首页> 外文会议>132nd TMS Annual Meeting, Mar 2-6, 2003, San Diego, California >MIXER DESIGN OPTIMIZATION FOR HIGH SOLIDS CONTENTS MEDIA : METHODOLOGY AND APPLICATION TO THE PECHINEY'S HIGH DENSITY PREDESILICATION PROCESS
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MIXER DESIGN OPTIMIZATION FOR HIGH SOLIDS CONTENTS MEDIA : METHODOLOGY AND APPLICATION TO THE PECHINEY'S HIGH DENSITY PREDESILICATION PROCESS

机译:高固体含量介质的混频器设计优化:方法和在Pechiney高密度预处理过程中的应用

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摘要

The most obvious aim of a mixer in slurries exhibiting high solids concentrations is to prevent solids from settling at the bottom of the tank. Nevertheless, depending on process requirements, the mixer may also be able to keep the solids concentration homogeneous all over the height of the tank, to prevent short-circuits in the tank, to facilitate the slurry transfer from one tank to another in case of continuous processes, to achieve sufficient heat transfer performances. The list is quite long. This paper points out the important parameters to take into account for the mixer design and presents a methodology for defining an optimized mixing system for high solid contents slurries. An application of this method to PECHlNEY's high density predesilication process will be described for process capacities up to 1000 m~3.
机译:在具有高固体浓度的浆液中,混合器的最明显目的是防止固体沉降在罐底。然而,根据工艺要求,混合器还可以在整个罐高度上保持固体浓度均匀,以防止罐中发生短路,并在连续的情况下促进浆液从一个罐转移到另一个罐过程,以实现足够的传热性能。清单很长。本文指出了混合器设计要考虑的重要参数,并提出了一种定义高固含量浆料最佳混合系统的方法。将描述这种方法在PECHlNEY的高密度预脱硅工艺​​中的应用,工艺能力可达1000 m〜3。

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