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Tailoring macro-microporous carbon using porphyrin-based zeolitic imidazole framework as an efficient cathodic component for microbial fuel cell
Ali Rezaei, Soheil Aber, Elnaz Asghari, Sait Elmas
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70% confidenceResearchers developed a porphyrin-based zeolitic imidazole framework as a cathodic component for microbial fuel cells, demonstrating improved efficiency and stability.
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Abstract
Key findings
- The porphyrin-based zeolitic imidazole framework exhibited enhanced electrochemical performance and stability compared to traditional cathodic materials.
- The framework's macro-microporous structure facilitated efficient oxygen reduction and improved the overall power output of the microbial fuel cell.
- The study demonstrated the potential of this framework as a sustainable and efficient cathodic component for microbial fuel cells.
Keywords
PorphyrinMicroporous materialCathodic protectionImidazoleComponent (thermodynamics)Carbon fibers
Identifiers
- Journal
- Fuel
- Year
- 2024