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NgheimNhuan P Abstract Biological production of hydrogen H2 gas from fermentation of agricultural feedstock is one method to produce clean and sustainable source of energy.
The aim of this study was to use a second thermotogale, Thermotoga lettingaeto ferment sugars and acetic acid in spent media to produce H2. Hydrogen production by this bacterium in fresh and spent media was studied by quantifying the amount of substrate consumed and products formed.
The effect of H2 inhibition on H2 production was investigated by conducting fermentations with various volumes of media. H2 gas was produced by Thermotoga lettingae in glucose medium, acetic acid medium and spent fermentation media.
H2 inhibition caused a significant reduction in H2 concentration for fresh and spent media. Hydrogen yield for bottles with lowest volume containing glucose and acetic acid media was 0.
Similar trend was seen for the spent fermentation media containing no residual glucose. While unfiltered medium inoculated with the bacterium produced be The yield values for unfiltered and filtered media without residual glucose was 0.
This process is in accordance with the concept of a biorefinery to utilize all byproducts. Production of H2 from spent acetic acid media is an important result which has not been documented by previous studies.Cooperative Hierarchical Resource Management for Eﬃcient Composition of Parallel Software by Thesis Supervisor Rajesh Nishtala, Archana Ganapathi, Bryan Catanzaro, Jike Chong, Barrett Rhoden, Kevin Klues, David Zhu, Henry Cook, Sarah Bird, Scott Beamer.
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