Admix, Mixers, Dispersers, Emulsifiers, Homogenizers, Rotosolver, Rotostat, Rotomixx, DynaShear, VacuShear, Boston Shearpump, Admixer, Optifeed, BenchMix, Brine, High Shear Mixers, High, Shear, Liquid, Food, Processing, Cosmetic, Batch, Eductors, Dissolvers, Agitators, Portable, Inline, In-Line, Pipeline, Vacuum, Liqui-Processors, Sanitary Mixers, Solid-Liquid, High Viscosity Mixers, Shear Mixers, Laboratory Mixers, Pharmaceutical Mixers, Slurry, Powder, Blenders, Static, Motionless, Continuous Mixers, Beverage Mixers, Cosmetic Mixers, Particle Size Reduction
| Batch Processing: |
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High Shear Dispersers/Dissolvers |
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High Shear Emulsifiers |
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Sanitary Stainless Batch Mixers |
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High Torque, High Flow Right Angle Mixers |
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Programmable High Shear Lab Mixers |
| In-line Processing: |
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Sanitary In-Line High Shear Mixer |
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High Intensity Wet Milling, Homogenizing & Refining |
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Sanitary Static Mixing & Blending |
| Powder Induction: |
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NEW! Powder Induction & Dispersion Skid |
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High Speed Blending Systems |
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Sanitary Vacuum Liqui-Processor |
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Atmospheric Powder Induction |
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How The Optifeed Eductor
Works
The Optifeed system uses the venturi
principle to 'educt' powder, a liquid-powder slurry or liquid into
the fluid stream. Typically, an external (centrifugal) pump provides
the motive force for the liquid into the venturi.
 
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The shape of the venturi accelerates the liquid
stream with minimal energy loss.
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The high velocity stream then shoots through a
chamber with controlled volume, where the Bernoulli effect creates
a low pressure region and subsequent 'vacuum'.
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This vacuum draws powder, liquid or gas from the
feed line, entraining this material into the liquid stream.
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The liquid and entrained powder/liquid/gas then
flow through a diffuser which decelerates the liquid back to
a more typical fluid velocity for standard pipe flow.

For materials that are easily dissolved or
suspended, this stream could then be sent on to the next step in
the process. If materials require shear to properly disperse, deagglomerate
or emulsify, they can be recirculated through a batch tank with
in-tank high shear mixer. Alternately, the material can be processed
a DynaShear®
or Boston Shearpump® with
Fastfeed module for in-line high shear mixing,
without the need for a batch mixer.
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Basic Rules for Use
- Maximum viscosity before or after ingredient introduction
is 200 cps.
- Maximum allowable head on discharge side is 5 psi without
a wash system or 10 psi with a wash system. If head loss exceeds
recommended levels, a booster pump on the discharge piping should
be installed.
- Minimum pressure on incoming side of the eductor is 50 psi.
- Minimum incoming flow rate for the eductor is 70 GPM.
- If granular ingredients are used, a wash system should be
used.
If soy protein, carrageenan, starch or similar products
are used, the wash system (if so equipped) should be shut off during
the addition of these ingredients.
One significant point for all users of eductors to
be aware of: It is very difficult to control with absolute precision
the volume of the entrained material and its instantaneous ratio
to the motive liquid. Most often, eductor systems are mounted in
a batch mixing process to insure the desired recipes are achieved.
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234 Abby Road
Manchester, NH 03103
1-800-466-2369
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