Page 678 - APPLIED PROCESS DESIGN FOR CHEMICAL AND PETROCHEMICAL PLANTS, Volume 1, 3rd Edition

Index

Accounting, plant construction costs, 48 Compressible fluids, 101, 102-112 Stokes' law, 226, 230
Cost accumulation, 49 Calculation, 112 Stokes-Cunningham law, 226, 230
Affinity laws, 201, 202, 203 Pressure drop, chart, 102, 103, 111 Dust, mist, particle collector performance
Air In leakage, vacuum systems, see Computer aided drafting, 17 chart, 229
vacuum systems Condensate, flashing flow, 135-142, 147 Dusts, particle sizes, 225
Air pressure drop, table, 106 Charts, 142, 143 Dusts, hazard class, 521-523
Chart, 114 Control valve pressure drop, 90 Explosion characteristics, 524
Orifice flow, 107 Calculations, 90-96 Efficiency, centrifugal pumps, 200
Air, absolute viscosity, 132 Cost estimates, plant, 45--49 Ejector control, 380
Low absolute pressure calculations, 129 Accounting, 48 Ejector systems, 343, 344, 351
Low pressure system, 129 Chemical Engineering Plant Cost Index, 47 Air inleakage, table, 366, 367
American Petroleum Institute, 399 Cost accumulation, diagram, 49 Applications, 345
American Society of Mechanical Equipment, 45 Calculations, 359-366
Engineers, 399 Marshall and Swift Equipment Cost Chilled water refrigeration, 350
API Codes, 399 Index,47 Comparison guide, 357, 375
API oil field separators, 239 Nelson Index, 47 Evacuation time, 380, 381
API, heat absorbed from fire, 451-453 Plant, 45, Charts, 382
Babcock steam formula, 103, 107, 108 Six-tenths factor, 4 7 Example, 381
Back pressure, 401 Yearly cost indices, 4 7 Features, 345
Effect of, ,107, 108 Critical flow, safety-relief, 438 Installation arrangements, 351
Baffles, Lank mixing, 31 l Back pressure, 440 Pump-down time, 380
Diagrams, 330 Sonic flow, 138 Selection procedure, 374
Bag filters/separators, 270 Critical flow, see Sonic Specification form, 377
Bag materials, 274 Cyclone separators, 259-269 Specifications, 373
Cleaning, 272, 273 Design. 260-265 Steam jet comparison, 356
Heavy dust loads, 271 Efficiency chart, 263 Types of loads, 359
Specifications, 271 Hydroclones, 265-267 Ejectors, 346
Temperature range, 271 Pressure drop, 263, 261 Applications, 353
Bins, silos, hoppers venting, 516 Scrubber, 269 Barometric condenser, 249, 376
Blast pressure, 496 Webre design, 265 Booster, 370
Blowdown, 404 Deflagration venting nomographs, Calculations
Boiling liquid expanding vapor 509-512 Actual air capacity, 362
explosion, 504 Design Air equivalent, 360
Brake horsepower, centrifugal pumps, 200 Factor of safety, flow, 56 A.ir/water vapor mixture, chart, 364, 365
Driver horsepower, 201 Design operating pressures, 33, 34 Air/water vapor, 359
Burst pressure, 405, 456 Guide, 36 Capacity at ejector suction, 369
Cartridge filters, 274-278 Maximum operating pressure, 33 Capacity for process vapor, 362
"Capture mechanism," 279 Diaphragm metering pump, 214 Evacuation time, 371, 380
Edge filter, 278 DIERS,finalreports,523 Load for steam surface condenser, 367
Filter media, table, 278 Discharge coefficients, liquid flow, C,, Non-condensables, 362, 363
Micron ratings, 277 chart, 118 Size selection, 371
Reusable elements, 281 Dowtherm(R) pressure drop, charts, 94, 113 Steam pressure factor, 373
Sintered metal, 280 Draft tubes, mixing, 309, 313 Steam requirements, 372
Types, 276, 277, 279 Dust clouds, 517 Steam/air mixture temperature, 361
Wound vs. pleated, 276, 277 Dust explosions, 513 Total weight saturated mixture, 362
Centrifugal pumps, operating Calculations, 513 Capacity, 358
characteristics, 177-180 Dust separator, applications, 278 Discharge, pressure, 358
Calculations, see hydraulic performance Characteristics, 234 Effect of excess steam pressure, 358
Capacity, 180 Table, 232 Effects of back pressure, 359
Hydraulic characteristics, 180 Dust venting nomographs, 514-520 Effects of wet steam, 356
Performance curves, 180-182 Calculations, 513-517 Inter-and-after condenser, 351
Centrifugal separator, 256, 257 Dust, mist calculations, 226--236 Load variation, 370
Combination, 257 Brownian movement, 226, 236 Materials of construction, 347
Chilled water refrigeration, steamjets, 349 Drag coefficients, chart, 235 Molecular weight. entrainment, chart, 360
Coalescer, 258 Intermediate law, 226 Performance, 358, 370, 375
Codes, 399 Newton's law, 226, 228 Relative comparison, 357

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