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Water Sterilization

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

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Water Sterilization

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

  2. 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 • Calculate and document achievable flow rates Completed

  3. Test Stand with chamber design #1 Designed to contain all E-coli contaminated lost liquid Angle design to dislodge any trapped air from the electrode plates

  4. Designs Comparison

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

  6. Extra Circular Activities • Design the Power Source Test Methods/Parameters • Calculate the impendence of the chamber • Determine the desired pulse rate • Determine the desired pulse duration • Work with Dr. Chen developing and testing the system • Status and Design meeting with Dr. Chen this Friday In Process

  7. Pulse Specifications

  8. Last Semesters EE Setup Energy Storage Capacitors Dummy Load Spark Gap Switch

  9. Status and Timing

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