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Comment: Migrated to Confluence 5.3
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equations
equations
cellWidth110
wrapAfter5
cellHeight20

Relationship between velocity gradient and energy dissipation rate

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Gequalrootepsilonovernu
Gequalrootepsilonovernu

Relationship between velocity gradient and energy loss based on a change in the pressure coefficient. Note that the pressure coefficient here is equivalent to a minor loss coefficient.

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epsilonCpVsquaredover2theta
epsilonCpVsquaredover2theta

Energy dissipation estimate for a cell located just downstream from the 180 degree bend in a flocculator.

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epsiloncell
epsiloncell

Gcell for hydraulic flocculator

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Gcell
Gcell

cell for hydraulic flocculator

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Gthetacell
Gthetacell

Floc Baffle Spacing

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AGUACLARA:floc baffle spacingAGUACLARA:
floc baffle spacing

Shear (Velocity Gradient)

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AGUACLARA:shear(velocity gradient)AGUACLARA:
shear(velocity gradient)

Relationship between G and Head loss

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AGUACLARA:Relationship between G and Head lossAGUACLARA:
Relationship between G and Head loss
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AGUACLARA:Suspension TurbidityAGUACLARA:
Suspension Turbidity
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AGUACLARA:Alum DoseAGUACLARA:
Alum Dose
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AGUACLARA:Alum FlowrateAGUACLARA:
Alum Flowrate
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AGUACLARA:G average (per baffle)AGUACLARA:
G average (per baffle)
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AGUACLARA:G maxAGUACLARA:
G max
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AGUACLARA:G max designAGUACLARA:
G max design
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AGUACLARA:Baffle Residence TimeAGUACLARA:
Baffle Residence Time
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AGUACLARA:G theta (degree of mixing)AGUACLARA:
G theta (degree of mixing)

Height of water as flocculators drain

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AGUACLARA:Height of water as flocculators drainAGUACLARA:
Height of water as flocculators drain

Force on baffle during tank draining

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AGUACLARA:Force on baffle during tank drainingAGUACLARA:
Force on baffle during tank draining

distance ratio between baffle spacing and bottom height of tank or free surface horizontal channel above or below a baffle (to avoid short circuiting when b is large)

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AGUACLARA:distance ratio between baffle spacing and bottom height of tank or free surfaceAGUACLARA:distance between baffle and bottom of tank or free surfacehorizontal channel above or below a baffle
ratio between baffle spacing and height of horizontal channel above or below a baffle

Number of baffles based on Gtheta

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AGUACLARA:flocculator - number of bafflesAGUACLARA:
flocculator - number of baffles

headloss through a floc tank

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flocculator - headloss through a tank
flocculator - headloss through a tank

Maximum flow rate our flocculators can deliver

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max Flow Rate for a Flocculator
max Flow Rate for a Flocculator

Floc baffle spacing - NOT BASED ON ACTIVE VOLUME

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Floc baffle spacing - NOT BASED ON ACTIVE VOLUME
Floc baffle spacing - NOT BASED ON ACTIVE VOLUME

Headloss (Only minor loss)

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headloss (minor losses only)
headloss (minor losses only)