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ENSO hosted 5th General Assembly of DARE2X project in A Coruña


During the 15th and 16th of October, ENSO hosted 5th General Assembly of the DARE2X project in A Coruña, with the participation of the whole consortium: Danish Teknologisk Institut (DTI), Hulteberg Chemistry & Engineering AB, Kemijski inštitut – National Institute of Chemistry, The University of Liverpool and LOMARTOV S.L.

In DARE2X, funded by the Horizon Europe programme, we are using the novel sorption-enhanced plasma catalytic Power-to-X technology to achieve decentralised production of ammonia (NH3) from renewable energies. As the project progresses, key decisions are being made on the large-scale production and validation of the sorption unit, as well as on the large-scale design of the plasma reactor.

During the meeting, all partners evaluated the work developed to achieve decentralised ammonia production from renewable energies and established the next steps that will lead us to the final phase of the project. In this final phase, all partners will continue to work on improving catalytic processes, refining precipitation methods and conducting modelling studies.

In addition, in this last stage, ENSO will analyse the environmental and economic impact of the innovative sorption-enhanced plasma catalytic Power-to-X technology, which has been developed in the project to produce green ammonia from renewable energies in a decentralised way.

During the first day of the meeting, a workshop led by partner LOMARTOV also took place on SWOT and PESTEL techniques, which allow a market analysis to be carried out to identify the internal and external factors that would enable the commercialisation of DARE2X technology.

The 5th General Assembly of DARE2X concluded with a visit to our facilities, where we were able to show the work we carry out at ENSO, as well as our equipment.

This project has received funding from the European Union’s Horizon Europe research and innovation programme under grant agreement No 101083905.Part of this project has also received funding from UK Research and Innovation

For more information on the project visit: www.dare2x.eu