Metal printing of electrodes for electrochemical water splitting
Metal printing of electrodes for electrochemical water splitting
Metal printing of electrodes for electrochemical water splitting
Assignment: Conduct the development of 3D-printed metal electrodes, focusing on their fabrication methods, materials used, and performance in water splitting
Experimental Design
Objective: To design an experiment that investigates the performance of 3D-printed metal electrodes in water splitting reactions.
Assignment: Propose an experimental setup to fabricate metal electrodes using 3D printing techniques. Outline the procedures for electrode fabrication, surface treatment, and assembly into a water splitting cell. Detail the methods for measuring the efficiency and stability of the electrodes during water splitting.
Application Development Study
To explore potential applications of 3D-printed metal electrodes in renewable energy systems, like electrolyzer.
Contact info:
Supervisor:
Susarrey Arce, Arturo - a.susarreyarce@utwente.nl