Key Tasks
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Increase the amount of acetic acid produced:
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Certain waste streams will have different compositions. The waste streams will have to be analyzed individually to see which yield the most acetic acid.
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Eliminate methane production through anaerobic digestion:
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Virginia Tech's waste is mostly composted; however, this method creates methane, a greenhouse gas. In anaerobic digestion, acetic acid will be produced instead.
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Analyze the anaerobic digestion products:
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Each waste stream will undergo anaerobic digestion. The composition of the products from each sample will be analyzed through a HPLC.
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Design a way to convert acetic acid to glutamic acid:
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The conversion will require enzymes produced by cell free protein synthesis.
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Hard to get operational in the given time limit
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Use Fermentation to produce glutamic acid
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Determine the best strain to convert acetic acid to glutamic acid:
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Corynebacterium glutamicum
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Order and grow Corynebacterium glutamicum
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Run experiments with Corynebacterium glutamicum:
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Determine if Corynebacterium glutamicum will grow on acetic acid
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Use Raman Spectroscopy to measure glutamic acid production
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Develop kinematic model for chemical reaction
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Develop a design schematic or process flow diagram to describe the process:
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Using SuperPro Designer v8.5, a process flow diagram will be created to show all that is entailed in the process
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Optimize design
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Accurately simulate process
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