1 / 22

Simajhuleu, Guatemala

Simajhuleu, Guatemala. Located 30 miles NW of Guatemala City Mayan village of 2500 inhabitants Subsistence farming and raising cattle Languages: Spanish and Kachiquel Partner Organization: Long Way Home. Assessment 1: January 2008. WORK: WATER SUPPLY AND DISTRIBUTION INTO THE COMMUNITY.

mahlah
Download Presentation

Simajhuleu, Guatemala

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. Simajhuleu, Guatemala • Located 30 miles NW of Guatemala City • Mayan village of 2500 inhabitants • Subsistence farming and raising cattle • Languages: Spanish and Kachiquel • Partner Organization: Long Way Home

  2. Assessment 1: January 2008 WORK: WATER SUPPLY AND DISTRIBUTION INTO THE COMMUNITY FINDINGS: FRAGILE SPRINGS AND PIPES STRUCTURE

  3. Assessment 2: July 2009 WORK: DISTRIBUTION WITHIN THE COMMUNITY FINDINGS: WATER NEEDS AND MAP OF DISTRIBUTION

  4. Alternatives to Address the Need Current Sources: Natural Springs Reducing Dependence with Alternative Sources Improving Current System Repairing Existing Pipeline Rainwater Harvesting System New Well

  5. Selection of School HOW? • Elevated tank can be connected to our tank • Reduce dependence on main line • Reliable water source • WHY? • Ensure the Supply goes to the most vulnerable members of the village, the children. • Example of rain water harvesting system that could be replicated around village • Large Surface Area will yield appreciable amounts of rainwater. Possibility of expansion.

  6. Design Considerations • Rainfall Intensity Study • Water Demand Analysis • Roof Area Calculations • Concrete Design in Seismic Area • Pipe Flow Calculations (Gutter and Piping) • Pump Sizing, Electrical Connection • Geotechnical Analysis • First Flush Design • Chlorination

  7. Water Tank Construction

  8. Gutter Installation

  9. Piping Installation

  10. Pump Installation

  11. First Flush & Chlorination System

  12. New Building Foundation

  13. Looking Into The Future

  14. Barriers and Opportunities

  15. Topographic and Transportation Obstacles

  16. Language/Understanding Volumen del Agua a Tanque

  17. Unforeseen Conditions

  18. Political Connections

  19. Community Involvement Water Distribution System Survey January 2008 Rain Gutter Installation August 2009

  20. Questions?

  21. Thank you • Goldman Grant • Institute of the Environment • The Bather Family • Ruth V Jones • Kim Dockter • Personal Contributions from Students and Mentors Presenters Nate Fleischhacker natefleis@gmail.com Mark Luckhardt luck0084@umn.edu Derrick Passe passe027@umn.edu

More Related