MefCO2 Final Dissemination Event at the pilot plant

The final event of the MefCO2 project has taken place today in Germany at RWE’s Coal Innovation Center, where the project results have been presented and guided visits to the pilot plant have been organised.

During more than 4 years, the MefCO2 consortium has worked in this innovation action aiming to demonstrate the economic feasibility of valorising captured CO2 by turning it into a versatile platform chemical and renewable fuel such as methanol. Essentially, methanol becomes an energy carrier for renewable energy from non-biological sources, such as wind and solar thanks to the use of hydrogen produced from renewable sources. The MefCO2 pilot plant is currently one of the largest flue gas CO2-derived methanol synthesis plant in the European Union.

The pilot plant produces 1 ton of methanol per day, capturing more than 1.5 tons of CO2. In addition a PEM electrolyser with improved dynamic response produces the required hydrogen for the synthesis (120 Nm3/h). The plant is designed for flexible operation and different tests are being carried simulating real conditions. Until now stable operation has been achieved within 40%-90% range and preliminary estimates show an efficiency over 90% in steady-state. In addition, as a result of an exhaustive catalysts synthesis and characterization a patent has been filed regarding a promising catalyst for methanol production.

Behind such a project, there is cross European consortium of 9 partners: RWE Power (Germany) is the site owner and responsible of the CO2 capture plant, Carbon Recycling International (Iceland) provides the methanol unit, Mitsubishi Hitachi Power Systems Europe (Germany) is the system integrator and provided the CO2 conditioning unit, Hydrogenics Europe (Belgium) is the electrolyser technology developer, the Cardiff Catalysis Institute (UK) works in the research of catalysts synthesis, the National Institute of Chemistry Slovenia (Slovenia) works in the catalysts and reaction engineering, the University of Genoa (Italy) is in charge of the thermo-economic analysis and process optimisation, the University of Duisburg Essen (Germany) leads the process simulations, and I-DEALS (Spain) is the project coordinator and responsible of the dissemination and exploitation of the project results.

The MefCO2 partners with Peter Droll (General Director Research & Innovation at EC) and Carmine Marzano (Project Officer at the EC)

The work carried out by each partner has been presented today to a sound audience including several experts from different industries, representatives of the European Commission and local politicians. “The impact of MefCO2 goes far beyond the results we are presenting today, we are setting the base for a more efficient strategy to CO2 conversion in the power industry by integrating renewable energy sources” says Angel Sánchez, founder of i-deals (project coordinator). “These type of technologies rely to a high extent in flexibility and MefCO2 has proven this operational scenario is feasible.”

The presentations utilized during the event can be found in the following links:

1. Introduction to the project results (I-DEALS) 2. Integrated methanol system (RWE, CRI, MHPSE) 3. Renewable hydrogen generation (HYGS) 4. Catalysts and process engineering (CCI, NIC) 5. LCA and Thermo-economic analysis (UDE, UNIGE) 6. Technology Roadmap (CRI)

Gallery

This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement
No 637016.

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