Relationship between velocity gradient and energy dissipation rate

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.

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

Gcell for hydraulic flocculator

Gθ _cell for hydraulic flocculator

Floc Baffle Spacing

Shear (Velocity Gradient)

Relationship between G and Head loss

Height of water as flocculators drain

Force on baffle during tank draining

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

Number of baffles based on Gtheta

headloss through a floc tank

Maximum flow rate our flocculators can deliver

Floc baffle spacing - NOT BASED ON ACTIVE VOLUME

Headloss (Only minor loss)