-methanol and e-SAF (sustainable aviation fuel). The study offers a comprehensive pre-feasibility analysis, addressing key aspects including site suitability, infrastructure and supply requirements, and compliance with environmental and regulatory frameworks.

The proposed facility would employ electrolysis powered by renewable energy to produce green hydrogen, which would then be converted into synthetic fuels through carbon capture and utilisation processes. Several capacity scenarios, ranging from 150 to 400 MW, have been considered, with an emphasis on critical factors such as grid connectivity, water demand, effluent management, and land use.

Key tasks included coordination with relevant stakeholders and public authorities to evaluate potential locations, alongside technical assessments of environmental conditions, electrical infrastructure, water availability, and effluent treatment. A preliminary technical modelling of various production scenarios has also been undertaken to ensure scalable and optimised design.

The study identifies potential environmental impacts and outlines mitigation measures to support responsible and sustainable integration. In line with European decarbonisation goals, the project represents a strategic step towards a cleaner, more resilient, and efficient energy future.

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