Particle technology and separation processes
Author(s)
Bibliographic Information
Particle technology and separation processes
（Chemical engineering / J.M. Coulson and J.F. Richardson, v. 2）
Pergamon Press, 1991
4th ed
- : hard cover
- : flexicover
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Note
Includes bibliographical references and index
Description and Table of Contents
- Volume
-
: flexicover ISBN 9780080379562
Description
An updated fourth edition for undergraduates and postgraduate students of chemical engineering.
Table of Contents
- Particulate solids
- size reduction of solids
- particles in fluids
- packed beds and columns
- sedimentation
- fluidization
- filtration
- gas cleaning
- centrifugal separations
- leaching
- distillation
- absorption of gasses
- liquid-liquid extraction
- evaporation
- crystallization
- drying
- adsorption
- ion exchange
- chromatographic separations
- problems.
- Volume
-
: hard cover ISBN 9780080379579
Description
The new subtitle of Volume 2, reflects both the emphasis of the new edition and the importance of these topics in chemical engineering. It contains new chapters on, 'Adsorption', 'ion exchange', 'Chromatographic separations' and 'Membrane separations'. This volume is concerned with the physical nature of the processes that take place in industrial units, and in particular, with the factors that influence the rate of transfer of material. Particle technology which relates to the basic properties of systems of particles and their preparation by comminution, is covered in Chapters 1 and 2. Subsequent chapters deal with the interaction between fluids and particles under varying conditions. Fluid-solids separation processes are discussed in the chapters on, 'Sedimentation', 'Filtration', 'Gas Cleaning' and 'Centrifugal Separations'. The chapters on Leaching, Drying and Crystallisation are concerned with the mass transfer from solids; and Distillation, Gas Absorption and Liquid-Liquid Extraction on mass transfer in fluids. This volume, along with the rest of the series, will continue to be a valuable text, both for those teaching and studying chemical engineering and for scientists and engineers in industry.
Table of Contents
Section headings and selected chapter headings: Particulate Solids. Particle characterisation. Particulate solids in bulk. Blending of solid particles. Size Reduction of Solids. Energy for size reduction. Nature of the material to be crushed. Types of crushing equipment. Motion of Particles in a Fluid. Flow past a cylinder and a sphere. Non-spherical particles. Accelerating motion of a particle in the gravitational field. Flow of Fluids through Granular Beds and Packed Columns. Dispersion. Packed columns. Sedimentation. Sedimentation of coarse particles. Fluidisation. Liquid-solids systems. Heat transfer to a boundary surface. Filtration. Filtration theory. Gas Cleaning. Gas cleaning equipment. Centrifugal Separations. Shape of free surface of the liquid. Filtration in a centrifuge. Leaching. Countercurrent washing of solids. Distillation. Vapour-liquid equilibrium. Batch distillation. Multicomponent mixtures. Absorption of Gases. The mechanism of absorption. Packed towers for gas absorption. Miscellaneous equipment for gas absorption. Liquid - Liquid Extraction. Extraction processes. Calculation of the number of theoretical stages. Evaporation. Heat transfer in evaporators. Improved efficiency in evaporation. Equipment for evaporation. Crystallisation. Growth and properties of crystals. Crystallisers. Drying. The mechanism of moisture movement during drying. The drying of gases. Adsorption. Multicomponent adsorption. Ion Exchange. Exchange kinetics. Chromatographic Separations. Elution chromatography. Membrane Separation Processes. Reverse osmosis. Problems. Index.
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