|Project title:||Development of novel components for electromembrane modules using additive technologies|
|Duration:||1.1.2020 – 31.12.2022|
The aim of this project is to optimise and intensify the performance of electromembrane modules based on CFD models and verification of models using additive technologies (3D printing). Specifically, 3D printed components will be heterogeneous ion exchange membranes, spacer nets, and spacers for electrodialysis (ED) or electrodeionization (EDI) processes. The secondary objective is to acquire know-how in 3D printing (rapid prototyping) used for electromembrane separation processes. Thanks to this technology it possible to verify the proposed innovations inexpensively, easily and quickly, making it economically more convenient and feasible to 3D print prototypes only in the amount needed for verification of their functionality. This method greatly expands the range of possible innovations.
The project is solved with financial support of TA ČR: https://tacr.cz/.
|Principal investigator:||Ing. Jakub Fehér|
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