Panama Chlorinators

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Panama Chlorinators

• Gina Anselmo
• Moises Eidelman
• Ersin Gezer
• Caitlin Zankowski
• TA - Jared Weisman

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Overview

• Background
• Mission and Vision
• Obstacles
• Ideas
• Our Final Solution
• How the project relates to
• ENGR 408

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(No Transcript)
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Current Water Treatment System

• Information we were given
• Population of 600 in 3 towns
• 30 gallons of water/day/person
• Usage highest between 7-9am, mealtimes, 8-9pm

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Mission

• To re-construct the way chlorine is dosed to
  produce a more accurate system and thereby
  prevent illness and death due to over and
  under-chlorination.

Vision

• To make a system that is sustainable and
  reasonable for rural, underdeveloped communities.

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Obstacles

• Communication
• Lack of Information
• Time Management

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Ideas

• Water Turbine
• Ground Water
• Progressive Pipes

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Water Turbine

• Problems
• Complex calculations
• Maintenance and specificity
• Unable to make sustainable design with resources

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Ground Water
?

• Problems
• Assumptions of Topography
• Cost Manpower
• Treatment and dispersion of water

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Progressive Pipes

• Problems
• Does not take into account the flow of the water
• Under and over chlorination problem

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Episode 1

• Bernoullis Principle Venturi Powered Doser

Chlorine Suction
Episode 2

• Nozzle Addition Eductor Effect

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Solid Model Design Analysis
Current Pipe Outlet ( 3 inch)
Chlorine Container (Open to atmospheric pressure)
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How this relates to ENGR 408

• Global - Water is essential
• Sustainability - Versatile Design
• Understanding - Seemed simple at first
• Diversity - Group Dynamic

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Keirsey Temperaments
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Keirsey Flow Chart
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Conclusion

• Mission and Ideas
• Final Solution
• Relation to ENGR 408

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Questions?