Gas-Solid and Liquid-Solid Separation

$299.97

Includes articles on particle separation using filters, cyclones, hydrocyclones, centrifuges, baghouses and electrostatic precipitators, drying systems and more (220 pages)

SKU: CE-11 Categories: ,

Description

CHAPTERS: Chapter 1. Filters and filtration; Chapter 2. Cyclones, hydrocyclones and centrifuges; Chapter 3. Drying; Chapter 4. Baghouses and electrostatic precipitators; Chapter 5. Related topics
CHAPTER 1. FILTERS AND FILTRATION
Solid-liquid separation via filtration Wu Chen, Dow Chemical Co.
Process filtration: Characterizing fluids & medium selection Keith Hayes, Dow Corning Corp.
Putting crossflow filtration to the test Joseph Duffy, Roche Pharmaceuticals
Sizing up disposable cartridge fillters Joseph Swiezbin, Tony Uberoi and Jane J. Janas, Pall Corp.
Calculate pressure drop of a fixed-bed filter A. Macias-Machin, D.J. Santana, Grupo E.M.A. (Energy and Environment)
How to design nano-, ultra- and microfiltration systems Robert Dream, Lockwood Greene Engineers
CHAPTER 2. CYCLONES, HYDROCYCLONES AND CENTRIFUGES
Cyclone-design tips Frederick Zenz, Process Equipment Modeling & Mfg. Co.
Exert the force of hydrocyclones Christian Besendorfer, Krebs Engineers
Test hydrocyclones before they are built Martha Salcudean, Ian Gartshore and Emil Statie, University of British Columbia
Selecting the right centrifuge Tom Schroeder, TEMA Systems, Inc.
Get your vertical basket centrifuges off to a good start Paul H. Jarosz, Dow Chemical Co.
Centrigues push ahead in specialties John V. McKenna, Alfa Laval
Put a centrigugal spin on solvent extraction D. Greg Cybulski and Robert Driscoll, Rousselot-Robatel Centriguation
When a rebuilt centrifuge is a viable option Tom P. Patnaik, Sanborn Centrifuge Equipment, Inc.
CHAPTER 3. DRYING
Direct vs. indirect drying: Optimizing the process Greg Kimball, Hosokawa Bepex
The ins and outs of indirect drying Georgios Raouzeos, List AG
Optimizing drying performance through better control – Part 1 Béla Lipták, Lipták Associates, PC
Optimizing dryer performance through better control – Part 2 Béla Lipták, Lipták Associates, PC
Troubleshooting the convection-conveyor dryer Paul McKeithan, Aeroglide Corp.
Process calculations for partial-recycle dryers Edward M. Cook, Energy Saving Consultants
Vacuum and microwaves dry granulated products Barry Fox, L.B. Bohle
CHAPTER 4. BAGHOUSES, ELECTROSTATIC PRECIPITATORS AND ELECTROSTATIC HAZARDS
Particulate emissions: Evaluating removal methods Isaac Ray, Croll-Reynolds Co.
Dust collection in the CPI Tom Siljkovic, TS Consultants
New developments in filter dust collection Miles L. Croom, DCAD Co.
Beating the baghouse blues Lutz Bermann, Filter Media Consulting
How to monitor pulse-jet baghouses Herbert H. Nierman, Consultant, and Alex M. Hood, Kimberly-Clark Corp.
Assessing electrostatic precipitator performance Joao C.M. Bordado, Hoechst Portuguesa and Technical University of Lisbon, and Joao F.P. Gomes, Environmental Technologies Center, Instituto de Soldadura e Qualidade
Ductwork changes improve ESP performance Clive Grainger, CSIRO (Australia), Energy Thermal & Fluids Engineering, and Colin Paulson, CSIRO (Australia), Division of Energy Technology
Reduce electrostatic hazards Vahid Ebadat, Chilworth Technology, Inc.
Dust explosions — Is your safety blanket in place? Vahid Ebadat and Chantell Laing, Chilworth Technology
CHAPTER 5. RELATED TOPICS
Determining settling rates of particles Ron Darby, Texas A&M University

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Weight 1 lbs