Elsevier S & T

Handbook of Pumps and Pumping: Pumping Manual International

Nesbitt, Brian

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Table of contents

Cover
Contentsxi
Chapter 1. Pump types1
1.1 Introduction3
1.2 Checklist of pump terminology and definitions3
1.3 Rotodynamic pumps4
1.4 Special rotodynamic pumps29
1.5 Positive displacement pumps31
1.6 Other pump types50
1.7 Useful references53
Chapter 2. Properties of liquids55
2.1 Explanation of terms56
2.2 Water63
2.3 Oils68
2.4 Liquid-solid mixtures70
2.5 Liquid-gas mixtures74
2.6 Table of liquid properties75
2.7 Useful references94
Chapter 3. Flow of liquids95
3.1 Fundamental equations96
3.2 Pipe flow losses99
3.3 Liquid-solid mixtures102
3.4 Pressure losses - nomograms and diagrams107
3.5 Flow measurement116
3.6 Useful references123
Chapter 4. Pump theory125
4.1 Introduction126
4.2 Rotodynamic pumps127
4.3 Positive displacement pumps138
4.4 Suction performance145
4.5 Useful references153
Chapter 5. Pumps and piping systems155
5.1 System curves156
5.2 Pressure drop across valves160
5.3 Multiple pump systems162
5.4 Pump hydraulic data166
5.5 Water hammer168
5.6 Pressure pulsations173
5.7 Useful references173
Chapter 6. Flow regulation and control175
6.1 Introduction176
6.2 Variable flow requirements176
6.3 Flow regulation177
6.4 On-off control of constant speed pump178
6.5 Pole-changing induction motors182
6.6 Multi-speed gearboxes184
6.7 Throttling by control valve184
6.8 By-pass return186
6.9 Infinitely variable speed188
6.10 Choice of flow regulation method197
6.11 Useful references201
Chapter 7. Materials for pumps203
7.1 Introduction204
7.2 Typical materials204
7.3 Material strength and integrity216
7.4 Corrosion and erosion217
7.5 Abrasion resistant materials220
7.6 Materials resistant to cavitation damage221
7.7 Material selection222
7.8 Conclusions224
7.9 Useful references224
Chapter 8. Process seals and sealing227
8.1 Introduction228
8.2 Rotary shafts228
8.3 Process liquid seals for rotary shafts229
8.4 Reciprocating rods242
8.5 Process liquid seals for reciprocating rods243
8.6 Process liquid seal selection244
8.7 Useful references246
Chapter 9. Shaft couplings247
9.1 Introduction248
9.2 Types of coupling248
9.3 Misalignment249
9.4 Forces and moments250
9.5 Service factors250
9.6 Speed251
9.7 Size and weight251
9.8 Environment251
9.9 Installation and disassembly252
9.10 Service life252
9.11 Shaft alignment254
9.12 Choice of coupling257
9.13 Machinery guards258
9.14 Useful references258
Chapter 10. Drivers for pumps261
10.1 Basic electrical theory and principles262
10.2 Regulations and standards265
10.3 Motor types270
10.4 Motor starters273
10.5 Noise275
10.6 Maintenance275
10.7 Engines275
10.8 Turbines276
10.9 Power recovery turbines276
10.10 Motor selection illustration276
10.11 National Standards bodies276
10.12 Useful references278
Chapter 11. Ancillary equipment279
11.1 Introduction280
11.2 Mountings280
11.3 Belt drives281
11.4 Gearboxes281
11.5 Relief valves282
11.6 Non-return valves283
11.7 Accumulators286
11.8 Pulsation dampers286
11.9 Instrumentation289
11.10 Useful references290
Chapter 12. Quality, inspection and testing291
12.1 Introduction292
12.2 Mass-produced pumps297
12.3 Custom-built pumps298
12.4 Guidelines for documentation299
12.5 Useful references301
Chapter 13. Installation and maintenance303
13.1 Installation304
13.2 Foundations305
13.3 Tanks and sumps305
13.4 Pipework and pipe systems308
13.5 Care and maintenance310
13.6 Useful references316
Chapter 14. Pump efficiency and economics317
14.1 Economic optimisation318
14.2 Economic assessment criteria319
14.3 Important system characteristics322
14.4 Partial optimisation326
14.5 Useful references328
Chapter 15. Pump selection329
15.1 General operating conditions330
15.2 Selection of pump according to duty and capabilities331
15.3 Selection of pump according to hydraulic performance332
15.4 Pumps for liquid-solid mixtures334
15.5 Check lists for pump purchase specification336
15.6 Purchasing339
Chapter 16. Pump applications & solutions341
16.1 Modern pumps for hydrocarbon-based and synthetic heat-transfer oils343
16.2 Pumping fresh water to a high reservoir345
16.3 A small sewage pumping station347
16.4 A fresh water booster station348
16.5 Magnetic drive pumps for Chlor-alkali manufacturing - mercury cell processing349
16.6 Domestic heating systems and pumps350
16.7 Adjustable jet pump351
16.8 Updating of water supply for industrial use351
16.9 Economic aspects of energy utilisation352
16.10 Pumping of delicate solids - food and live fish355
16.11 Submersible sump pumps for construction projects356
16.12 Use of engine driven self-priming pumps358
16.13 Cargo pumps for tankers358
16.14 Detergent manufacturing systems - pump installations360
16.15 High capacity bearings for compact centrifugal pump systems360
16.16 Energy recovery turbines and reverse running centrifugal pumps361
16.17 Common errors which create pump operating problems363
16.18 Positive displacement pumps „ load-unload control systems365
16.19 Plunger pumps for supercritical extraction service366
16.20 Sealing systems for thermal oil pumps368
16.21 Progressive cavity pump stator technology for improved candy production370
16.22 Digital controllers for diaphragm dosing pumps with speed-controlled drive motors371
16.23 Positive displacement medium pressure pump system for tube press application373
16.24 Boiler feed pump for efficient power station operation374
Chapter 17. Standards, units & conversions379
17.1 Standards380
17.2 SI, The International System of Units387
17.3 Conversion factors for SI units389
17.4 Other conversion factors394
17.5 Normal quantities and units used in pump technology396
17.6 Useful references396
Chapter 18. Buyers guide397
18.1 Introduction398
18.2 Company names and addresses399
18.3 Rotodynamic pumps427
18.4 Positive displacement pumps444
18.5 Other pumps451
18.6 Ancillary products and services452
18.7 Trade names456
Index459
Acknowledgements470
Index to advertisers470

Book details

Vendor Elsevier S & T
SKU 9781856174763
ISBN-13 9780080549217
Author Nesbitt, Brian
Category Technology & Engineering
Subject Mechanical

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Written by an experienced engineer, this book contains practical information on all aspects of pumps including classifications, materials, seals, installation, commissioning and maintenance. In addition you will find essential information on units, manufacturers and suppliers worldwide, providing a unique reference for your desk, R&D lab, maintenance shop or library.

* Includes maintenance techniques, helping you get the optimal performance out of your pump and reducing maintenance costs
* Will help you to understand seals, couplings and ancillary equipment, ensuring systems are set up properly to save time and money
* Provides useful contacts for manufacturers and suppliers who specialise in pumps, pumping and ancillary equipment

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