Solid-liquid separation
Author(s)
Bibliographic Information
Solid-liquid separation
（Butterworths monographs in chemistry and chemical engineering）
Butterworths, c1990
3rd ed
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Note
Includes bibliographies and index
Description and Table of Contents
Description
Since the second edition of this work most of the chapters have been appreciably revised, and some replaced completely, in the light of recent developments and/or the changing requirements of the short course around which the book is centered. Changing times in solid-liquid separation have been reflected in new (or replacement) chapters which include magnetic separation, membrane separation, the problems of fine particle re-cycling and particle-fluid interaction.
Table of Contents
- Introduction to solid-liquid separation, L.Svarovsky
- characterization of particles suspended in liquids, L.Svarovsky
- efficiency of separation of particles from fluids, L.Svarovsky
- coagulation and flocculation, M.A.Hughes and K.J.Ives
- gravity thickening, D.G.Osborne
- hydrocyclones, L.Svarovsky
- separation by centrifugal sedimentation, L.Svarovsky
- screening, D.G.Osborne
- filtration fundamentals, L.Svarovsky
- filter aids, G.R.S.Smith
- deep bed filtration, K.J.Ives
- pressure filtration, L.Svarovsky
- vacume filtration, D.G.Osborne and H.G.Pierson
- centrifugal filtration, K.Zeitsch
- countercurrent washing of solids, L.Svarovsky
- problems with fine particle recycling, K.Zeitsch
- filter media, filter rating, Lawrence G.Loff
- methods for limiting cake growth, L.Svarovsky
- flotation, R.J.Gochin
- the selection of solid-liquid separation equipment, H.G.W.Pierson
- membrane separation, E.H.Stitt
- high gradient magnetic separation, J.H.P.Watson
- particle-fluid interaction, thermodynamics of solid-liquid separation, L.Svarovsky.
by "Nielsen BookData"