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Figure 19. Drawing of Vertical Distances including Water Heights
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Figure 18.Graphical output of Támara Water Levels program.
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Figure 17. Picture of a bucket being filled from the Plant Leveling Tank. Drawing not to scale.
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Figure 16. Exit pipe leaving the Plant Leveling Tank. Water can flow to the distribution tank or the waste collection tank .
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Figure 15. Left: Launder Pipe exiting a Sedimentation Tank. Right: Depiction of the Támara Plant Leveling Tank.
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Figure 15. Left: Launder Pipe exiting a Sedimentation Tank. Right: Depiction of the Támara Plant Leveling Tank.
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Figure 14. Side view of a Sedimentation Tank. The approximate location of entrance pipes can be seen.
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Figure 13. Sedimentation Tank length additions due to the channel and launder. Black lines represent lamella and dotted lines represent displaced lamella.
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Figure 12. Anchor for Sedimentation Inlet Pipe. Picture drawn by John Erickson.
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Figure 11. Graph comparing Channel Dimension Constraints from the floc break-up and lamella constraints (Constraints #1 and #3).
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Figure 10. Side view of one Lamella in the Sedimentation Tank. Lamella shown as green line.
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Figure 9 . Side view of a Sedimentation Tank. The blue outline represents the water level at 2 m of depth and the green lines represent lamella. Dimensions are in meters
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Figure 8. Drawing of Caps for Pipes leaving the Channel
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Figure 7. Drawing of second half of Flocculation Tank. Notice the opening in the dividing wall on the right. Drainage pipes will leave from the bottom left side of the tank in this view.
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Figure 6. Grit Chamber with one riser pipe leading to the rapid mix. Picture from CEE 454 Homework 4, Plant Measurement written by Monroe Weber-Shirk, Fall 2007.
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Figure 5. Turns in Rapid Mix after alum addition. Alum addition occurs through the white pipe outside of Grit Chamber.
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Figure 4. Támara Plant Layout, modified from a drawing by APP engineer Ing Serrano. Magenta pipes in sedimentation tank represent sedimentation tank inlet pipes. Green Pipes are for the sludge drainage.
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Figure 3. Támara Plant Layout
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Figure 2. Ojojona Plant.
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Figure 1. La 34 AguaClara Plant.
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