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Innovations in Alcohol Production and Hydrogen Generation Using Membrane Reactors and Algae

This overview explores advanced techniques in the production of alcohols and hydrogen using innovative methods like membrane reactors that maintain low product concentrations. It discusses pathway engineering to diversify alcohol outputs, highlighting the role of *Vibrio furnessi* in catalyzing triple reductions of carboxylic acids. Additionally, we examine Terrabon’s Mixalco process and the application of solid polymer electrolyte electrolysis. The potential of algae in hydrogen production facilities is also reviewed, along with microbial fuel cell applications.

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Innovations in Alcohol Production and Hydrogen Generation Using Membrane Reactors and Algae

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Presentation Transcript

  1. Limitations - % butanol of total pdt

  2. Membrane Reactor – keeps product concentration low

  3. Pathway Engineering to achieve different alcohol products X X

  4. Vibrio furnessi– catalyzes an interesting triple reduction of carboxylic acids

  5. Terrabon’s – Mixalco process

  6. Solid polymer electrolyte electrolyzer

  7. Will we be next?

  8. Diagram of Landfill Methane Capture

  9. Z-Scheme Review

  10. Hydrogen production from photosynthetic algae

  11. Algae ‘farm’ or H2 production facility

  12. Using microbes to power fuel cells

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