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agitation tank power

Pressurized fluid is accelerated through the nozzle to become a high velocity stream that entrains tank contents and intimately mixes with them. This combined stream exits the TLA at a high velocity creating a flow field capable of causing additional agitation and mixing the tank contents. The TLA’s motive fluid may come from two sources

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  • [how to] select a motor capacity for agitator - pharma

    [how to] select a motor capacity for agitator - pharma

    From this Agitator Speed, calculate the Reynold's Number, Nre = D x D x N x rho / myu. rho - Density, myu - Viscosity. Now after Calculating the Reynolds number, we can get the Power Number from the Agitator Curves, as follows, From the estimated Power number ( Np ), We can Calculate the Power required

  • gold leaching agitation tanks

    gold leaching agitation tanks

    Metallurgical ContentMechanical AgitatorsPachuca Leaching TankThe Dorr Leaching AgitatorNoranda TypeContinuous Versus Batch Agitation Leaching The mixing of solids suspended in a fluid medium is still largely an art. The development of fundamental laws governing the operation is complicated by the large number of variables involved, some of which can hardly be evaluated in mathematical terms

  • power sprayer - tank agitation - qspray.com

    power sprayer - tank agitation - qspray.com

    Oct 02, 2007 · Power sprayer tank agitation can be either jet or mechanical. Jet agitation utilizes a portion of the pump’s output to stir up the tank. Mechanical agitation, utilizes paddles (usually of stainless steel) on a shaft that is turned by belts and pulleys connected with the engine

  • mixing impeller power - proquip mixers

    mixing impeller power - proquip mixers

    May 13, 2019 · The value of the dimensionless power number (Np) depends on the impeller design as well as several other factors including the number of impellers, their location within a tank, tank baffling and fluid viscosity. Changes in both rotational speed and impeller diameter have an exponential effect on impeller power

  • agitation

    agitation

    CheCalc. Chemical engineering calculations to assist process, plant operation and maintenance engineers

  • back to basics: effect of d/t ratio onagitator powerfor

    back to basics: effect of d/t ratio onagitator powerfor

    Based on the above figures, a maximum D/T of 0.5 should be considered for this application. Build-up of solids in the tank center and at the bottom sidewall is likely with a D/T of 0.6. Conclusions. For flow controlled applications, agitator power input does not define process results

  • mixing impeller power - proquipmixers

    mixing impeller power - proquipmixers

    May 13, 2019 · The value of the dimensionless power number (Np) depends on the impeller design as well as several other factors including the number of impellers, their location within a tank, tank baffling and fluid viscosity. Changes in both rotational …

  • back to basics: effect of d/t ratio onagitator powerfor

    back to basics: effect of d/t ratio onagitator powerfor

    Based on the above figures, a maximum D/T of 0.5 should be considered for this application. Build-up of solids in the tank center and at the bottom sidewall is likely with a D/T of 0.6. Conclusions. For flow controlled applications, agitator power input does not define process results

  • chee3820y: power consumption and efficiency in liquid

    chee3820y: power consumption and efficiency in liquid

    At steady state, the torque furnished to the fluid by the turbine or propeller must equal the torque furnished to the tank by the fluid. Power consumption is the product of torque and angular velocity. Thus knowing the torque and the rate of rotation of the turbine or impeller allows rigorous determination of power consumption by the fluid

  • solved: thepower, p required by anagitatorin atankis

    solved: thepower, p required by anagitatorin atankis

    The power, P required by an agitator in a tank is related to: The diameter of the agitator d, The revolutions per unit time of the impeller N, The dynamic viscosity of the liquid in the tank u, The density of the liquid in the tank p. Using Buckingham's nt theorem, find the dimensionless groups of the power …

  • basic guidelines for design of slurry mixing agitators

    basic guidelines for design of slurry mixing agitators

    Jul 17, 2015 · Power consumption for agitation / mixing is affected by following main factors: Specific Gravity, Viscosity, Impeller type, Impeller diameter, mpeller location, Tip speed and Baffles in tank

  • agitaion and mixing- slideshare

    agitaion and mixing- slideshare

    Jan 17, 2016 · Agitaion and mixing 1. Agitation And Mixing 2. Agitation and Mixing Many operations depend upon effective agitation and mixing of components Agitation: induced motion of a material Mixing: random distribution of two initially separate phases A single homogeneous material such as water in a tank can be agitated but not mixed until another material is added to tank

  • pumps vs.agitators for tank mixing, classiccase of capex

    pumps vs.agitators for tank mixing, classiccase of capex

    May 04, 2014 · Though a pump loop can be much lower in capital cost than an agitator for tank mixing, the user should include all power and maintenance costs in the overall decision analysis. Based on capital and operating costs alone, it appears that the mechanically agitated system, in most cases, will have a lower total lifecycle cost

  • agitatorsdesigned and manufactured by afx holdings

    agitatorsdesigned and manufactured by afx holdings

    Agitators Designed and Manufactured by AFX Holdings. AFX manufactures a range of top entry agitators from 0.25kW to 750kW, for use in processing and manufacturing plants. VIEW OUR RANGE

  • problems in stock agitation - james brinkley

    problems in stock agitation - james brinkley

    In vertical agitators, our rules of thumb are that a propeller diameter (or swing) to tank effective diameter ratio of 0.2 to 0.25 is required for general mixing, and 0.33 or so for stock agitation