TRINEFLEX Project Simulates Green Hydrogen Production at Esamur Wastewater Treatment Plant in Spain
The Horizon Europe TRINEFLEX project aims to enhance energy efficiency in industrial processes by integrating renewable energy and storage solutions. A simulation at the Esamur wastewater plant in Spain assesses the feasibility of producing green hydrogen using a 200kWp PV system. The produced hydrogen can react with carbon dioxide to generate e-fuels, supporting EU decarbonization goals. The simulation utilizes DWSIM to model the electrolysis process with PEM cells, focusing on efficiency and sustainability.
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The Horizon Europe TRINEFLEX project targets energy-intensive industrial processes by integrating energy and process flexibility. A simulation at the Esamur wastewater treatment plant in Spain evaluates green hydrogen production with a 200kWp PV system.
This hydrogen production, via electrolysis, can produce e-fuels from carbon dioxide and aids in achieving EU decarbonization targets. The model, developed using DWSIM, simulates a steady-state process with PEM electrolysis cells, ensuring high efficiency and low energy costs. The simulation considers uniform temperature and constant pressure while neglecting transient phases.
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