Slurry transport using centrifugal pumps:
Gespeichert in:
| Format: | Buch |
|---|---|
| Sprache: | English |
| Veröffentlicht: |
New York, NJ
Springer
2006
|
| Ausgabe: | 3. ed. |
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | X, 432 S. Ill., graph. Darst. |
| ISBN: | 0387232621 9780387232621 |
Internformat
MARC
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Datensatz im Suchindex
| _version_ | 1804136933931089920 |
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| adam_text | SLURRY TRANSPORT USING CENTRIFUGAL PUMPS THIRD EDITION K. C. WILSON
QUEEN S UNIVERSITY KINGSTON, ONTARIO, CANADA G. R. ADDIE GIW INDUSTRIES
INC. GROVETOWN, GEORGIA, USA A. SELLGREN LULEA UNIVERSITY OF TECHNOLOGY
LULED, SWEDEN R. CLIFT UNIVERSITY OF SURREY GUILDFORD, SURREY, UK
SPRINGER CONTENTS I CHAPTER 1 - INTRODUCTION 1.1 APPLICATIONS OF SLURRY
TRANSPORT 1.2 TOPICS COVERED IN THIS BOOK 1.3 LIST OF SYMBOLS CHAPTER 2
- REVIEW OF FLUID AND PARTICLE MECHANICS 2.1 INTRODUCTION 2.2 BASIC
RELATIONS FOR FLOW OF SIMPLE FLUIDS 2.3 FRICTION IN LAMINAR AND
TURBULENT FLOW OF SIMPLE FLUIDS 2.4 BASIC RELATIONS FOR SLURRY FLOW 2.5
SETTLING OF SOLIDS IN LIQUIDS CHAPTER 3 - FLOW OF NON-SETTLING SLURRIES
3.1 INTRODUCTION 3.2 RHEOMETRY AND RHEOLOGICAL MODELS 3.3 TURBULENT FLOW
OF NON-NEWTONIANS 3.4 SCALE-UP OF LAMINAR FLOW 3.5 SCALE-UP OF TURBULENT
FLOW 3.6 EFFECTS OF SOLIDS CONCENTRATION 3.7 TRANSITION FROM LAMINAR TO
TURBULENT FLOW 3.8 CASE STUDY CHAPTER 4 - PRINCIPLES OF PARTICULATE
SLURRY FLOW 4.1 INTRODUCTION 4.2 HOMOGENEOUS AND PSEUDO-HOMOGENEOUS FLOW
4.3 FLOW OF SETTLING SLURRIES 4.4 PHYSICAL MECHANISMS INFLUENCING TYPE
OF FLOW 4.5 STATIONARY DEPOSITS OF SOLIDS 4.6 HETEROGENEOUS FLOW 4.7
SPECIFIC ENERGY CONSUMPTION CHAPTER 5 - MOTION AND DEPOSITION OF
SETTLING SOLIDS 5.1 INTRODUCTION 5.2 RESISTING AND DRIVING FORCES 1 4 9
15 18 23 35 39 51 54 60 66 67 72 73 76 83 84 86 91 94 95 98 102 103 VLLL
5.3 VELOCITY AT THE LIMIT OF STATIONARY DEPOSITION 108 5.4 EFFECT OF
SOLIDS CONCENTRATION ON DEPOSIT VELOCITY 113 5.5 FULLY STRATIFIED
COARSE-PARTICLE TRANSPORT 113 5.6 CASE STUDIES 117 CHAPTER 6 -
HETEROGENEOUS SLURRY FLOW IN HORIZONTAL PIPES 6.1 INTRODUCTION 123 6.2
CONCEPTS OF NEAR-WALL HYDRODYNAMIC LIFT 125 6.3 STRATIFICATION RATIO AND
SCALE-UP 128 6.4 EFFECT OF PARTICLE SIZE DISTRIBUTION 136 6.5 SIMPLIFIED
APPROACH FOR ESTIMATING SOLIDS EFFECT 141 6.6 EFFECT OF LARGE PIPE
DIAMETER 142 6.7 EFFECT OF HIGH CONCENTRATION OF SOLIDS 143 6.8 CASE
STUDIES 145 CHAPTER 7 - COMPLEX SLURRIES 7.1 INTRODUCTION 152 7.2
BROAD-GRADED SLURRIES WITH NEWTONIAN CARRIER FLUIDS 153 7.3 THE
STABFLO DEBATE 157 7.4 PARTICLE SETTLING IN NON-NEWTONIAN FLUIDS 160
7.5 PARTICLE SETTLING IN LAMINAR NON-NEWTONIAN PIPELINE FLOW 162 7.6
TURBULENT FLOW OF SLURRIES WITH NON-NEWTONIAN CARRIER FLUIDS 163 7.7
EXAMPLE PROBLEMS AND CASE STUDY 165 CHAPTER 8 - VERTICAL AND INCLINED
SLURRY FLOW 8.1 INTRODUCTION 172 8.2 ANALYSIS OF VERTICAL FLOW 173 8.3
APPLICATIONS OF VERTICAL FLOW 177 8.4 EFFECT OF PIPE INCLINATION ON
DEPOSITION LIMIT 179 8.5 EFFECT OF PIPE INCLINATION ON FRICTION LOSS 181
8.6 WORKED EXAMPLES AND CASE STUDY 184 CHAPTER 9 - CENTRIFUGAL PUMPS 9.1
INTRODUCTION: BASIC CONCEPTS AND AFFINITY LAWS 190 9.2 HYDRAULIC DESIGN
AND SPECIFIC SPEED 196 9.3 CAVITATION AND NET POSITIVE SUCTION HEAD 208
9.4 MECHANICAL DESIGN 213 9.5 PERFORMANCE TESTING 217 9.6 CASE STUDIES
222 IX CHAPTER 10 - EFFECT OF SOLIDS ON PUMP PERFORMANCE 10.1
INTRODUCTION AND PREVIOUS CORRELATIONS 10.2 EFFECT OF PUMP SIZE 10.3
EFFECT OF SOLIDS CONCENTRATION 10.4 EFFECT OF PARTICLE PROPERTIES 10.5
NON-SETTLING SLURRIES 10.6 SUCTION PERFORMANCE 10.7 GENERALISED
SOLIDS-EFFECT DIAGRAM FOR SETTLING SLURRIES CHAPTER 11 - WEAR AND
ATTRITION 11.1 INTRODUCTION 11.2 WEAR-RESISTANT MATERIALS 11.3 COMBINED
EROSION AND CORROSION 11.4 EXPERIMENTAL TESTING METHODS 11.5 NUMERICAL
MODELLING OF FLOW AND WEAR 11.6 PUMP AND WEAR VARIABLES 11.7 VARIATION
OF WEAR WITH DESIGN GEOMETRY 11.8 VARIATION OF COMPONENT WEAR WITH
DIFFERENT DUTIES 11.9 PRACTICAL CONSIDERATIONS AND FIELD EXPERIENCE
11.10 PARTICLE ATTRITION CHAPTER 12 - COMPONENTS OF SLURRY SYSTEMS 12.1
INTRODUCTION 12.2 PUMP SUCTION PIPING CONSIDERATIONS 12.3 PUMP DRIVE
TRAINS 12.4 PUMP LAYOUT AND SPACING 12.5 FLOW CONTROL AND VALVING 12.6
INSTRUMENTATION CHAPTER 13 - SYSTEM DESIGN AND OPERABILITY 13.1
INTRODUCTION 13.2 HOMOGENEOUS SLURRIES 13.3 EFFECT OF SOLIDS
CONCENTRATION IN SETTLING SLURRIES 13.4 EFFECT OF PARTICLE SIZE 13.5
CASE STUDY CHAPTER 14 - PUMP SELECTION AND COST CONSIDERATIONS 14.1
GENERAL CONCEPTS OF PUMP SELECTION 14.2 WEAR CONSIDERATIONS 227 234 235
237 238 241 241 249 253 256 257 263 267 269 272 273 279 286 287 294 298
301 304 312 313 318 323 329 338 341 14.3 ECONOMIC CONSIDERATIONS 14.4
DOWNTIME COSTS 14.5 EFFECT OF SYSTEM SIZE 14.6 SELECTION PROCEDURE
CHAPTER 15 - PRACTICAL EXPERIENCE WITH SLURRY SYSTEMS 15.1 INTRODUCTION
15.2 PUMPS IN SERIES 15.3 PUMPS IN PARALLEL 15.4 SUCTION PROBLEMS 15.5
PUMPING FROTHY MIXTURES 15.6 FLOW INSTABILITY 15.7 OPERATION WITH A
STATIONARY BED 15.8 TRANSIENT CONDITIONS CHAPTER 16 - ENVIRONMENTAL
ASPECTS OF SLURRY SYSTEMS 16.1 INTRODUCTION 16.2 THE BENEFITS OF
INTEGRATED PROCESSING 16.3 ENERGY CONSUMPTION AND ASSOCIATED EMISSIONS
16.4 A CAUTIONARY TALE - VELENJE AND ITS LAKES APPENDIX - WORKED
EXAMPLES AND CASE STUDIES IN U.S. CUSTOMARY UNITS INDEX 342 347 349 350
353 354 359 360 361 364 367 369 377 378 381 385 390 427
|
| adam_txt |
SLURRY TRANSPORT USING CENTRIFUGAL PUMPS THIRD EDITION K. C. WILSON
QUEEN'S UNIVERSITY KINGSTON, ONTARIO, CANADA G. R. ADDIE GIW INDUSTRIES
INC. GROVETOWN, GEORGIA, USA A. SELLGREN LULEA UNIVERSITY OF TECHNOLOGY
LULED, SWEDEN R. CLIFT UNIVERSITY OF SURREY GUILDFORD, SURREY, UK
SPRINGER CONTENTS I CHAPTER 1 - INTRODUCTION 1.1 APPLICATIONS OF SLURRY
TRANSPORT 1.2 TOPICS COVERED IN THIS BOOK 1.3 LIST OF SYMBOLS CHAPTER 2
- REVIEW OF FLUID AND PARTICLE MECHANICS 2.1 INTRODUCTION 2.2 BASIC
RELATIONS FOR FLOW OF SIMPLE FLUIDS 2.3 FRICTION IN LAMINAR AND
TURBULENT FLOW OF SIMPLE FLUIDS 2.4 BASIC RELATIONS FOR SLURRY FLOW 2.5
SETTLING OF SOLIDS IN LIQUIDS CHAPTER 3 - FLOW OF NON-SETTLING SLURRIES
3.1 INTRODUCTION 3.2 RHEOMETRY AND RHEOLOGICAL MODELS 3.3 TURBULENT FLOW
OF NON-NEWTONIANS 3.4 SCALE-UP OF LAMINAR FLOW 3.5 SCALE-UP OF TURBULENT
FLOW 3.6 EFFECTS OF SOLIDS CONCENTRATION 3.7 TRANSITION FROM LAMINAR TO
TURBULENT FLOW 3.8 CASE STUDY CHAPTER 4 - PRINCIPLES OF PARTICULATE
SLURRY FLOW 4.1 INTRODUCTION 4.2 HOMOGENEOUS AND PSEUDO-HOMOGENEOUS FLOW
4.3 FLOW OF SETTLING SLURRIES 4.4 PHYSICAL MECHANISMS INFLUENCING TYPE
OF FLOW 4.5 STATIONARY DEPOSITS OF SOLIDS 4.6 HETEROGENEOUS FLOW 4.7
SPECIFIC ENERGY CONSUMPTION CHAPTER 5 - MOTION AND DEPOSITION OF
SETTLING SOLIDS 5.1 INTRODUCTION 5.2 RESISTING AND DRIVING FORCES 1 4 9
15 18 23 35 39 51 54 60 66 67 72 73 76 83 84 86 91 94 95 98 102 103 VLLL
5.3 VELOCITY AT THE LIMIT OF STATIONARY DEPOSITION 108 5.4 EFFECT OF
SOLIDS CONCENTRATION ON DEPOSIT VELOCITY 113 5.5 FULLY STRATIFIED
COARSE-PARTICLE TRANSPORT 113 5.6 CASE STUDIES 117 CHAPTER 6 -
HETEROGENEOUS SLURRY FLOW IN HORIZONTAL PIPES 6.1 INTRODUCTION 123 6.2
CONCEPTS OF NEAR-WALL HYDRODYNAMIC LIFT 125 6.3 STRATIFICATION RATIO AND
SCALE-UP 128 6.4 EFFECT OF PARTICLE SIZE DISTRIBUTION 136 6.5 SIMPLIFIED
APPROACH FOR ESTIMATING SOLIDS EFFECT 141 6.6 EFFECT OF LARGE PIPE
DIAMETER 142 6.7 EFFECT OF HIGH CONCENTRATION OF SOLIDS 143 6.8 CASE
STUDIES 145 CHAPTER 7 - COMPLEX SLURRIES 7.1 INTRODUCTION 152 7.2
BROAD-GRADED SLURRIES WITH NEWTONIAN CARRIER FLUIDS 153 7.3 THE
'STABFLO' DEBATE 157 7.4 PARTICLE SETTLING IN NON-NEWTONIAN FLUIDS 160
7.5 PARTICLE SETTLING IN LAMINAR NON-NEWTONIAN PIPELINE FLOW 162 7.6
TURBULENT FLOW OF SLURRIES WITH NON-NEWTONIAN CARRIER FLUIDS 163 7.7
EXAMPLE PROBLEMS AND CASE STUDY 165 CHAPTER 8 - VERTICAL AND INCLINED
SLURRY FLOW 8.1 INTRODUCTION 172 8.2 ANALYSIS OF VERTICAL FLOW 173 8.3
APPLICATIONS OF VERTICAL FLOW 177 8.4 EFFECT OF PIPE INCLINATION ON
DEPOSITION LIMIT 179 8.5 EFFECT OF PIPE INCLINATION ON FRICTION LOSS 181
8.6 WORKED EXAMPLES AND CASE STUDY 184 CHAPTER 9 - CENTRIFUGAL PUMPS 9.1
INTRODUCTION: BASIC CONCEPTS AND AFFINITY LAWS 190 9.2 HYDRAULIC DESIGN
AND SPECIFIC SPEED 196 9.3 CAVITATION AND NET POSITIVE SUCTION HEAD 208
9.4 MECHANICAL DESIGN 213 9.5 PERFORMANCE TESTING 217 9.6 CASE STUDIES
222 IX CHAPTER 10 - EFFECT OF SOLIDS ON PUMP PERFORMANCE 10.1
INTRODUCTION AND PREVIOUS CORRELATIONS 10.2 EFFECT OF PUMP SIZE 10.3
EFFECT OF SOLIDS CONCENTRATION 10.4 EFFECT OF PARTICLE PROPERTIES 10.5
NON-SETTLING SLURRIES 10.6 SUCTION PERFORMANCE 10.7 GENERALISED
SOLIDS-EFFECT DIAGRAM FOR SETTLING SLURRIES CHAPTER 11 - WEAR AND
ATTRITION 11.1 INTRODUCTION 11.2 WEAR-RESISTANT MATERIALS 11.3 COMBINED
EROSION AND CORROSION 11.4 EXPERIMENTAL TESTING METHODS 11.5 NUMERICAL
MODELLING OF FLOW AND WEAR 11.6 PUMP AND WEAR VARIABLES 11.7 VARIATION
OF WEAR WITH DESIGN GEOMETRY 11.8 VARIATION OF COMPONENT WEAR WITH
DIFFERENT DUTIES 11.9 PRACTICAL CONSIDERATIONS AND FIELD EXPERIENCE
11.10 PARTICLE ATTRITION CHAPTER 12 - COMPONENTS OF SLURRY SYSTEMS 12.1
INTRODUCTION 12.2 PUMP SUCTION PIPING CONSIDERATIONS 12.3 PUMP DRIVE
TRAINS 12.4 PUMP LAYOUT AND SPACING 12.5 FLOW CONTROL AND VALVING 12.6
INSTRUMENTATION CHAPTER 13 - SYSTEM DESIGN AND OPERABILITY 13.1
INTRODUCTION 13.2 HOMOGENEOUS SLURRIES 13.3 EFFECT OF SOLIDS
CONCENTRATION IN SETTLING SLURRIES 13.4 EFFECT OF PARTICLE SIZE 13.5
CASE STUDY CHAPTER 14 - PUMP SELECTION AND COST CONSIDERATIONS 14.1
GENERAL CONCEPTS OF PUMP SELECTION 14.2 WEAR CONSIDERATIONS 227 234 235
237 238 241 241 249 253 256 257 263 267 269 272 273 279 286 287 294 298
301 304 312 313 318 323 329 338 341 14.3 ECONOMIC CONSIDERATIONS 14.4
DOWNTIME COSTS 14.5 EFFECT OF SYSTEM SIZE 14.6 SELECTION PROCEDURE
CHAPTER 15 - PRACTICAL EXPERIENCE WITH SLURRY SYSTEMS 15.1 INTRODUCTION
15.2 PUMPS IN SERIES 15.3 PUMPS IN PARALLEL 15.4 SUCTION PROBLEMS 15.5
PUMPING FROTHY MIXTURES 15.6 FLOW INSTABILITY 15.7 OPERATION WITH A
STATIONARY BED 15.8 TRANSIENT CONDITIONS CHAPTER 16 - ENVIRONMENTAL
ASPECTS OF SLURRY SYSTEMS 16.1 INTRODUCTION 16.2 THE BENEFITS OF
INTEGRATED PROCESSING 16.3 ENERGY CONSUMPTION AND ASSOCIATED EMISSIONS
16.4 A CAUTIONARY TALE - VELENJE AND ITS LAKES APPENDIX - WORKED
EXAMPLES AND CASE STUDIES IN U.S. CUSTOMARY UNITS INDEX 342 347 349 350
353 354 359 360 361 364 367 369 377 378 381 385 390 427 |
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| index_date | 2024-07-02T18:26:51Z |
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| isbn | 0387232621 9780387232621 |
| language | English |
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| spelling | Slurry transport using centrifugal pumps K. C. Wilson ... 3. ed. New York, NJ Springer 2006 X, 432 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Centrifugal pumps Slurry pipelines Schlamm (DE-588)4136932-4 gnd rswk-swf Hydraulische Förderung (DE-588)4131373-2 gnd rswk-swf Kreiselpumpe (DE-588)4032979-3 gnd rswk-swf Schlamm (DE-588)4136932-4 s Hydraulische Förderung (DE-588)4131373-2 s Kreiselpumpe (DE-588)4032979-3 s DE-604 Wilson, Kenneth C. Sonstige oth SWB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=015918272&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Slurry transport using centrifugal pumps Centrifugal pumps Slurry pipelines Schlamm (DE-588)4136932-4 gnd Hydraulische Förderung (DE-588)4131373-2 gnd Kreiselpumpe (DE-588)4032979-3 gnd |
| subject_GND | (DE-588)4136932-4 (DE-588)4131373-2 (DE-588)4032979-3 |
| title | Slurry transport using centrifugal pumps |
| title_auth | Slurry transport using centrifugal pumps |
| title_exact_search | Slurry transport using centrifugal pumps |
| title_exact_search_txtP | Slurry transport using centrifugal pumps |
| title_full | Slurry transport using centrifugal pumps K. C. Wilson ... |
| title_fullStr | Slurry transport using centrifugal pumps K. C. Wilson ... |
| title_full_unstemmed | Slurry transport using centrifugal pumps K. C. Wilson ... |
| title_short | Slurry transport using centrifugal pumps |
| title_sort | slurry transport using centrifugal pumps |
| topic | Centrifugal pumps Slurry pipelines Schlamm (DE-588)4136932-4 gnd Hydraulische Förderung (DE-588)4131373-2 gnd Kreiselpumpe (DE-588)4032979-3 gnd |
| topic_facet | Centrifugal pumps Slurry pipelines Schlamm Hydraulische Förderung Kreiselpumpe |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=015918272&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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