Page 530 - Air Pollution Control Engineering
P. 530
Index 497
compressed natural gas, 446 damper, 121
condensation, 307–328 design, 100, 135
applications, 309, 320 ductwork, 120
contact condensing system, 308 fan, 119
coolant, 314, 319, 325 heavy metal removal, 488
cost, 316 high-risk respirable fraction, 126
design, 311–316, 321–326 inhalable fraction, 125
effectiveness, 309, 320 model, 102–104
enthalpy change, 314, 323 monitoring, 133
flow diagram 308–309 particle
freeze-condensation vacuum system, load, 106
321 size distribution, 116–118, 145–146
heat load, 313, 323 performance, 130, 135, 141
maintenance, 311 power consumption, 114
partial pressure, 323 pressure drop, 105, 108, 114
performance, 310 removal efficiency, 101, 107, 111, 113–
permit application, 316 114, 144, 488
posttreatment, 309 respirable fraction, 126
pressure drop, 326 sampling, 125, 129, 137, 143
pretreatment, 309 stack, 121
process description, 307–309 thoracic fraction, 125
refrigeration capacity, 325
removal efficiency, 321 D
surface condensing system, 308 dehumidification, carbon adsorption, 400,
temperature, 312 414
vapor pressure, 312 design
VOC removal, 480–483 biofiltration, 421, 433–439
condensed water, 23 cyclone, 100, 135
conductometric method, 15 electrostatic precipitator, 171–182
contact condensing system, condensation, flare, 331, 334–335, 340–342
308 carbon adsorption, 400, 402, 411
coolant, condensation, 310, 315, 325 catalytic oxidation, 375, 386
cooling, carbon adsorption, 399 condensation, 309–317, 321–326
corona discharge, electrostatic precipitator, dry scrubber, 226
161 fabric filtration, 66, 83–84
correlation spectrometry, 15 thermal oxidation, 352–355, 361–364
cost Venturi scrubber, 215, 241–244, 281–
condensation, 316 284
flare, 336–338, 340–341 wet scrubber, 206, 215, 229, 235, 287
catalytic oxidation, 384–386 desorption, carbon adsorption, 395
cyclone, 116–123 desulfurization, 285–286
dry scrubber, 226 diesel engine, 450
fabric filtration, 75–77, 86 diffusion charging, electrostatic precipita-
thermal oxidation, 358–360 tor, 163
Venturi scrubber, 218, 221, 246–251 diffusiophoresis, 457
wet scrubber, 214, 235–240 dilution
Cunningham correction factor, 4 air, 33
cyclone, 97–151 requirement
applications, 98, 107 catalytic oxidation, 376, 388
cost, 118–125 thermal oxidation, 351, 361
