AI summary
70% confidenceThis paper presents a novel microfluidic fuel cell design that utilizes laminar flow to enhance the efficiency of microbial electrochemical reactions, achieving improved power density and stability compared to traditional MES configurations. The microfluidic design enables precise control over reactant flow and mixing, facilitating the optimization of microbial fuel cell performance. The results demonstrate the potential of this approach for scalable and efficient energy harvesting in MES applications.
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Abstract
Keywords
MicrofluidicsMicroscale chemistryLaminar flowFuel cellsElectrolyteMerge (version control)
Identifiers
- Journal
- Journal of Power Sources
- Year
- 2004