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ProQuip Tank Agitators
United States
เข้าร่วมเมื่อ 21 ส.ค. 2017
Solid Suspension in an Unbaffled Square Tank
This video demonstrates the flow pattern for a ProQuip HiFlow high efficiency axial flow impeller in a unbaffled square tank. The tank is filled with water and plastic beads. Unlike an unbaffled round tank, the square corners for this tank provide a similar effect to the liquid flow pattern as do baffles in a round tank. A good top to bottom flow pattern is developed to aid in the suspension of the solids. Additionally, the impeller power number (Np) is comparable to the fully baffled, round tank.
RELATED VIDEOS
Solid Suspension in Unbaffled Round Tank - th-cam.com/video/vw7tRRbpLj0/w-d-xo.html
Solid Suspension in an Baffled Round Tank - th-cam.com/video/1Ma-iT2oMWs/w-d-xo.html
Baffled vs Unbaffled Tanks - th-cam.com/video/PzmpTaZq9AI/w-d-xo.html
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Additional information on ProQuip Tank Agitators - proquipinc.com
RELATED VIDEOS
Solid Suspension in Unbaffled Round Tank - th-cam.com/video/vw7tRRbpLj0/w-d-xo.html
Solid Suspension in an Baffled Round Tank - th-cam.com/video/1Ma-iT2oMWs/w-d-xo.html
Baffled vs Unbaffled Tanks - th-cam.com/video/PzmpTaZq9AI/w-d-xo.html
* * *
Additional information on ProQuip Tank Agitators - proquipinc.com
มุมมอง: 499
วีดีโอ
Solid Suspension in Unbaffled Round Tank
มุมมอง 573ปีที่แล้ว
This video demonstrates the flow pattern for a ProQuip center-mounted agitator with a ProQuip HiFlow high efficiency axial flow impeller in an unbaffled round tank. The tank is filled with water and plastic beads. The beads have a specific gravity slightly more than water. This configuration provides very little top to bottom flow. Most of the beads remain on the bottom of the tank. RELATED VID...
Solid Suspension in Baffled Round Tank
มุมมอง 663ปีที่แล้ว
This video demonstrates the flow pattern for a ProQuip HiFlow high efficiency axial flow impeller in a baffled round tank filled with water and plastic beads to demonstrate solid suspension. The beads have a specific gravity slightly more than water. This configuration provides complete solid suspension RELATED VIDEOS Solid Suspension in Unbaffled Round Tank - th-cam.com/video/vw7tRRbpLj0/w-d-x...
Mixing High Viscosity Fluids with ProQuip Doubly-Pitched HiFlow Impellers
มุมมอง 4.3K5 ปีที่แล้ว
The ProQuip Doubly-Pitched HiFlow impeller can be used in select high viscosity applications as an alternative to a double-helix impeller design (th-cam.com/video/gfvffDOsn2w/w-d-xo.html) The ProQuip Doubly-Pitched HiFlow impeller pumps in both directions and induces a vigorous top-to-bottom turnover of a vessel in a typical three impeller configuration without baffles. Water-like material circ...
Mixing High Viscosity Fluids With Double-Helix Impellers
มุมมอง 15K5 ปีที่แล้ว
A double-helix impeller is commonly used to blend high viscosity fluids operating in a laminar flow regime. The helical ribbons in this impeller are designed for close wall clearance. They operate at relatively slow speeds rotating in a direction to create fluid movement up along the wall. The fluid returns down the center of the tank providing overall blending in the tank. They are many high v...
Industrial Mixing Basics - Axial Flow Pattern
มุมมอง 14K5 ปีที่แล้ว
This demonstration video shows a lab scale tank with three baffles and a center-mounted agitator with one axial hydrofoil impeller (ProQuip HiFlow). The impeller diameter is 1/3 tank diameter. The impeller is operating at typical rotational speed for this size impeller in water. Colored beads are added to help visualize axial fluid flow - which provides top to bottom mixing. FOR MORE INFORMATIO...
Industrial Mixing Basics - Radial Flow Pattern
มุมมอง 16K5 ปีที่แล้ว
This demonstration video shows a lab scale tank with three baffles and a center-mounted agitator with one ProQuip radial turbine impeller (90 degree blade). The impeller diameter is 1/3 tank diameter. The impeller is operating at typical rotational speed for this size impeller in water. Colored beads are added to help visualize radial fluid flow - which provides side-to-side mixing. FOR MORE IN...
Operating an Industrial Tank Agitator Above Critical Speed
มุมมอง 3.5K6 ปีที่แล้ว
The following demonstration video utilizes a baffled, 15" diameter lab scale tank and a ProQuip industrial tank agitator with 3/8" impeller shaft and a 4 blade axial impeller. The impeller diameter is 1/3 tank diameter. The tank is filled with water. Plastic pellets with a specific gravity slightly less than water are added to aid in visualizing fluid flow. The impeller is operating at a speed ...
Operating An Industrial Tank Agitator Near Critical Speed
มุมมอง 6K6 ปีที่แล้ว
The following demonstration video utilizes a baffled, 15" diameter lab scale tank and a ProQuip industrial tank agitator with 3/8" impeller shaft and a 4 blade axial impeller. The impeller diameter is 1/3 tank diameter. The tank is filled with water. Plastic pellets with a specific gravity slightly less than water are added to aid in visualizing fluid flow. The mixer shaft speed is increased sl...
Operating an Industrial Tank Agitator Below Critical Speed
มุมมอง 3.7K6 ปีที่แล้ว
This demonstration video utilizes a baffled, 15" diameter lab scale tank and a ProQuip industrial tank agitator with 3/8" impeller shaft and a 4 blade axial impeller. The impeller diameter is 1/3 tank diameter. The tank is filled with water. Plastic pellets with a specific gravity slightly less than water are added to aid in visualizing fluid flow. The mixer shaft is turning at a speed which is...
Industrial Mixing Basics - Non-Newtonian Fluids
มุมมอง 4.4K6 ปีที่แล้ว
This video shows a ProQuip tank agitator with an axial flow (45 degree pitched blade) turbine impeller in a lab scale tank with baffles. The carbopol based fluid in the tank is Non-Newtonian. The apparent viscosity for this fluid, in the region of the impeller, is 80cps. The video demonstrates that the impeller “cuts a hole” in the fluid with top to bottom circulation closer to the region of th...
Industrial Mixing Basics - Newtonian Fluids
มุมมอง 3K6 ปีที่แล้ว
This video shows a ProQuip tank agitator with an axial flow (45 degree pitched blade) turbine impeller in a lab scale tank with baffles. The Newtonian fluid is corn syrup (viscosity 80cps). The video demonstrates that under these conditions, the fluid has good top to bottom flow and fluid movement out the tank walls. FOR MORE INFORMATION Industrial Mixing Basics - Non-Newtonian Fluids: th-cam.c...
Industrial Mixing Basics - What is Reynolds Number? - Part 1
มุมมอง 7K6 ปีที่แล้ว
Laminar Flow with a High Viscosity Fluid * * * This lab scale video demonstrates laminar flow with a high viscosity fluid (corn syrup; 2600 cps). A baffled, lab scale tank with a center mounted, axial flow, pitched blade turbine impeller is used. The impeller diameter and speed were adjusted for a calculated Reynolds No. of less than 10. Water was added to the corn syrup to aid in visualizing t...
Industrial Mixing Basics - What is Reynolds Number? - Part 2
มุมมอง 6K6 ปีที่แล้ว
Turbulent Flow in a Low Viscosity Fluid * * * This lab scale video demonstrates turbulent mixing flow using a low viscosity fluid (water). The impeller diameter and speed were adjusted for a calculated Reynolds number over 100,000. The video shows a center-mounted ProQuip 3-blade hydrofoil in a lab scale tank with baffles. Plastic pellets have been added to aid in visualizing turbulent flow. Fo...
Industrial Mixing Basics - Baffled vs Unbaffled Tanks - Part 1
มุมมอง 48K7 ปีที่แล้ว
Center-Mounted Mixer in an Unbaffled Tank * * * This video shows a center-mounted tank agitator with two hydrofoil impellers (ProQuip HiFlowTM) in an unbaffled, lab scale tank The impeller diameter is 1/3 tank diameter. The impellers are operating at typical rotational speed for this size impeller in water. As can be seen in the video, a center-mounted mixer in an unbaffled tank with axial flow...
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Thanks, helpful 👍
how much can I get this in the general market?
Thanks for this useful video
Are you interested in CFD simulations of your mixing tanks or new designs? in exchange for supporting an academic project :)
THANKS
I loved it. Thank you. I'm buying one of these.
where is part 2?
@proquip tank agitators still don't get it why the plastic balls are standing still. You got pitched blade and baffles but still don't solve it
the balls can not mix due to the dense fluid