Enhanced Biohydrogen Production Through Continuous Fermentation of Thermotoga neapolitana: Addressing By-Product Inhibition and Cell Viability in Different Bioreactor Modes
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Key Points
Maximum hydrogen production rate reached 96.1 Nml·l−1·h−1 in a continuous bioreactor.
Optimal dilution rate for hydrogen production was determined to be 0.07 h−1.
High cell viability of 97% maintained across various dilution rates in the continuous setup.
Continuous fermentation shows promise for utilizing carbohydrate-containing biomass for carbon dioxide neutral production.
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Implication
Investigates biohydrogen production rates in continuous fermentation with Thermotoga neapolitana, suggesting improvements in yield and cell viability.