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Effect of Impeller Shape on Solid Particle Suspension

机译:叶轮形状对固体颗粒悬浮的影响

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This paper deals with the effect of impeller shape on off-bottom particle suspension. On the basis of numerous suspension measurements, correlations are proposed for calculating the just-suspended impeller speed for a standard pitched four-blade turbine and three types of hydrofoil impellers produced by TECHMIX for several particle sizes and for a wide range of particle concentrations. The suspension efficiency of the tested impellers is compared with the efficiency of a standard pitched blade turbine on the basis of the power consumption required for off-bottom suspension of solid particles. It is shown that the standard pitched blade turbine needs highest power consumption, i.e. it exhibits less efficiency for particle suspension than hydrofoil impellers produced by TECHMIX.
机译:本文探讨了叶轮形状对离底颗粒悬浮液的影响。根据大量的悬架测量结果,提出了相关性,用于计算TECHMIX生产的标准变桨四叶片涡轮和三种类型的水翼式叶轮的几种悬浮液的正好悬浮的叶轮速度。根据固体颗粒从底部悬浮所需的功率消耗,将经过测试的叶轮的悬浮效率与标准变桨叶轮机的效率进行比较。结果表明,标准变桨叶片涡轮需要最高的功率消耗,即,与TECHMIX生产的水翼式叶轮相比,其悬浮颗粒效率较低。

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