This project illustrates how computational geometry and additive manufacturing enable rapid development of functional components for bioelectrochemical fuel cells. Our objective was to design a holder that securely positions carbon cloth for both anode and cathode while maximising active surface area. The result integrates state-of-the-art surface chemistry with precise geometric design.
1. Design Requirements
- Hold carbon cloth securely for both anode and cathode.
- Maximise available carbon cloth surface area for electrochemical reactions.
- Ensure manufacturability using additive manufacturing processes.
- Maintain mechanical stability under operation.
2. Concept Development
The creative foundation for this design was developed by Masoumeh Tahimehr at Pipeline Organics. Her initial sketch introduced a dual-spiral structure concept that inspired the algorithmic generation of both the anode and cathode holders.
