Modeling of Flow-electrode Capacitive Deionization for Water Treatment
- Chemical Process Engineering
- Masterthesis / Bachelorthesis
- Focus/Key Topic:
Flow electrodes have become of great interest for electrochemical applications in recent years. By flowing over a working electrode, the particles are charged and can be used for faradaic and non-faradaic surface reactions, like capacitive ion storage. The electrodes work according to the principle of a super capacitor where charge is stored in the electrostatic double layer of conductive particles suspended in a slurry. We use flow-electrodes for selective water desalination using the flow-electrode capacitive deionization process. For the upscaling of this process, a detailed model is needed which considers also different module geometries and salt compositions.
In this work, a modular process model for Flow-electrode Capacitive Deionization (FCDI) shall be developed which considers different module geometries and flow arrangements. Therefore, a basic model needs to be extended to account for 2D effects and different salts. The new model shall be validated with data from existing lab experiments.
You should be:
- interested in theoretical work with direct impact
- curios and interested at learning
- autonomous and accurate
The work offers you:
- insights into a very innovative field of research
- structured approach to scientific research
- an extensive supervision
- experience in modeling
If the topic catches your interest, please contact me. In a personal meeting we can talk about the topic in more detail.