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Guide to the Design, Selection, and Application of Screw Feeders

Guide to the Design, Selection, and Application of Screw Feeders

Lyn Bates

ISBN: 978-1-860-58285-1 April 2008 176 Pages

 Hardcover

In Stock

$187.00

Description

This book offers the reader clear and accessible advice – whether seeking a standard screw feeder for a well-proven application, or designing from scratch for a new duty where no prior experience can be drawn upon for performance verification.

Screw feeders today play an increasingly important role in the drive towards improved quality, reduced costs, increased capacity, better working conditions, and flexibility in solids processing. Advances in control methods are being matched with improved predictability and reliability of the processes being controlled. The intensive and integrative nature of many production lines crucially depends upon each element working to its full design capability. Solid feeding operations comprise a key activity, renowned for operating difficulties out of all proportion to the cost of the equipment. This excellent book, by an acknowledged expert in the area, provides a valuable introduction to the subject together with guidance on the selection and application of a range of screw feeders.

COMPLETE CONTENTS:

  • Introduction
  • Classes of Screw Equipment
  • Screw Feeder Types
  • Construction
  • Interfacing Screw Feeders with Hoppers
  • Selection Criteria
  • Special Forms of Screw Feeders
  • Case Studies
  • Bibliography
Chapter 1. Introduction.

1.1. Screw Applications.

1.2. Properties of Bulk Solids.

Chapter 2. Classes of Screw Equipment.

2.1. Screw Conveyors.

2.2. Screw elevators.

2.3. Screw Feeders.

Chapter 3. Screw Feeder Types.

3.1. Collecting Screw Feeders.

3.2. Screw Conveyor/Feeders.

3.3. Bin Discharge Screw Feeders.

3.4. Metering Screw Feeders.

Chapter 4. Screw Construction.

4.1. Mechanics of Screws.

4.2. Screw Forms.

4.3. Materials of Construction and Finish.

Chapter 5. Interfacing Screw Feeders with Hoppers.

5.1. Flow Patterns in Hoppers.

5.2. Screw Geometry.

5.3. Feed Hopper Geometry.

5.4. Screw Extraction Patterns.

Chapter 6. Selection Criteria.

6.1. Forms of Equipment.

6.2. Hazards and Limitations.

6.3. Capacity.

6.4. Power.

Chapter 7. Special Forms of Screw Feeders.

7.1. Non-standard Types.

7.2. Feeders with Process Function.

7.3. Features and Accessories.

Chapter 8. Case Studies.

8.1. Agitated Feeder.

8.2. Loss in Weight Feeder Make-up System.

8.3. Inclined Screw Feeder with Twin Agitator.

Bibliography.

Index.