1 / 28

Water Crisis in Kenya

Water Crisis in Kenya. Team III James Chukinas Jr. David Joel Schoor Cohen Jonathan Robert Basso Sheng Zheng Engineering Design 100 Section 203. Table of Contents . Why are we here? Defining the need Background Information Brainstorming for Ideas Design Matrices

hadar
Télécharger la présentation

Water Crisis in Kenya

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Water Crisis in Kenya Team III James Chukinas Jr. David Joel Schoor Cohen Jonathan Robert Basso ShengZheng Engineering Design 100 Section 203

  2. Table of Contents • Why are we here? • Defining the need • Background Information • Brainstorming for Ideas • Design Matrices • The Final Solution(s) • Drawings • Cost Analysis • Business Opportunity • Concluding Remarks

  3. Why Are We Here? • Many villages in Kenya and the rest of Africa lack adequate water access • Propose ideas and possible design solutions to meet customers needs • Help these kids succeed

  4. Defining the need • Need for adequate water for irrigation and personal uses • Need for socioeconomic success • Need for sustainability • Need for profitability (For us and the Kenyans)

  5. Current Living Conditions • 1 million people out of 33 million in Kenya have access to clean water • In Nyeri, poor people pay about 12 cents for 20 liters of water

  6. Average Weather Conditions • Lamuria, Kenya • Semi-Arid Central Highlands • 200-300mm of Yearly Rain

  7. Design Specifications

  8. Brainstorming for Ideas

  9. Water Catchment Rainwater Groundwater

  10. Water Storage Personal Community

  11. Drip Irrigation: • Up to 50% Water Reduction • Avoids watering weeds • Adapts easily to changes in landscape • Reduces erosion on slopes

  12. Additional Ideas: • Drainage ponds • Lined with clay • Trenches dug on sloped surfaces to catch runoff • Used for irrigation purposes

  13. Design Matrix I: First Shots

  14. Design Matrix II: Final Round

  15. Weighted Matrix

  16. The Final Solution(s)

  17. Combined Systems Approach • Combine catchment, storage and usage designs • Large rooftop catchment system • Personal water storage basin • Efficient Drip/Wastewater irrigation system • Construct out of clay or other readily available material

  18. Rainwater Catchment + Tank • High capacity tank meant for long term storage of water for multiple uses • Gutter • Material: Affordable plastic gutter with UV protection • Storage Tank • Material: Aluminum or Plastic (Possibly Clay if meant for agriculture)

  19. Personal Water Storage Basin • Meant for personal usage • Little materials needed to make • 55 gallon barrel • hose • Fills off of rooftop catchment system • Meets sustainability requirements

  20. Drip Irrigation System • Utilizes wastewater and runoff • Buckets and Gravity do work of watering soil • 200 Feet of Poly Micro Tubing • Cut holes 10”-12” apart • Hose (200 ft. = $10) • Buckets ( $2.55)

  21. CAD Drawings: Rooftop Catchment

  22. CAD Drawings: Drip Irrigation

  23. Cost Analysis • 300 Gallon Tank: $300 (per house) x 2 • Personal Rain Barrel: $20 (per person) x 10 • Leaders and Gutters: $200 (per house) x 2 • Irrigation System: $7.55 (per 100ft.) • Shipping of Materials: $150 • Total Cost of Project: $1450

  24. A Business Opportunity • Profitable • Individual storage basins can be made and sold by Kenyans • Labor is readily available

  25. Future Possibilities • Expansion of village from 10 to 300 • Profitable Business • Helping Nation live sustainably • Help people become self sufficient and achieve success

  26. In Summation… • Maximize water storage and acquisition through: • Personal Water Storage Basin • Drip Irrigation • Rainwater Catchment • Provide a sustainable water supply and potential business opportunity for both us and the Kenyan people

  27. Give these kids a Future!

  28. Questions?

More Related