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Fluid Mechanics Fundamentals of Hydrocyclones and Its Applications in the Mining Industry

Part of the Fluid Mechanics and Its Applications Book Series (volume 126)

DOI: 10.1007/978-3-030-67913-2

ISBN: 978-3-030-67912-5

Publisher: Springer International Publishing - Springer Journals

Oct 14, 2021

1 - 10 of 12 Chapters

Available

Introduction

Concha A., Fernando; Bouso A., Juan Luis

Pages: 1 –8

[Until recent centuries, nature provided ores rich in minerals that could be melted directly without any dressing, but when the grades of these ores began to decline due to extensive mining, it became necessary to develop concentration processes to achieve the grades required for melting. In all...
Available

Classification Fundamentals

Concha A., Fernando; Bouso A., Juan Luis

Pages: 9 –34

[Classification in mineral processing is the operation of separating particle mixture components into two or more fractions according to size, with each resulting group more uniform in this property than the original mixture. There are two types of classifier: mechanical and hydraulic. During...
Available

Sedimentation of Particulate System

Concha A., Fernando; Bouso A., Juan Luis

Pages: 35 –48

[Sedimentation as the mechanism of the hydrocyclone classification is the subject this Chapter. The settling velocity of a sphere is analyzed in Stokes, Euler and Prandtl’s regimes leading to the development of a unified drag coefficient and an explicit equation for the settling velocity. The...
Available

Flow of Fluids in Circular Pipelines

Concha A., Fernando; Bouso A., Juan Luis

Pages: 49 –66

[This chapter deals with the flow of fluids in circular pipelines as the basis to understand the feed, underflow and overflow piping necessary and the prevention of sedimentation in the tubes. Explicit equations of the settling velocities of suspensions in pipes for Newtonian in turbulent flow...
Available

Flow Pattern in Hydrocyclones

Concha A., Fernando; Bouso A., Juan Luis

Pages: 67 –127

[In this chapter, models of hydrocyclones will be ordered from a fluid dynamics perspective and an attempt will be made to present the velocity and pressure distribution inside the device. With experimental values of the velocity distributions, mass and linear momentum, equations were solved for...
Available

Numerical Models of Hydrocyclones

Concha A., Fernando; Bouso A., Juan Luis

Pages: 129 –158

[The previous chapters showed that the problem associated with the mathematical modeling of flow patterns in hydrocyclones involves the solution of strongly coupled, non-linear partial differential equations of mass and momentum balances, which lies well beyond any analytical approach, except...
Available

Phenomenological Hydrocyclone Models

Concha A., Fernando; Bouso A., Juan Luis

Pages: 159 –177

[The structural and operational simplicity of a hydrocyclone hides the high complexity of its classification mechanism. Efforts to describe hydrocyclone behavior have led to two types of models: empirical and phenomenological. Empirical models are based on experimental observation of hydrocyclone...
Available

Hydrocyclone Design

Concha A., Fernando; Bouso A., Juan Luis

Pages: 179 –196

[It is common to call “design” the election of the sizes of the parts of hydrocyclones chosen from those provided by the manufacturers. It is really a geometric selection for which empirical formulas exist (see Chap. 9). In this chapter we will develop a design for hydrocyclones as a mixed-flow...
Available

Hydrocyclone Selection

Concha A., Fernando; Bouso A., Juan Luis

Pages: 197 –215

[There are two types of empirical models: so-called design or selecting models and simulation models. The first is used to select commercial hydrocyclones that fulfill given capacity and classification conditions and the second, based on experimental work, is used to determine the capacity, split...
Available

Hydrocyclone System Design

Concha A., Fernando; Bouso A., Juan Luis

Pages: 217 –240

[Once hydrocyclones are designed for given grinding-classification circuits, desliming, dewatering and other purposes, it is necessary to consider all the elements that make up the hydrocyclone system: pulp feeding tank volume and geometry, connecting pipes, pulp distributors and instrumentation....

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