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AGITATOR SELECTION AND SCALE UP AGITATOR SELECTION • Depends on the viscosity of the liquid • For specific time of mixing the best mixer is the one that mixes in the required time with the smallest amount of power SCALE UP • Maintaining constant power per unit volume and... As a leading global manufacturer of crushing equipment, milling equipment,dressing equipment,drying equipment and briquette equipment etc. we offer advanced, rational solutions for any size-reduction requirements, including quarry, aggregate, grinding production and complete plant plan.
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MIXER SIZING CALCULATOR This reference agitator sizing calculator is a great guide for folks to do estimated mixtank calculations to figure out the desired mixer HP horsepower what agitation flow rate and tank turnovers per minute or pumping rate is available impeller tip speeds and other output data that is useful in mixing selections
Pumping Rate The rate at which the Bulk mass gets Pumped inside the Stirred tank this is partially depends on the HotSpots of the Stirred Tank and the utility in the Jacket of the stirred tank Scale of Agitation Scale of Agitation gives the Intensity of Agitation or Mixing Generally the Scale of Agitation will be in range of 1 to 10
All propellertype agitators can be accompanied by an anchortype agitator Marine propeller Gamma propeller Lineflux propeller Bladetype agitators Blade agitators can be used in suspension dispersion and homogenization processes with low and mediumviscosity products These agitators can be mounted in tanks with rounded or conical bottoms
The table below can be used for basic selection in 80 of mixing applications Selections from this chart will provide mixingpumping turnover time of approximately 1 to 2 minutes For rapid agitation use the next larger size mixer For help sizing a mixer please contact with your mixture details and tank geometry
Jul 17 2015 · In case of full tank suspension the degree of agitation is close to 10 Hence the agitator always moves the tank bottom solids to the top level allowing its transfer to next tank
1 Introduction to Agitation and Mixing Process 7 a Types of Mixing Process b Types of impeller c Types of flow in mixing vessel d Selection of Agitators e Energy utilization in Different types of agitators By DDU Nadiad 2 Agitator Design 31 a Introduction to Mixing Process Evaluation b
Mar 10 2015 · Any time that the liquid level to tank diameter ratio exceeds 20 the tank selection should be reevaluated as these slim tanks are not the most costeffective solutions for mixing so the use of baffles is a requirement when using cylindrical tanks only If an agitator is centermounted in an unbaffled cylindrical tank it produces a
Scale of Agitation 1 is quite mild 3 is normal 6 is vigorous and 10 is violent Scale of 1 to 2 Characteristic of application requiring minimum fluid velocities to produce a flat but moving fluid batch surface Scale 2 agitation will blend miscible fluids with specific gravity differences less than 01 and viscosity ratio of 100
The wet wall area equals the tank circumference times the liquid depth 12 m 6 m 12 m 6 m x 5 m 180 m 2 The wet area is 72 m 2 180 m 2 252 m 2 For a rectangular tank the tank shear stress range is 15 – 3 Nm 2 or Pa Increase from 15 Pa if the tank is “long or tall” and increase again if there was no primary settling