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Water Sterilization

Water Sterilization. Group Members: Chris Robertson Courtney Green Jacob Frye Scott Shields. Electrical Discharge. Electrical Mechanics. Flow Direction. First Fluid Chamber Design. Assumption: That each cross section area receives a single pulse. Flow Direction.

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Water Sterilization

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  1. Water Sterilization Group Members: Chris Robertson Courtney Green Jacob Frye Scott Shields

  2. Electrical Discharge

  3. Electrical Mechanics

  4. Flow Direction First Fluid Chamber Design Assumption: That each cross section area receives a single pulse.

  5. Flow Direction Second Fluid Chamber Design Assumption: That each cross section area receives three pulses.

  6. Goals • Design, Manufacture, and Dye test a working fluid chamber that fulfills the following constraints: • DC Power Source with 10 kV • 1 Pulse per a second • Highly conductive material for the discharging plates • Ability to sterilize a cup of water in a reasonable time • Peristaltic pump to create the volumetric flow rate

  7. Extra Circular Activities • Test the fluid chamber with E-coli • Culture the E-coli • Determine the kill rate and Effectiveness • Try different Voltage and Flow rates

  8. Status and Timing

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