Page 534 - Air Pollution Control Engineering

Index 501

operational controls, PM removal, 486–487 Venturi scrubber, 242, 246
VOC removal, 482–483 peroxy acetyl, 3
oxidation phoretic forces, 457
catalytic, 369–394 photochemical
thermal, 347–367 method, 14
oxygen content, 33 oxidants, 14, 40
oxygenated compounds, 408 Pitot tubes, 21
ozone, 1, 9, 38, 48 planting fast-growing trees, 44
depletion potential, 39 PM, 9, 11, 32, 48, 446, 448, 486–488
layer depletion, 38 removal, 481, 486–488
dry scrubber, 486–488
P
efficiency, wet scrubber, 208, 294, 486
packing, 212, 213, 229–235, 252, 254, electrostatic precipitator, 486–488
272–275, 282, 285, 429 fabric filtration, 66, 486–488
biofiltration, 435 Venturi scrubber, 486–488
Venturi scrubber, 293 pollutant solubility, biofiltration, 49
wet scrubber, 212, 213, 229–235, 259, posttreatment, condensation, 309
265, 279–282, 290, 293 power consumption, cyclone, 114
PAN, 3, 40 power requirement
pararosaniline method, 14 catalytic oxidation, 384
partial pressure electrostatic precipitator, 181
carbon adsorption, 398, 411 flare, 334
condensation, 323 thermal oxidation, 356
particle wet scrubber, 212
charging, electrostatic precipitator, pressure drop
162 carbon adsorption, 406–407
ionization, electrostatic precipitator, catalytic oxidation, 382
157 condensation, 326
load, 106 cyclone, 105, 108, 114
particle fabric filtration, 75, 86
size distribution, cyclone, 116–118, measurement, 20
145–146 scrubber, 212, 229, 235, 261
particulate thermal oxidation, 356–357
matter (PM), 9, 11, 28, 32, 48, 250, Venturi scrubber, 220, 242, 457
442, 444, 482-484. pretreatment
resistivity, electrostatic precipitator, carbon adsorption, 399, 414, 415
176–179 catalytic oxidation, 375–379
performance condensation, 309
catalytic oxidation, 371, 388 fabric filtration, 68, 85
condensation, 310 flare, 331
cyclone, 130, 135, 141 thermal oxidation, 351, 361
flare, 330 Venturi scrubber, 243, 251
permit application process description
catalytic oxidation, 383, 392 biofiltration, 422
condensation, 316 catalytic oxidation, 369–370
dry scrubber, 227 condensation, 307–309
fabric filtration, 76 electrostatic precipitator, 154, 168
flare, 335 fabric filtration, 60, 82
scrubber, 227 flare, 335
thermal oxidation, 357 thermal oxidation, 347–349