Using Computational Fluid Dynamics to Understand ... - PNWS-AWWA

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Using Computational Fluid Dynamics to Understand ... - PNWS-AWWA

Using Computational Fluid Dynamics to Understand ... - PNWS-AWWA

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#1 – Close N. Basin side outlet<br />

Original<br />

Option #1<br />

12 feet below<br />

the surface

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What’s the answer?

#1 – Close N. Basin side outlet Original Option #1 12 feet below the surface

Page 1 and 2: Using Computational Fluid Dynamics
Page 3 and 4: Flow Path Filters Intermediate coll
Page 5: Intermediate collection channel Baf
Page 10 and 11: High Low
Page 12 and 13: Tracer results New Old 1 hour
Page 14 and 15: 4 hours
Page 16 and 17: Findings 1. Uneven distribution int
Page 20 and 21: #2 - Close baffle openings Original
Page 22 and 23: #3 - Reduce channel inlet size 2 fe
Page 24 and 25: You can’t cheat the headloss trol