|
|
Авторизация |
|
|
Поиск по указателям |
|
|
|
|
|
|
|
|
|
|
Minton P.E. — Handbook of Evaporation Technology |
|
|
Предметный указатель |
Maintenance, cleaning 325
Maintenance, design practices 324
Maintenance, repair 325
Maintenance, standard practices 325
Maintenance, steam traps 269
Materials of construction 336
Mechanical design 327
Mechanical design, double tubesheets 329
Mechanical design, inspection techniques 331
Mechanical design, thermal expansion 328
Mechanical design, tube-to-tubesheet joints 329
Mechanical design, upset conditions 328
Mechanical vapor compression 186
Mechanical vapor compression, application 204
Mechanical vapor compression, compressor selection 189
Mechanical vapor compression, drive systems 192
Mechanical vapor compression, economics 204
Mechanical vapor compression, evaporator design 203
Mechanical vapor compression, factors affecting costs 188
Mechanical vapor compression, factors influencing design 190
Mechanical vapor compression, reliability 203
Mechanical vapor compression, system characteristics 199
Mechanical vapor compression, thermodynamics 187
Mechanically-aided evaporators 90
Mechanically-aided evaporators, thin-film 92
Multiple-effect evaporators 148 166
Multiple-effect evaporators, backward feed 168
Multiple-effect evaporators, calculations 170
Multiple-effect evaporators, forward feed 167
Multiple-effect evaporators, heat recovery systems 170
Multiple-effect evaporators, mixed feed 169
Multiple-effect evaporators, optimization 170
Multiple-effect evaporators, parallel feed 169
Multiple-effect evaporators, staging 169
Natural circulation calandrias 60
Natural convection heat transfer 33
new technology 363
Nomenclature 365
Non-condensable gases, condensation of vapors containing 25
Non-condensable gases, effect on heat transfer 134
Nucleate boiling 33
Operation, energy economy 140
Operation, pressure versus vacuum 140
Operation, thermal compressors 177
Optimization, cleaning cycles 126
Optimization, multiple-effect evaporators 170
Particulate fouling 120
Performance of evaporators 133
Physical properties 38
Plate evaporators 87
Plate evaporators, gasketed plate 89
Plate evaporators, patterned plate 89
Plate evaporators, spiral plate 87
Porous boiling surfaces 37
Precipitation fouling 118
Pressure drop 39
Pressure drop, across tube banks 42
Pressure drop, air-cooled heat exchangers 46
Pressure drop, condensing vapors 41 46
Pressure drop, helical coils 41
Pressure drop, inside tubes 39
Pressure drop, lowfin tubes 45
Pressure drop, two-phase flow 46
Pressure drop, u-bend tubes 40
Process computers 316
Process piping 279
Process piping, layout 285
Process pumps 270
Process vessels 292
Product quality 7
Propeller calandrias 80
Propeller pumps 275
Pumping systems 270
Pumping systems, cavitation 272
Pumping systems, centrifugal pumps 273
Pumping systems, common problems 277
Pumping systems, energy economy 147
Pumping systems, NPSH 271
Pumping systems, principles 272
Pumping systems, propeller pumps 275
Pumping systems, safety factors 274
Pumping systems, types of pumps 270
Refrigerant heated evaporators 108
Refrigeration 294
Refrigeration, absorption 296
Refrigeration, mechanical 295
Refrigeration, steam jet 295
Reverse osmosis 206
Rising film evaporators 82 84
safety 332
Salting 7
Scaling 7
Scraped-surface evaporators 90
Sensible heat transfer, inside tubes 11
Sensible heat transfer, outside tubes 13
Shellside design 130
Slurries 284
Solidification fouling 125
Solids deposition 162
Special evaporator types 106
Specifying evaporators 360
Specifying evaporators, comparing vendor's offerings 361
Splashing 164
Spray-film evaporators 76
Steam jet ejectors 222
Steam jet ejectors, aftercondensers 225
Steam jet ejectors, barometric legs 228
Steam jet ejectors, basic performance curve 231
Steam jet ejectors, efficiencies 230
| Steam jet ejectors, intercondensers 225
Steam jet ejectors, multistage 225
Steam jet ejectors, multistage ejector characteristics 233
Steam jet ejectors, precondensers 225
Steam jet ejectors, stage characteristics 230
Steam jet ejectors, troubleshooting 234
Steam jet ejectors, unstable ejectors 232
Steam traps 261
Steam traps, common problems 264
Steam traps, design considerations 261
Steam traps, effects of carbon dioxide 268
Steam traps, installation 265
Steam traps, maintenance 269
Steam traps, mechanical traps 263
Steam traps, operating principles 262
Steam traps, selection 263
Steam traps, specification 263
Steam traps, thermodynamic traps 263
Steam, condensate recovery 150
Steam, desuperheating 26
Steam, energy economy 141
Subcooling of condensate 24
Submerged combustion evaporators 100
Surface condensers 213
Surging in calandrias 64
Temperature sensitivity 6
Testing evaporators 339
Testing evaporators, causes for poor performance 340
Testing evaporators, planning 339
Thermal compression 176
Thermal compression, application 184
Thermal compression, control 184
Thermal engine cycles 147
Thermal insulation 288
Thermocompressors 177
Thermocompressors, characteristics 178
Thermocompressors, control 180
Thermocompressors, estimating data 180
Thermocompressors, fixed nozzle 179
Thermocompressors, multiple nozzle 180
Thermocompressors, operation 177
Thermocompressors, spindle operated 180
Thermocompressors, types 179
Thermostatic traps 263
Thin-film evaporators 92
Thin-film evaporators, application 92
Thin-film evaporators, maintenance 180
Thin-film evaporators, process considerations 97
Time/temperature relation 139
troubleshooting 343
Troubleshooting, calandrias 344
Troubleshooting, condensers 345
Troubleshooting, steam jet ejectors 234
Troubleshooting, vacuum systems 346
Tubewall temperatures 131
Turbulent buffeting 51
Two-phase flow 281
Two-phase flow, flow instability 65
Two-phase flow, pressure drop 46
Upgrading existing evaporators 350
Upgrading existing evaporators, areas to consider 351
Upgrading existing evaporators, economic effect 356
Upgrading existing evaporators, guidelines 357
Vacuum producing equipment 222
Vacuum producing equipment, air leakage 242
Vacuum producing equipment, control 252
Vacuum producing equipment, costs 256
Vacuum producing equipment, estimating energy requirements 246
Vacuum producing equipment, initial system evacuation 251
Vacuum producing equipment, jet ejectors 222
Vacuum producing equipment, liquid ring pump 237
Vacuum producing equipment, load gas 253
Vacuum producing equipment, maintenance 240
Vacuum producing equipment, mechanical pumps 236
Vacuum producing equipment, multistage combinations 240
Vacuum producing equipment, precondensers 225
Vacuum producing equipment, reliability 240
Vacuum producing equipment, safety factors 245
Vacuum producing equipment, sizing information 241
Vane impingement separators 157
Vapor-liquid separators 153
Vapor-liquid separators, centrifugal 159
Vapor-liquid separators, cyclones 159
Vapor-liquid separators, entrainment 153
Vapor-liquid separators, falling film evaporators 164
Vapor-liquid separators, flash tanks 155
Vapor-liquid separators, flashing 164
Vapor-liquid separators, foaming 164
Vapor-liquid separators, other types 162
Vapor-liquid separators, solid deposition 162
Vapor-liquid separators, splashing 164
Vapor-liquid separators, vane impingement 157
Vapor-liquid separators, wire mesh 155
Velocity, shellside 131
Velocity, tubeside 129
Venting 133
Vertical evaporators 77
Vertical evaporators, long tube 81
Vertical evaporators, short tube 77
Vibration 48
Vibration, acoustic 53
Vibration, design criteria 56
Vibration, fixing field problems 58
Vibration, fluid-elastic whirling 52
Vibration, mechanisms 49
Vibration, proprietary designs 59
Vibration, turbulent buffeting 51
Vibration, vortex shedding 50
Vortex shedding 50
Wire mesh separators 155
|
|
|
Реклама |
|
|
|