Key Word Index for Volumes 1-45 (1979-2023)
12:231
Acetone, in wastewaters of ozone-bleached eucalypt Kraft
pulps, 19:481
Acid Black 210, 40:372
Acid Black 52 (Chromium), Destruction of by Ozone andAdvanced Oxidation, 17:149
Acid Black 52, ozonation of, 11:391
Acid Blue 113, 45:346
Acid Blue 129 ozonation, 35:423
Acid Orange 7 ozonation, 35:423
Acid Red 27 ozonation, 35:423
Acid Red B. catalytic ozonation, 37:287
Acid Red removal with ozone, 37:420
Acid Red-151 oxidized by peroxone process, 28:155
Acid Sites for catalytic ozone destruction, 33:279
Acidification effect on ozone-electrolysis, 44:265
Acidity, of aquatic natural organic matter upon ozonation,
16:89
Acinetobacter baumannii in ozone laundry systems,
31:369Acinetobacter calcoaceticus for determination of AOC inozonated water, 18:521
Acridine oxidation with ozone, 24:271
Acrocomia aculeta, 45:41
Acrolein, formation during drinking water ozonation,
12:231
Acrylic Acid ozonation, 31:301
Acrylic Resin cylindrical tube for ozone generation,
33:106
Acrylic Resins in dentistry treated with ozone, 42:43
Activated Alumina Adsorbent at Montreal, Canada water
treatment plant, 15 years of experience with for air drying,
18:299Activated
CarbonAdsorption
Modelsandmicrobiological mechanisms for removal of naturalorganics in GAC columns, 8:299
Activated Carbon Adsorption of coal gasification
wastewater, 40:275
Activated Carbon adsorption of diuron after ozonation,
25:399Activated Carbon adsorption of NOM, 33:185
Activated Carbon Adsorption, influence of preozonation
on adsorption equilibrium of DOC, 8:277
Activated Carbon Adsorption, of natural and syntheticorganics in water, effect of ozone on the biological degradation of and, 1:263, 1:347
Activated Carbon and ozone for drinking water
treatment, 28:237
Activated Carbon and ozone for humic acids degradation,
37:371
Activated Carbon and ozone for treatment of landfill
leachate, 35:55
Activated Carbon and ozone in removal of TRIC andPERC, 38:302
Activated Carbon Fiber for ozonation of p-nitrophenol,
37:178
Activated Carbon Filter Media, improvement byoxidative pretreatment with ozone and persulfate, 5:113

A. H. Weeks Water Treatment Plant, 26:125
Absorbance in treatment of ozone residual in water,
38:373
Absorbance in wastewater ozonation, 35:501
Absorbance Standards, in use of ozone for treatment ofdye wastewater, 20:111
Absorber, ozone, packed column in water reclamation,
design and application of, 2:283
Absorption and ozone injection for NOx abatement,
36:472
Absorption Efficiency, of ozone contacting at Lengg
plant, Zürich, Switzerland,
13:41
Absorption of Ozone, kinetics of, 14:303
Absorption Theories, of ozone contacting, 12:341
Absorption with pseudo-second order sorption kinetics,
38:3
Absorption, of ozone in water, 9:1; 32:3
ABTS in determination of ozone residual, 38:373
AC Discharge in humid oxygen, 23:467
Acanathamoeba Protozoa, 30:367
Acaricides, 41:286
Accumulated Charge in multiple needles to planeconfiguration, 33:98
Acesulfame in water treatment system, 43:185
Acesulfame, 35:168
Acetaldehyde, 12:1; 12:231
Acetaldehyde, Formation during ozonation of Water,
17:53
Acetaldehyde, from ozonation of natural organic matter,
16:1
Acetaldehyde, in wastewaters of ozone-bleached eucalypt
Kraft pulps, 19:481
Acetamide as chloropicrin precursor during ozonation ofdrinking water, 10:241
Acetaminophen oxidation by pulsed corona discharge,
35:116
Acetate Anion, effects of hydrogen peroxide residuals on
removal of in biologically active filters, 19:371
Acetate Ion in reaction of ozone with Ag(1), 37:393
Acetate removal by biologically active filters, 22:77
Acetic Acid degradation by advanced oxidation, 35:359
Acetic Acid degradation by catalytic ozonation, 33:441;
38:194
Acetic Acid for removal of tetracycline, 37:405
Acetic Acid, as a model compound in water/wastewaterozonation, 15:149
Acetic Acid, Formation during Ozonation of Drinking
Water, 8:199; 12:1; 17:511
Acetic Acid, from ozonation of natural organic matter,
16:1
Acetic Acid, identification during ozonation of organic
compounds in water, 2:251
Acetic Acid, in wastewaters of ozone-bleached eucalypt
Kraft pulps, 19:481
Acetic Acid, ozonation in secondary effluent using
spinning disc ozone contactor, 13:501
Acetone, formation during drinking water ozonation,

1

2 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
Activated Carbon Filtration, contribution of ozone to theremoval of organic materials in a process including a slow
filtration through sand and, 4:33
Activated Carbon Filtration, Following Ozone orAdvanced Oxidation for Drinking Water Treatment,
17:673
Activated Carbon Filtration, influence of ozonation
dosage on the structure and biodegradability of pollutants
in water and its effect on, 4:15
Activated Carbon for bromate control, 37:357
Activated Carbon for catalytic ozonation of oxalic acid,
40:448; 41:274
Activated Carbon for catalytic ozonation, 41:415
Activated Carbon for ozone decomposition, 35:308;
41:296
Activated Carbon for treatment of refinery wastewater,
33:403
Activated Carbon in Catalytic Ozonation of Meropenem,
43:88
Activated Carbon in catalytic ozonation, 42:146; 43:476
Activated Carbon in coal coking processing wastewater,
25:273
Activated Carbon in ozonation of cyanide, 37:240
Activated Carbon in ozonation of ethynlestradiol,
31:422
Activated Carbon olive stones for ozone decomposition,
39:436
Activated Carbon removal of harmful ozone-produced
oxidants, ;33:224
Activated Carbon to catalyze ozonation of Pyruvic Acid,
27:159Activated Carbon treatment of phenolic wastewater,
32:417
Activated Carbon Treatment, of Phosphoric Acid, Effectof Ozone on, 17:637
Activated Carbon used for heterogeneous ozone
decomposition, 24:227
Activated Carbon with cobalt for nitrobenzene
degradation, 43:32
Activated Carbon, and ozone for tertiary wastewater
treatment, 7:1
Activated Carbon, biological reactivation of in water
reclamation, 8:355
Activated Carbon, in conversion of aqueous O3 into OHradicals, 20:67
Activated Carbon, ozone and Zeolite in removal of 2,4Dichlorophenol, 32:391
Activated Carbon, performance in water reclamation,effect of various oxidants on, 3:225
Activated Carbon, treatment of surface water, with ozone,
18:57
Activated Hydrogen Peroxide Treatment, of Hazardous
Wastes, 17:119
Activated Oxidation Processes for removal of antibiotic
substances, 34:137
Activated Sludge characteristics during ozonation, 39:80
Activated Sludge Effluent, influence of ozonation on
GAC adsorbability of organic substances in, 8:355

Activated Sludge for azo dye removal, 31:279
Activated Sludge Inhibition of tannins wastewater,
29:443
Activated Sludge Inhibition Test of ozonated textile
biocidal finishing agents, 29:335
Activated Sludge Inhibition Test, 32:238
Activated sludge Mineralization with ozone, 22:473
Activated Sludge of phenolic wastewater treated byozone, 32:408
Activated Sludge ozonation, 10:291; 20:1; 25:73; 29:201
Activated sludge ozonation, 45:65
Activated Sludge performance after ozonation of Kraft
pulp mill effluent, 28:453
Activated Sludge Process in pulp and paper industry,
35:109Activated Sludge Process, ozone treatment, 34:334
Activated Sludge Treatment, of preozonatedchlorophenols, 16:13
Activated Sludge, and ozone for treatment of cherry
stillage, 26:257
Activation Energy of catalytic ozonation, 41:166
Activation Energy of reaction of ozone with tertiary
butanol and formate ion, 36:532
Activation Energy of UV processes, 34:354
Activation energy, 45:202
Activation Parameters in reaction of triazines withozone, 25:81
Active Carbon in ozonation of trichloroethylene andtetrachloroethylene, 42:357
Active electrode geometry, 45:2
Acute toxicity of Microcystis Aeruginosa, 45:182
Acute Toxicity of ozonated textile biocidal finishing
agents, 29:335
Acute Toxicity of sonodegraded petrochemical
wastewater, 33:194
ACVK Method of Analysis, for ozone and for chlorine
dioxide, 11:209
Additives in azo dye, 42:429
Additives present in water contaminated with Reactive
Black 5, 41:46
Adenine, ozonation of, 13:265
Adenosine Tri Phosphate present in disinfection ofseawater, 35:63
Adenosine Triphosphate (ATP), 41:146
Adenosine Triphosphate to evaluate fixed bed biofilm
reactors, 37:227
Adenosine-5’-triposphate to evaluate activated sludgeozonation, 32:408
Adenovirus and ultraviolet light, 30:70
Adhesives resistance to liquid and gas phase ozone,
24:249Adipic Acid, 12:1
Adjustable Ozone Concentration, 41:437
ADR Model for predicting ozone decay, 36:100
Adsorbability of textile effluents, 35:7
Adsorbable Organic Carbon (AOC) Determination,, inozonated water with Acinetbacter calcoaceticus, 18:521
Adsorbable Organic Halide (AOX) removal of in

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 3
chemical and mechanical pulp mill effluents by ozonation,
18:363
Adsorbable Organic Halide Formation Potential(AOXFP) of dyeing wastewater, 30:439
Adsorbable Organic Halides removal, 38:452
Adsorption and ozonation of dyeing wastewater, 40:133
Adsorption capacities on BAC following ozonation,
25:351
Adsorption filtration of iron from ozonated groundwater,
28:269Adsorption into activated carbon, 34:259
Adsorption of 2,4-Dichlorophenol by Zeolite, 32:391
Adsorption of bromate by activated carbon, 37:357
Adsorption of bromate, 41:118
Adsorption of NOM affected by preozonation, 33:185
Adsorption of ozone in silica gel, 25:315
Adsorption of Ozone, 28:149
Adsorption of p-nitrophenol on activation carbon filter,
37:178Adsorption of UV light into food products, 30:93
Adsorption on cobalt supported on activated carbon,
43:32
Adsorption on zeolite surface, 32:344
Adsorption procedures, experiments for wastewater
treatment with ozone in combination with, 3:169; 4:3
Advance Oxidation Processes for treatment of jewelry
manufacturing effluent, 36:196
Advanced Oxidant Regeneration of GAC, forcontrolling air-phase VOCs, 18:417
Advanced Oxidation (UV/H2O2) of micropollutants,
34:120
Advanced Oxidation after IX-UV treatment, 32:383
Advanced Oxidation and catalytic ozonation, 42:146
Advanced Oxidation applied to foundries, 29:461
Advanced oxidation bleaching of cotton fabric, 37:203
Advanced Oxidation during electroozonation, 23:467
Advanced Oxidation for acetic acid degradation, 35:359
Advanced Oxidation for Atrazine removal, 21:39
Advanced Oxidation for carboxylic acids decomposition,
27:11
Advanced Oxidation for cyanotoxins removal, 42:461
Advanced Oxidation for degradation of Acid Black 210,
40:372
Advanced Oxidation for destruction of toxic organics ininjection-type downflow UV/O3 oxidation reactor, 21:539
Advanced Oxidation for estriol degradation, 38:358
Advanced Oxidation for inactivation of clostridium
perfringens, 30:431
Advanced Oxidation for removal of odorous algalderived compounds, 33:121
Advanced Oxidation for tannic acid removal, 25:199
Advanced Oxidation in Catalytic Ozonation of
Meropenem, 43:88
Advanced Oxidation in denim color fading ozonation,
40:377
Advanced Oxidation in fine bubble ozonation, 43:562
Advanced Oxidation in ozone-electrolysis process,33:463

Advanced Oxidation in sewage treatment, 30:263
Advanced Oxidation in treatment of Dye-Bath waters
with ozone, 24:413
Advanced Oxidation of acetic acid with catalyst, 38:194
Advanced Oxidation of aqueous naphthalene-1,5
disulfonic acid, 28:437
Advanced Oxidation of aqueous nitrophenols, 23:333
Advanced Oxidation of aromatic pollutants by ozone,
28:287
Advanced Oxidation of caffeine, 37:379
Advanced Oxidation of chlorobenzenes, 22:415
Advanced Oxidation of chlorobenzoic acid, 37:527
Advanced Oxidation of coffee effluent, 40:293
Advanced Oxidation of forest industry landfill leachate,
24:369Advanced Oxidation of industrial wastewater, 36:229
Advanced Oxidation of methyl orange, 36:244
Advanced Oxidation of micropollutants in water, 21:207
Advanced Oxidation of MTBE, 24:56
Advanced Oxidation of Netherlands drinking water,
34:92
Advanced Oxidation of night soil, 30:282
Advanced Oxidation of pharmaceutical compounds, 34:3
Advanced Oxidation of phenylphenol isomers, 39:333
Advanced Oxidation of polybenzimidazole, 40:392
Advanced Oxidation of pulp and paper wastewater,
30:105
Advanced Oxidation of Pyruvic Acid, 27:159
Advanced Oxidation of refinery wastewater, 37:546
Advanced Oxidation of secondary effluent, 29:23
Advanced Oxidation of secondary treated municipal
effluent, 37:323
Advanced Oxidation of sulfamethoxazole, 37:509
Advanced Oxidation of textile wastewater, 23:327
Advanced Oxidation of toluene and 2,4,6-trinitrotoluene,
22:519Advanced Oxidation of wastewater, 35:501
Advanced Oxidation Press for degradation ofdichlorophenol, 38:14
Advanced Oxidation Process (AOP) for 1,4-dioxane
removal, 35:331
Advanced Oxidation Process (AOP), in carbon-catalyzed
conversion of aqueous O3 into OH-radicals, 20:67
Advanced Oxidation Process and catalytic ozonation,
38:3
Advanced Oxidation Process and use of 4-chlorobenzoic
acid, 44:274
Advanced Oxidation Process for 1,4-Dioxane removal,
33:396
Advanced Oxidation Process for cyanide destruction,
37:240
Advanced Oxidation Process for drinking water
treatment, 32:217, 32.295
Advanced Oxidation Process for dye decolorization,
42:492
Advanced Oxidation Process for linear alkylbenzene
sulfonate degradation, 43:317
Advanced Oxidation Process for removal of azo dyes,

4 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
37:420
Advanced Oxidation Process for removal ofpharmaceuticals and endocrine disruptors, 28:353;
28:445; 45:450
Advanced Oxidation Process for treatment of drinking
water, 32:244
Advanced Oxidation Process in ozone-electrolysis,
44:265
Advanced Oxidation Process in treatment of onitrotoluene, 23:127
Advanced oxidation process involving starch, 45:572
Advanced Oxidation Process of water containing
adsorbable organic halides, 38:452
Advanced Oxidation Process using electro-oxidation,
45:528Advanced Oxidation Processes affected by bicarbonate,
35:302
Advanced Oxidation processes and bromate formation,
34:325
Advanced Oxidation Processes and pulsed corona
discharge, 36:94
Advanced Oxidation Processes and UV oxidation
34:354
Advanced Oxidation Processes by pulsed corona
discharge, 35:116
Advanced Oxidation Processes during ozone generationin presence of foam, 24:181
Advanced Oxidation Processes effect on ozone
decomposition in wastewater, 28:247
Advanced Oxidation Processes for 1,4 Dioxane
removal, 29:13
Advanced Oxidation Processes for bio-decontamination,
27:469Advanced Oxidation Processes for decolorization ofmolasses wastewater, 27:365
Advanced Oxidation Processes for degradation of
carbamazepine, 40:113
Advanced Oxidation Processes for degradation of
cisplatin, 30:189
Advanced Oxidation Processes for degradation of
endocrine disrupting chemicals, 29:153
Advanced Oxidation Processes for degradation of
estrone, 30:249
Advanced Oxidation Processes for degradation ofpesticides, 27:83, 27:173
Advanced Oxidation Processes for destruction of
micropollutants, 30:34
Advanced Oxidation Processes for detergent removal,
33:301
Advanced Oxidation Processes for dimethyl sulfoxide,
29:391
Advanced Oxidation Processes for elimination of drugs,
32:305
Advanced Oxidation Processes for groundwater
treatment, 38:413
Advanced oxidation processes for Helminth
Hymenolepis nana eggs, 35:201
Advanced Oxidation Processes for municipal

wastewater, 44:172
Advanced Oxidation Processes for N-Methyl-2Pyrolidone, 29:177
Advanced Oxidation Processes for NOM removal,
33:267
Advanced Oxidation Processes for oxidation of Acid
Red-151 Aqueous Solutions, 28:155
Advanced Oxidation Processes for ozonation of a lakewater, 38:100
Advanced Oxidation Processes for phenol
decomposition, 24:49
Advanced Oxidation Processes for p-nitroaniline
removal, 42:420
Advanced Oxidation Processes for poultry-processing
chiller water treatment, 23:53
Advanced Oxidation Processes for propylene glycol
methyl ether acetate, 30:332
Advanced Oxidation Processes for reactive dyes, 39:14
Advanced Oxidation Processes for reactive green 19
degradation, 44:326
Advanced Oxidation Processes for removal of PPCPs
and EDCs, 33:150; 37:154
Advanced Oxidation Processes for simultaneous control
of bromate ion and chlorinous odor, 33:136
Advanced Oxidation Processes for soil remediation,
38:272
Advanced Oxidation Processes for textile wastewater,
33:285
Advanced Oxidation Processes for textile wastewaters,
22:535
Advanced Oxidation Processes for treatment of diethyl
phthalate, 32:238
Advanced Oxidation Processes for treatment of EDCs
and Pharmaceuticals, 30:65
Advanced Oxidation Processes for treatment ofemerging organic pollutants, 30:21
Advanced Oxidation Processes for treatment of
esculetin, 27:317
Advanced Oxidation Processes for treatment of
herbicides in groundwater, 22:607
Advanced Oxidation Processes for treatment of landfill
leachate, 38:367
Advanced Oxidation Processes for treatment of MTBE,
27:27
Advanced Oxidation Processes for treatment ofmunicipal secondary effluents, 33:243
Advanced Oxidation processes for treatment of pulp andpaper industry wastewater, 27:37
Advanced Oxidation Processes for treatment ofrecalcitrant and toxic wastewater concentrate, 34:163
Advanced Oxidation Processes for treatment of refinery
wastewater, 33:403
Advanced Oxidation Processes for treatment ofwastewater from painting processes, 27:279
Advanced Oxidation Processes for UV-induced
persulfate oxidation, 42:13
Advanced Oxidation Processes in “pure water”, 30:300
Advanced Oxidation Processes in degradation of

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 5
nitroaromatics, 23:343
Advanced Oxidation Processes in ozonation ofchlorophenol, 24:133
Advanced Oxidation Processes in tannery wastewater
45:374
Advanced Oxidation Processes in treatment of lyewastewater, 24:105
Advanced Oxidation Processes in UASB effluent,
29:485
Advanced Oxidation Processes in water reclamation,
36:153
Advanced Oxidation Processes modeled, 40:79
Advanced Oxidation Processes using ozone andgranular activated carbon, 28:237
Advanced Oxidation Processes using UV and H2O2 fortreatment of natural waters, 32:329
Advanced Oxidation Processes using zeolite, 32:344
Advanced Oxidation Processes with ozone insemiconductor processing, 25:445
Advanced Oxidation Processes with UV lamps, 35:38
Advanced Oxidation Processes, 14:185; 14:197; 14:263;
14:367; 17:97; 17:119; 17:149; 17:183; 17:237; 17:527;
17:657; 17:673; 35:73
Advanced Oxidation Processes, for treatment of
surfactants in wastewater, 26:327
Advanced oxidation processes, with nitrobenzene andMn-loaded GAC, 26:1
Advanced Oxidation Technologies using ozone andelectron beam irradiation, 25:377
Advanced Oxidation to remove pharmaceutical products,
34:16
Advanced Oxidation treatment of leachate, 44:250
Advanced Oxidation Treatment, 12:73; 12:195; 12:281;
12:401
Advanced Oxidation using a rotating packed bed, 35:101
Advanced Oxidation using metal oxides, 25:25
Advanced Oxidation with carbon nitride nanosheet,
38:312
Advanced Oxidation with copper, 43:520
Advanced Oxidation with multiwalled carbon nanotubes,
37:269Advanced Oxidation with ozone and PFOA, 24:63,
25:185
Advanced Oxidation with ozone and supported titanium
dioxide, 22:185, 22:471
Advanced Oxidation with ozone in BENELUX, 21:139
Advanced Oxidation with ozone in the USA, 21:99
Advanced Oxidation with ozone/UV, 23:245
Advanced Oxidation with TiO2 for monochloroacetic
acid removal, 27:311
Advanced Oxidation, 19:13; 19:39; 19:75; 19:129;
19:157; 19:495; 19:513;
Advanced Oxidation, for 5-Methylresorcinol Destruction,
17:399; 17:527
Advanced Oxidation, for Cyanazine Degradation, 17:237
Advanced Oxidation, for Destruction of Pesticides,
17:657; 17:673
Advanced Oxidation, for Destruction of Phenols, 17:527

Advanced Oxidation, for Particle Destabilization, 17:25
Advanced Oxidation, in ozonation of chlorophenol
solutions, 20:259; 20:283
Advanced Oxidation, in treatment of drinking waters withozone and microbial growth, 20:303
Advanced Oxidation, of 1,3,5-trichlorobenzene, 18:535
Advanced Oxidation, of chlorobenzenes in water, 18:291
Advanced Oxidation, of molasses processing wastewater,
19:157
Advanced Oxidation, of pesticides, 32:25
Advanced Oxidation, of phenols in aqueous solution by a
UV/O3 process, 18:443
Advanced Oxidation, of selected herbicides by ozone andozone-hydrogen peroxide in a lowland surface water,
18:251
Advanced Oxidation, with ozone + hydrogen peroxide ina static mixer contactor for destruction of Atrazine andSimazine, 16:455
Advanced Oxidation, with ozone and TiO2 based
photocatalysis, 26:585
Advanced Oxidation, with ozone in a Chemical
Sequential Reactor, 15:201
Advanced Oxidation, with ozone/hydrogen peroxide and
GAC at 11 Anglican Water (U.K.) surface water treatment
plants, 18:19
Advanced Oxidation/Reduction Processes and radiation
chemistry,30:58
Advanced Sewage Treatment with ozone, 30:238
Advanced Treatment Costs, 36:485
Advanced Wastewater Treatment of paper milleffluent,30:310
Advanced Wastewater Treatment, 42:108
Aerobic Biodegradation of activated sludge, 29:191
Aerobic Biodegradation of olive wastewater, 22:617
Aerobic Biodegradation of pharmaceutical effluent,
37:538
Aerobic Biological Treatment, 30:447
Aerobic bio-oxidation of phenolic wastewater, 32:417
Aerobic Degradation of lye wastewater, 24:105
Aerobic Digestion of ozonated sludge, 39:148
Aerobic Plate Count, 44:464
Aflatoxin M1, 45:503
Ag Coating for ozone decomposition, 37:252
Aggressive Periodontitis, 41:571
Agricultural Application of ozone for plant pathologicalapplications, 27:495
Agricultural Applications and effect of ozonated wateron hydroponically grown tomatoes, 31:21
Agricultural Applications and inactivation of Fusarium
oxysporum with ozone, 26:517
Agricultural Applications and powdery mildew
infection control, 31:10
Agricultural Applications and promotion of adventitious
roots in Chrysanthemum, 31:15
Agricultural Applications and treatment of chlorpyrifos
residues, 33:232
Agricultural Applications for ozone, 23:65; 24:1;
24:463; 26:217; 28:125; 24:343

6 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
Agricultural Applications involving ozone washing of
apples, 39:97
Agricultural Applications, 40:209; 41:531
Agricultural Applications, fruit-vegetable seedlings,
33:179Agricultural Applications, using ozone-treated spraywater, 26:511
Agricultural Crops treated with ozone, 30:210, 30:216
Agriculture Reuse of ozone treated wastewater, 22:151
Agri-Food Applications and cucumber fruits treatment,
39:188Agri-Food Applications and cut vegetables treated withozone, 31:309
Agri-Food Applications and patulin degradation withozone, 31:224
Agri-food Applications with ozone to inactivate Ecc
bacterial colonies, 39:127
Agri-food Applications, 34:387, 37:479, 40:415; 44:66;
44:79; 45:488
Agri-Food Applications, Kabob Dates, 36:269
Agro-industrial Wastewaters, 34:387; 36.3
Ahdehydes formation in ozonation of sunflower oil,
23:121
Air Breathing, 35:149
Air Cleaning of ozone by MnCO3, 40:21
Air Conditioning Cooling Systems, ozonation in, 15:81
Air Dryer Regeneration, at Montreal, Canada drinking
water treatment plant, 15 years of experience,
Air Feed Gas, for ozone generation, design considerations,
14:13; 14:276, 18:57
Air input in dielectric barrier discharge, 45:2
Air Pollutant Transport in Hong Kong, 25:513
Air Preparation, for ozone generation, 10:241
Air Pretreatment, design considerations, 9:109
Air Purifier for Herpes Virus inactivation, 36:249
Air Purifier Ozone Generator, 34:225
Air Quality predicted using artificial neural networks,
42:79
Air Quality, 33:80
Air Stripping Tower, treatment of waste gases from using
photochemically generated ozone, 10:323
Air Temperature, effect on ozone generation, 12:255
Air Treatment in the food/restaurant industry, 32:137
Air Treatment of building materials with ozone, 31:316
Air Treatment of VOCs with ozone, 31:393
Air, ozone generation in, 12:41; 12:255
Airborne Disease prevention by micro/nanobubble
ozonated water, 37:78
Airborne Pathogens, bactericidal effects of high airborneozone concentrations on Escherichia coli andStaphylococcus aureus, 20:205
Al2O3 Pellets in packed bed reactors for ozone generation,
28:111
Al2O3 Pellets, γ-for catalytic ozonation, 42:136
Alachlor and Its Chlorine and Ozone By-Products, nongenotoxic effects of on gap junctional intercellularcommunication, 19:351
Alachlor, Removal by Ozone and Ozone/Hydrogen

Peroxide, 17:97
Alcohols, and aliphatic amines, ozonation reaction patternsof, 4:195
Alcohols, in kinetic analysis of the effects of dissolved
inorganic and organic substances in raw water on theozonation of geosmin and 2-methyl-isoborneol, 15:1
Aldehyde Formation and ozone demand in ozonation ofamino acids, 20:381
Aldehyde formation during ozonation, 25:53
Aldehyde Formation in ozonation of p-hydroxybenzoic
acid solution 20:343
Aldehyde Formation, during drinking water ozonation,
12:231
Aldehyde removal by biological activated carbon,
22:393
Aldehydes and fixed bed biofilm reactors, 37:227
Aldehydes formation during ozonation of Uniblu-A,
24:439Aldehydes formed during ozone treatment of drinking
water, 17:53; 17:657; 21:79
Aldehydes removal by ozone/GAC treatment, 24:357
Aldehydes, as byproducts from catalytic ozonation of
humic substances in water, 18:195
Aldehydes, as byproducts from ozonation of naturalorganic matter, 16:1
Aldehydes, as disinfection byproducts of humic acid in
drinking water following ozonation/post-chlorination,
14:51
Aldehydes, formation of during ozonation of natural
waters, 19:179
Aldehydes, formation of during ozonation, followed by
BAC, 15:95
Aldicarb, Destruction of in Drinking Water by Ozone andOzone/Hydrogen Peroxide, 17:657
Aldonic Acids, from ozonation of carbohydrates, 13:265
Aldrin Aldehyde Formation, in ozonation of phydroxybenzoic acid solution 20:343, Destruction of in
Drinking Water by Ozone and Ozone/Hydrogen Peroxide,
17:657
Alfatoxin M1 reduction by ozone, 39:448
Algae Flocculation, interference of ozone on, 16:247
Algae in eutrophic lake water, 28:29
Algae in surface waters, 28:277
Algae Removal decontamination with ozonation process,
41:35
Algae Removal, by ozone and flotation, 15:465; 15:481,
Correction, 16:179
Algae Removal, in drinking water by preozonation,
15:445
Algal Treatment of ozonated Kraft pulp mill effluent,
28:453
Alginic Acid effect on ozone oxidation of
cyclophosphamide, 35:125
Alicyclic Amines, treatment with ozone, 21:23
Aliphatic Aldehydes, in wastewaters of ozone-bleachedeucalypt Kraft pulps, 19:481
Aliphatic Compounds removal process cost, 33:211
Alkalinity effect in ozone treatment in presence ofKEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 7
bicarbonate, 25:285
Alkalinity effect in treatment of MTBE with ozone,
24:56
Alkalinity Effect on hydroxyl radical ozone ratios,
22:123
Alkalinity effect on ozone decay in water, 34:233
Alkalinity Effects, on ozone utilization rate in natural
waters, 10:277
Alkalinity, in drinking water, effects of on bromate ion
formation during ozonation, 18:1
Alkalinity, influence on ozone/UV system, 9:391
Alkalinity, reduction in ozone treatment of landfill
leachate, 26:287
Alkane Oxidation, 30:165
Alkanes Degradation of diesel fuel contaminated soil,
28:37
Alkenes, ozone destruction of in distilled and drinking
water, 9:265
Alkyl Sulfides, deodorization by aqueous washing, thenozonation, 13:331
Alkylbenzoic Acids, products of ozonolysis ofnaphthalene derivatives in water and in kerosene films,
9:23
Alkylphenol Ethoxylates degradation by ozone and/or
AOP, 26:327, 29:153
Alkylphenols, 2,4-Dinitro-6-, (sec-butyl, cyclohexyl,
ethyl, methyl, i-propyl, n-propyl) ozonolysis rates as function of steric factors, 9:207
Allergic Disease caused by house dust mites, 28:191
Alloxanic Acid, formation of by ozonation, 8:199
Alternaria disinfection with ozone, 38:115
Alternaria Solani, 41:531
Alton (UK) Water Treatment Plant, 17:607
Alum, Coagulation in Conjunction with Ozone or
Ozone/Hydrogen Peroxide, 17:25
Alumina as catalyst in removal of humic substances withozone, 21:261
Alumina in catalytic ozonation of ibuprofen and humic
acid, 38:203
Alumina, γ-for removal of DMP, 36:221
Alumina,α-supported silver catalyst for ozone
decomposition, 37:216
Aluminum Alloys, 35:220
Aluminum Oxide catalyst for catalytic ozonation, 37:287
AM1 Method to study decomposition of ozone on Cu(110) surface, 24:39
Ames Salmonella typhimurium Assay, to determine
mutagenicity of drinking water
Ametryn, ozonation of, 15:227
Amido Black removal using titanium nanotube arrays,
45:455
Amido Black, 44:545
Amidoxalic Acid, formation during ozonation ofquinoxaline, 12:329
Amines removal with ozone, 21:23
Amines, aliphatic, and alcohols, ozonation reaction
patterns of, 4:195
Amines, aromatic, ozonization in water, 2:65

Amines, from carcass rendering, action of chlorine andozone on, 2:261
Amino Acids in ozonation of waste-activated sludge,
37:316
Amino Acids oxidation by ozone, 32:81
Amino Acids, ozonation and aldehyde formation, 20:381
Aminoacids, produced during ozonation of municipal
sludges, 16:385
Aminomethylphosphonic Acid in ozonation of
ethylenediaminetetra (methylenephosphonic acid), 20:99
Aminophenol, o-, ozonation of, 8:129
Amitrole, ozonation of aqueous solutions of, 9:233
Ammelide, formation during oxidation of Fluorescent
Brightener 28, 19:129
Ammeline, formation during oxidation of Fluorescent
Brightener 28, 19:129
Ammonia Addition effect on bromate formation during
ozonation of water, 22:267
Ammonia effect on ozone demand, 34:26
Ammonia for bromate control during ozonation of the
Yellow River water, 37:127
Ammonia for bromate control, 29:363
Ammonia in night soil, 30:282
Ammonia removal in ozonized systems, 33:425
Ammonia Removal with bromide under ozonation, 22:23
Ammonia, effect of in ozonation of bromide solutions,
26:267Ammonia, effects on bromate ion formation during
ozonation of drinking water, 18:1
Ammonia, formation of during ozonation of cysteine andcystine in aqueous solution, 19:145
Ammonia, ozone oxidation of, 7:179
Ammonia, removal by ozonation and BAC process,
11:227Ammonia-Nitrogen, reduction in ozone treatment oflandfill leachate, 26:287
Ammonium Ion, ozone oxidation of, 7:179
Ammonium Ions, elimination by ozone and biologicaltreatment, 7:85
Ammonium Nitrogen Removal, purification of polluted
source water with ozonation and biological activated carbon, 6:245
Amoeba Cysts, action of ozone on, 8:187
Amperometry, for ozone analysis, 10:337
Ampicillin degraded with ozone, 34:156
Amplitude-Modulated AC Power Supply, 41:437
Amsterdam Water Supply, treatment with ozone,
26:465Anabaena, destruction with ozone, 20:223
Anaerobic – Anoxic – Oxic Process for sludge
reduction, 33:171
Anaerobic Digestion of pretreated distillery effluent,
37:411
Anaerobic Digestion of waste-activated sludge, 37:316
Anaerobic Digestion with ozonation, 33:164
Anaerobic Side-Stream Reactor, 41:508
Anaerobically Treated Effluent (UASB) with ozone,
29:485

8 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
Analgesic oxidation by pulsed corona discharge, 35:116
Analyses, for ozone, 7:327
Analysis of Ozone at High Concentration, 20,489
Analysis of Ozone, by indigo method; a submitted
standard method, 4:169
Analysis of Ozone, in aqueous solutions using a modified
iodometric technique with As(III), 2:183
Analysis of Ozone, in process gas from an ozone
generator, guideline for, 18:209
Analysis of water in drinking water plants, 21:433
Analysis, of carbonyl compounds formed by ozonation,
11:127
Analysis, of ozone by bis(terpyridyl)-iron(II), 11:59
Analysis, of ozone in the gas phase by indigo trisulfonate
method, 11:115
Analysis, of ozone in the gas phase, 14:91
Analytical Methods for disinfection byproducts, 21:447
Analytical Methods for drinking water, 21:433
Analytical Methods for Ozone, 10:89; 10:337
Analytical Methods, for residual ozone measurement, adetailed comparison of, 5:203
Anatoxin-a, 42:461
Aniline, and anilinium ion, ozonation of in aqueous
solution, 7:167
Aniline, as a model compound for COD in wastewaterozonation, 15:149
Aniline, ozonation of, 8:129
Aniline, reaction With Ozone to Form Azo- andAzoxybenzenes, 17:619
Anilinium Ion, and aniline, ozonation of in aqueous
solution, 7:167
Animal Infectivity in inactivation of Cryptosporidiumwith ozone, 23:1
Animal Infectivity Model, for Giardia muris inactivation,
14:1
Animal Waste treatment with ozone, 30:290
Anion Exchange by MIEX® resin, 27:371
Anion Exchange effect on NOM, 35:283
Anionic Surfactants, review of aqueous ozonation of,
13:639Anisole, ozonation of, 8:129
Ann Arbor WTP distribution system, 22:65, 25:473
Anodes in electrochemical ozone generation, 34:49
Anodization, 45:455
Anomeric Carbon in drinking water treatment, 21:551
ANOVA and cotton yarn fading, 38:395
Anthracene, 41:454
Anthracin, 41:231
Anthracite Filter Medium, viable bacteria counts in after
ozonation, 12:1
Anthracite/Sand filters for biofiltration, 22:77
Anthracnose, 43:384
Anthraquinone-2-sulfonic Acid, improvement inbiodegradability by preozonation of, 11:155
Anthrax inactivation by ozone, 23:285; 24:151
Antibacterial Activity of ozonated sunflower seed oil,
39:139Antibacterial Activity of ozonized sunflower oil, 38:143

Antibacterial Bond, 42:565
Antibacterial, 43:637
Anti-Biofouling, ozone system for cooling water circuits,
applied to seawater, 7:31
Antibiofouling, ozone system for fresh water cooling
circuits, 2:327
Antibiotic contaminated wastewater, 42:128
Antibiotic products removed by ozone, 26:525; 28:353;
30:175; 30:290
Antibiotic Resistance, 35:73
Antibiotic Resistances of treated wastewater, 42:108
Antibiotics Removal with membrane bioreactors andadvanced oxidation processes, 31:428
Anticarsia gemmatalis Plusia spp treated withPhytoO3
Tech Crop Protection Technology, 30:210
Anticonvulsants removed by ozone, 28:353
Antifungal Activity of olive oil and ozonated olive oil,
39:463
Antifungal effect of ozone gas on pet food, 40:487
Anti-Fungal properties of ozone treated surfaces, 31:326
Antifungal, 44:398
Anti-Inflammatory Drugs and pulsed corona discharge,
36:94
Anti-Inflammatory Effect of ozonated vegetable oils,
39:374Anti-Inflammatory Effect of water treated withelectrolytic ozone generator, 33:114
Anti-Microbial Action of ozone in treatment of raw
animal skins, 32:449
Antimicrobial Action, 43:379
Antimicrobial activity of ozonated mineral oil, 38:253
Antimicrobial Activity of ozonated sunflower oil, 28:59
Antimicrobial Activity of ozonized coconut oil, 27:153
Antimicrobial Activity of ozonized theobroma oil,
28:187
Antimicrobial Activity of silk fibroin-based biomaterial,
41:80
Antimicrobial Activity, 43:606
Antimicrobial Agent for seed germination, 42:331
Antimicrobial Effect in dental applications, 34:484
Antimicrobial Effect of ozonated water and ozonatedgas, 43:394
Antimicrobial Effect of ozone on turkey breast meat,
42:95
Antimicrobial Effect, 43:571
Antimicrobial Efficacy in treatment of building materials
with ozone, 31:316
Antimicrobial Resistance (AMR), 43:413
Antimicrobial, 45:111
Antimicrobial-resistant Bacteria (AMRB), 43:413
Antimicrobial-susceptible Bacteria (AMSB), 43:413
Antimony effect on ozone generation, 32:153
Antioxidant Activity, 45:333
Antioxidant Enzyme in cultivated lettuce, 42:286
Antioxidant Enzymes, 42:277
Antioxidant in gaseous ozone treatment of onion, 45:75
Antioxidant Potential of highbush blueberry, 41:376
Antioxidant properties in wheat germ, 41:562

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 9
Antioxidant Status, of blood treated with ozone, 26:195
Antioxidant System in ozone treatment of plants, 41:531
Antioxidant, 40:415
Antioxidant, effect in ozonation of methyl linoleate,
26:189Antioxidants in medical applications of ozone, 23:207
Antipyretic products removed by ozone, 28:353
Antisepsis, 45:536
Antiviral effects of ozone, 31:216
AOC content of humic Finnish groundwater, 35:86
AOP (Advanced Oxidation Process) influenced bycarbonate, 22:305
AOP for 1,4 dioxane removal, 39:244
AOX (Adsorbable Organic Halogen) Degradation With
Ozone/Hydrogen Peroxide, Hydrogen Peroxide/UV
Radiation or Hydrogen Peroxide/Iron(II), 17:119
AOX in pulp and paper industry, 35:109
AOX removal in Kraft pulp mill effluents, 23:479
AOX Removal in ozonation of pulp mill wastewaters,
22:31
AOXFP reduction in dyeing wastewater by ozonation,
28:199; 29:139
Apoptosis in juvenile flounder, 42:267
Apparent Kinetic Constants in flow-throughelectrochemical reactor, 30:113
Apparent Molecular Weight, of organics in ozonatedgroundwater, 13:109
Apple Juice toxins, 30:189
Apple Washing with ozone aqueous solution, 39:97
Apples treated with ozone and UV Radiation, 32:144
Apples, 40:482
Applicability Domain in ozonation of micropollutants,
36:289Aquaculture and removal of chloramines, 33:224
Aquaculture recirculating systems, 33:345
Aquaria, Closed-Cycle Marine, ozonation as componentof, 1:11
Aquatic Acute Toxicity of ozonated sewage effluent
containing endocrine disruption chemicals, 27:389
Aquatic Fulvic Acid, rate constants of ozone consumptionof, 13:349
Aqueous Ozone Decomposition models for, 14:33
Aqueous Ozone for root canal infections, 36:264
Aqueous Ozone Measurement with Semiconductor
Based Sensor, 20:507
Aqueous ozone, 45:111
Aqueous phase application for decontamination of
SARS-CoV-2 virus with ozone, 43:2
Aqueous Phase Ozone Analysis, 10:337; 17:329
Aqueous Solution of cyanuric acid, 38:233
Aqueous Solutions With Interfacial Resistance,
combined absorption and self-decomposition of ozone in,
18:183
Arcacide, 40:183
ArF Laser Radiation, at 193 nm for generation of ozone,
19:273
Argon effect in ozone formation with (V)UV-Enhanced
Barrier Discharges, 21:583

Argon effect on ozone generation, 22.53; 23:95; 24:29;
32:153
Argon effect on the sonication process, 37:93
Aromatic Amines, degradation by ozone, 26:499
Aromatic Amines, ozonization in water, 2:65
Aromatic Carbon in drinking water treatment, 21:551
Aromatic Chloro-acids, formed during ozone orozone/H2O2 treatment of dicofol and tetradifon
wastewaters, 16:487
Aromatic compounds degradation by ozone, 21:571;
23:139; 32:61
Aromatic Compounds, Ozonation in Water Containing
Nitrite Ion, 17:627
Aromatic Compounds, ozonation of some in aqueous
solution: Styrene, benzaldehyde
naphthalene,
diethylphthalate, ethyl and chlorobenzenes, 5:151
Aromatic Compounds, reactions of with ozone andchlorine, 10: 153
Aromatic Compounds, removal from water bypolymerization by ozone and peroxidase treatment, 8:247
Aromatic Hydrocarbon Micropollutants, identificationof ozonation products of: Effect on chlorination andbiological filtration, 3:33
Aromatic Hydrocarbons treated by ultrasonicirradiation, 33:194
Aromatic Nitro Compounds, increased biodegradability
after ozonation, 10:1
Aromatic Nitro Compounds, removal from water by
ozonation, 10:1
Aromatic Nitro Compounds, UV spectrograms, before
and after ozonation, 10:1
Aromatic Organic Compounds, as byproducts from
catalytic ozonation of humic substances in water, 18:195
Aromatic Pollutants oxidation by ozone, 28:287
Aromaticity of anaerobically digested distillery
wastewater effluent, 41:551
Aromatics, mechanism of reaction with ozone, 2:39
Aromatics, ozone destruction of in distilled and drinking
water, 9:265
Aromatics, substituted, variations in cytotoxicity during
ozonation of, 2:25
Arrhenius Equation, 44:274
Arsenic (III) Direct Oxidation Method, for ozone
analysis, 10:337
Arsenic in White Rock water treatment plant, 41:322
Arsenic removal, 43:500
Arsenic Removal, during Ozonation of Drinking Water,
17:297
Arsenite, analysis of ozone in aqueous solution using amodified iodometric technique with, 2:183
Arsenopyrite and gold extraction, 33:42
Arsenopyrite, 40:284
Artemia salina in ballast water, 33:3
Artificial Neural Network (ANN) for bromate removal,
41:118
Artificial Neural Network for dye decolorization,
42:492
Artificial Neural Networks for modeling of ozone

10 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
bubble column, 29:343
Artificial Neural Networks for prediction of ozone
concentration in air, 42:79
Artificial Neural Networks in azo dyes ozonation,
35:423
Artificial Neural Networks in modeling of bromate
formation, 29:353; 29:429
Artificial Neural Networks used in predicting methane
generation, 38:465
Artificial Seawater, ozone disinfection of, 12:423
Artificial Sweetener, 42:13
Ascaris suum Eggs, disinfection with ozone, 24:359
Asian Pollutant Emissions, 25:513
Asian Rust (Phakopsora pachyrhizi) treated
withPhytoO3 Tech Crop Protection Technology, 30:210
ASMI Model for sludge reduction by ozone, 29:415
Asparagus treated with ozone and UV Radiation, 32:144
Aspergillus flavus inactivation by ozone, 30:423
Aspergillus flavus, 40:487; 43:351
Aspergillus niger in ozone laundry systems, 31:369
Aspergillus niger inactivation by ozone, 28:347, 30:423
Asperigillus disinfection with ozone, 38:115
Assimilable Organic Carbon (AOC) and fixed bed
biofilm reactors, 37:227
Assimilable Organic Carbon (AOC) of ozone treatedwater from eutrophic lake, 28:29
Assimilable Organic Carbon (AOC), effects ofozonation, biological filtration, and distribution on
concentrations of in drinking water, 11:297
Assimilable Organic Carbon during phenol ozonation,
31:201
Assimilable Organic Carbon in ozone treatment ofcolored groundwater, 23:393
Assimilable Organic Carbon increase during ozonation,
29:379Assimilable Organic Carbon, 12:377
Assimilable Organic Carbon, evaluation of ozone/BAC
for control of, 15:95
Assimilable Organic Carbon, Formation During
Ozonation in Water, 17:53; 17:485
Assimilable Organic Carbon, ozone production of inColorado River water, 13:127
Assimilable Organic Carbon, production and removal ofthrough use of ozone and PEROXONE, 16:197
Assimilable Organic Carbon, production of in ozonatedgroundwater, 13:109
Assimilated Organic Carbon (AOC) reduction withozone and membranes, 29:75
Assimilation of Nitrogen into Bacterial Cells, duringozone/BAC treatment, 11:227
Atmospheric Modeling, 23:445
Atmospheric Ozone, 23:421, 23:429, 23:461
Atmospheric Pressure dielectric barrier discharge withultrasonic irradiation, 33:483
Atmospheric Townsend Discharge, 33:93
Atomic Force Microscopy (AFM), 41:448
Atomic Force Microscopy to evaluate removal of
Streptococcus mutans in dental water. 41:242

Atomic Oxygen, generation by pulsed discharge in water,
24:471
ATP Bioactivity measurements I ozonation of secondary
treated municipal wastewater, 37:143
Atrazine and Its Chlorine and Ozone By-Products, nongenotoxic effects of on gap junctional intercellularcommunication, 19:351
Atrazine as OH• probe compound, 24:413
Atrazine catalytic ozonation, 33:434
Atrazine Degradation, with ozone and ozone-hydrogen
peroxide in a lowland surface water, 18:251
Atrazine Oxidation with ozone and bromate formation,
22:267
Atrazine Photo oxidation By-Products, from UV/H2O2
oxidation, 19:395
Atrazine reaction with ozone, 21:39; 25:81
Atrazine Removal by ozone from natural waters, 21:239
Atrazine removal by UV/ozone/persulfate process,42:558Atrazine Removal from greenhouse effluents by ozone,
23:385
Atrazine Treatment, with ozone/GAC at 11 Anglican
Water (U.K.) surface water treatment plants, 18:19
Atrazine, destruction by manganese-catalyzed ozonation,
19:227
Atrazine, destruction by ozone advanced oxidation, 19:13;
19:39;
Atrazine, destruction by ozone/H2O2, 12:195
Atrazine, Kinetics of Ozone Degradation of, 17:163
Atrazine, modeling its oxidation by H2O2/UV; estimationof kinetic parameters, 19:395
Atrazine, oxidation in a lime softening plant, 20:177
Atrazine, ozonation of aqueous solutions of, 9:233
Atrazine, ozone and ozone/H2O2 oxidation of in a static
mixer, 16:455
Atrazine, ozone and ozone/H2O2 oxidation of, 16:135;

16:455
Atrazine, ozone removal of in presence of humic
materials, 14:263; 14:283
Atrazine, Removal from Drinking Water by Ozone andOzone/Hydrogen Peroxide, 17:97; 17:183; 17:485; 17:657;
17:673Atrazine, Removal from Drinking Water by Ozone/UV
Radiation, 17:183
Austrian Standards Institute, 30:43
Auto-Decomposition in ozone bubble column, 23:369
Autodecomposition of Ozone, 14:215
Autodigestion of ozonated sludge, 31:247
Autohemotherapy, with ozone, 11:411
Automated Controls, in ozone application systems, 7:77
Automated Equipment, for bleaching of Kraft pulp in
TCF process, 26:443
Automated Ozone system, 7:77; 7:155
Automated Procedure, for monitoring ozone oxidation
reactions of organic materials, 8:321
Automatic Ozone Control Unit (ACU) for drinking
water, 25:383
Available Chlorine in electrolyzed anodic solution,

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 11
31:10
Avon, CO, Water Treatment Plant, 10:55
Avulsion, 34:484
Axial Dispersion Model for ozone bubble column
design, 23:313, 23:369
Axial Dispersion Model for ozone self-decomposition ina semi-batch bubble column reactor, 27:409
Axial Dispersion Model, of ozone disinfection in a bubble
column, 16:429
Axial Dispersion Reactor, 40:79
Axo Dyes removal with ozone, 37:420
Azaarenes oxidation with ozone, 24:271
Azathioprine removal with ozone, 21:69
2.2’-azino-bis(3-ethylbenzothiazoine-6-sulfonate) in
determination of ozone residual, 38:373
Azo Dye decolorization, dye decolorization, 42:492
Azo Dye oxidized by peroxone process, 28:155
Azo Dye removal by ozonation within activated sludge,
31:279Azo Dye, 42:429
Azo Dye, treatment with ozone, 26:539; 27:475; 35:423
Azo Dyes, 41:46
Azo Dyes, in Kraft paper machine whitewater, ozone
decolorization of, 19:549
Azo Dyes, ozonation of, film theory utilization for kinetic
study, 11:391
Azo Dyes, Premetalized, Treatment With Ozone,
Ozone/Hydrogen Peroxide, and Ozone/UV Radiation,
17:149Azobenzenes, From Reaction of Anilines and Ozone,
17:619Azoxybenzenes, From Reaction of Anilines and Ozone,
17:619Azoxystrobin degradation by ozone fumigation, 37:479
B3LYP method for calculating activation energy, 43:78
BAC Filtration of Ganga River water, 42:24
Bacillus cereus inactivation with ozone, 38:124
Bacillus globigii inactivation by ozone, 23:285; 24:151
Bacillus in food processing plants treatment with ozone,
28:425
Bacillus Spores inactivation by ozone, 24:151
Bacillus subtilis inactivation by ozone, 22:501, 23:239,
24:91; 24:145; 24:151; 35:168
Bacillus subtilis Spores, in ballast water, treatment withozone, 26:389
Bacillus subtilis spores, inactivation with ozone in astatic mixer, 26:207
Bacillus subtilis, inactivation in Amsterdam water supply,
26:465Back Flow Cell Model, 29:245
Back-Corona Effect, in ozone generators, 26:11
Back-Flow Cell Model, of ozone disinfection in a bubble
column, 16:429
Background Organic Matter, effects of pH, carbonate
species, and, on ozone consumption in natural waters, 10:277

Background Ozone Change in Hong Kong, 25:513
Backmixing in impinging jet ozone bubble column,
29:245
Backmixing in ozone bubble column, 23:313, 23:369
Bacteria in aerobic sludge digestion, 36:57
Bacteria in cooling water systems, 35:90
Bacteria in ozonated oil, 45:398
Bacteria inactivation by electric discharge, 27:469
Bacteria inactivation, 43:306
Bacteria Kills in ozone treated laundry, 29:85
Bacteria on denture base resins, 42:43
Bacteria removal in wastewater ozonation, 35:501
Bacteria removal with ozone and ultrafiltration, 29:75
Bacteria, biological stress of, 7:85
Bacterial Aftergrowth, 7:205; 7:327
Bacterial Cell Structures, effects of ozone on, 14:517
Bacterial Development, in waters, influence oftemperature on, 7:205
Bacterial Inactivation of drinking water- CT concept/
Chick Watson Law, 22:227
Bacterial Inactivation of listeria, 44:281
Bacterial Inactivation with ozone, 21:293
Bacterial Regrowth Potential, evaluation of ozone/BAC
for control of, 15:95
Bacterial Regrowth, in drinking water distribution
systems, 12:377
Bacterial Regrowth, in ozonized drinking waters, 8:95
Bacterial Resistance To Ozone, influence of
exopolysaccharides on, 9:259
Bacteriological Standards, stringent, engineering andeconomic aspects of wastewater disinfection with ozone
under, 2:139
Bacteriophages, F-Specific, as indicators of disinfection
efficiency of secondary effluent with UV radiation, 9:353
Baffled Contact Tank in gas induced ozone reactor,
21:277
Baffling Factor in design of ozone contactors at Lake
Washington Surface Water Treatment Plant, 31:262
Ballast Water treated with ozone, 26:389; 33:3; 34:174;
36:515Bank-Filtered Surface Water, ozone and ozone/H2O2
treatment of, 16:367
Barje Water Treatment Plant, Leskovac, Yugoslavia,
with ozone, 14:101
Barley disinfection with ozone, 38:115
Barrier Discharge for multiple needles to planeconfiguration, 33:98
Barrier Discharge in ozone generation, 24:193
Barrier Discharge using plate rotating electrode, 22:563
Basil, 42:469
Basin Nozzle Manifold, 38:245
Batch Reactor, for ozonation of crotonic acid solutions,26:415Bath Water disinfection with ozone, 25:345
Bayer Process, 44:291
Bayer-Villager cleavage, 23:139
BDOC Formation, upon ozonation or by O3/H2O2, by the"Ozotest" method, 15:389; 15:405

12 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
BDOC removal with ozone and biofilters, 21:79
Beer Lambert Law for measuring performance of lightemission models, 27:459
Beet Sugar Industry Wastewater, 41:265
Beets treated with ozone and UV Radiation, 32:144
Belle Glade, FL, ozone drinking water case history,
12:199, 14:501
Benazolin Degradation, with ozone and ozone-hydrogen
peroxide in a lowland surface water, 18:251
Bench Scale analysis of formation of oxamic acid, 37:441
Bench-scale testing of Coquitlam water supply, 29:287
Benefits of Ozone Laundering, 31:339, 31:348
BENELUX, use of ozone, 21:139
Bentazone Degradation, with ozone and ozone-hydrogen
peroxide in a lowland surface water, 18:251
Benz(a)anthracene, 41:454
Benzafibrate ozonation modeling, 32:424
Benzaldehyde ozonation, 35:489
Benzaldehyde, in wastewaters of ozone-bleached eucalypt
Kraft pulps, 19:481
Benzaldehyde, ozonation of in aqueous solution, 5:151;
8:129
Benzene Polycarboxylic Acids, formed during ozonationof soil fulvic acid, 15:19
Benzene reaction with hydroxyl radicals, 35:375
Benzene Removal by catalytic ozonation, 43:147
Benzene removal by ozonation, 23:77; 31:393; 32:61
Benzene, ozone destruction of in distilled and drinking
water, 9:265
Benzene, vapor and liquid phase ozonation of, 19:109
Benzo[a]pyrene, treatment with ozone, 26:453
Benzoic Acid as hydroxyl radical probe, 38:150
Benzoic Acid, from ozonation of natural organic matter,
16:1
Benzoic Acid, ozonation of, 8:129
Benzophenone-2 removal by ozonation, 40:122
Benzoquinone reaction with ozone, 23:139
Benzoquinone, 2,6-dichloro-14- (DCBQ), 44:208
Benzoquinone, in ozonation of chlorophenol solutions,
20:259; 20:283
Benzothiazole Dyes, in Kraft paper machine whitewater,ozone decolorization of, 19:549
Benzotriazoles, ozonation of aqueous solutions of, 9:233
Beta Blocker products removed by ozone, 28:353
Beta-lactam Antibiotic, 42:13
Better Lime Purification of raw sugar beet juice, 40:54
Bicarbonate Alkalinity and 1,4 Dioxane removal, 29:13
Bicarbonate effect in ozone treatment of drinking water,
25:285Bicarbonate effect on ozone-UV process, 35:302
Bicarbonate Ion effect on ultrasonic irradiation, 33:194
Bicarbonate Ion Effect, on ozonation of extracted aquatic
fulvic acid, 11:69
Bicarbonate Ion Effects, on removal of iron andmanganese during ozonation in presence of humic
substances, 11:93
Bicarbonate Ion in treatment of colored aqueous
solutions, 37:62

Bicarbonate Ion, effects on advanced oxidation of 1,3,5trichlorobenzene, 18:535
Bicarbonate Ion, effects on chlorine reaction with fulvic
acid following ozonation, 13:349
Bicarbonate Ion, effects on ozonation at Choisy-le-Roi
water treatment plant, 13:147
Bicarbonate Ion, effects on ozone oxidation of iron andmanganese, 13:675
Bicarbonate Ions, effects on advanced oxidation, 12:73
Bicarbonate removal in ozonized systems, 33:425
Big Switch, at Los Angeles, CA, 13:711
Billen and Servais Method, for AOC determination,
12:377
Bioactive Compounds in melon seeds, 40:209
Bioassay, toxicity and effects of bromoform on five marine
species, 1:47
Biochemical Oxygen Demand (BOD) reduction in ozone
treatment of landfill leachate, 26:287
Biochemical Processes, underlying ozone therapy, 7:275
Biochemical properties of turnip, 45:475
Biocidal Activity, of ozone in cooling water treatment,
14:517Biocidal Finishing Agents treatment with ozone, 29:335
Biocide for clumped and dirty spores of Bacillus globigii,
23:285Biocide Wastewater treatment with ozone, 33:31
Biocides in cooling water systems, 35:90
Biocompatibility, 45:536
Biodegradability after ozonation of Chlorophenol, 4-,
30:447
Biodegradability Enhancement of agro-industrial
wastewaters, 34: 387; 36.3
Biodegradability Improvement of ozonated activatedsludge, 29:191
Biodegradability in stabilization of landfills and leachates
with ozone, 20:121
Biodegradability Index of pharmaceutical effluent,
37:538
Biodegradability of ampicillin degraded with ozone,
34:156
Biodegradability of canned maize production sludge,
31:257
Biodegradability of dyestuffs treated with ozone, 28:141
Biodegradability of humic Finnish groundwater, 35:86
Biodegradability of landfill leachate, 31:28
Biodegradability of leachate, 44:250
Biodegradability of meta-Chloronitrobenzene, 36:496
Biodegradability of NSAID ozonated solution, 32:91
Biodegradability of Organics, improvement of byozonation, 14:461
Biodegradability of ozonated 2,4 dichlorophenol andnitrobenzene solutions, 27:381
Biodegradability of ozonated C.I. Reactive Yellow 3,
27:273
Biodegradability of Ozonated Humic Acids in Water,
17:511
Biodegradability of ozonated landfill leachates, 15:433
Biodegradability of ozonated non-ionic surfactants,

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 13
27:437
Biodegradability of ozonated tannery wastewater, 39:159
Biodegradability of ozonated tannins wastewater, 29:443
Biodegradability of ozonated textile biocidal finishing
agents, 29:335
Biodegradability of ozonation products within activatedsludge, 31:279
Biodegradability of ozonized organic oxidation products,
elimination of humic materials, 4:79
Biodegradability of pollutants in water, influence ofozonation dosage on the structure of, and its effect on
activated carbon filtration, 4:15
Biodegradability of preozonized phenolic solution, 28:77
Biodegradability of pretreated distillery effluent, 37:411
Biodegradability of pulp and paper wastewater, 30:105
Biodegradability of Pulp Mill Effluents, Increase in After
Ozonation, 17:419
Biodegradability of single substances, changes in inducedby ozonation, 5:137
Biodegradability of sludge after ozonation, 22:473
Biodegradability of tanning wastewaters treated withozone, 27:351
Biodegradability of textile effluents, 35:7
Biodegradability of β-Triketone Pesticides, 39:3
Biodegradability, 7:191
Biodegradability,
effectofpreozonationofmicropollutants on GAC adsorbability, 8:11
Biodegradability, enhancement of by ozonation, 2:25,
2:39
Biodegradability, improvement of by ozonation of textile
wastewaters, 18:73
Biodegradability, of oil field drilling wastewater, 26:309
Biodegradability, of ozonized organic compounds, 8:129
Biodegradable DOC Method, 12:277
Biodegradable Material, 12:107
Biodegradable Organic Carbon, Effect of Ozonation On,
17:283
Biodegradable Organic Carbon, filter-removable,
formation of during ozonation, 19:179
Biodegradable Organic Matter, filter-removable,
formation of during ozonation, 19:179
Biodegradation capacities on BAC following ozonation,
25:351
Biodegradation in soil aquifer treatment, 39:385
Biodegradation of activated sludge for azo dye removal,
31:279
Biodegradation of byproducts from ozonation of 2,5dichlorophenol, 38:181
Biodegradation of Polyaromatic Hydrocarbons, 21:571
Biodegradation of textile wastewater treated by ozone,
23:327
Biodegradation processes affected by preozonation,
33:185
Biodegradation, effect of ozone on, and activated carbon
adsorption of natural and synthetic organics in water, 1:263, 1:347
Biodegradation, of ozonized solutions of extracted
aquatic fulvic acid, 11:69

Biodiesel, 45:41
Biodosimetry and UV reactor performance, 34:81
Biodosimetry for measurement of UV dosage, 23:239
Biodosimetry, 30:43
Biofilm affected by monochloramine and ozone, 34:243
Biofilm Development and destruction in turbulent flow,
1:167
Biofilm in cooling water systems, 35:90
Biofilm Reactor for ozone treatment of 3-methylpyridine, 23:189
Biofilm reduction in dental water, 33:417
Biofilm regrowth in dental water systems, 31:436
Biofilm, 43:379
Biofilms, in cooling water treatment, effects of ozone on,
14:517; 31:3, 36:4
Biofiltration and ozone to remove NSAIDS, 37:343
Biofiltration and ozone treatment of Arlington, Texas
water, 29:261
Biofiltration for soil aquifer treatment, 39:385
Biofiltration for treatment of refinery wastewater, 33:403
Biofiltration influence by periodic ozone residuals, 22:77
Biofiltration of paper mill effluent, 30:310
Biofiltration systems with ozone, 36:276
Biofiltration with ozone of secondary treated municipal
wastewater, 37:143
Biofiltration, 40:3, 40:427
Biofiltration, effects of hydrogen peroxide residuals on,
19:371
Biofiltration, for removal of assimilable organic carbon,
16:197
Biofiltration, of ozonated drinking water, 19:97
Biofor process in France, 21:153
Biofouling Control, in condensers; a comparison of theeffectiveness of ozone and chlorine using fresh water as acoolant, 1:201
Biofouling Control, in ozonated cooling waters, 14:517;
15:81; with mineral removal, 14:231
Biofouling Control, with ozone in condensers, 3:95
Biofouling of Cooling Systems, prevention of byozonation, 11:325
Biofouling Prevention, ozone system for fresh watercooling circuits, 2:327
Biofouling, of reverse osmosis membranes, ozone
prevention of, 9:93
Biofouling, ozone for control of in seawater cooling water
systems, 7:31
Biogas production in anaerobic digestion, 29:201
Biogas, 41:427
Biogenic Volatile Organic Compounds, 32:274
Bioinvasions in ballast water, 34:174
Biolite filter in drinking water treatment/ozonation, 21:79
Biological Activated Carbon (BAC) for drinking water
treatment, 37:257
Biological Activated Carbon (BAC) for water reuse,
36:123
Biological Activated Carbon (BAC), 40:427
Biological Activated Carbon and ozone to remove
NSAIDS, 37:343

14 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
Biological Activated Carbon at South Caboolture Water
Reclamation Plant, 25:107
Biological Activated Carbon following ozonation,
25:351
Biological Activated Carbon for removal of ozone andchlorine DBP, 22:393
Biological Activated Carbon in treatment of secondary
treated municipal wastewater, 37:143
Biological Activated Carbon Process, effect ofpreozonation on the removal of ammonia, nitrite, and nitrate ion by, 11:227
Biological Activated Carbon, 6:71
Biological Activated Carbon, a preliminary study of theefficiency and mechanism of THM removal on theozonation and BAC process, 6:261
Biological Activated Carbon, and ozonation,
optimization of in a water reclamation context, 5:171
Biological Activated Carbon, biological activity on,
influence of ozone, oxygen and chlorine on, 7:287
Biological Activated Carbon, effect of ozone on the
biological degradation and activated carbon adsorption ofnatural and synthetic organics in water, 1:263, 1:347
Biological Activated Carbon, evaluation of with ozone
for DBP control and biologically stable water, 15:95
Biological Activated Carbon, for drinking water
treatment in Yugoslavia, 14:101
Biological Activated Carbon, for drinking water
treatment, 9:37; 14:123; 17:449
Biological Activated Carbon, for reducing AOC levels inozonated drinking water, 18:521
Biological Activated Carbon, for removal of naturalorganics in GAC columns, 8:299
Biological Activated Carbon, for water reclamation,
8:355
Biological Activated Carbon, in tertiary wastewater
treatment, 7:1
Biological Activated Carbon, performance of withpreozonation, 8:11
Biological Activated Carbon, purification of polluted
source water with ozonation and, 6:245
Biological Activated Carbon, stimulation of by ozone,
13:91
Biological Activated Carbon, treatment at Choisy-le-Roi
plant, 13:147
Biological Activated Carbon, used in water reclamation,effect of various oxidants on the performance of, 3:225
Biological Activity, influence of ozone, oxygen andchlorine on, on biological activated carbon, 7:287
Biological Activity, ozone promotion of, 11:227
Biological Effects, a comparative evaluation of the effectsof ozonated and chlorinated condenser discharges on thewhite perch, Morone americana, 3:155
Biological Filtration and chlorination, effect on byozonation of aromatic hydrocarbon micropollutants, 3:33
Biological Filtration and effect of ozone, 21:79
Biological Filtration and ozonation, 37:227
Biological Filtration influence by periodic ozone
residuals, 22:77

Biological Filtration, effects on easily assimilable carbon
in drinking water, 11:297
Biological Nutrient Removal, in activated sludge plant,
20:1
Biological Phosphorus Removal in sludge ozonation,
36:238Biological Reactivation, of activated carbon in water
reclamation, 8:355
Biological Stress of Bacteria, 7:85
Biological treatment and ozonation of dyeing
wastewater, 29:139
Biological Treatment of Drinking Water, 7:85; 15:95;
Biological Treatment of forest industry landfill leachate,
24:369Biological Treatment of landfill leachate with ozone,
21:1
Biological Treatment of micropollutants, 39:296
Biological Treatment of ozone treated textile dyeing
wastewater, 23:199; 28:199; 30:439
Biological Treatment of Sludge, 32:252
Biological Treatment, in sand and activated carbon filters,
contribution of ozone to the removal of organic materials
in a process including a slow filtration through sand andactivated carbon, 4:33.
Biological Treatment, of chlorophenolic municipal
wastewater following preozonation, 16:13
Biological Treatment, of industrial wastewaters
containing biorefractory compounds, ozone-assisted,
4:177
Biological Treatment, of ozonated drinking water, impact
of support media on, 19:97
Biological Treatments, and ozone, effects on theelimination of cyanides, 7:85
Biological Wastewater Treatment for elimination ofdrugs, 32:305
Biological Wastewater Treatment, 43:127
Biological Water Treatment Processes; purification ofpolluted source water with ozonation and biologicalactivated carbon, 6:245
Biologically Active Filters, effects of hydrogen peroxide
residuals on, 19:371
Biologically Active Filtration and ozone in proposed
membrane facility, 29:281
Biologically Stable Water, evaluation of ozone/BAC for,
15:95
Biologically Treated Leachate, 41:415
Biologically Treated Wastewater Effluent treatment
with ozone, 23:351
Bioluminescence Test in ampicillin degraded with ozone,
34:156
Biomarkers in soil ozonation, 35:366
Biomass and ozone treatment of Arlington, Texas water,
29:261
Biomass Harvesting, 39:264
Biomass Tar degraded by ozone, 43:78
Biomaterial, 45:28
Biomedical Applications, 39:61
Biomedical Applications, 41:80

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 15
Biomembrat®-Plus Process for treatment of landfill
leachate treatment coupled with the Ecoclear® Process,
19:297
Biomethanated Distillery Effluent, 37:411
Biopolymers in catalytic ozonation, 38:279
Bioreactor Performance in sequential ozonation andbiological oxidation of wastewaters, 25:95
Bioregenration in treatment of secondary treatedmunicipal wastewater, 37:143
Bioremediation of domestic well drinking water, 38:25
Bioscreening, examination by HPLC, of oxidant effects oncomplex mixtures of nonvolatile organics in polluted waters, 1:31
Biosludge in pulp and paper industry, 35:109
Biosolids in active sludge treated with ozone, 36:451
Biosorption after ozonation of nonionic polyethoxylated
surfactants, 28:295
Biosorption of ozonation products within activatedsludge, 31:279
Bio-toxicity of ozonated non-ionic surfactants, 27:437
Biotoxicity of ozonated tannery wastewater, 39:159
Biotreatability, improvement of in Kraft pulp & paper
mill effluent, 14:461
Biphasic Model for B. cereus inactivation with ozone,
38:124
Birefringence in ozone treatment of wheat and corn
starches, 37:71
Bisphenol A catalytic ozonation, 41:541
Bisphenol A degradation by ozone/AOP, 29:153
Bisphenol A ozonation, 23:338; 32:204; 45:361
Bisulfide reaction with ozone, 33:37
Bisulphite, to reduce bromate formation in ozonation ofdrinking water, 26:381
Bitumen performance improved, 30:275
Black Table Olives water treatment with ozone, 24:105
Blackgram Varieties, 44:566
Bleaching Effluent and removal of EDTA with ozone,
22:279Bleaching of cotton with ozone, 41:197
Bleaching of soybean fibers with ozone, 34:143, 37:195
Bleaching, of Kraft pulp in TCF process, 26:443
Bleaching, of recyclable papers with ozone, 7:229
Blockage of Sand Filter alleviated by pre-ozonation,
33:66
Blood and saliva contamination in dental applications,45:516
Blood Circulation, enhancement of by ozone therapy,
7:275
Blood Lipid Regulators removed by ozone, 28:353
Blood oxidation by ozone, 28:317
Blue Indigo Trisulfonate in modeling of ozone gasliquid reactors, 28:17
Blueberry, 41:376
Blue-Green Algae and cyanobacterial toxin destruction
with ozone, 20:223
BOD Increase, then reduction during ozone or advanced
oxidation of molasses processing wastewaters, 19:157
BOD reduction after ozonation of 2,4 dichlorophenol andnitrobenzene solutions, 27:381
BOD removal in Kraft pulp mill effluents, 23:479
BOD Removal in on-board wastewater with ozone,
25:177
BOD Removal, from Kraft mill pulp & paper mill effluent
with ozone, 14:461
BOD, ozone oxidation of, 7:179
BOD5 as indicator of synergistic effect during ozonationof C.I. Reactive Yellow 3, 27:273
BOD5, Effects of Ozone on in Night Soil Plants, 17:195
BOD5/COD Ratio, Increase of by Ozone and Advanced
Oxidation, 17:399
BOD5/TOC Ratios, of organic compounds after ozonationof, 11:155
Boiler Feed Water, organic matter removal by ozone in,
19:471
BOM Removal Inhibition, during ozonation, 22:77
Bond strength in ozone-dental applications, 42:565;
45:89
Bond Strength of ozone treated caries, 37:555
Boric Acid and ozone for Class V Composite
Restorations, 41:92
Boric Acid vs. ozone for caries disinfection, 37:555
Boron-doped diamond electrode, 45:528
Bottle Sterilization, with ozone, in bottled water
treatment, 5:95
Bottled Water ozonation and bromate control, 25:167
Bottled Water treatment with ozone in BENELUX,
21:139Bottled Water treatment with ozone in Canada, 21:119
Bottled Water Treatment with ozone in Germany,
21:163
Bottled Water treatment with ozone in the USA, 21:99
Bottled Water, treatment with ozone in Belgium, 7:327
Bottled Water, use of ozone in the technology of, 5:95
Botulinum Type E Toxin, ozone inactivation of, 6:229
Botyris cinera ozonation in a bubble column, 38:62
Bovine Peritoneal Membrane Ozonation, 44:587
Bovine Serum Albumin, effects of ozone and ozone/GAC
on, 13:147
Box-Bechnken for design of bleaching of linen fabrics,
35:316
BPA containing wastewater, 44:227
Brazil Nuts, 43:351
Bread, 43:613
Breakdown Voltage in corona discharge with inert gas,
36:526
Breakpoint Chlorination after ozone treatment of night
soil, 30:282
Breakthrough curve in ion exchange removal ofbromate, 45:291
Breakthrough Curves on ozone adsorption on silica gel,
25:315Brightness of ozone bleached wheat straw pulp, 40:148
Brightness of wheat straw pulp, 41:137
Bromamine in treated drinking water, 29:363
Bromamine, decomposition during ozonation in presenceof ammonia, 26:267

16 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
Bromamines removal by activated carbon filtration,
33:224
Bromate and natural organic matter, 36:73
Bromate Control during ozonation of bromide
containing waters, 22:487
Bromate control in Yellow River water, 37:127
Bromate control process, 29:363
Bromate Control with ammonia and chloramine, 35:438
Bromate Control with nano-metal oxides, 36:549
Bromate Decomposition with low pressure mercury
vapor lamp, 28:217
Bromate effect on water containing adsorbable organic
halides, 38:452
Bromate Formation affected by anion exchange, 35:283
Bromate formation affected by electrolysis, 34:269
Bromate formation affected by MIEX® resin, 27:371
Bromate Formation and ozone in BENELUX, 21:139
Bromate formation by preozonation, 29:317
Bromate Formation during ozonation of bottled water,
25:167
Bromate formation in a three-stage countercurrent ozone
contactor, 45:191
Bromate formation in advanced oxidation processes,
34:325
Bromate formation in ballast water treatment, 36:515
Bromate Formation in Ohio River Water, 22:501
Bromate formation in ozonation of drinking water, 33:14
Bromate formation in ozonation of high bromide water,
27:19
Bromate formation in ozonation, 30:339
Bromate formation modeling, 29:429; 45:446
Bromate Formation of ozonation during ammonia
removal, 22:23
Bromate formation prediction by artificial neuralnetworks, 29:353
Bromate formation, 35:465
Bromate Formation, during disinfection, , 26:247
Bromate Formation, in treatment of Bacillus subtilis
with ozone, 26:207
Bromate in seawater ozonation, 40:399
Bromate in Switzerland drinking water, 25:159
Bromate increase during ozonation, 29:379
Bromate Ion Analysis, in European drinking water,
18:325
Bromate Ion control by advanced oxidation process,
33:136
Bromate Ion Control, with H2O2 after ozone treatment ofdrinking water in Florence, Italy, 18:117
Bromate Ion Control, with ozone/GAC at 11 Anglican
Water (U.K.) surface water treatment plants, 18:19
Bromate Ion Destruction, by UV irradiation and electricarc discharge, 18:271
Bromate Ion formation controlled by ozone/hydrogen
peroxide process, 33:121
Bromate Ion formation during ozonation, 21:447; 29:3
Bromate Ion Formation, compromise between pesticides
degradation and/or manganese removal and, 19:39
Bromate Ion Formation, impact of ozone contactor

hydraulics and operating conditions on, 18:87
Bromate Ion Formation, threshold levels for in drinking
water, 19:323
Bromate Ion in simulated gastric juices, 28:165
Bromate Ion, Analysis by Ion chromatography, 17:561
Bromate Ion, analysis for low levels of, in ozonatedwaters, 16:79
Bromate Ion, Analysis in Very Low Levels, 17:551
Bromate Ion, effects on fish larvae, 13:697
Bromate Ion, formation by reaction of ozone withbromide ions, 7:313
Bromate Ion, formation in a continuous flow reactor,
26:573Bromate Ion, Formation of During Ozonation orAdvanced Oxidation of Drinking Water for Pesticide
Destruction, 17:673
Bromate Ion, formation of in ozonated groundwaters
containing bromide ion, 8:63
Bromate Ion, genotoxicity of, 16:443
Bromate Ion, in European drinking water -- a survey of,
18:325
Bromate Ion, inactivation of genotoxicity of by –SH
compounds, 16:443
Bromate Ion, model for prediction of upon ozonation,
16:157
Bromate Ion, Monitoring in European Ozone Drinking
Water Plants, 17:311
Bromate Ion, parameters affecting formation of during
ozonation, 18:1
Bromate Ion, Presence of in Sodium Hypochlorite
Solutions, 17:311
Bromate Mitigation and ozone in proposed membrane
facility, 29:281
Bromate modeling, 34:280
Bromate reduction by modified granular activated carbon,
37:357
Bromate removal by ion exchange, 45:291
Bromate Removal in natural waters, 22:267
Bromate Removal, 41:118
Bromate risk assessment, 36:419
Bromate surveys in French Drinking Waterworks, 24:293
Bromate, reduction in ozone treatment of drinking water,
26:381Bromate-ozone treatment of swimming pool water,
37:456
Bromide (high) raw water treated with ozone, 27:10
Bromide Formation with low pressure mercury vapor
lamp, 28:217
Bromide in drinking water and bromate control, 29:363
Bromide in waters pretreated by MIEX® resin, 27:371
Bromide Incorporation factor, 33:14
Bromide Incorporation Factor, effects of bromide ion onorganohalogenated disinfection byproducts formation
during ozonation, 18:349
Bromide Ion Concentration effect on bromate
formation, 22:487
Bromide ion effect on bicarbonate and ammonia
depletion in ozonized systems, 33:425

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 17
Bromide Ion effect on bromate formation, 22:487
Bromide Ion Oxidation by ozone, model for, 19:55
Bromide Ion Oxidation, by ozone/silver catalysis, 15:533
Bromide Ion, Analysis by Ion Chromatography, 17:561
Bromide Ion, chlorination in presence of in drinking
water, 14:51
Bromide Ion, effect in ozone water treatment, 7:313
Bromide Ion, effect on ozonation of extracted aquatic
fulvic acid, 11:69
Bromide Ion, effects of on formation of organohalogen
disinfection byproducts during ozonation, 18:349
Bromide Ion, Monitoring in European Ozone Drinking
Water Plants, 17:311
Bromide Ion, oxidation of by ozone and by chlorine,
10:153
Bromide Ion, ozone oxidation of in swimming pool water
treatment, 13:63
Bromide Ion, ozone oxidation of, 14:329
Bromide Ion, reactions of ozone with and products formedin water, 6:103
Bromide Ion, role in formation of bromoform in ozonatedgroundwater, 8:63
Bromide reactions with ozone, 30:339
Bromide Removal by electrolysis, 34:269
Bromides in industrial liquid wastes, 38:219
Brominated Byproducts in two Paris water treatment
plants, 23:229
Brominated Byproducts, of ozonation, models forprediction of 16:157
Brominated Organic Compounds formed in ozonationof secondary effluent, 29:23
Brominated Organic Ozone Byproducts Control, with
H2O2 after ozone treatment of drinking water in Florence,
Italy, 18:117
Brominated THM Speciation, in drinking water at Belle
Glade, FL, 12:199
Bromine Compounds, organic, formation of byinteractions of ozone with bromide ion, 7:313
Bromine in seawater ozonation, 40:399; 43:402
Bromine, reactions of ozone with and products formed inwater, 6:103
Bromite formation in ozonation, 30:339
Bromobenzene, ozone destruction of in distilled anddrinking water, 9:265
Bromochloramine in treated drinking water, 29:363
Bromoform in seawater ozonation, 40:399
Bromoform Toxicity, and effects on five marine species,
1:47
Bromoform, formation in ozonated groundwatercontaining bromide ion and humic substances, 8:63
Bromoform, model for prediction of upon ozonation,
16:157
Bromoform, oxidation by ozone/UV radiation, 9:391
Bromoform, ozone destruction of in distilled and drinking
water, 9:265
Bromoform, reduction of concentrations of by ozonationof swimming pool waters, 13:63
Bromoxynil, treatment with ozone, 32:16

Brown Chitooligomers, 37:489
Browning in chitooligomers, 37:489
Browning in greenhouse tomatoes, 41:389
BTEX removal by catalytic ozonation, 27:301
BTEX removal by ozonation, 23:77
BTEX, destruction by the Ecoclear® Process, 19:297
Bubble Characteristics in impinging jet ozone bubble
column, 29:245
Bubble Column and evaluation of dissolved ozone, 39:44
Bubble Column Contactor in domestic wastewaterozonation, 23:219
Bubble Column Design by axial dispersion model,
23:369Bubble Column for ozonation of Botyris cinera, 38:62
Bubble Column hydrodynamics, 23:313
Bubble Column kinetics in wastewater ozonation, 32:424
Bubble Column reactor for treatment of nonionicsurfactants with ozone, 29:65
Bubble Column Reactor for treatment of paper mill
circulating water, 22:585
Bubble Column Reactors, 20:513
Bubble Column used for degradation of 3-methylpyridine by ozone, 23:359
Bubble Columns for ozone treatment of Kraft pulp milleffluents, 23:479
Bubble Columns modeling by artificial neural networks,
29:343
Bubble Contact Column, computer simulation to studyozone mass transfer, 13:535
Bubble Contactor, comparison of ozone and oxygen masstransfer in, 10:321
Bubble Contactors, mass balance analysis of ozone in,
9:289
Bubble Contactors, Modeling Ozone in, 17:355; 17:379;
17:469;Bubble Diffuser Contactors, 12:269
Bubble Diffuser Ozonation of BTEX, 23:77
Bubble Diffuser Ozone Contactor, practical designmodel for calculating ozone transfer efficiency, 10:173
Bubble Diffuser Ozone Contactors, enhancement of on
full-scale, 15:295
Bubble Diffuser Ozone Contactors, modeling of, 15:213
Bubble Diffuser Reactor for Cryptosporidium
inactivation, 22:99
Bubble Diffusers, for ozone contacting, 14:391
Bubble Diffusion Reactor for ozone dissolution systems,
22:329Bubble Size in impinging jet contactors, 32:99
Bubble Size in ozone bubble column, 29:343
Budapest (Hungary) Waterworks, new pilot plantstudies at, 16:29
Building Materials treated with ozone, 31:316
Bulking, of filamentous sludge with ozonation, 20:1
Burr Distribution, 41:473
Butanone, in wastewaters of ozone-bleached eucalypt
Kraft pulps, 19:481
Butenoic Acid4-(N-Formyl)-amino-4-oxo-2-, fromozonation of 2-hydroxypyridine, 14:177

18 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
Butoniga Water Treatment Plant, Buzet, Yugoslavia,
with ozone, 14:101
Butyl Alcohol n-, 12:1
Butylparaben, n-, oxidation with ozone, 34:354
Butyraldehyde n-, formation during drinking waterozonation, 12:231
Butyric Acid n-, 12:1
By-product formation in ozonation/electrolysis of 1,4
Dioxane, 29:13
Byproduct Formation of ozonation during ammonia
removal with bromide, 22:23
Byproducts (Organic) of Ozonation, quantified using
fractionated natural organic matter, 16:1
Byproducts Formation, during ozonation of Uniblu-A,
24:439Byproducts formed in ozonation in ozonation of pnitrophenol, 23:303
Byproducts formed in ozonation of drinking water, 12:1;
12:73; 17:53; 17:511; 21:79
Byproducts in catalytic ozonation of Bisphenol-A,
45:361
Byproducts of Catalytic Ozonation, of humic substancesin water, 18:195
By-Products of oil sands water treatment, 37:45
By-products of ozonation of azo dyes, 37:420
Byproducts of ozonation within activated sludge, 31:279
Byproducts of UV oxidation of micropollutants, 34:125
Byproducts of water treated by UV, 37:134
Byproducts, of chlorination of extracted aquatic fulvic
acid, 11:69
Byproducts, of ozonation of extracted aquatic fulvic acid,
11:89
Byproducts, of ozonation of organic materials at Los
Angeles, CA, 13:711
Byproducts, of ozone, during degradation of soil fulvic
acid, 15:19
Bypyridine, 2,2’-synthesis, 39:418
C. difficile in ozone laundry systems, 31:357, 31:369
C. I. Acid Blue 80, 39:219
C. I. Disperse Blue 56 degradation by
UV/Photooxidation, 31:37
Caboolture Water Reclamation Plant, 25:107
Cadmium Removal, During Ozonation of Drinking
Water, 17:297
Caffeine removal with advanced oxidation, 34:3, 37.379
Cake, 43:613
Calcination Temperature, 38:261
Calcium Carbonate in ozone decomposition of phenol,
33:143
Calcium Carbonate, ozone-enhanced precipitation incooling waters, 13:375; 15:47
Calcium Hydroxide, 43:476
California State Project Water, ozone treatment of at Los
Angeles Aqueduct Filtration Plant, CA, "The Big Switch",
13:711
Calorimetry, for ozone analysis, 10:337

Campesterol, in wastewaters of ozone-bleached eucalypt
Kraft pulps, 19:481
Canada ozone installations, 34:64
Canadian Use of Ozone, 21:465
Cancer concerns from bromate, 36:419
Candida Albans, 42:43
Candida albicans inactivation by ozone, 23:183, 28:187
Candida Spp in ozonated olive oil, 39:455
Canned Maize Production Sludge, 31:257
Capilano Reservoir, 30:321
Capillary Condensation of ozone in silica gel, 25:211
Capillary Condensation of ozone, 28:149
Carbamazepine degradation by photo-assistedozonation, 40:113
Carbofuran and Its Chlorine and Ozone By-Products,
non-genotoxic effects of on gap junctional intercellularcommunication, 19:351
Carbofuran removal in injection-type downflow UV/O3
oxidation reactor, 21:539
Carbofuran, Removal with Ozone and Ozone/Hydrogen
Peroxide, 17:97
Carbohydrates, ozonation of, 13:265
Carbon Aging, 41:128
Carbon Black and ozone for treatment of landfill
leachate, 35:55
Carbon Black for preparation of gas diffusion electrode25:307
Carbon Black, in carbon-catalyzed conversion of aqueous
O3 into OH-radicals, 20:67
Carbon Dioxide Effect on ozone generation fromoxygen, 24:29
Carbon Dioxide effect on ozone generation, 29:399;
30:145
Carbon Dioxide generation used as indicator of ozone
concentration, 25:155
Carbon Dioxide Production in landfill leachate, 36:427
Carbon Dioxide Selectivity during catalytic ozonation of
toluene, 33:158
Carbon Monoxide Conversion Catalyst in ozone
oxidation of p-chlorobenzoic acid, 25:25
Carbon Monoxide, in relation to tropospheric ozone,
12:177
Carbon Nanotube and ozone, 36:465
Carbon Nitride nanosheet, 38:312
Carbon Ozonation, 41:128
Carbon tetrachloride, 45:174
Carbon Tetrachloride, attempted oxidation by ozone/UV
radiation, 9:391
Carbon Tetrachloride, oxidation in water by ozone thenozone/UV radiation, 9:369
Carbon Tetrachloride, ozone destruction of in distilled
and drinking water, 9:265
Carbon, Activated, and ozone for tertiary wastewater
treatment, 7:1
Carbon, ozone enhanced, 6:71
Carbonate Ion, effect on ozone decomposition, 11:49;
14:33
Carbonate Ion, effects on ozone decomposition,

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 19
Carbonate Radical in ozone/ hydrogen oxide treatmentof water, 22:305
Carbonate Species, effects of background organic matter,
pH, and, on ozone consumption in natural waters, 10:277
Carbonates as scavengers during wastewater ozonation in
a Chemical Sequential Reactor, 15:201
Carbonates, Effects on Advanced Oxidation of Pesticides
in Water, 17:657
Carbonates, effects on kinetic analysis of the effects ofdissolved inorganic and organic substances in raw water on
the ozonation of geosmin and 2-methyl-isoborneol, 15:1
Carbon-carbon Double Bond Content determined withozone, 25:145
Carbonyl Compound Analysis, for ozonation/postchlorination byproducts from humic acid, 14:51
Carbonyl Compounds, formation during ozonation,
11:127
Carbonyl Compounds, in wastewaters of ozone-bleachedeucalypt Kraft pulps, 19:481
Carbonyl disinfection byproducts analysis by DNPH
derivitization, 22:653
Carbonyl Ozonation Byproducts, 22:415
Carboxyl Carbon in drinking water treatment, 21:551
Carboxylic Acid Formation during ozonation, 25:53
Carboxylic Acids decomposition in water with ozone andadvanced oxidation, 27:11
Carboxylic Acids formation in O3/DI Processing, 24:391
Carboxylic Acids removal by biological activatedcarbon, 22:393
Carboxylic Acids removal by ozone and hydrogen
peroxide, 28:53
Carboxylic Acids, as byproducts from catalytic ozonationof humic substances in water, 18:195
Carboxylic Acids, byproducts of ozonation of naturalorganic matter, 16:1
Carboxylic Acids, formation of during ozonation ofnatural waters, 19:179
Carboxylic Acids, removal with ozone and TiO2 based
photocatalysis, 26:585
Carbozone Process in carbon-catalyzed conversion of
aqueous O3 into OH-radicals, 20:67
Cardiff University Method, for AOC determination,
12:377
Caries (Dental) reduced by ozonated water/ultrasound,
37:84
β-carotene Milk affected by ozone, 39:448
Carpet Odors from chlorine dioxide in drinking water,
21:465
Carrots treated with ozone and UV Radiation, 32:144
Case Histories, Belle Glade, FL, 12:199
Case Studies of ozone treatment in wastewater plants,
31:415
Casein Fiber dyeing after ozonation, 40:140
Cassava Starch, 43:60
Castaic Lake pipeline contactor, 29:291
Catalysis by manganese and cobalt oxides, 36:502
Catalysis of nitrobenzene oxidation with magnesium
cation, 32:113

Catalysis, in carbon-catalyzed conversion of aqueous O3
into OH-radicals, 20:67
Catalysis, with granular activated carbon in aqueous
solutions, 26:299
Catalyst Activity and Stability in catalytic ozonation of
pyruvic acid, 28:229
Catalyst application, 45:147
Catalyst Characterization, 38:261
Catalyst effect in ozone production with inert gases,
22:53
Catalyst for catalytic ozonation of ibuprofen and humic
acid, 38:203
Catalyst preparation, 45:147
Catalyst Regeneration with ozone, 24:1
Catalyst, for catalytic ozonation, 26:1
Catalysts for ozone decomposition, 29:41
Catalysts, effects of ultraviolet and/or ultrasound ozone
oxidation of humic acid and trihalomethane precursors,
7:47
Catalyst-sorbents for SO2 and NOx removal from fluegas by ozone, 34:204
Catalytic Capability of carbon nitride nanosheet, 38:312
Catalytic Convertor for removal of ozone, 31:216
Catalytic Decomposition in photochemical ozone
generator, 30:228
Catalytic Decomposition, 35:308
Catalytic Effect of ozone/carbon nanotube process,36:465
Catalytic Oxidation of Ciprofloxacin Hydrochloride,
40:457
Catalytic Oxidation of formic acid solution, 22:241
Catalytic Oxidation of p-chlorobenzoic acid, 25:25
Catalytic Oxidation of salicylic acid, peptides and humic
substances, 21:261
Catalytic Oxidation of sulfosalicylic acid, 24:117
Catalytic Oxidation, by ozone/silver or oxygen/silver,
15:533
Catalytic Oxidation, of natural organic matter, 26:141
Catalytic Ozonation for nitrobenzene degradation, 43:32
Catalytic Ozonation for NOx removal, 38:382
Catalytic Ozonation for reduction of organic nitrogencompounds, 34:359
Catalytic Ozonation for removal of Escherichia coli,
29:75
Catalytic Ozonation for urban wastewater treatment,
38:3
Catalytic Ozonation in continuous fixed-bed reactor,
42:136
Catalytic Ozonation in presence of Co(II), 25:261
Catalytic Ozonation in presence of TiO2/Zeolite, 33:236
Catalytic Ozonation of acetic acid, 38:194
Catalytic Ozonation of Acid Red B., 37:287
Catalytic Ozonation of agro-industrial wastewaters, 34:
387
Catalytic Ozonation of amido black, 44:545
Catalytic Ozonation of aqueous p-nitrophenol, 44:414
Catalytic Ozonation of aqueous reactive dye, 27:257
Catalytic Ozonation of biologically treated leachate,

20 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
41:415
Catalytic ozonation of Bisphenol-A, 45:361
Catalytic Ozonation of carboxylic acids, 28:53
Catalytic Ozonation of chlorobenzoic acid, 37:527
Catalytic Ozonation of Citric Acid, 27:499
Catalytic Ozonation of coal gasification wastewater,
40:275
Catalytic Ozonation of cyanuric acid, 38:233
Catalytic Ozonation of ethynlestradiol, 31:422
Catalytic Ozonation of fenofibric and clofibric acids,
33:434
Catalytic Ozonation of Fipronil, 37:186
Catalytic Ozonation of gasoline compounds, 27:301
Catalytic Ozonation of ibuprofen and humic acid,
38:203
Catalytic ozonation of industrial wastewater, 36:229
Catalytic Ozonation of m-Dinitrobenzene, 27:359
Catalytic Ozonation of Meropenem, 43:88
Catalytic Ozonation of nitrobenzene, 31:45
Catalytic Ozonation of olive mill wastewater, 38:261
Catalytic Ozonation of organic dyes, 42:517
Catalytic Ozonation of organic pollutants in water,
27:115
Catalytic Ozonation of organic pollutants, 38:48
Catalytic Ozonation of oxalic acid, 40:448
Catalytic Ozonation of oxalic acid, 41:274
Catalytic Ozonation of p-chlorobenzoic acid using metaloxides, 25:25
Catalytic Ozonation of p-chloronitrobenzene, 38:42
Catalytic Ozonation of pharmaceutical compounds,
32:230Catalytic Ozonation of phenol, 41:166
Catalytic Ozonation of phenolic acids, 31:403
Catalytic Ozonation of p-toluenesulfonic acid, 43:163
Catalytic Ozonation of pyruvic Acid, 27:159; 28:229
Catalytic Ozonation of quinoline, 43:173
Catalytic Ozonation of refinery wastewater, 37:546
Catalytic Ozonation of salicylic acid, peptides andhumic substances, 21:261
Catalytic Ozonation of substituted phenols over CuOAl2O3 catalyst, 25:335
Catalytic Ozonation of Sulfamethoxazole, 39:25
Catalytic Ozonation of sulfosalicylic acid, 24:117;
27:233
Catalytic Ozonation of tequila industry vinasses, 38:279
Catalytic Ozonation of toluene with metal and Zeolite,
33:158
Catalytic Ozonation of water in presence of titanium
dioxide, 22:185
Catalytic Ozonation using O3/CA(OH)2 system, 40:173
Catalytic Ozonation using zeolite, 32:344
Catalytic Ozonation with cerium oxide/activated carbon,
37:371
Catalytic Ozonation with multiwalled carbon nanotubes,
37:269Catalytic Ozonation with PFOA, 25:185
Catalytic Ozonation with strontium titanate, 33:74
Catalytic Ozonation, 41:156; 41:250; 41:521; , 43:476,

43:520; 45:191; 45:247; 45:262
Catalytic Ozonation, Heterogeneous, by the Ecoclear®
Process, 19:297
Catalytic Ozonation, of drinking water with nonpolarbonded alumina phases, 26:367
Catalytic Ozonation, of humic substances in water andtheir ozonation byproducts, 18:195
Catalytic Ozonation, of pesticides, 32:25
Catalytic Ozonation, with Mn-loaded GAC, 26:1
Catalytic Ozone Decomposition (heterogeneous) on
activated carbon, 24:227
Catalytic Ozone Decomposition on Cu (110) surface,
24:39
Catalytic Ozone Decomposition with manganesedioxide, 38:79
Catalytic Ozone Decomposition with zeolite, 33:279
Catalytic Ozone Decomposition, 38:434
Catalytic process for BPA containing wastewater, 44:227
Catalytic Reduction of nitrogen oxides, 28:105
Catalytic Reusability in catalytic ozonation, 33:74
Catechin ozonation in food processing wastewater,
22:167
Catechol formation decomposition with ozone, VUV andTiO2/UV, 24:49
Catfish Processing and ozone treatment, 29:221
Cationic dyes removed by catalytic ozonation using
zeolite, 32:344
Cationic Surfactants, review of aqueous ozonation of,
13:639Cavity Disinfectant, 42:565
Cavity Disinfection, 36:206, 37:555
Cell Lysis in active sludge treated with ozone, 36:451
Cell Lysis in biological wastewater treatment, 31:247
Cell Membranes, damages to and loss of microorganism
metabolicactivityuponozonation,
vitalfluorochromization of microorganisms using 3',6'diacetylfluorescein to determine, 18:173
Cell Survival in denture base resins, 42:43
Cell Viability in TMAH ozonation, 42:439
Cell Viability, 42:43
Cellobiose ozonation in pulp, 22:447
Cellobiose, ozone byproducts of, 13:265
Cellulose Degradation in ozone bleaching of Kraft pulp,
25:523Cellulose Degradation of ozone bleached cotton fabric,
37:170
Cellulose in cotton fabrics, 40:44
Cellulose Model Compounds in ozone treatment of pulp,
22:447
Cellulose, ozone attack of, 11:217
Central Composite Design, 42:54
Central Nervous System and ozone therapy, 34:425,
34:432
Cephalosporin, 44:302
Ceramic Membrane filtration of ozonated wastewater,
35:243Ceramic Membrane, 44:372

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 21
Ceramic Membranes and ozone for removal ofEscherichia coli, 29:75
Ceramic Membranes as ozone contactors, 22:379
Ceramic Raschig Rings in ozone treatment, 37:22
Ceramic Transformer for ozone generation, 24:215
Ceratomyxosis, control of in steelhead trout, 9:141
Cereals Grains, 43:613
Cerium doped titanium nanotube, 45:455
Cerium Oxide and carbon for humic acids degradation,
37:371
Cerium Oxide, 43:592
Cetylpyridinium Chloride to modify granular activatedcarbon, 37:357
CFD in UV oxidation of micropollutants, 34:120
CFD Modeling for ozone contactors, 30:49
CFD Simulation, 45:305
CFD, 42:168
CFU Numbers of Bacteria in tooth decay, 35:456
C-H Bond Activation in catalytic oxidation of
cyclohexane, 38:482
Chain Reaction in carbon-catalyzed conversion of
aqueous O3 into OH-radicals, 20:67
Chamois Leather Oil treated with ozone, 29:405
Chappuis Band, 35:229
Characterization of dissolved organic matter during
ozonation, 32:323
Characterization of landfill leachate, 21:1
Chelating Agents effect on patulin degradation withozone, 31:224
Chemical and Biological Treatment of palm oil effluent,
41:427
Chemical and Mechanical Pulp Mill Effluent
Treatment by ozonation, 18:363
Chemical Changes, in biologically treated wastewater
during ozone disinfection, 9:63
Chemical Characteristics of activated carbon filter after
ozonation, 37:178
Chemical Clarification of ozone treated textile dyeing
wastewater, 23:199
Chemical Composition of maize, 44:38
Chemical Composition of ozone treated Kabob Dates,
36:269Chemical control of filamentous sludge bulking, 20:1
Chemical Effect in ozone mass transfer, 35:482
Chemical Kinetic Mechanism of flue gas oxidation byozone, 29:207
Chemical Kinetics in modeling of bromate and ozone
concentration, 34:280
Chemical Kinetics in ozone pulsed discharge, 41:339
Chemical Oxidation for site remediation, 32:130
Chemical Oxidation of wastewaters in conjunction withbiological oxidation, 25:95
Chemical Oxidation with ozone in the USA, 21:99
Chemical Oxidation, impact on biological treatment of a
primary municipal wastewater. Effects on COD andbiodegradability, 19:495
Chemical Oxidation, impact on biological treatment of a
primary municipal wastewater. Effects of ozonation on

kinetics of biological oxidation, 19:513
Chemical Oxygen Demand (COD), reduction in ozone
treatment of landfill leachate, 26:287
Chemical Oxygen Demand of beet sugar industry
wastewater, 41:265
Chemical Oxygen Demand Removal of landfill
leachate, 31:28
Chemical Oxygen Demand with wastewater in
impinging zone reactor, 21:501
Chemical
OxygenDemand,inmodeling
water/wastewater ozonation, 15:149
Chemical Plants, ozonation of cooling water systems,
15:81
Chemical Sequential Reactor, for ozonation ofwastewaters, 15:201
Chemical Structure during oxidation of gum Arabic,
45:333Chemical Surface Properties of zeolite, 33:279
Chemical Synthesis, 30:165
Chemically Active Species in methyl orange ozonation,
36:244
Chemically Enhanced Primary Treatment, 43:538
Chemically-Enhanced
Primary
Treatment,ofwastewater with ozone, 20:151
Chemiluminescence, 45:320
Chemiluminescence, analysis for ozone, 10:337
Chemistry of Ozone, in cooling waters, 14:329
Chemometrics evaluations in ozonated sunflower oil,
44:337
Chemometrics of treated greenhouse tomatoes, 41:389
Cheng-Ching Lake Water Works, 28:29
Chicken eggshell, 44:407
Chick-Watson Law applied to ozonation of drinking
water, 22:227
Chick-Watson Model for inactivation of
Cryptosporidium parvum, 23:411
Chilling Stress Tolerance, 40:415
Chitosan, 37:489
Chloramination and NDMA formation, 36:215
Chloramination, after ozonation at Belle Glade, FL,
12:199Chloramine and bromate control, 29:363; 35:438
Chloramine and ozone treatment of Arlington, Texas
water, 29:261
Chloramine treatment of colored ground water, 23:393
Chloramine, combined application with chlorine or ozone
to reduce production of chlorinated organics in drinking
water disinfection, 5:79
Chloramine, comparison with ozone in producing
mutagenicity during drinking water disinfection, 11:245
Chloramine, oxidation by ozone; reaction kinetics, 3:139
Chloramine, reduction in concentration by ozone
treatment of swimming pool water, 7:93
Chloramines removal by activated carbon filtration,
33:224Chloramines, reactions with ozone and products formedin water, 6:103
Chlorate formation in ballast water treatment, 36:515

22 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
Chlorate Formation in treatment of waters with ozone
and chlorine dioxide, 22:215
Chlorfenvinphos, Destruction of in Drinking Water by
Ozone and Ozone/Hydrogen Peroxide, 17:673
Chlorhexidine Gluconate for dental cavity disinfection,
36:206Chlorhexidine vs. ozone for caries disinfection, 37:555
Chloridazon Metabolites, 37:441
Chloride effect on degradation of humic acid, 34:101
Chloride effect on ozone oxidation of wastewater, 27:287
Chloride Ion and 1,4 Dioxane removal, 29:13
Chlorinated Alkanes, oxidation of, 14:197
Chlorinated and ozonated condenser discharges, acomparative evaluation of the effects of on the white perch,Morone americana, 3:155
Chlorinated Drinking Water, formation of formaldehyde
by boiling of, 14:153
Chlorinated Hydrocarbon Pesticides, aqueous ozonationof, 11:339
Chlorinated Olefins, oxidation of, 14:197
Chlorinated Organic Compounds, UV-enhanced
ozonation of, 8:339
Chlorinated Organics in drinking water, combined
application of ozone and chlorine or chloramine to reduce
production of, 5:79
Chlorinated Organics, destruction by ozone-loaded
solvent, 26:475
Chlorinated Solvents in contaminated groundwater, forgroundwater treatment, 38:413
Chlorinated Solvents site removal with ozone, 32:130
Chlorinated Solvents, oxidation of, 14:197
Chlorination and biological filtration, effect on byozonation of aromatic hydrocarbon micropollutants, 3:33
Chlorination Byproducts in swimming pool water
treatment, 10:377
Chlorination By-Products of Pesticides, non-genotoxic
effects of on gap junctional intercellular communication,
19:351Chlorination Byproducts, reduction in formation of by
BAC processing, 13:91
Chlorination disinfection byproducts, 34:213
Chlorination of Ganga River water, 42:24
Chlorination of synthetic treated urban wastewater,
37:467Chlorination vs. Ozonation for swimming pool water
treatment, 22:677
Chlorination, following ozonation of humic acid in
drinking water, byproducts of, 14:51
Chlorination, following ozone drinking water treatment,
12:231Chlorination, in presence of bromide ion in drinking
water, 14:51
Chlorination, in treatment of fresh cut salad mixes, 32:66
Chlorination, of extracted aquatic fulvic acid, 11:69
Chlorination, of natural organic materials, 2:75
Chlorination, toxicity and effects of bromoform on fivemarine species, 1:47
Chlorine action, comparison with that of ozone on

malodorous organic products: the particular case ofincondensable gases resulting from rendering of carcasses,
2:261
Chlorine and ozone for water treatment in Switzerland,
21:187Chlorine and ozone treatment of groundwater, 42:244
Chlorine Demand in Quebec (Canada) drinking water
facilities, 37:294
Chlorine Demand, effects of ozone and ozone/GAC
treatments on in surface water, 13:147
Chlorine Demand, evaluation of ozone/BAC for
reduction of, 15:95
Chlorine Dioxide and disinfection byproducts formation,
22:215Chlorine Dioxide and ozone for drinking water
treatment, 21:465
Chlorine Dioxide and ozone, similar chemistry andmeasurement issues, 21:447
Chlorine Dioxide Disinfection of Cryptosporidium
parvum, sequential with ozone 19:409
Chlorine Dioxide generation in drinking water treatment,
21:433; 21:477
Chlorine Dioxide inactivation of Cryptosporidium,
21:477Chlorine Dioxide state of the art, 27:203
Chlorine Dioxide, analysis of in aqueous solution by
ACVK method, 11:209
Chlorine Dioxide, comparison with ozone in producing
mutagenicity during drinking water disinfection, 11:245
Chlorine Dioxide, following ozone + GAC treatment ofdrinking water, 14:123
Chlorine Dioxide, importance of ozone on oxidation
processes for the treatment of potable water interferencewith other oxidants, 4:59
Chlorine Dioxide, mutagenic activity formed by indrinking water, 8:217
Chlorine Dioxide, pre- and intermediate oxidation with in
Switzerland, 8:151
Chlorine effect on ozone treatment of high bromide
water, 27:19
Chlorine for bromate control, 29:363
Chlorine for drinking water treatment, 35:73
Chlorine in cooling water systems, 35:90
Chlorine in inactivation of Cryptosporidium parvum byozone, 23:411
Chlorine Poisoning, of ozone off-gas destruct catalyst,
16:247Chlorine Residual in drinking water, 21:465
Chlorine treatment of colored ground water, 23:393
Chlorine vs. ozone in removal of Natural Organic Matter(NOM), 22:249
Chlorine, bacterial depuration of the Mexican scallop,
Argopecten circularis with, 4:121
Chlorine, combined application with chloramine or ozone
to reduce production of chlorinated organics in drinking
water disinfection, 5:79
Chlorine, comparison of effectiveness with ozone forcontrolling biofouling within condensers using fresh water

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 23
as a coolant, 1:201
Chlorine, comparison with ozone in producing
mutagenicity during drinking water disinfection, 11:245
Chlorine, effects on the performance of activated carbon
used in water reclamation, 3:225
Chlorine, for Drinking Water, Bromate Ion in, 17:311
Chlorine, importance of ozone on oxidation processes forthe treatment of potable water interference with other oxidants, 4:59
Chlorine, in control of filamentous sludge bulking, 20:1
Chlorine, in kinetic analysis of the effects of dissolved
inorganic and organic substances in raw water on theozonation of geosmin and 2-methyl-isoborneol, 15:1
Chlorine, mutagenic activity formed by in drinking water,
8:217
Chlorine, oxidation of bromide ion by, 10:153
Chlorine, ozone and oxygen, influence on biologicalactivity on biological activated carbon, 7:287
Chlorine, pre- and intermediate oxidation with in
Switzerland, 8:151
Chlorine, reaction with fulvic acids following ozonation,effect of bicarbonate ion, 13:349
Chlorine, reactions of ozone with and products formed inwater, 6:103
Chlorine, vs. ozone in sludge bulking control, 12:145
Chlorine-Reactive Sites, in ozonated organics, 13:91;
13:147Chlorinous Odor in Ozone/UV advanced oxidation,
40:79
Chlorinous Odor removal in advanced oxidation process,
33:136Chlorite Formation in treatment of waters with ozone
and chlorine dioxide, 22:215
Chlorite in drinking water treatment, 21:433
Chlorite Ion, masking during chlorpromazine
determination of low level bromate ion analysis inozonated waters, 16:79
Chloroaniline, partial or complete removal of from dicofol
and tetradifon wastewaters during ozone or ozone/H2O2
treatment, 16:487
Chlorobenzene removal with ozone and PFOA, 25:185
Chlorobenzene, partial or complete removal of from
dicofol and tetradifon wastewaters during ozone orozone/H2O2 treatment, 16:487

Chlorobenzene, reaction with ozone, 32:61
Chlorobenzenes removal with advanced oxidation,
22:415Chlorobenzenes, Advanced Oxidation of in water,
18:291Chlorobenzenes, ozonation of in aqueous solution, 5:151;
9:265
Chlorobenzoic Acid p- (pCBA) removal predicted by
RCT, 32:244
Chlorobenzoic Acid Scavenger for Hydroxyl Free
Radicals, 20:67
Chlorobenzoic Acid treatment with ozone, 36 ;141; 27:3
Chlorobenzoic Acid, p-as an ozone/hydroxyl radical
probe compound, 27:431

Chlorobenzoic acid, p-removal by catalytic ozonation
with metal oxides, 25:25
Chloroform Formation Potential, effect of preozonation
on, 8:129
Chloroform Formation Potential, in swimming poolwater treatment, reduction in by ozone treatment, 7:93
Chloroform, oxidation in water by ozone and ozone/UV,
9:369; 9:391
Chloroform, ozone destruction of in distilled and drinking
water, 9:265
Chloroform, treatment of in air stripping tower waste
gases with photochemically generated ozone, 10:323
Chloromethylisothiazolone (CMI) treatment withozone, 33:31
Chloronitrobenzene, 4-, oxidation of, 12:73
Chloronitrobenzene, o-, oxidation of, 12:281
Chloronitrobenzene, partial or complete removal of from
dicofol and tetradifon wastewaters during ozone orozone/H2O2 treatment, 16:487
Chloronitrobenzene, p-catalytic ozonation, 38:42
Chloropentene, 1-, oxidation of, 14:197
Chlorophenol 2-, preozonation of in wastewater for
subsequent biological treatment, 16:13
Chlorophenol decomposition by ozone, 24:133
Chlorophenol o-, Kinetics of Ozone Degradation of,
17:163Chlorophenol o-, ozonation of, 8:199
Chlorophenol, 2-, byproduct of ozone advanced oxidationof chlorobenzenes in water, 18:291
Chlorophenol, 2-, decomposition in aqueous solution by a
UV/O3 process, 18:443
Chlorophenol, 2-, degradation of by advanced oxidation,
19:75
Chlorophenol, 2-, treatment of solutions with ozone,
20:259; 20:283
Chlorophenol, 3-, kinetics of ozonolysis of, 9:207
Chlorophenol, 3-, preozonation of in wastewater for
subsequent biological treatment, 16:13
Chlorophenol, 4- removal in injection-type downflow
UV/O3 oxidation reactor, 21:539
Chlorophenol, 4- removed by catalytic ozonation with
CeO2, 43:592
Chlorophenol, 4-, byproduct of ozone advanced oxidationof chlorobenzenes in water, 18:291
Chlorophenol, 4-, degradation of by advanced oxidation,
19:75
Chlorophenol, 4-, kinetics of ozonolysis of, 9:207; 30:447
Chlorophenol, 4-, Nitration of in Water during Ozonation,
17:627Chlorophenol, 4-, preozonation of in wastewater for
subsequent biological treatment, 16:13
Chlorophenol, 4-, treatment of solutions with ozone,
20:259; 20:283
Chlorophenolics in pulp and paper industry, 35:109
Chlorophenols Decomposition by ozone, 27:447
Chlorophenols in Municipal Wastewater, preozonationof for subsequent biological treatment, 16:13
Chlorophenols ozonation over CuO-Al2O3 catalyst,

24 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
25:335Chlorophenols ozone oxidation and intermediates
formed, 42:294
Chlorophenols, degradation of by advanced oxidation,
19:75
Chlorophenols, treatment of solutions with ozone, 20:259;
20:283Chlorophenoxy Acids, degradation by ozone, 14:283
Chloropicrin, formation after ozonation of drinking water,
10:241Chlorpromazine for Bromate Ion Analysis, 17:551
Chlorpromazine, analytical reagent for determination of
low levels of bromate ion in ozonated waters, 16:79
Chlorpyrifos treatment with ozone, 33:232
Chlortoluron, Destruction of in Drinking Water by Ozone
and Ozone/Hydrogen Peroxide, 17:673
Choisy-le-Roi Water Treatment Plant, costs ofozonation in, 13:607
Choisy-le-Roi Water Treatment Plant, ozone andozone/GAC treatment at, 13:147
Chromate in ozonation of secondary municipal
wastewater, 40:441
Chromium Complex Dyes, Destruction by Ozone andAdvanced Oxidation, 17:149
Chromium-Nickel Steels, corrosion of in ozonizedwaters, 12:243
Chromophore Removal in ozone bleaching of Kraft
pulp, 25:523
Chronic Nonhealing wounds, 34:438
Chrysanthemum morifolium treatment with ozonatedwater, 31:15
Chrysene, treatment with ozone, 26:453
CIELab values of indigo dyed yarn, 38:395
Cinnamic Acid treatment with ozone, 20:403 3:177
CIP (Clean in Place) and ozone in wine industry, 32:355
Ciprofloxacin Hydrochloride catalytic oxidation, 40:457
Circular Conduits in ozone injection, 36:191
Cirica Papaya treatment, 34:57
Cis.trans Ozonides in ozonolysis of olive oil, 37:55
cis-Dichloroethylene, ozonation of in presence of humic
acid and soils, 13:287
Cisplatin degradation by ozone, 30:189
Citraconic Acid, ozonation of, 8:199
Citric Acid Wastewater Sludge, 42:3
Citric Acid, ozonation of, 8:129 ; 27:499
Citrus Fruit treatment by ozone, 24:343
Citrus industry use of ozone, 32:122
Clarification by flotation for drinking water treatment,
influence of preozonation on, 5:3
Clarification, improvement by ozonation, 7:63
Class V Restoration, 41:92; 41:175
Clay as catalyst in removal of humic substances withozone, 21:261
Clay Catalysts for organic dye ozonation, 42:517
Cleanability of stainless steel surfaces with ozone,
28:303
Cleaning Agent, (ozone) for stainless steel surfaces,
28:303

Clearing of PET fibers, 35:196
Climate Change and Ozone, 23:429, 23:437
Climatology of stratospheric ozone, 33:489
Clinical Applications, of ozone, 7:259
Clinical Periodontal Parameters, 41:571
Clofibric Acid catalytic ozonation, 33:434
Clofibric Acid degradation by ozone, 28:47; 28:85;
38:425
Clostridium difficile inactivation by ozone, 29:85
Clostridium perfringens inactivation with ozone 30:431
Clostridium perfringens, ozone destruction of inmunicipal wastewater, 13:179
Clumping, in bactericidal effects of high airborne ozone
concentrations on Escherichia coli and Staphylococcus
aureus, 20:205
Coagulation (drinking water treatment), effects ofozone, oxalic acid, and organic matter molecular weighton, 18:311
Coagulation and ozonation prior to membrane filtration,
35:243
Coagulation Assistance, With Ozone or Ozone/Hydrogen
Peroxide, 17:25
Coagulation effected by ozone, 30:27
Coagulation enhancement during ozonation ofwastewater, 32:323
Coagulation Improvement with ozone treatment, 21:465
Coagulation in combination with ozone in treatment ofphenol solutions, 25:323
Coagulation in domestic wastewater after ozonation,
21:605
Coagulation in ozone treatment in presence ofbicarbonate, 25:285
Coagulation in treatment of textile wastewater, 33:285
Coagulation of dyeing wastewater, 30:439
Coagulation of floc in humic acid ozonation, 32:435
Coagulation Process in treatment of beet sugar industry
wastewater, 41:265
Coagulation, effects of ozonation on, 12:295, 16:55, 16:89
Coagulation/Flocculation for humic acid removal,
40:321
Coagulation-Flocculation and ozonation of dyeing
wastewater, 40:133
Coagulation-Flocculation in catalytic ozonation of
tequila industry vinasses, 38:279
Coagulation-Flocculation in ozone treatment ofwastewater from painting processes, 27:279
Coagulation-Flocculation of ozonated river water,
34:342
Coagulation-Flocculation, of wastewater with ozone,
20:151
Coal Chemical Wastewater, 43:173
Coal Gasification Wastewater, 40:275
Coal Tar Linings of Water Mains, remobilization ofpolynuclear aromatic hydrocarbons from, 18:517
Coal Washing Plant, 42:420
Coarse Bubble Diffuser Ozone Contactor for treatmentof Kraft Pulp Mill effluents, 24:307
Coatings resistance to liquid and gas phase ozone, 24:249

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 25
Cobalt Catalyst and ozone for nitrobenzene degradation,
43:32
Cobalt Catalyst for catalytic ozonation of oxalic acid,
41:274
Cobalt Catalyst for ozone decomposition, 39:436
Cobalt for catalytic ozonation, 25:261
Cobalt Incorporated MCM-41 for catalytic ozonation,
37:527
Cobalt Leaching in catalytic ozonation of chlorobenzoic
acid, 37:527
Coconut Oil ozonation, 27:153
Cocurrent Flow Ozone Contactor, modeling of inwater/wastewater ozonation, 15:149
COD Degradation, by Ozone/Hydrogen Peroxide,
Hydrogen Peroxide/UV Radiation or Hydrogen
Peroxide/Fe(II), 17:119
COD in catalytic ozonation of p-nitrophenol, 44:414
COD in reactive orange dye ozonation, 38:291
COD Monitoring, in wastewater ozonation, 14:303
COD of landfill leachate treated with activated carbon
and ozone, 35:55
COD Reduction during ozone or advanced oxidation ofmolasses processing wastewaters, 19:157
COD Reduction in Leachate Treatment with ozone,
21:1
COD Reduction in paper mill effluent, 30:310
COD Reduction in tannery wastewater, 34:397
COD removal by ozonation and adsorption, 34:259
COD Removal from colored aqueous solutions, 37:62
COD Removal from textile dyeing wastewater by ozone,
23:199COD Removal in catalytic ozonation, 41:415
COD removal in Kraft pulp mill effluents, 23:479
COD removal in tannery wastewater 45:374
COD Removal of Kraft Pulp Mill effluents with ozone,
24:307
COD removal with electron beam irradiation, 35:49
COD Solubilization in ozone treated sludge, 39:319
COD, ozone oxidation of, 7:179
CODMn removal by ozonation, 29:317
Coefficient of Variation, 42:168
Coffee Wastewater, 40:293
Co-generation of ozone and hydrogen peroxide bydielectric barrier discharge, 23:467
Coke Processing wastewater treatment with ozone,
25:273
Coke regeneration by ozone, 39:366
Coke Wastewater Treatment, with ozone, 15:343
Cold Bleaching of cotton, 42:450
Cold Plasma (Ozone) Reactor, practical heat transfer
model for oxygen-fed, 18:461
Cold Plasma Ozone Generation, From Air, 17:259
Cold Plasma Reactor, for ozone synthesis, use of thermaland electronic effects in, 9:247
Cold Plasma Reactor, ozone production by, 7:299
Cold Storage of apples, 40:482
Cold Storage of pomegranate, 43:427
Cold Water Temperature effecting ozone treatment,

30:27
Coliform Bacteria in Japanese mustard spinach, 44:464
Coliform Inactivation in disinfection of wastewater withozone, 22:113
Coliforms removal by UV disinfection, 41:146
Collagen Fiber in unhairing of goat skin with ozone,
28:341
Colletotrichum sp., 43:384
Collimated Beam in UV oxidation of micropollutants,
34:125Collimated Beam setup for water treatment, 37:134
Colonoscope, 45:419
Color Change in dental procedure with ozone, 44:217
Color Difference in cotton fabric treated with ozone,
42:319Color Difference in ozone bleaching of cotton fabric,
37:203
Color Fading of jeans, 43:276
Color Fading of reactive-dyed cotton, 41:60
Color Filter effluent treatment, 38:163
Color Levels, reduction by ozone treatment, 7:121
Color of dyeing wastewater, 30:439
Color of greenhouse tomatoes, 41:389
Color of ozonated wastewater, 35:243
Color of ozone treated dyeing wastewater, 29:139
Color of ozone treated dyestuff solutions, 34:196
Color of ozone treated wheat and corn starches, 37:71
Color of ozonized composting leachate, 36:540
Color Reduction, in ozone treatment of landfill leachate,
26:287
Color Removal during ozonation of dyestuffs, 21:487
Color Removal from colored groundwater by ozone andpressurized biologically-active filtration, 23:393
Color Removal from textile dyeing wastewater, 20:111,
23:199, 23:295, 25:137
Color Removal in catalytic ozonation of aqueous reactive
dye, 27:257
Color Removal in coal coking processing wastewater,
25:273
Color Removal in dyeing wastewater, 28:199
Color Removal in gas induced ozone reactor, 21:277
Color Removal in ozonation and post-biodegradation of
C.I. Reactive Yellow 3, 27:273
Color Removal in ozone treated upland water, 21:615
Color Removal of anaerobically digested distillery
wastewater effluent, 41:551
Color Removal of coagulated stabilized landfill leachatesby ozone, 28:309
Color Removal of dyes removed by ozone and hydrogen
peroxide, 27:265
Color removal of groundwater with ozone, 35:438
Color Removal of humic acid solutions by ozonation andphotocatalysis, 25:497
Color Removal of Kraft Pulp Mill effluents with ozone,
14;461; 23:479; 24:307
Color Removal of ozonation of azo dye within activatedsludge, 31:279
Color Removal of pulp mill wastewaters with ozone,

26 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
22:31
Color Removal of sugar industry liquors by ozone
treatment, 28:261
Color Removal with ozone in BENELUX, 21:139
Color Removal with ozone in impinging zone reactor,
21:501
Color Removal with ozone treatment and ceramic
raschig rings, 37:22
Color Removal with ozone, comparison of low andmedium high frequency ozone systems for, 1:107
Color Removal, by ozone in drinking water, 8:49; 8:77;
16:247; 16:367
Color Removal, elimination of humic materials, 4:79
Color Removal, from aged domestic landfill leachates,
15:433
Color Removal, from drinking water at Belle Glade, FL,
12:199Color Removal, from Drinking Water by Ozone andAdvanced Oxidation, 17:149; 17:485
Color Removal, from ground water by in-line ozone
contacting using a static mixer, 13:559
Color Removal, from ground water by ozone, 13:109
Color Removal, from molasses processing wastewaters byozone or advanced oxidation, 19:157
Color Removal, from municipal wastewater by ozone,
13:179Color Removal, from New York City drinking water byozone/DE filtration, 15:131
Color Removal, from Night Soil Treatment Plants with
Ozone, 17:195
Color Removal, from Phosphoric Acid by Ozone, 17:637
Color Removal, from pulp mill bleaching wastewaters
with ozone, 15:361
Color Removal, from Pulp Mill Effluents with Ozone,
17:205
Color Removal, of Dye-finishing wastewater withozone/UV, 26:239
Color Removal, use of ozone in night soil treatment
process, 6:185
Color Removal, with ozonation in drinking water andnight soil treatment, 10:309
Color Removal, with preozonation at Los Angeles, CA,
10:255
Color Removal; purification of polluted source water withozonation and biological activated carbon, 6:245
Color, Humic, removal of from water by ozonation
followed by slow sand filtration, an experimental study of,
6:3
Colored impurities in beet sugar industry wastewater,
41:265
Colorimetric Method for Ozone Determination, 20:433
Colorimetric Sensor for dissolved ozone measurementfor ozone therapy, 44:499
Combined Disinfection with ozone and tea phenols,
42:551
Combined
Municipal/Industrial
Wastewater
Treatment, 7:1; 12:107; 17:345
Combined Oxidation of pesticides by ozone/biomass

sequence, 27:317
Combined Ozonation for DMP removal, 36:221
Combined Ozone/UV treatment of wheat flour, 30:413
Combined Process for treatment of coffee effluent,
40:293
Combined Process in treatment of phenolic wastewater,
32:417
Combined Treatment in treatment of landfill leachate,
31:28
Combined Treatment of landfill leachate, 32:313
Comparison of Ozone Concentrations (19% vs. 1.5%w/w), for Drinking Water Treatment, 17:485
Comparison of ozone trends in stratosphere, 33:489
Comparison of processes for treatment of recalcitrant
and toxic wastewater concentrate, 34:163
Competition Kinetics, in the ozone degradation ofpesticides and herbicides, 14:283
Competitive Method, 44:274
Competitive Ozonation Kinetics in food processing
wastewater, 22:167
Completely Stirred Tank Reactor, 17:97
Composite Central Design, 43:213
Composite Iron-Manganese Silicate Oxide for catalyticozonation of sulfamethoxazole, 39:25
Composite Iron-manganese Silicate Oxide, 38:434
Composite metal oxide, 44:182
Composite restoration of dental cavities, 41:175
Composting leachate ozonation, 36:540
Computational Fluid Dynamics (CFD) and UV reactor
performance, 34:81
Computational Fluid Dynamics (CFD) in ozone
contactor design, 29:449; 31:262
Computational Fluid Dynamics Modeling in London
and Oxford water, 25:409
Computational Fluid Dynamics, 38:245
Computational Fluid Dynamics, in ozone contactor
design, 17:607; 26:403
Computer components disinfection with ozone, 23:285
Computer Controlled Ozone System, 7:77
Computer Simulation, of bubble column to study masstransfer of ozone, 13:535
Computerized Simulation Program, to Calculate
Micropollutant Removal, 17:97
Concentrate treated by advanced oxidation, 34:163
Concentrated Landfill Leachate, 43:476
Concentration Measurement for ozone, 38:352
Concentration of ozone by analysis, 35:229
Concentration of ozone in argon-oxygen mixtures,
35:134
Concentration of ozone in ozone therapy, 34:408
Concentration of ozone in processing water, 28:171
Concentration, of ozone in treatment of Kraft effluent,
26:317
Conceptual Design of Coquitlam water supply, 29:287
Concrete resistance to liquid and gas phase ozone,
24:249Condenser Biofouling Control, with ozone, 3:95
Condenser Discharges, a comparative evaluation of

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 27
ozonated and chlorinated on the white perch, Morone
americana, 3:155
Condida aqueous suspensions ozonation, 38:62
Conditional Moments, 39:273
Confectionary Industry, 35:295
Confined Plunging Liquid Jet Contactor (CPLJC),
28:131
Confined Plunging Liquid Jet Contactor for ozone
mass transfer, 25:1
Congo Red removal with ozone, 37:420
Conida germination inhibited by ozone, 36:144
Coniferaldehyde, Byproduct of Ozonation of Coniferyl
Alcohol in Water, 17:687
Coniferyl Alcohol, Byproducts From During Ozonation in
Water, 17:687
Conservative Biochemical Treatments and ozone
therapy, 34:461
Consistency of ozone bleached straw pulp, 41:137
Consistency of ozone bleached wheat straw pulp, 40:148
Constant Ozone Yield, 41:437
Constant Voltage, 41:332
Construction Materials for ozone service, 24:249
Consumed Ozone Dose in color removal from textile
wastewater, 25:137
Contact Angle of polybenzimidazole film surface,
40:392
Contact Time and ozone treatment of Arlington, Texas
water, 29:261
Contact Time, 12:133
Contact Time, Extended, for swimming pool water
treatment, 7:93
Contact Time, for minimizing bromate formation inozonation of drinking water, 26:381
Contacting in circular conduits, 36:191
Contacting of Ozone, decomposition of ozone in highly
concentrated aqueous solutions under semi-commercial
conditions, 4:45
Contacting System Design, in ozone oxidation anddisinfection, 7:63
Contacting Systems, ozone, nitrophenols as modelcompounds in the design of, 6:143
Contacting Techniques, 7:327
Contacting, CT vs. kinetics/hydrodynamics evaluations,
13:451
Contacting, in downflow bubble columns, ozone andoxygen absorption in, 9:217
Contacting, in ozone oxidation and disinfection design,
7:63
Contacting, of ozone, 8:235; 8:261; 12:133; 12:269;
12:341; 12:437;
Contactor Design and Modeling, 12:437
Contactor Design for a microporous diffuser reactor
system, 27:45
Contactor Design for bubble columns, 23:369
Contactor Design, by computational tank dynamics,
26:403
Contactor Exhaust Gas Treatment, 7:327
Contactor Exhaust Gases, injection of into activatedsludge tank, 6:199
Contactor for inactivation of Cryptosporidium in a static
mixer with ozone, 25:295
Contactor for ozone treatment at Lake Washington
Surface Water Treatment Plant, 31:262
Contactor Performance predicted by computational
fluid dynamics, 29:449
Contactors, diffused bubble, mechanically agitated,
negative pressure, packed towers, 9:125
Contactors, hydraulics in, 12:133
Contactors, Ozone, energy requirements for mass transferof ozone into water -- state of the art, 3:181
Contaminants of Emerging Concern, 37:323
Contaminated Site Remediation, 38:413
Contaminated Soil, 41:231
Contamination of wastewater, 35:249
Continuity Equation for ozone transfer in rice grainbulks, 40.191
Continuity Equation in ozone concentration profile inGreen Gram bulks, 39:54
Continuous Flow Analysis (CFA) used for monitoringof ozone gas-liquid reactors, 28:17
Continuous Flow model of bromate ion formation, 29:3
Continuous Flow Reactor, and bromate ion formation
through a radical pathway , 26:573
Continuous Flow Reactor, for ozone oxidation ofpollutants in water, 14:185
Continuous Monitoring and Analysis of Ozone in
Solution, computerized, 18:469
Continuous Ozone Operation for pesticide control,
25:417
Continuous Reactor for catalytic ozonation of amido
black, 44:545
Control of biofilm in cooling water systems, 35:90
Control of ectoparasites, 42:507
Control of ozone treatment of paper mill effluents,
31:452Control of ozone-biofiltration treatment systems, 36:276
Control, 41:286
Control, of filamentous sludge bulking, 20:1
Control, operational, optimizing ozone disinfection, 4:131
Controls, automated, in ozone application systems, 7:77;
7:155
Controls, of ozonation equipment at Lengg plant, Zürich,
Switzerland, 13:41
Conventional Activated Sludge System, 43:538
Conventional Wastewater Analyses for ozonatedtannery wastewater, 39:159
Conversion of Ozone into Hydroxyl Free Radicals in
Aqueous Solution, 20:67
Conversion Tables in Ozone, 20:433
Cooling Tower Ozonation, 15:47; 15:81
Cooling Tower treatment with low-concentration
dissolved ozone, 31:53
Cooling Tower Water Conditioning, with ozone, 3:109
Cooling Tower Water Ozonation Systems, Practical
Guidelines for, 16:501
Cooling Tower Water, ozone treatment of, 13:375;

28 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
14:231; 14:329; 14:517; 14:531; 17:71
Cooling Water Circuits, anti-biofouling ozone systemfor, application to seawater, 7:31
Cooling Water Loops, 39:188
Cooling Water Quality, 39:188
Cooling Water systems, 35:90
Cooling Water Temperatures, 39:188
Cooling Water Treatment with ozone in Germany,
21:163Cooling Water Treatment with ozone in the USA, 21:99
Cooling Water treatment with UV and hydrogen
peroxide, 36:440
Cooling Water, Fresh, comparison of the effectiveness ofozone and chlorine in controlling biofouling in condensers
using, 1:201
Cooling Water, ozone system for fresh water cooling
circuits, 2:327
Cooling Water, ozone treatment of, 11:325; 12:243; 17:71
Cooling Water, provision by ozonation of surface water,
2:229
Coplanar Discharge Arrangements for ozone
generation, 24:193; 25:431
Copomer Material, influence of ozone, 27:219
Copper Alloys, corrosion of in ozonized waters, 12:243
Copper Complex Dyes, Destruction by Ozone andAdvanced Oxidation, 17:149
Copper Complexes and removal via ozonation, 23:41
Copper modified sepiolite (Cu-SEP), 45:247
Copper Oxide catalyzed ozonation of oxalic acid, 25:393
Copper Oxide-Alumina Catalyst for substituted phenols
ozonation, 25:335
Copper Oxides for ozone decomposition, 29:41
Copper Removal, during Ozonation of Drinking Water,
17:297
Copper, 43:520
Copper-Manganese catalyst for catalytic ozonation,
37:287
Copper-Manganese Oxides for ozone decomposition,
29:41
Coquitlam Water Supply, 29:297
Cork Processing Wastewater treatment, 27:317
Corn seeds treated with ozone, 30:427
Corn Weevil, 44:66
Corona Discharge (Negative) in wire-to-cylinder ozone
generator, 24:29
Corona Discharge for ozone generation, 12:19; 12:41;
29:107; 29:399
Corona Discharge in mixtures of N2 and O2, 36:65
Corona Discharge in three phase VSI-driven singlephase ozone generator, 37:9
Corona Discharge in wire-to-plate corona discharge,
35:31
Corona discharge, 35:22
Corona Discharge, in presence of carbon dioxide, 30:145
Corona Discharge, in wire-to-cylinder ozone generator,
20:317
CoronaWire-to-Cylinder
Ozone
Generator,
comparison with economic criteria, Part I Oxygen, 19:533

Coronavirus, 42:378, 42:478
Coronavirus, 43:296
Corrosion Control, by ozone in cooling tower water
treatment, 13:375; 15:81
Corrosion Control, in ozonated cooling waters, 14:531;
with mineral removal,
14:231
Corrosion in Cooling Systems, caused by ozonation,
11:325
Corrosion in ozone systems, 40:159
Corrosion Inhibitor in cooling tower treatment with
low-concentration dissolved ozone, 31:53
Corrosion Rates, of metals in ozonated cooling towers,
12:243
Corrosion Resistance, of ozone generator electrode,
19:169Corrosion, of mild steel and yellow metals, during
ozonation of cooling waters, 15:47
Cosmarium sp. elimination with ozonation process,
41:35
Cosmetic effluent treatment with ozone, 41:221
Cosmetic Product from ozonized sunflower oil, 34:293
Cost Analysis of ozonation of textile effluent, 44:236
Cost Analysis of sludge treated with ozone, 25:73
Cost Analysis42:244 of retrofitting wastewater treatment
plants, 42:255
Cost Comparison, of ozone generation with air, oxygen or
air + oxygen, 20:191
Cost Estimate of ozone facilities for water reuse, 36:123
Cost Estimation for removing emerging contaminants,
35:263
Cost Evaluation of diclofenac degradation, 43:136
Cost Evaluation of treatment of coal coking processing
wastewater with ozone, 25:273
Cost of Goods Sold, 41:197
Cost of municipal ozone systems, 40:266
Cost of Ozone at Henrico County VA Water Treatment
Facility, 31:461
Cost of ozone contact systems, 40:159
Cost of ozone treatment in wastewater plants, 31:415
Cost of pulsed corona discharge, 35:116
Cost Savings of ozone laundry system, 35:399
Cost Savings, in treatment of fresh cut salad mixes withozone, 32:66
Costs of advanced oxidation processes, 33:211
Costs of advanced treatment in water reclamation, 36:485
Costs of landfill leachate treatment, 32:313
Costs of Ozonation for decolorization of wastewater byozone, 23:295
Costs of Ozonation in wastewater treatment, 22:151
Costs of Ozonation, for drinking water treatment, 10:255
Costs of ozone oxidation of aromatic compounds ingroundwater, 28:287
Costs of ozone oxidation of dimethyl sulfoxide, 29:391
Costs of removal of BPA and NPnEOs from secondary
effluents via ozonation, 32:204
Costs, of Advanced Oxidation Processes, 17:119
Costs, of atrazine treatment with O3/H2O2, 12:281
Costs, of multi-stage ozone treatment of dye waste, 13:11

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 29
Costs, of ozonation at Belle Glade, FL, 12:199
Costs, of ozonation in Paris (France) suburbs drinking
water plants, 13:607
Costs, of ozone disinfection of municipal wastewater, 6:87
Costs, of ozone treatment in Belgium, 7:327
Cost-Saving Opportunities in cooling water systems
design, 39:188
Cotton bleached by ozone, 29:325; 37:170
Cotton color fading ozonation 40:377
Cotton Fabric bleached with ozone, 37:203
Cotton Fabrics treated with ozone, 40:44
Coupling Process, 41:274
COV, 42:168
COVID-19 inactivation by ozonated water, 43:108;
43:208
Covid-19 virus inactivated with ozone, 43:2, 43:21
COVID-19, 42:378; 43:112; 43:296; 45:213
Cow Pea treated with ozone, 36:36
Cr(III) in ozonation of secondary municipal wastewater,
40:441
Cr(VI) in ozonation of secondary municipal wastewater,
40:441
Cresol Isomers, kinetics of ozonation of in aqueous
solutions, 15:267
Cresol, o-,ozonation of, 12:341
Cresol, p- degradation, 43:507
Cresol, p- in swine manure slurry, 20:35
Cresol, p-, ozonation of in swine manure waste odors,
19:425
Criegee Mechanism for ozonation of fatty acids, 31:301
Critical Scaling Temperature, in cooling tower waters,
13:375
Crono Restaurants and use of ozone, 32:137
Crop Response, 44:566
Crop Wilt in ozone treated soil, 42:36
Cross-linking of polyvinylpirrolidone in photocatalyticozonation, 36:560
Crotamiton ozonolysis, 37:385
Crotonic Acid, ozonation, 20:403, 26:415
Crude Glycerol ozonation, 31:445
Cryptic Growth in active sludge treated with ozone,
36:451
Cryptic Growth in biological wastewater treatment,
31:247
Cryptosporidium Cysts, effect of ozonation on in Colorado
River water, 13:127
Cryptosporidium in Coquitlam water supply, 30:3
Cryptosporidium Inactivation and bromate control,
29:363
Cryptosporidium inactivation in continuous-flow
contactors, 27:487
Cryptosporidium inactivation systems design, 27:129
Cryptosporidium inactivation using full-scale reactors,
22:99
Cryptosporidium Inactivation with ozone and chlorine
dioxide, 21:477
Cryptosporidium inactivation with ozone, 22:501; 23:1,
23:15, 23:259

Cryptosporidium inactivation, CT requirements
calculations, 27:335
Cryptosporidium parvum inactivation by ozone followed
by free chlorine, 23:411
Cryptosporidium parvum inactivation with ozone in astatic mixer, 25:295
Cryptosporidium parvum, sequential disinfection of byozone and chlorine dioxide, 19:409
Cryptosporidium removal at Melbourne, FL surface water
treatment plant, 31:262
Cryptosporidium removal with ozone in BENELUX,
21:139Cryptosporidium treatment by ozone in Japan, 21:127
Cryptosporidium, inactivation and atrazine oxidation in alime softening plant, 20:177
Cryptosporidium, inactivation during disinfection andbromate formation, 26:247
Crystal Modification, of calcium carbonate during
ozonation of cooling waters, 15:47
Crystal Sugar, 41:369
Crystallinity of Kraft pulp after ozone bleaching, 25:523
Crystallization of phosphorus in ozonated sludge, 30:136
Csepel Water Treatment Plant, Budapest, Hungary,recommended ozone treatment process for, 16:29
C-Sparge impinging jet contactors, 32:99
C-Sparge Process, 30:88
CSTR (Completely Stirred Tank Reactor) ozone
contactor, kinetic modeling of; impact on bromate ion
formation, 18:87
CSTR Model for ozone bubble columns, 23:313
CT Analysis in system design for inactivation of
Cryptosporidium, 27:129
CT Approach, to Giardia cyst inactivation vs. kinetics,
13:451CT Calculations, using a static mixer ozone contactor,
16:455
CT Concept and Chick-Watson Law in drinking water
treatment, 22:227
CT Concept applied to turbine ozone contactor, 22:351
CT Concept in bromate formation, 24:293
CT Concept in inactivation of Bacillus subtilis withozone, 24:145
CT Concept, for ozone disinfection, 14:391; 14:427;
14:439CT in design of ozone contactors at Lake Washington
Surface Water Treatment Plant, 31:262
CT in disinfection, 34:243
CT in wastewater ozonation, 35:501
CT predicted b axial dispersion reactor model, 36:100
C-t Protocol in cyanogen chloride kinetics, 23:15
CT Ratio at Portland, ME Sebago Lake WTP, 19:255
CT requirements for Cryptosporidium inactivation,
27:335CT Requirements, in ozone contactors, 12:133
CT Value for ozonation of bottled water, 25:167
CT Values during Ozone Disinfection, 15:213
CT Values, at Los Angeles Aqueduct Filtration Plant, CA,
13:711

30 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
CT Values, for inactivation of Giardia cysts with ozone or
PEROXONE, 14:71
CT Values, for ozone, 10:123
Cucumber leaves, treated with electrolytically ozonatedwater, 31:10
Cucumber, infection by powdery mildew and control byozone, 24:463
Cucumbers treatment with ozone, 39:188
Cumene removal with ozone and PFOA, 24:63, 25;185
Current Limitation in ozone generators, 24:215
Cut Vegetables treated with ozone, 31:309
Cyanate Treatment, during ozonation destruction of
cyanide wastewater, 3:61
Cyanazine, Degradation By Advanced Oxidation
Processes, 17:237
Cyanazine, degradation by ozone and UV radiation,
16:213
Cyanidation for gold extraction, 33:42
Cyanidation of Gold-Silver Pyritic Minerals, 29:101,
29:307
Cyanidation, 40:284
Cyanide Destruction with ozone in the USA, 21:99
Cyanide in jewelry manufacturing effluent, 36:196
Cyanide in ozone treatment of Gold-Silver Pyritic
Minerals, 29:307
Cyanide removal in coal coking processing wastewater,
25:273
Cyanide removal with ozone and activated carbon,
37:240Cyanide Wastewater, destruction of by ozonation, 3:61
Cyanide, ozone destruction of, 7:327; 15:343
Cyanides, elimination of by ozone and biologicaltreatments, 7:85
Cyanobacteria oxidation by ozone, 20233; 23:161
Cyanobacteria removal by peroxone process, 43:527
Cyanobacteria, 45:182
Cyanogen Chloride Kinetics, 23:15
Cyanotoxins removal with ozone, 42:461
Cyanuric Acid catalytic ozonation, 38:233
Cyanuric Acid, formation during oxidation of Fluorescent
Brightener 28, 19:129
Cyclam regents in ozone treatment of lignin compounds,
21:53
Cycles of Concentration, in Cooling Towers, Predictionof Maximum, 17:71
Cycloalkenes oxidation with ozone, 28:329
Cyclodecane, in ozone oxidation of cycloalkanes tocycloalkanones, 20:91
Cyclodecanol, in ozone oxidation of cycloalkanes tocycloalkanones, 20:91
Cyclododecene oxidation with ozone, 28:329
Cyclohexane catalytic ozonation, 38:482
Cyclohexane, in ozone oxidation of cycloalkanes tocycloalkanones, 20:91
Cyclohexanedione 1,3-, kinetic regime changes during
ozonation of, 13:397; 13:421
Cyclohexanoic acid as model for oil sands water
treatment, 37:45

Cyclohexanol as oxidation produce of cyclohexane,
38:482
Cyclohexanol, in ozone oxidation of cycloalkanes tocycloalkanones, 20:91
Cyclohexanone as oxidation produce of cyclohexane,
38:482
Cyclohexanone, in ozone oxidation of cycloalkanes tocycloalkanones, 20:91
Cyclooctene oxidation with ozone, 28:329
Cyclophosphamide oxidation by ozone, 35:125
Cylindrospermopsin, 42:461
Cypermethrin, 42:469
Cysteic Acid, formation of during ozonation of cysteineand cystine in aqueous solution, 19:145
Cysteine, ozonation of in aqueous solution, 19:145
Cystine, ozonation of in aqueous solution, 19:145
Cystinedisulfoxide, formation of during ozonation ofcystine in aqueous solution, 19:145
Cysts, inactivation with ozone, 10:123
Cytarabine removal with ozone, 21:69
Cytosine, kinetics of ozonolysis of, 9:207
Cytosine, ozonation of, 13:265
Cytostatic Drugs removed by ozone, 28:353
Cytostatics treatment with ozone, 21:69
Cytotoxicity analysis of ozonated olive oil, 40:37
Cytotoxicity of Herpes Virus, 36:249
Cytotoxicity of ozonated sunflower seed oil, 39:139
Cytotoxicity, variations in during ozonation of substituted
aromatics, 2:25
Dagum Distribution, 41:473
Danckwerts Theory, in ozonation of organic compounds,
20:403Daphnia magna in water treated by ultrasonic irradiation,
33:194Daphnia magna toxicity of treated imazalil water, 33:308
Daphnia Magna, toxicity of ozonized humic and fulvic
acids to, 8:37
Daytona Beach, FL, WTP, operating experiences of,
14:501DC Negative Corona Discharge in presence of
halomethane impurities, 24:329
DDT and its Metabolites, negative impact on ozone orozone/H2O2 treatment of dicofol and tetradifon
wastewaters, 16:487
DDT contaminated soil, 36:166, 38:272
Dealkylation , n-of triazines with ozone, 25:81
Debarking byproducts and treatment with ozone, 22:575
Decamethylcyclopenstasiloxane and ozone solubility
36:110Decamethylcyclopentasiloxane (D5) as ozone-loaded
solvent, 39:343
Decanedioic Acid, in ozone oxidation of cycloalkanes tocycloalkanones, 20:91
Decay Control of citrus fruit by ozone, 32:122
Decay of ozone in water, 34:233
Decay Rate in ozone for food preservation, 39:115

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 31
Decay Rate of gas in rice grains, 37:450
Dechlorination, of Pulp Mill Effluents by Ozone, 17:419
Decolorization of azo dye, dye decolorization, 42:492
Decolorization of azo dyes, 37:420
Decolorization of brown chitooligomers, 37:489
Decolorization of dyes mixture with electron beamirradiation, 35:49
Decolorization of dyestuff waters by Fenton’s Reagent,
22:195
Decolorization of leather, 39:455
Decolorization of molasses wastewater, 27:365
Decolorization of pyrolysis wastewater by ozone, 32:349
Decolorization of reactive dyes by advanced oxidation
processes, 39:14
Decolorization of synthetic (dye) wastewater, 33:23
Decolorization of textile wastewater by catalyticozonation, 45:276
Decolorization of textile wastewaters with ozone, 22:535
Decolorization of Textile Wastewaters, with ozone in
Poland, 18:73
Decolorization of Tropaeolin O solutions with ozone andUV, 28:9
Decolorization of wastewater containing azo dyes,
27:475
Decolorization, of Combined Municipal-Industrial
Effluent by Treatment with Ozone, 17:345
Decolorization, of Drinking Water humic Acids, 17:511
Decolorization, of Pulp Mill Effluents by Ozone, 17:419
Decolorization, of synthetic dyes by ozone, 9:153
Decolorizing, of textile dye baths by ozone, 15:189
Decomposition by manganese carbonate, 40:21
Decomposition Enthalpy of oleate and ethyl elaidate
ozonides, 37:431
Decomposition Kinetics of natural organic matter withibuprofen, 35:472
Decomposition of aqueous naphthalene-1,5 disulfonicacid, 28:437
Decomposition of benzaldehyde, 35:489
Decomposition of endocrine disruption chemicals,
27:389Decomposition of ozone in water, kinetics, 5:37, 10:89,
11:59
Decomposition of Ozone, gas phase analysis by, 14:91
Decomposition of Ozone, in basic aqueous solutions,kinetics, mechanisms, and effect of carbonate ion on,
11:49
Decomposition of Ozone, in highly concentrated aqueous
solutions under semi commercial conditions, 4:45
Decomposition of Ozone, in natural waters, 14:185
Decomposition of Ozone, on α-Fe2O3, 14:277
Decontamination by electric discharge, 27:469
Decontamination of a civil facility with ozone, 23:285
Decontamination of aflatoxin, 45:503
Decontamination of rooms with ozone, 31:216
Decontamination of SARS-CoV-2 virus, 43:2
Decontamination protocols in dental applications,45:516
Decontamination with chlorine dioxide, 27:203

Decontamination, 45:305
Deep U-tube Contactor, in ozone oxidation anddisinfection design, 7:63, 14:427
Deep U-Tube ozone contacting in gold mine, 16:261
Deep U-Tube Ozone Contactors, modeling of, 15:213
Deethylatrazine, formation during ozonation of atrazine,
15:227
Deethylatrazine, formation of during treatment of atrazine
by UV/H2O2, 19:395
Deethyldeisopropylatrazine, formation of during
treatment of atrazine by UV/H2O2, 19:395
Definition of Terms, 20:433
Defrost Wastewater, 35:273
De-Gas Vessel for side-stream ozone system, 29:231
Degassing Separators in sidestream injection process,
29:297
Degradability of pharmaceuticals, 41:3
Degradation of patulin with ozone, 31:22
Degradation in apples during cold storage, 40:482
Degradation in Kraft effluent treated with ozone, 29:47
Degradation Kinetics in rotating packed bed, 44:438
Degradation Kinetics of organophosphate pesticidedegradation, 40:473
Degradation Mechanism of 1,4 Dioxane withozone/electrolysis, 29:13
Degradation Mechanism, 43:476
Degradation of 2,5-dichlorophenol by ozone and ozoneUV, 38:181
Degradation of acid black 210 by advanced oxidation,
40:372Degradation of antibiotics, 30:175
Degradation of biological macromolecules with ozone,
28:317
Degradation of bisphenol A by catalytic ozonation,
41:541
Degradation of Bisphenol-A by catalytic ozonation,
45:361
Degradation of C. I. Disperse Blue 56, 31:37
Degradation of cosmetic effluent, 41:221
Degradation of dimethyl sulfoxide by ozone, 29:391
Degradation of free fatty acids bysonication/ozone/argon, 37:93
Degradation of Micropollutants and process control,
35:168Degradation of Mycotoxins, 44:38
Degradation of N-Methyl-2-Pyrolidone with ozone,
29:177
Degradation of pesticides in natural waters using UV andH2O2, 32:329
Degradation of phenol by catalytic ozonation, 40:173
Degradation of phenol by ozonation and adsorption,
34:259Degradation Pathway for anthraquinone ozonation,
39:219Degradation Pathway in Cresol, p- catalytic ozonation,
43:507
Degradation Pathways in ozonation of benzophenone-2,
40:122

32 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
Degradation Products in ozonation of pharmaceuticalcompounds, 32:305
Degradation, kinetics for treatment of Kraft effluent,
26:317Dehydroabietic Acid oxidation by ozone, 24:83, 27:397
Dehydro-di-isoeugenol, reactivity with ozone, 21:53
Deinking, 43:228
Deisopropylatrazine, formation during ozonation ofatrazine, 15:227
Deisopropylatrazine, formation of during treatment ofatrazine by UV/H2O2, 19:395
Delayed Chick-Watson Model in MS2 inactivation,
36:86
Delignification of Kraft Pulp, 25:523
Demanganization, of drinking waters in Belgium withozone, 7:327
Demetalization by Ozone or Advanced Oxidation, 17:149
Denaturation of biological macromolecules with ozone,
28:317
Denim bleaching, 38:175
Denim color fading ozonation 40:377
Denim fading, 38:395
Denim washing and color fading, of jeans, 43:276
Denitrification at South Caboolture Water Reclamation
Plant, 25:107
Denitrification in moving-bed biofilm system fortreatment of landfill leachate, 32:313
Denitrification, 41:105
Density Functional Theory calculations for bromideoxidation, 30:339
Density of ozonized sunflower oil, 34:293
Dental Applications – root canal infections, 36:264
Dental Applications with ozone and flowable copomer
restorative material 27:219
Dental Applications, 36:206, 37:555, 37:563; 41.92;
41:242; 41:571; 42:565; 43:263; 44:317
Dental Caries reduced by ozone treatment, 37:563
Dental Medicine, use of ozone, 7:259; 14:165
Dental Ozonated Water Configurations in dentistry,
44:486
Dental Surgery, ozone in – current status and prospects,
19:387
Dental Trauma, 34:484
Dental Treatment Units and ozone in water heater,
21:629Dental Treatment Units using ozonated water,
19:527,22:441, 23:255, 24;479
Dental Treatment Units, and ozone present in dentalroom air, 20:251
Dental Unit Water Systems, 31:436
Dental Unit Waterlines, 42:54
Dentin, 45:89
Dentistry, 33:417; 44:217; 45:387
Denture Bases and ozone treatment, 42:43
Denver, CO, treatment of wastewater for reuse by ozone
and biological activated, 21:99
Deodorization accomplished by small ozone generator,
24:215

Deodorization, comparison of the action of chlorine andozone on odors from the rendering of carcasses, 2:261
Deodorization, of gases by ozone, 13:331
Depletion Factor in malefic acid ozonation, 25:13
Depuration in degradation of azoxystrobin by ozone
fumigation, 37:479
Depuration, bacterial, of the Mexican scallop, Argopecten
circularis, with ozone or chlorine, 4:121
Depuration, Shellfish, seawater ozonization, 1:147
Dermatological Gel from ozonated sunflower seed oil,
39:139Desethylatrazine, Byproduct of Ozonation of Atrazine
Pesticides in Water, 17:673
Design and Operation, of ozone disinfection facilities formunicipal wastewater treatment, 6:87
Design Considerations, ozone feed gas alternatives,
14:13; 14:276
Design Guidelines for contacting of high concentrationozone in drinking water treatment plants, 15:245
Design Model, for calculating bubble diffuser contactor
ozone transfer efficiency, 10:173
Design of Experiments for parabens removal from water,
39:233
Designer's Role in Ozone Water Treatment, 10:55
Destabilization of coronavirus, 42:478
Destabilization, influence of ozone treatment prior toflocculation processes, 5:21
Destruction Mechanisms in radiation chemistry, 30:58
Destruction of Ozone in off-gases, by thermal catalytic
method, 2:367
Detection Limit of ozone concentration measurement,
38:352
Detergents Decomposition by advanced oxidation,
33:301
Detergents, Degradation of by Ozonation in a Combined
Municipal-Industrial Wastewater, 17:345
Detergents, ozone oxidation of, 13:639
Determination of effect of ozonated water on olives,
39:91
Detoxification of Jatropha Seedcake with ozonation andsolar irradiation, 37:29
Detroit River Water treated with ozone, 28:415
Detroit River, 34:325
Developing Countries, recent developments in the role ofozone in water purification and its implications in, 2:241
Dewaterability of sludge treated with ozone, 25:73
Dewaterability, 42:3
Dewatering of sludge by ozonation, 32:252
DFT Calculation in ozonation of nitrite ion, 32:430
DFT Calculation in reaction with bisulfide, 33:37
Diabetic Foot, 34:438
Diacetylfluorescein, 3',6'-, to determine damages tomicroorganism cell membranes and loss of metabolic
activity upon ozonation, vital-fluorochromization of
microorganisms, 18:173
Diagnostic Ratios in soil ozonation, 35:366
Diamond Electrode in electrolytic ozone generator,
33:114

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 33
Diatom removal assisted by pre-ozonation, 33:66
Diatomaceous Earth Filtration, following ozonation in
New York City, 15:131
Diazinon, Destruction of in Drinking Water by Ozone andOzone/Hydrogen Peroxide, 17:673
Dibromochloromethane, oxidation of by ozone/UV
radiation, 9:391
Dibromochloromethane, ozone destruction of in distilled
and drinking water, 9:265
Dicamba, Destruction of in Drinking Water by Ozone andOzone/Hydrogen Peroxide, 17:673
Dicarboxylic Acids, formed during ozone or ozone/H2O2

treatment of dicofol and tetradifon wastewaters, 16:487
Dicentrarchus labrax, 41:105
Dichloroacetic Acid, reduction in levels after ozonation,
10:153
Dichloroacetonitrile, ozone destruction of in distilled anddrinking water, 9:265
Dichlorobenzene, o-, m-, p-, ozone destruction of in
distilled and drinking water, 9:265
Dichlorobenzene, partial or complete removal of from
dicofol and tetradifon wastewaters during ozone orozone/H2O2 treatment, 16:487

Dichlorobromomethane, ozone destruction of in distilled
and drinking water, 9:265
Dichloroethane 1,-2, oxidation of, 14:197
Dichloroethane, 1,1-, ozone destruction of in distilled anddrinking water, 9:265
Dichloroethane, 1,2-, ozone destruction of in distilled anddrinking water, 9:265
Dichloroethane, 1,2-as model substrate in UV-enhanced
ozonation of organic compounds, 8:339
Dichloroethylene, 1,1- (also cis- and trans-), ozone
destruction of in distilled and drinking water, 9:265
Dichloromaleic Acid ozonation, 31:301
Dichloromethylisothizolone (DCMI) treatment withozone, 33:31
Dichlorophenol 2,4-, Nitration of During Ozonation in
Water, 17:627
Dichlorophenol 2,4-, preozonation of in wastewater for
subsequent biological treatment, 16:13
Dichlorophenol 2,4-, treatment of solutions with ozone,
8:247, 20:259; 20:283
Dichlorophenol 2,6-, preozonation of in wastewater for
subsequent biological treatment, 16:13
Dichlorophenol 3,5-, kinetics of ozonolysis of, 9:207
Dichlorophenol degradation by catalytic ozonation,
38:14
Dichlorophenol degradation by ozone and ozone-UV,
38:181
Dichlorophenol, 2,4 degradation by ozone, 27:381
Dichlorophenol, 2,4-, decomposition in aqueous solution
by a UV/O3 process, 18:443
Dichlorophenol, 2,4-, degradation of by advanced
oxidation, 19:75
Dichlorophenol, 2,4-removal by activated carbon, Zeolite
and ozone, 32:391
Dichlorophenol, 3,4-, kinetics of ozonolysis of, 9:207

Dichlorophenols ozonation, 24:123
Dichlorophenoxyacetic Acid, 2,4-. removal byozone/gamma process, 33:50
2,4-D (2,4-Dichlorophenoxyacetic acid) degradation byozone and UV light, 16:235
2,4-D and Its Chlorine and Ozone By-Products, nongenotoxic effects of on gap functional intercellularcommunication, 19:351
2,4-D, degradation by ozone, 14:283
2,4-D, Destruction of in Drinking Water by Ozone andOzone/Hydrogen Peroxide, 17:673
Dichloropropene, 1,1-, oxidation of, 14:197
Diclofenac oxidation by ozone, 28:85; 32:91, 32:230;
43:136; 44:157
Diclofenac ozonation modeling, 32:424
Diclofenac removal with advanced oxidation, 34:3
Dicofol Pesticide Wastewaters, ozone and ozone/H2O2
treatment of, 16:487
Dicofol, 42:469
Dielectric Barrier Discharge (DBD) in Japan, 33:93
Dielectric Barrier Discharge (DBD), 41:332
Dielectric Barrier Discharge and effect of SF6, 32:444
Dielectric Barrier Discharge efficiency, 28:119
Dielectric Barrier Discharge for ozone generation,
28:207
Dielectric Barrier Discharge in a high frequency
generator, 24:321
Dielectric Barrier Discharge in air with inert gas,
36:526
Dielectric Barrier discharge in humid oxygen, 23:467
Dielectric Barrier Discharge in oxygen and air fed
systems, 27:59
Dielectric Barrier Discharge in packed bed reactors,
28:111
Dielectric Barrier Discharge in presence of nitrogen,
40:313
Dielectric Barrier Discharge optimization, 37:221
Dielectric Barrier Discharge Reactor with catalyticozonation, 38:156
Dielectric Barrier Discharge with argon-oxygen
mixtures, 35:134
Dielectric Barrier Discharge with needle plate DBD
generator, 44:384
Dielectric Barrier Discharge with ultrasonic irradiation,
33:483
Dielectric Barrier Discharge, 34:378; 35:22; 35:448,
40:228, 40:294
Dielectric Barrier Discharge, 41:69
Dielectric Barrier Discharge, modeling, 26:551
Dielectric Barrier discharges and nitric oxides
formation, 43:284
Dielectric Barrier Discharges, ozone generation via,
19:241; 29:107
Dielectric Materials for ozone generation in Poland,
21:177
Dielectric Packing effect on ozone synthesis fromoxygen-nitrogen mixtures, 25:63
Diesel Particulate Filter, in diesel emission exhaust,

34 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
37:518
Diesel-Contaminated Soil treatment with ozone, 28:37
Diethyl Phthalate ozonation, 32:238
Diethylphthalate, ozonation of in aqueous solution, 5:151
Differential Optical Absorption Spectroscopy, 38:352
Differential Pressure Flowmeters, 22:1
Differential Pressure Method (Isothermal), for ozone
analysis, 10:337
Differential Turbidity for control of iron and manganeseremoval, 32:286
Diffuser Pipe Diffusion Plate, 41:312
Diffuser Type Contactor for ozone treatment of dyestuff
solutions, 34:196
Diffusion Coefficient of ozone in a cylindrical tube,
33:106
Diffusion Coefficient, of ozone to chamber wall, 26:487
Diffusion Contactors, design engineering aspects of,
14:487
Digested Sludge treated with ozone, 39:148
Dihydrogen Sulfide reaction with ozone, 33:37
Dihydroquinone formation decomposition with ozone,
VUV and TiO2/UV, 24:49
Dihydroxy-5-methoxybenzaldehyde, 3,4-, Byproduct ofOzonation of Coniferyl Alcohol and/or Ferulic Acid in
Water, 17:687
Dihydroxyfumaric Acid as oxidation product of catalyticozonation of dichlorophenol, 38:14
Dikegulac, Destruction of in Drinking Water by Ozone
and Ozone/Hydrogen Peroxide, 17:673
Dimensional Analysis in wire-to-plate corona discharge,
35:31
Dimer cleavage by ozone, 23:139
Dimethoate, Destruction of in Drinking Water by Ozone
and Ozone/Hydrogen Peroxide, 17:673
Dimethyl Sulfoxide (DMSO) oxidation with ozone,
29:391
Dimethylphenol, 2,3-, Destruction by Ozone andAdvanced Oxidation, 17:527
Dimethylphenols, 2,5- and 2,6-, Destruction by Ozone
and Advanced Oxidation, 17:527
Dimethyphenol, 2,4-removal by combined ozonation,
36:221
Dinan (France) Water Treatment Plant, ozone +flotation in, 15:465
Dinitrogen Pentoxide and Nitrous Oxide, determinationin the output of air-fed
ozone generators of high power
density, 9:195
Dinitrogen Pentoxide, formation of during ozone
generation, 10:241
Dinitrotoluene Wastewater treated by Fenton-likeprocess, 38:225
Dinitrotrophenylhydrazine derivitization for
disinfection byproducts analysis, 22:653
Diode Laser for dental cavity disinfection, 36:206
Dioxane, 1, 4-removal by ozone and ultrasound, 39:244
Dioxane, 1,4- removal by ozone AOP, 39:424; 43:520
Dioxane, 1,4- treatment in groundwater, 38:413
Dioxane, 1,4-removal, 33:396; by advanced oxidation,

35:331
Dioxane, 1,4-treated with IX-UF and UV/H2O2, 32:383
Dioxane, 1-4, 528
Dioxane. 1,4 -removal with ozone and electrolysis, 29:13
Dipolar Addition of Ozone,1,3-, to unsaturated fatty
acids, 11:143
Direct Arsenic (III) Method, for measurement of residualozone, 5:203
Direct Blue 1, ozonation of, 11:391
Direct Blue 80 (Copper), Destruction by Ozone andAdvanced Oxidation, 17:149
Direct Current Corona Discharge, generation of ozone
by, 8:107
Direct Filtration after ozonation, 24:239
Direct Filtration Process, in ozone drinking water
treatment, 12:355
Direct Ozone Reactions, selectivity and rate of oxidationof solutes in water, 1:73
Direct Viable Count Methodology, with ozonation in
drinking water treatment, 12:1
Direct Yellow 27, ozonation of, 11:391
Discharge Analysis method applied to rotating electrodeozonizer, 22:563
Discharge Arrangements, 28:119
Discharge Development in oxygen and air fed surface
discharge arrangements, 27:59
Discharge Dynamics of ozone generation in coplanar
discharge, 25:431
Discharge effect in ozone production with inert gases as
catalysts, 22:53
Discharge Gap Width, effect on ozone generation, 12:255
Discharge inside Bubbles in Water, 24:471
Discharge Mode in coaxial cylinder pulse streamer
corona discharge reactors, 25:127
Discharge Parameters with needle plate DBD generator,
44:384
Discharge Phenomena, parasitic, in ozonizers filled withglass dielectric tubes, and their elimination, 6:123
Discharge Physics, and reaction mechanisms, of ozone
generation, 10:351
Discharge Power in dielectric barrier discharge, 35:448
Discharge Simulation of ozone production in coplanar
discharge, 25:431
Discoloration of landfill leachate treated with activatedcarbon and ozone, 35:55
Discolysis, 34:461
Discoradicular Conflict 34:461
Discorea, 36:435; 42:89
Discrete-Bubble Model in ozone bubble column, 39:44
Disease Control with electrolytically ozonated water,
31:10
Disinfectant for chicken eggshell, 44:407
Disinfectant for COVID-19, 43:21
Disinfectant in restoration of dental cavities, 41:175
Disinfectant, 7:275
Disinfectants for drinking water, 42:120
Disinfectants for Salmonella, 44:363
Disinfection with monochloramine, 34:243

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 35
Disinfection and process control, 35:168
Disinfection by ozone of water in water heater in dental
chairs, 21:629
Disinfection By-Product Formation in ozonation ofnatural organic matter, 30:321
Disinfection Byproduct Formation Potential (DBPFP)in ozonation of model compounds, 24:357
Disinfection Byproducts analysis by DNPH
derivitization, 22:653
Disinfection Byproducts Analysis, 22:551
Disinfection By-Products and NDMA formation, 36:215
Disinfection By-Products and trihalomethane formation,
30:356
Disinfection Byproducts Control, evaluation ofozone/BAC for, 15:95
Disinfection Byproducts for NOM removal by advanced
oxidation, 33:267
Disinfection Byproducts formation by pre- andintermediate ozonation, 25>453
Disinfection By-Products formation in ozonation of highbromide water, 27:19
Disinfection Byproducts Formation in ozone treatedwastewater, 22:151
Disinfection Byproducts formation in processes using
chlorine dioxide, 22:215
Disinfection By-products Formation Potential,
reduction by ozonation processes, 26:153
Disinfection Byproducts Formation, in ozonation ofamino acids, 20:381
Disinfection Byproducts in advanced oxidation
processes, 33:136
Disinfection Byproducts in drinking water treatment
with ozone/chlorine dioxide, 21:433
Disinfection Byproducts in drinking water treatment,
21:465
Disinfection Byproducts in humic acid oxidation, 40:93
Disinfection Byproducts in ozone treatment of natural
waters, 20:361, 21:239
Disinfection By-products in ozone-BAC drinking water
plant, 37:257
Disinfection Byproducts in treatment of coloredgroundwater by ozone and pressurized biologically-active
filtration, 23:393
Disinfection Byproducts in treatment of natural water,
34:213Disinfection By-Products in treatment of Seoul, Korea
drinking water, 27:69
Disinfection Byproducts in two Paris water treatment
plants, 23:229
Disinfection Byproducts of Coquitlam water supply,
30:3
Disinfection By-Products of Pesticides, non-genotoxic
effects of on gap junctional intercellular communication,
19:351Disinfection Byproducts removal by biological filtration,
22:393Disinfection Byproducts, from ozonation at Los Angeles,
CA, 13:711

Disinfection Byproducts, of ozonation/post-chlorinationof drinking water, 14:51
Disinfection Byproducts, Organohalogen, effects ofbromide on formation of during ozonation, 18:349
Disinfection Byproducts, Precursors of, 17:449
Disinfection calculations for Cryptosporidium
inactivation, 27:335
Disinfection Capacity affected by anion exchange,
35:283Disinfection Design Approach by computational fluid
dynamics, 29:449
Disinfection Design Parameters, 12:157;
Disinfection Design, principles of ozone oxidation and,
7:63
Disinfection device, 45:111
Disinfection Efficacy of removal of biofilms by ozone
water, 31:3
Disinfection Efficacy, 41:146
Disinfection efficiency of ozone, 39:408
Disinfection in Class V Composite Restorations, 41:92
Disinfection in dentistry by ozonated water/ultrasound,
37:84
Disinfection in ozone contactors, 30:49
Disinfection in presence of Tribolium castaneum, 45:488;
45.547
Disinfection in recirculating aquaculture systems, 33:345
Disinfection Kinetics, effects of ozone concentration andtemperature on, 10:123
Disinfection Kinetics, in bactericidal effects of highairborne ozone concentrations on Escherichia coli andStaphylococcus aureus, 20:205
Disinfection Monitoring in ozone dissolution systems,
22:329Disinfection of ballast water, 34:174, 40:399
Disinfection of colonoscope, 45:419
Disinfection of cooling water with UV and hydrogen
peroxide, 36:440
Disinfection of COVID-19, 43:296, 43:306
Disinfection of Cryptosporidium Parvun, 44:426
Disinfection of dental unit waterlines, 42:54
Disinfection of dental water, 33:417
Disinfection of Drinking Water and bromate removal,
41:118Disinfection of drinking water by UV light, 30:70
Disinfection of drinking water containing
Cryptosporidium, 23:259
Disinfection of drinking water with ozone and chlorine
dioxide, 21:477
Disinfection of drinking water, 13:623, 14:1; 14:439,
21:433Disinfection of Dutch drinking water, 29:273
Disinfection of egg surfaces, 33:374
Disinfection of gastrointestinal endoscopes, 38:346
Disinfection of greenhouse effluents with ozone, 23:385
Disinfection of high bromide water, 27:19
Disinfection of human amniotic membrane, 45:28
Disinfection of human hands, 536
Disinfection of irrigation water, 41:398

36 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
Disinfection of malting barley with ozone, 38:115
Disinfection of municipal wastewater for reuse inagriculture, 22:151
Disinfection of natural waters using UV and H2O2, 32:329
Disinfection of Natural Waters, and ozone decay, 20:361
Disinfection of ozonized sunflower oil, 31:232
Disinfection of papaya treated with ozone, 34:151
Disinfection of Paşakӧy wastewater treatment plant
effluent, 32:209
Disinfection of poultry processing wastewater, 23:53
Disinfection of Salmonella, 44:363
Disinfection of SARS-CoV-2 virus with ozone, 43:2
Disinfection of seawater with UV and ozone, 35:63
Disinfection of sludge with ozone, 30:238
Disinfection of Streptococcus Mutans. 43:263
Disinfection of sugarcane seeds, 43: 451
Disinfection of swimming pool water, 37:456
Disinfection of Swiss drinking water and formation ofbromate, 25:159
Disinfection of synthetic treated urban wastewater, 37:467
Disinfection of textile materials, 45:232
Disinfection of UASB effluent, 29:485
Disinfection of wastewater containing pharmaceuticals,
30:387
Disinfection of wastewater with ozone and kinetics
modeling, 22:113
Disinfection of wastewater, 35:501; 41:108
Disinfection of water containing Bacillus subtilis spores,
28:335
Disinfection of water for dental treatment units, 22:441
Disinfection of waters containing cryptosporidium andatrazine 20:177
Disinfection Performance, for treatment of Bacillus
subtilis with ozone, 26:207
Disinfection systems design for inactivation of
Cryptosporidium, 27:129
Disinfection with chlorine dioxide, 27:203
Disinfection with ozonated water, 45:410
Disinfection with ozone and membrane contactors,
27:209Disinfection with ozone and ultrasound, 36:138
Disinfection with ozone at Lake Washington Surface
Water Treatment Plant, 31:262
Disinfection with ozone in BENELUX, 21:139
Disinfection with ozone in proposed membrane facility,
29:281Disinfection with ozone in the food processing industry,
29:113Disinfection with ozone in the USA, 21:99
Disinfection with Ozone, and "CT" values, 15:213
Disinfection with Ozone, use of MS2 coliphage assurrogate, 15:279
Disinfection, 44:148
Disinfection, by ozone in municipal wastewater, 13:179
Disinfection, by ozone in U. S. municipal wastewater
plants, 32:43
Disinfection, by ozone of E. coli, effects of mixing on,
13:593Disinfection, by ozone of sewage in a static mixer
contactor, 13:313
Disinfection, by ozone, 8:187; 8:261; 12:157; 12:393;
12:423Disinfection, design and efficiency of ozone contactors
for, 14:391
Disinfection, inactivation of Escherichia coli andStaphylococcus aureus in airborne systems, 20:205
Disinfection, of ballast water with ozone, 26:389
Disinfection, of biologically treated wastewater withozone, 9:63
Disinfection, of dental treatment units with ozone, 19:387;
19:327
Disinfection, of dilute, low-temperature wastewater usingozone, 1:91
Disinfection, of drinking water with ozone in Belgium,
7:327
Disinfection, of drinking water, combined application ofozone and chlorine or chloramine to reduce production ofchlorinated organics in, 5:79
Disinfection, of fish hatchery waters, 2:203
Disinfection, of Giardia muris with ozone andozone/H2O2, 16:67

Disinfection, of household wastewater, optimizing withozone, 3:19
Disinfection, of municipal wastewater with ozone, 1:281;
6:87
Disinfection, of municipal wastewater with ozone, stateof-the-art, 3:239
Disinfection, of municipal wastewater, ozone for highlevel, 3:3
Disinfection, of seawater containing the potential shrimp
pathogens Vibrio Sp. and Fusarium Solani, preliminary
results of, 1:329
Disinfection, of seawater effluent from a shellfish
quarantine unit, preliminary tests of an ozone system for,
2:5
Disinfection, of surface water with ozone at Purton Water
Works (U.K.), 18:57
Disinfection, of surface waters by ozone and
PEROXONE, 14:71
Disinfection, of swimming pools and hot whirlpools,
12:393Disinfection, of swine manure slurry via ozonation, 20:35
Disinfection, ozone and wastewater treatment; importanceof interface action, 2:139
Disinfection, steady state, of water by ozone andsonozone, 2:13
Disinfection, wastewater, elimination of fecal bacteria andenteric viruses by ozone, 4:91
Disinfection, wastewater, optimizing operational controlof ozone, 4:131
Disinfection, wastewater, with ozone, 10:173
Disinfection, with ozone at Wiggins Water Works,
Durban, South Africa, 16:247
Disinfection, with ozone in Budapest Waterworks pilot
plant, 16:29
Disintegration of hazardous biosludge with ozone,

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 37
34:334
Disperse Blue 56 dye ozonation, 31:294
Disperse Dye and PET fibers, 35:196
Disperse Dye, 35:196
Dispersion Coefficient for ozone self-decomposition in asemi-batch bubble column reactor, 27:409
Dispersion Coefficient in in-line multi-jets contactor,
33:449Dispersion, in ozone contactors, 12:133
Dissipation of ozone in fumigation, 37:479
Dissolution Rate of nitrogen oxides, 43:284
Dissolved Organic Carbon (DOC) decrease during
ozonation of C.I. Reactive Yellow 3, 27:273
Dissolved Organic Carbon (DOC) of ozone treateddyestuff solutions, 34:196
Dissolved Organic Carbon (DOC) removed byozonation of dyestuffs, 28:141
Dissolved Organic Carbon in humic acid ozonation,
32:435
Dissolved Organic Carbon of dyeing wastewater,
30:439Dissolved Organic Carbon removal affected by MIEX®
resin, 27:371
Dissolved Organic Matter and treatment with ozone
23:351
Dissolved Organic Matter during ozonation ofwastewater, 32:323
Dissolved Organic Matter effect on ozone
decomposition model, 35:338
Dissolved Organic Matter in ozonation of a lake water,
38:100
Dissolved Organic Matter in textile effluents, 35:7
Dissolved Organic Matter in UF-membrane flux, 35:208
Dissolved organic matter, 44:208
Dissolved Oxygen in methyl orange ozonation, 36:244
Dissolved Oxygen in water treated by ultrasonicirradiation, 33:194
Dissolved Oxygen, effects on GAC adsorption
characteristics in water, 19:1
Dissolved Ozone Concentration during formation ofbromate ion, 29:3
Dissolved Ozone Concentration in control ofnematodes. 42:371
Dissolved Ozone Concentration in ozonated nutrient
solution, 42:286
Dissolved Ozone Concentration in ozone treatment offruit-vegetable seedlings, 33:179
Dissolved Ozone Concentration in promotion ofadventitious roots in Chrysanthemum, 31:15
Dissolved Ozone Concentration, in bromate ion
formation in a continuous flow reactor, 26:573
Dissolved Ozone Concentration, in ozone-treated spraywater, 26:511
Dissolved Ozone Consumption, effects of backgroundorganic matter, pH, and carbonate species on in natural
waters, 10:277
Dissolved Ozone decay, 29:379
Dissolved Ozone Measurement, 20:433

Dissolved Ozone, effects on GAC performance in drinking
water, 19:1
Distillery Wastewater Ozonation, kinetics of, 14:303
Distillery Wastewater, 41:551
Distillery Wastewaters, Ozonation of, 17:355; 17:379;
Distribution System effects on ozone treatment, 25:473
Distribution system formation of TTHM, 33:14
Distribution Systems for drinking water, 21:465
Distribution Systems, Effect of Ozone on Water Quality
In, 17:283
Distribution Systems, effects on easily assimilable carbon
in drinking water, 11:297
Distribution, Granulometric, of materials in suspension,
impact of preozonation on, 7:107
Disulfonicacid,
4,4'-Bis{[4-anilino-6-bis(2hydroxyethyl)amino-1,3,5-triazin-2-yl]amino}stilbene2,2'- (Fluorescent Brightener 28) destruction by ozone andozone advanced oxidation, 19:129
Dithiodiglycolic Acid, formation of during ozonation of
thioglycolic acid in aqueous solution, 19:145
Diuron removal in presence of humic and fulvic acids,
25:399Diuron Treatment with ozone/GAC at 11 Anglian Water(U.K.) surface water treatment plants, 18:19
Diuron, Destruction of in Drinking Water by Ozone andOzone/Hydrogen Peroxide, 17:673
Diuron, ozone degradation of, 15:457
DNA degradation with ozone, 28:317
DNAPL treatment with perozone, 32:130
Dobson ozone trend, 33:489
DOC (Dissolved Organic Carbon), influence ofpreozonation on activated carbon adsorption equilibriumof, 8:277
DOC influencing decomposition of ozone in wastewater,
28:247
DOC of ozone treated dyeing wastewater, 29:139
DOC removal in dyeing wastewater, 28:199
Dog ticks, 40:183
DOM effect on hydroxyl radical ozone ratios, 22:123
DOM influencing decomposition of ozone in wastewater,
28:247
Domestic Wastewater ozonation, 23:219
Domestic Wastewater, improvement of primary
sedimentation by ozonation, 21:605
Domestication of Cactacae family, 39:104
Dominant Oxidant Pathway in semiconductor
processing with ozone, 25:445
Dordrecht, the Netherlands, drinking water treatment
plant design, 9:93
Dormancy alleviation of wild and domesticated Opuntia
Cactaceae, 39:104
Dose for ozone therapy 34:408
Dose-Response Model to predict effect of bromate ion insimulated gastric juices, 28:165
Dose-Response Relationships, in ozone disinfection,
12:157
Double Bonds Analyzer used with ozone, 25:145
Double Layer of phospholipids in coronavirus, 42:478

38 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
Double Weibull Model for B. cereus inactivation withozone, 38:124
Doubling Time in aerobic sludge digestion, 36:57
Downflow Bubble Contactor, ozone and oxygen
absorption in, 9:217
Downflow UV/O3 Reactor for destruction of toxic
organics, 21:539
Downstream Static Mixer, for ozone treatment of lakewater, 26:227
DPD Colorimetric Method, to measure bromate
formation during ozonation in presence of ammonia,
26:267
DPD Method, for measurement of residual ozone, 5:203;
10:337
Draft Tube Reactor for ozone reactions, 21:277
Dried Chili ozone fumigation, 40:473
Drilling Wastewater, treatment with ozone, 26:309
Drinking Water and bromate formation, 35:465
Drinking Water and distilled water, ozone destruction ofvolatile organic contaminants in, 9:265
Drinking Water bromate control, 35:438
Drinking Water bromate control, 37:127
Drinking Water containing clostridium perfringens,
30:431
Drinking Water containing endocrine disruptors andpharmaceuticals treated with ozone, 28:445
Drinking Water containing humic and fulvic acids,
25:399Drinking Water containing natural organic matter,
30:321
Drinking Water containing pharmaceuticals treated withozone, 28:415
Drinking Water contamination by pharmaceuticals,
35:249Drinking Water Disinfection by UV irradiation, 30:43
Drinking Water disinfection efficiency, 39:408
Drinking Water Disinfection with ozone and chlorine
dioxide, 21:433
Drinking Water disinfection, 42:120
Drinking Water Disinfection, 7:63
Drinking Water Disinfection, combined application ofozone and chlorine or chloramine to reduce production ofchlorinated organics in, 5:79
Drinking Water Distribution Systems, influence oftemperature on bacterial regrowth in, 7:205
Drinking Water Distribution Systems, remobilization ofpolynuclear aromatic hydro-carbons from coal tar linings
in, 18:517
Drinking Water in Hanshin Water Supply Authority,
39:398Drinking Water in Switzerland and presence of bromate,
25:159Drinking Water in Tokyo, 41:312
Drinking Water Mains disinfection, 34:243
Drinking Water ozonation in a confined plunging liquid
jet contactor, 25:1
Drinking Water ozonation with biofiltration, 37:227
Drinking
Water
Ozonation,
improvementin

effectiveness through the use of hydrogen peroxide, 7:241
Drinking Water plant modeling, 34:280
Drinking Water Plants, operating experiences of, 14:501
Drinking Water, pilot plant studies in Finland, 16:367
Drinking Water prediction of bromate formation, 29:353
Drinking Water purification in developing countries,
recent developments and the role of ozone in, 2:241
Drinking Water Quality affected by anion exchange,
35:283
Drinking Water sand filter improvement by preozonation, 33:66
Drinking Water Treatment and bacteria survival, 22:65
Drinking Water Treatment and bromate formation
factors, 22:267
Drinking Water Treatment and contactor design,
23:369Drinking Water Treatment and Cryptosporidium
inactivation, 22:99
Drinking Water treatment and formaldehyde formation
during ozonation, 25:41
Drinking water Treatment and humic acid removal,
40:321
Drinking Water Treatment and inactivation of
Cryptosporidium, 23:259
Drinking Water treatment and microorganism
inactivation with ozone, 21:293
Drinking Water Treatment and natural organic matter,
36:73
Drinking Water Treatment and oxidation of
micropollutants, 21:207
Drinking Water Treatment and ozonation of alicyclic
amines, 21:23
Drinking Water Treatment and ozone dissolution
systems. 22:329
Drinking Water Treatment and ozone oxidation withmetal oxide catalysts, 25:25
Drinking Water Treatment and ozone-induced changes
in NOM structure, 21:551
Drinking Water Treatment and pesticides, 27:83,
27:173
Drinking Water Treatment and removal of humic acids,
23:41
Drinking Water Treatment and salicylic acid andpeptides removal, 21:261
Drinking Water Treatment and the Rct concept, 21:239
Drinking Water treatment at Sebago Lake, Portland,
Maine, USA, start-up and optimization, 19:255
Drinking Water Treatment by ozonation followed byslow sand filtration for the removal of humic color, an experimental study of, 6:3
Drinking Water treatment by ozone in Huron riverwater, 23:105
Drinking Water treatment by UV light, 30:70
Drinking Water Treatment containing Cinnamic Acid,
23:177
Drinking Water Treatment containing gasoline
compounds, 27:301
Drinking Water Treatment containing gram positive

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 39
bacteria and yeast, 23:183
Drinking Water Treatment for NOM removal, 33:267
Drinking Water Treatment in Florence, Italy, influenceof H2O2 in ozonation treatment of, 18:117
Drinking Water Treatment in London and Oxford, UK,
25:409Drinking Water Treatment in Montreal, Canada, 15
years experience, 18:299
Drinking Water treatment in presence of adsorbableorganic halides, 38:452
Drinking Water Treatment in presence of PFOA, 24:63
Drinking Water Treatment of water containing
dissolved manganese, 23:149
Drinking Water Treatment of water containing
Microcystin-LR by ozone, 23:161
Drinking Water Treatment Plants using multiple stage
ozonation, cellular toxicity and mutagenicity assays fromon-site sampling in, 9:179
Drinking Water Treatment Plants, Optimization of
Ozone for in Switzerland, 17:1
Drinking Water Treatment preozonation, 29:317
Drinking Water Treatment under Chick-Watson Law
and CT concept, 22:227
Drinking Water Treatment using ozone and granular
activated carbon, 28:237
Drinking Water Treatment using ozone for Atrazine
removal, 21:39
Drinking Water Treatment using photocatalysis, 27:311
Drinking Water Treatment via catalytic ozonation with
Co(II), 25:261
Drinking Water Treatment with advanced oxidation
processes, 22:305
Drinking Water treatment with advanced oxidation,
32:217, 32:295
Drinking Water treatment with nano-metal oxides,
36:549Drinking Water Treatment with ozonation in presenceof titanium dioxide catalyst, 22:447
Drinking Water Treatment with ozone and byproductformation/removal, 21:79
Drinking Water Treatment with ozone and chlorine
dioxide, 21:465
Drinking Water Treatment with ozone and membrane
contactors, 27:209
Drinking Water Treatment with ozone and PFOA,
25:185
Drinking Water treatment with ozone in Canada, 21:119
Drinking Water Treatment with ozone in coloredupland water, 21:615
Drinking Water Treatment with ozone in Germany,
21:163
Drinking Water Treatment with ozone in Japan,
10:309, 13:623, 21:127
Drinking Water Treatment with ozone in Poland,
21:177
Drinking Water Treatment with ozone in presence ofbicarbonate, 25:285
Drinking Water Treatment with ozone in Switzerland,

21:187
Drinking Water Treatment with ozone in the United
Kingdom, 15;515, 21:201
Drinking Water Treatment with ozone in the USA,
21:99
Drinking Water Treatment with ozone, 8:49; 8:77;
8:151; 8:217; 8:235; 8:261;
Drinking Water Treatment with Ozone, formation ofchloropicrin in, 10:241
Drinking Water Treatment with ozone, microbial
growth, 20:303
Drinking Water Treatment with plunging liquid jet
contactor, 28:131
Drinking Water Treatment, application of ozonation
schemes of organophosphorus pesticides in, 6:207
Drinking Water Treatment, at Budapest, and Debrecen,
Hungary, 13:479
Drinking Water Treatment, at Los Angeles, CA, "TheBig Switch", 13:711
Drinking Water Treatment, at Monroe, MI, costs ofozonation, 13:161
Drinking Water Treatment, by multiple stage ozonation,
9:37
Drinking Water Treatment, by ozone, 9:93; 12:157;
12:217; 12:231; 12:355
Drinking Water Treatment, criteria for selection forozone generation for, 18:57
Drinking Water Treatment, effects on coagulation ofozone. oxalic acid, and organic matter molecular weight,
18:311
Drinking Water Treatment, efficiency of manganeseoxidation by ozone in, 15:331
Drinking Water Treatment, in New York City withozone/DE filtration, 15:131
Drinking Water Treatment, in Paris, France Suburbs,
costs of, 13:607
Drinking Water Treatment, influence of preozonation on
clarification by flotation for, 5:3
Drinking Water Treatment, modeling of ozone treatmentof, 15:149
Drinking Water Treatment, mutagenicity testing after
ozone treatment, 11:245
Drinking Water Treatment, ozonation design
considerations, 9:109; 9:125
Drinking Water Treatment, ozonation withultrafiltration, 22:637
Drinking Water Treatment, ozone application for, in the
United Kingdom, 7:11
Drinking Water Treatment, ozone case history at
Potsdam, NY, 5:51
Drinking Water Treatment, ozone decay kinetics innatural waters, 20:361
Drinking Water Treatment, ozone flocculation effects in,
16:55
Drinking Water Treatment, ozone vs. chlorine, 22:249
Drinking Water Treatment, threshold levels for bromate
ion formation in, 19:323
Drinking Water Treatment, with ozone + BAC

40 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
treatment, 13:91
Drinking Water Treatment, with ozone at Zürich,
Switzerland, 13:41
Drinking Water Treatment, with ozone in presence ofnonpolar alumina phases, 26:367
Drinking Water Treatment, With Ozone, 17:1; 17:15;
17:25; 17:53; 17:97; 17:283;
17:297;
17:311;
17:449; 17:485; 17:587; 17:607; 17:647; 17:673;
Drinking Water Treatment, with ozone, direct viablecount methodology in, 12:1
Drinking Water Treatment, With Ozone/Hydrogen
Peroxide, 17:25; 17:97
Drinking Water Treatment, with UV radiation,ozone/UV, and UV/hydrogen peroxide, 9:299
Drinking Water, advantages of preozonation at Mont
Valérien (France) plant, 13:437
Drinking Water, byproducts from ozonation/postchlorination of humic acid in, 14:51
Drinking Water, byproducts of ozonation in, quantitatedusing fractionated natural organic matter, 16:1
Drinking Water, containing detergents and/or surfactants,
with ozone, 13:639
Drinking Water, disinfection, 14:1; 14:123
Drinking Water, European, survey of bromate ion in,
18:325
Drinking Water, facilities using ozone, 12:95; 12:199
Drinking
Water,
formation
characteristics
offormaldehyde by boiling and ozonation in, 14:153
Drinking Water, impact of preozonation on GAC quality
and performance, 19:1
Drinking Water, new pilot plant studies at the Budapest
Waterworks, 16:29
Drinking Water, ozonated, impact of support media on
biological treatment of, 19:97
Drinking Water, ozone demand of, 19:339, 20:513
Drinking Water, ozone treatment, comparison of two
ozone plants -- one with low and the other with medium
high frequency, 1:107
Drinking Water, Surface Water, Ozonation of, effectsof various parameters on bromate ion formation, 18:1
Drinking Water, Surface Water, ozone/GAC treatment
of at 11 Anglian Water
Drinking Water, treatment and minimizing bromate
formation, 26:381
Drinking Water, treatment with ozone in Yugoslavia,
14:101
Drinking Waters, Switzerland, treatment with ozone,
1:357, during ozonation, 18:1
Drought conditions and ozone plant operations, 39:203
Dry and Humidified Gaseous Ozone for inactivation ofvegetative and sporulated bacteria, 32:180
Dry Cleaner wastes remediated with ozone, 32:130
Drying and ozone treatment of postharvest fruits, 45:41
DSA electrode, 45:374
DSC (differential scanning calorimetry) in ozonation ofoleate and ethyl elaidate ozonides, 37:431
DTPA, 44:473
Durability test results for ozone construction materials,

24:249Duty Cycle, 41:437
DV-Xα Calculation of pyrrolidone derivatives ozonation,
33:470
Dye C. I. Acid Blue 193 treated with ozone/hydrogen
peroxide, 33:23
dye decolorization, 42:492
Dye Decolorization, with ozone in Kraft paper machine
whitewater, 19:549
Dye degradation by advanced oxidation, 36:244
Dye Fixation Quality, 42:429
Dye Manufacture and ozonation of sulfosalicylic acid,
24:117
Dye Ozonation, 30:344, 38:291
Dye Ozonation, in a gas-inducing reactor, 26:165
Dye Removal by ozonation, 31:294
Dye Removal using ozone-loaded solvent, 25:485
Dye removal with ozone, 45:50
Dye treatment with electron beam irradiation, 35:49
Dye Waste, multi-stage ozonation of, 13:11
Dye Wastewater Treatment, by Ozone and Advanced
Oxidation, 17:149
Dye Wastewater, ozone treatment, 20:111, 22:535
Dye-Bath Effluents, treatment with ozone, 24:413
Dye-finishing Wastewater, treatment with ozone/UV,
26:239Dyeing Wastewater treatment with ozone, 28:199;
29:139; 30:439
Dyes color removal with ozone and hydrogen peroxide,
27:265Dyes degradation by advanced oxidation, 40:372
Dyes, kinetics of ozonolysis of, 9:153
Dyestuff Decolorization by ozone, 23:295
Dyestuff Removal by ozonation and post-biodegradation,
27:273
Dyestuff Removal with ozone, 24:413
Dyestuff treated with ozone, 34:196
Dyestuff water decolorization with Fenton’s Reagent,
22:196
Dyestuffs treatment with ozone in injection-type
downflow UV/O3 oxidation reactor, 21:539
Dyestuffs treatment with ozone, 21:487; 28:141
Dynamic Simulation for ozone treatment of nonionicsurfactants in bubble column reactor, 29:65
E coli in sugarcane juice, 40:198
E. coli Disinfection, by ozone, effects of mixing on,
13:593
E. coli in ozone laundry systems, 31:369
E. Coli, decay in presence of ozone, 20:205
Earth Probe of stratospheric ozone, 33:489
East Bay Municipal Utility District, prequalification ofozone equipment suppliers, 13:249
EC 50 of Tropaeolin O solutions treated with ozone andUV, 28:9
Ecoclear® Process, at full-scale installations, 19:297
Eco-design Model for treatment of bath water, 25:345

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 41
Eco-Friendly Method for treatment of raw animal skins
with ozone, 32:449
E-coli in swimming pool water, 37:456
Ecological Evaluation of pharmaceutical effluents,
44:473
Economic Aspects, and engineering aspects of wastewater
disinfection with ozone under stringent bacteriologicalstandards, 2:159
Economic Benefits of ozone in treating laundry, 29:85
Economic Benefits of ozone laundering, 31:339, 31:348
Economic Comparisons, of ozone generation processes,
12:401
Economic Efficiency of ozone treatment of paper milleffluents, 31:452
Economical Evaluation of ozone and advanced oxidation
treatment of pulp and paper industry wastewater, 27:27
Economics of Ozonation, at Monroe, MI, 5:245; 13:161
Ecotoxicology of pharmaceutical effluents, 44:473
EDCs treatment with ozone, 30:65
Eddy Diffusion Theory, in ozonation of 1,3cyclohexanedione, 13:421
EDTA removal from pulp mill effluents with ozone,
22:279EEF-enhanced Micro-electrolysis for pretreatment of oil
refinery wastewater, 38:472
Effect of Ozone/gamma process for 2,4-D removal, 33:50
Effect of Temperature, in ozone generation with air,oxygen or air + oxygen, 20:191
Effective Absorption Cross-Section, 35:229
Effective Lifetime of ozone in a cylindrical tube, 33:106
Efficiency Index in treatment of MTBE with ozone,
24:56
Efficiency of advanced oxidation of recalcitrant and toxic
wastewater concentrate, 34:163
Efficiency of electrochemical generation, 33:389
Efficiency of Ozone Generation, 28:119
Efficiency of Ozone Synthesis in coplanar discharge,
25:431
Efficiency of ozone-electrolysis process, 33:463
Efficiency of patulin degradation with ozone, 31:224
Efflorescence Microscopy and inactivation of
Cryptosporidium with ozone, 23:1
Effluent Characterization, of ozone-bleached eucalypt
Kraft pulps, 19:481
Effluent Organic Matter effect on decomposition ofozone, 34:42
Effluent Organic Matter effect on ozone demand, 34:26
Effluent Organic Matter, 43:579
Effluent Quality in paper deinking, 35:381
Effluent Reuse from ozone bleached cotton, 41:197
Effluent Treatment by Fenton reaction, 41:221
Egg Shells treated with ozone, 29:147
Elastomers resistance to liquid and gas phase ozone,
24:249
Electric Arc Discharge, and UV irradiation, destruction ofbromate ion of by, 18:271
Electric Charge, passes through the silent electric ozone
generator discharge chamber and electric field, calculationof, 18:127
Electric Conductivity effect on pulsed electric
discharges, 35:22
Electric Discharges for bio-decontamination, 27:469
Electrical Discharge enhanced by gas flow in needle toplate discharge, 24:221
Electrical Energy per Order (EEO) for IX-UF treatedwater, 32:383
Electrical Energy per Order (EEO) in treatment of
natural waters using UV and H2O2, 32:329
Electrical Energy per Order (EEO), of treatment of
membrane concentrate, 32:16
Electrical parameters in dielectric barrier discharge,
45:2
Electroanalysis of Trace Copper in Blood, 39:61
Electrocatalysis in electrochemical ozone generation,
31:287
Electrocatalysis, 33:389; 35:149
Electrochemical Cell, 35:149
Electrochemical Generation of High Concentration
Ozone, for small-scale application, 6:29
Electrochemical Generation, 30:113; 33:389
Electrochemical oxidation of tannery wastewater 45:374
Electrochemical Ozone Generation, 31:287; 34:49;
35:149
Electrochemical Systems and production of gas diffusion
electrode with ozone, 25:307
Electrode Arrangement in ozone generation, 29:215
Electrode Materials in production of gas diffusion
electrode with ozone, 25:307
Electrodes in electrochemical ozone generation, 34:49;
35:149
Electrodes in electrochemical ozone generation, 35:149
Electrolysis and advanced oxidation, 44:265
Electrolysis and ozone for 1,4 Dioxane removal, 29:13
Electrolysis combined with ozonation, 41:351
Electrolysis for in-situ ozone generation, 33:463
Electrolysis of ballast water, 36:515
Electrolysis of night soil, 30:282
Electrolysis to remove bromides, 34:269
Electrolysis, 45:528
Electrolysis/Ozonation, 12:115
Electrolyte in electrochemical ozone generation, 35:149
Electrolyte Solutions and ozone solubility, 39:69
Electrolyte Solutions, 41:207
Electrolytic Ozone Generator for preparation of gas
diffusion electrode 25:307
Electrolytic Ozone Generator, 33:114
Electrolytic Reactor for bromide removal, 34:269
Electrolyzed Oxidizing Water for powdery mildew
infection control, 31:10
Electrolyzed Water and ozone used for treating fruit andvegetables, 32:144
Electrolyzed water for crop treatment, 30:210
Electrolyzed Water, and ozone used in sushi factory,
32:71
Electron Beam Irradiation of aqueous naphthalene-1,5
disulfonic acid, 28:437

42 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
Electron Beam irradiation of dyes mixture, 35:49
Electron Beam Irradiation of phenol, 25:377
Electron Transfer in reaction of ozone with tertiary
butanol and formate ion, 36:532
Electron-Donating Group Effects, on Formation of Azoand Azoxybenzenes during Ozone Reactions with
Anilines, 17:619
Electronic Chip Manufacturing, ozone in, review,
18:477
Electronic Nose, 43:254
Electron-Molecule Collisions During Silent Electric
Discharge, chemical reactions involved in oxygen, 18:141;
chemical reactions involved in various mixtures of oxygen,argon, nitrogen or carbon monoxide, 18:159
Electron-Withdrawing Group Effects, on Formation of
Azo- and Azoxybenzenes During Ozone Reactions with
Anilines, 17:619
Electroozonation in degradation of methlyene blue,
24:159
Electroozonation, 23:467
Electrophilic Addition in ozonation of dimer lignin
compounds, 23:139
Electrophilic aromatic Substitution in Cresol, pcatalytic ozonation, 43:507
Electroplating Wastewater Treatment with Ozone,
review of, 18:477
Electrospray Ionization Tandem Mass Spectrometry(ESI/MS), 30:189
Electrostatic Precipitators, with back-corona effect,
26:11
Electrostatic Spraying Ozonation of BTEX, 23:77
Electrosynthesis in wire-to-cylinder ozone generator,
20:317
Elemental Chlorine-Free Pulp Bleaching Sequences,
18:566
Elimination of antibiotics with membrane bioreactors
and advanced oxidation processes, 31:428
Elizabethtown Water Company, 22:249
Emerging Contaminant, 43:185
Emerging Contaminants and ozonation of
ethynlestradiol, 31:422
Emerging Contaminants and water reuse 36:123
Emerging Contaminants clofibric acid, 38:425
Emerging Contaminants in Great Lakes Basinwastewater effluent, 37:36
Emerging Contaminants in U. S. municipal wastewater
plants, 32:43
Emerging Contaminants oxidation with ozone, 37:509
Emerging Contaminants, 35:263, 40:251, 40:338
Emission Control of NOx by ozonation, 34:252
Emission Control, 43:461
Emission Modeling in light attenuating media, 27:459
Endocrine Disrupters removal by ozonation, 32:204
Endocrine Disrupting Chemicals (EDCs) removal withozone-loaded solvent, 39:343
Endocrine Disrupting Chemicals and water reclamation,
36:153
Endocrine Disrupting Chemicals degradation byozone/AOP, 29:153
Endocrine Disrupting Chemicals in wastewater, 30:238
Endocrine Disrupting Chemicals of ozonation
byproducts of 4-nonylphenol, 30:120
Endocrine Disrupting Chemicals ozonation modeling,
36:289Endocrine Disrupting Chemicals treatment with ozone,
27:389; 28:445; 30:65, 32:388
Endocrine Disrupting Compounds in Paşakӧywastewater treatment plant effluent, 32:209
Endocrine Disrupting Compounds treated with ozone inwastewater plants, 31:415
Endocrine Disrupting Compounds treated with UV
oxidation, 34:354
Endocrine Disrupting Compounds treated with UV,
35:38
Endocrine Disrupting Compounds treatment withadvanced oxidation, 32:217, 32:238
Endocrine Disrupting Compounds, 34:16
Endocrine Disrupting Compounds, o-phenylphenol,
34:300
Endocrine Disruption of tank cleaning generated
concentrate, 34:32
Endocrine Disruptors in Detroit River water treated withozone, 28:415
Endocrine Disruptors oxidized by UV-induced
persulfate, 42:13
Endocrine-Disrupting Compounds (EDCs) removal,
33:253
Endocrine-Disrupting Compounds removed withozone, 37:154
Endogeneous Activity in biological wastewater
treatment, 31:247
Endoscopes disinfection, 38:346
Endospores as indicators of microbial treatment
efficiency, 22:501
Endosulfan, α- Removal by Ozone and Advanced
Oxidation in Drinking Water, 17:183; 17:657
Energy Consumption of cold bleaching of cotton,
42:450
Energy consumption of electrochemical generation,
33:389Energy Conversion in pulsed discharge ozone generator,
39:33
Energy Conversion, 40:361
Energy Costs for ozonation at Monroe, MI, 13:161
Energy Demand of ozone treatment of anaerobicallydigested distillery wastewater effluent, 41:551
Energy Efficiency in ozone generation, 38:86 ; 43:339
Energy Efficiency of pulsed corona discharge, 35:116
Energy Efficiency of serpentine shape ozone generator,
39:209Energy Efficiency of treating cut vegetables with ozone,
31:309Energy Flow in an ozone generator, 15:371
Energy Utilization Efficiency, exergy identification ofduring ozone generation, 19:201
Engineering Aspects and economic aspects of wastewater

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 43
disinfection with ozone under stringent bacteriological conditions, 2:159
Engineering Aspects of ozone generation from oxygen
and air, 10:351
Engineering Aspects, of ozone contacting systems,
14:487
Engineering Design for ozone self-decomposition, 29:55
Enhanced Coagulation affected by pre- and intermediateozonation, effect on enhanced coagulation of DBT
precursors, 25:453
Enhanced Membranes, 39:310
Enhanced Ozone, in upper troposphere, 26:181
Enhancement Factor in maleic acid ozonation, 25:13
Enhancement Factor in oxidation of cycloalkenes withozone, 28:329
Enhancement Factor in ozonation of stabilized landfill
leachates, 28:309
Enhancement Factor in ozone treatment of Kraft pulp
mill effluents, 23:479
Enhancement Factor in treatment of Kraft Pulp Milleffluents with ozone, 24:307
Enhancement Factor, in ozonation of C.I. Reactive
Black 5 and Indigo, 29:493
Enhancement Factor, in ozone treatment of wastewatercontaining azo dye, 26:539
Enhancement of biodegradability of 2,4 dichlorophenol
and nitrobenzene solutions, 27:381
Enteric Viruses in sewage effluent, factors influencing theozone inactivation of, 6:235
Enteric Viruses, and fecal bacteria, elimination of byozone during wastewater disinfection, 4:91
Enteric Viruses, disinfection of with ozone in surface
waters, 15:279
Enterococcus faecalis in ozone laundry systems, 31:369
Enterococcus faecalis, 43:379, 43:394
Enterococcus sp. inactivation by ozone, 37:467; 38:443
Enthalpy Change during ozone generation, 32:153
Enveloped Viruses, 43:21; 44:148
Environmental Benefits of ozone laundering, 31:339,
31:348Environmental Catalysis of phenolic acids, 31:403
Environmental Fungi and Bacteria with air purifierozone generator, 34:225
Environmental Fungi removal via ozone gas treatment,
31:326
Environmental Preservation, 38:25
Environmental Risk Management, 43:413
Environmentally Friendly bleaching processes, 35:316
Enzymatic Polymerization, for removal of aromaticcompounds from water in conjunction with ozonation,
8:247
EOX in pulp and paper industry, 35:109
EPR (electron paramagnetic resonance, 43:163
Equipment Problems, in ozonation facilities, 12:95
Erhlich Ascitic Tumor and ozone therapy, 30:398
Erwinia carotovora subsp. Carotovora inactivated byozone, 39:127
Escherichia coli inactivation with ozone, 21:293

Escherichia coli, growth media for recovery of fromozone-treated water by membrane filtration, 11:383;
Escherichia coli, inactivation in Amsterdam watersupply, 26:465
Escherichia coli, ozone disinfection of, 12:157
Escherichia coli, vital-fluorochromization of using 3',6'diacetylfluorescein to determine damages of cell
membranes and loss of metabolic activity in uponozonation, 18:173
Esculetin oxidation by ozone, 27:317
ESR (electric spin resonance) in ozonation of of oleate andethyl elaidate ozonides, 37:431
Estradiol, 17 β-, decomposition by ozone, 26:563;
30:376; by ozone/AOP, 29:153
Estriol degradation by advanced oxidation, 38:358
Estrogenic Activities of sewage effluent, 27:389
Estrogenic Activity of ozonation byproducts of 4nonylphenol, 30:120
Estrogenic Activity of tank cleaning generated
concentrate, 34:32
Estrogenic Activity, 42:244
Estrogenicity, decrease by ozonation of 17 β-estradiol,
26:563
Estrogens treated with ozone, 28:353
Estrone degradation by ozone/AOP, 29:153
Estrone degradation with ozone, 30:249
ETBE removal by catalytic ozonation, 27:301
Ethanol Withdrawal and ozone therapy, 34:425, 34:432
Ether Oxidation, 30:165
Ethnylestradiol, 17α-degradation by ozone/AOP,
29:153; 30:230
Ethyl Alcohol, 12:1
Ethyl Elaidate Ozonide, 37:420
Ethyl Malonate synthesis by catalytic ozonation, 38:36
Ethyl Mercaptan, ozonation of, 13:331
Ethyl Oleate Ozonide, 37:420
Ethyl tert. Butyl Ether, oxidation by ozone and combinedozone/H2O2, 16:41
Ethylbenzene removal by ozonation, 23:77
Ethylbenzene, ozone destruction of in distilled anddrinking water, 9:265
Ethylbenzenes, ozonation of in aqueous solution, 5:151
Ethylene Abatement in citrus storage, 32:122
Ethylene Glycol, oxidation in water by ozone, thenozone/UV radiation, 9:369
Ethylene Glycol, oxidation with ozone/electrolysis,
12:115Ethylene Glycol, ozonation and oxidation products of,
12:1
Ethylene Removal in stored fruits and vegetables, 32:144
Ethylene Vinyl-Acetate Waste, 30:275
Ethylenediaminetetra (methylenephosphonic Acid)
Oxidation, 20:99
Ethylenediaminetetraacetic Acid, ozone destruction of
metal complexes of in radioactive wastewaters, 1:133
Ethynylestradiol catalytic ozonation, 31:422
Eucalyptus Kraft pulp bleaching with ozone, 25:523
Eucalyptus, Kraft pulp bleached with ozone in TCF

44 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
process, 26:443
European Drinking Water, survey of bromate ion in,
18:325
European Experience in drinking water treatment andChick Watson Law, 22:227
European Use of Ozone, 21:465
Europium doped titanium nanotube, 45:455
Evidence-Based Medicine, 38:322
Excess Sludge generation in phenolic wastewater
treatment, 32:417
Excess Sludge reduction by ozone, 29:415; 30:238
Excess Sludge Reduction, 41:508
Excilamp, 30:99
Excimer in ozone formation with (V)UV-Enhanced
Barrier Discharges, 21:583
Excimer lamps for ozone generation, 30:228
Excitation-emission Matrix Fluorescence
Spectroscopy, 34:109
Excited Ozone Species, during ozone generation, 15:167
Excited States of Ozone, in cold plasma reactor for ozone
synthesis, 9:247
Excystation, of cysts by ozone or PEROXONE, 14:71
Exergetic Model, of ozone generation, 19:201
Exergy Losses, during ozone generation, 19:201
Exergy, in energy utilization efficiency during ozone
generation, 19:201
Exhaust Air Treatment with ozone in Germany, 21:163
Exhaust Gas from Ozone Reactor during sludge
reduction via ozonation, 33:171
Exhaust Gas treated with ozone for nitrogen oxides
reduction, 28:105
Exhaust Ozone, destruction of by injection into activatedsludge tank, 6:199
Exopolysaccharides, influence of on bacterial resistanceto ozone, 9:259
Expanded Mesh Dielectric Barrier Discharge, 24:321
Experimental Design for bleaching of linen fabrics,
35:316
Experimental Design of ozone generator, 37:3
Experimental Design, for bleaching of Kraft pulp in TCF
process, 26:443
Experimental Design, in disinfection of drinking waterto reduce bromate formation, 26:247
Experimental planning, 45:450
Experimental Setup for dissolved ozone measurementfor ozone therapy, 44:499
Exponential Relationship in ozone bubble column,
39:44
Extended CSTR calculational methods for
Cryptosporidium inactivation, 27:335
External Model Evaluation in ozonation of
micropollutants, 36:289
Extracellular Polymeric substances, 41:508; 42:3
Extracellular Polysaccharides removal in biofilms, 31:3
Extracorporeal Circulation, in ozonation of blood,
26:195Extraction of tetracycline from water, 37:405
Extruded Food, 40:487

Fabrication Methods, of ozone generator electrodes,
19:169Fabric-touch feel test, of jeans, 43:276
Factorial Design (2k) in modeling of synthetic
wastewater ozonation, 33:23
FACTS (Syringaldazine) Method, for ozone analysis,
10:337
Fading of ozone bleached denim, 38:175; 38:395
Fairfax County system design for inactivation of
Cryptosporidium, 27:129
Falling Film Ozone Reactor, 17:527
Farmoor (UK) Water Treatment Plant, 25:417
Fatty Acids ozonation, 31:301
Fatty Acids, byproducts from ozonation of, 11:143
Fe3O4 for catalytic oxidation of Ciprofloxacin
Hydrochloride, 40:457
Fecal Bacteria inactivation by ozone, 42:108
Fecal Bacteria, and enteric viruses, elimination of byozone during wastewater disinfection, 4:91
Fecal Coliforms Inactivation, in full-scale ozone bubble
diffuser contactors, 15:295
Feed Gas Alternatives, for ozone generation, 14:13:
14:276
Feed Gas for ozone generation in Switzerland, 21:187
Feed Gas Selection for ozone generation, criteria for,
18:57
Feline Calicivirus inactivation with ozone, 35:217
Fenofibric Acid catalytic ozonation, 33:434
Fenton Oxidation for landfill leachate treatment, 33:294
Fenton Oxidation of semiconductor wastewater, 27:225
Fenton Oxidation Process for treatment of raw sugar
beet juice 40:54
Fenton process cost, 33:211
Fenton Process for dyes color removal, 27:265
Fenton Process for treatment of landfill leachate, 31:28
Fenton Process, for treatment of surfactants in
wastewater, 26:327
Fenton reaction for cosmetic effluent treatment, 41:221
Fenton Reaction for remediation of diesel fuelcontaminated soil, 28:37
Fenton Reaction with nitroaromatics, 23:343
Fenton Reagent for treatment of dye wastewaters, 23:295
Fenton Reagent for treatment of graphical industry
wastewater, 35:16
Fenton’s Oxidation of pulp and paper industry
wastewater, 27:37
Fenton’s Reagent for decolorization of molasses
wastewater, 27:365
Fenton’s Reagent for oxidation of herbicides ingroundwater, 22:607
Fenton’s Reagent for Treatment of Hazardous Wastes,
17:119Fenton’s Reagent treatment of esculetin, 27:317
Fenton’s Reagent used in decolorization of dyestuff
waters, 22:196
Fenton’s Reagent, for Removal of Triazines from Water,

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 45
17:183
Fenton-Based Treatment for textile wastewater, 33:285
Fenton-like Advanced Oxidation Process for treatmentof blood, 39:61
Fenton-like catalyst for 2,4-dichlorophenol degradation,
37:494
Fenton-like Process for catalytic ozonation, 41:250
Fenton-like process for treating dinitrotoluene
wastewater, 38:225
Ferric Ion, coagulation, effects of ozonation on, 12:295
Ferric Oxide for catalytic ozonation of oxalic acid,
40:448Ferrous Oxidation in Xylenol Orange, 28:181
Ferrous Sulfate, Coagulation with Ozone or
Ozone/Hydrogen Peroxide, 17:25
Ferulic Acid, Byproducts from Ozonation of in Water,
17:687
Fiber Papermaking Ability, 43:228
Fiber Reactive Dyes, treatment with ozone, 24:413
Field Distribution in ozone generation, 29:215
Field Irrigation wastewater treatment, 30:367
Field Trials for decontamination of rooms with ozone,
31:216
Filament Discharge, 37:221
Filamentous sludge bulking with ozonation, 20:1
Filamentous Sludge reduction by ozonation, 36:238
Film for food packaging, 30:81
Film Model for sludge reduction by ozone, 29:415
Film Theory applied to ozonation of food processing
wastewater, 22:167
Film Theory in domestic wastewater ozonation, 23:219
Film Theory in ozonation of C.I. Reactive Black 5 andIndigo, 29:493
Film Theory in ozonation of organic compounds, 20:403
Film Theory in ozone advanced oxidation reaction
mechanisms, 19:13
Film Theory Utilization, for kinetic study, during
ozonation of azo dyes, 11:391
Film Theory, application to ozonation of 1,3cyclohexanedione, 13:397
Film Theory, application to ozonation of Malathion,
13:487Film Theory, of gas/liquid reactions of ozone, 14:303
Film Treatment with ozone, 24:1
Filter Run Time, extension of, by ozone/DE filtration,
15:131
Filterability Index applied to direct filtration after
ozonation, 24:239
Filters, swimming pools and hot whirlpools, ozone effects
on, 12:393
Filtration of complexed iron, 30:73
Filtration of drinking water with ozone treatment inpresence of bicarbonate, 25:285
Filtration of manganese in water after ozonation, 27:147
Filtration of ozonated groundwater containing iron,
28:269Fine Bubble Contactors for ozone contact, 22:369
Fine Bubble Diffuser Ozone Contactor for treatment of

Kraft Pulp Mill effluents, 24:307
Fine Bubble Diffusers vs. membranes for ozone
contacting, 27:209
Fine Bubble Diffusion, 38:245
Fine Bubble Type Contactor for ozone treatment ofdyestuff solutions, 34:196
Fine Bubbles into seawater, 43:402
Fine Bubbles, 43:562
Fine Wire Electrode type of ozone generator, 10:137
Finishing of cotton fabrics, 29:325
Finite Element Analysis of Ozone Contactors, 17:587
Finland Groundwater containing iron treated withozone, 28:269
Fipronil degradation with ozone and TiO2, 37:186
Fire Smoke, 43:254
First-Order Reactions, in kinetic analysis of the effects ofdissolved inorganic and organic substances in raw water on
the ozonation of geosmin and 2-methyl-isoborneol, 15:1
Fish and Seafood treatment with ozone, 32:137
Fish Culture recycling system, ozonation in, 1:319
Fish Culture, ozonation unit applied for, 7:179
Fish Disease Control with ozone, 1:295
Fish Hatcheries, ozone treatment of sea water for
cultivation, 13:697
Fish Hatcheries, pilot plant results of ozonation of water
for, 1:183
Fish Hatchery Water, ozone disinfection of, 2:203; 9:141
Fissure Sealant, 44:302
Fit quality Tests, 42:539
Fixed Bed Biofilm Reactor (FBBR), 37:227
Fixed Bed catalytic ozonation of fenofibric and clofibric
acids, 33:434
Fixed bed column performance in bromate removal,
45:291
Fixed Bed Reactor for anthracin removal, 41:231
Fixed-bed Reactor for catalytic ozonation, 42:136
Flash UV Irradiation, 14:215
Floc Strength in humic acid ozonation, 32:435
Floc Structure Ozonation, 39:80
Flocculation in humic acid ozonation, 32:435
Flocculation of domestic wastewater by ozonation,
21:605Flocculation Processes, benefits of ozone treatment priorto, 5:21; 16:55
Florence, Italy, Influence of H2O2 in ozone treatment ofdrinking water in, 18:117
Florescence Intensity of ozonated secondary effluents,
30:376
Flotation Deinking, 35:381
Flotation, 43:228
Flottazone process in France, 21:153
Flours, 43:613
Flow Cytometry in inactivation of Cryptosporidium withozone, 23:1
Flow Injection Analysis techniques for chemical reactor
kinetic studies, 28:17
Flow Measurement, 22:1
Flow Operation in electrochemical generation, 33:389

46 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
Flow Operation in electrochemical ozone generation,
31:287
Flow regime in dielectric barrier discharge, 45:2
Flow Systems for detergent removal, 33:301
Flow-through Electrochemical Reactor, 30:113
Flow-through Photoreactor, 30:99
Fluconazole Resistance in ozonated olive oil, 39:455
Flue Gas oxidation with ozone, 29:207; 34:204; 38:382
40:29
Fluence as a measure of UV dosage, 23:239
Fluence Rate, 34:306
Fluidization of DDT contaminated soil, 36:166
Fluidized Bed Filtration, for ozone residual control,
24:429
Flume Water Treatment and Recycling, in treatment offresh cut salad mixes with ozone, 32:66
Fluorene, ozonation of and 9-fluorenone, 1:249
Fluorene, treatment with ozone, 26:453
Fluorenone, 9-, ozonation of and fluorene, 1:249
Fluorescence in wastewater ozonation, 35:501
Fluorescence Microscope to evaluate bacterial cells in
tooth decay, 35:456
Fluorescence of ozone treatment groundwater, 35:438
Fluorescent Brightener 28, removal by ozonation oradvanced oxidation (O3/H2O2), 19:129
Fluorinated Solvent and ozone for degradation ofpharmaceuticals, 28:85
Fluoroalkenes, ozonation of, 8:27
Fluoroquinolones, 44:302
Fluorouracil 5-removal with ozone, 21:69
Flux parameters of ozonated water, 30:152
Flyback Inverter for ozone generator in Colombia,
30:202
Foaming Systems with ozone generation, 24:181
Fog of ozonated water for malting barley disinfection,
38:115
Food Applications – patulin decomposition, 30:189
Food Applications and Aspergillus niger treatment withozone, 28:347
Food Applications for ozone in seafood processing
plants, 28:171
Food Applications for ozone, 24:1
Food Industry, 41:491; 42:331
Food Pathogens treatment with UV light, 30:93
Food Processing and ozonation of wastewater, 22:167,
23:53
Food Processing and ozone in Japan, 28:425
Food Processing and Packaging, 32:137
Food Processing and use of ozone in the USA, 21:99
Food Quality treated with ozone, 29:113; 44:50
Food Safety in cut vegetables treated with ozone, 31:309
Food Safety with ozone, 41:17; 44:17; 44:50; 44:407
Food Spoilage reduced with ozone treatment, 30:81
Food Storage, review of applications of ozone forincreasing storage times of perishable food, 4:147
Food treatment with UV light, 30:93
Forced Convection in cooling water systems design,
39:188Forest Industry wastes treatment by ozone, 24:369
Formaldehyde Degradation, with Ozone/Hydrogen
Peroxide, Hydrogen Peroxide/UV Radiation,orHydrogen Peroxide/Fe(II), 17:119
Formaldehyde formation during ozonation of drinking
water, 17:53, 25:41
Formaldehyde Formation in ozonation of amino acids,
20:381
Formaldehyde in wastewaters of ozone-bleached eucalypt
Kraft pulps, 19:481
Formaldehyde, analysis by PFBOA method, 11:127
Formaldehyde, formation in drinking water by boiling andby ozonation, 14:153
Formaldehyde, formation of during ozonation of natural
waters, 19:179
Formaldehyde, identification during ozonation of organic
compounds in water, 2:251; 12:1 12:115; 12:231; 16:1
Formamide, formation by ozonation of amitrole, 9:233
Formate Anion, effects of hydrogen peroxide residuals on
removal of in biologically active filters, 19:371
Formate Anion, formation of during ozonation of natural
waters, 19:179
Formate Ion reaction with ozone, 36:532
Formate removal by biologically active filters, 22:77
Formic Acid decomposition by ozone and advanced
oxidation, 27:11
Formic Acid Formation during catalytic ozonation,
33:158Formic Acid formation during oxidation of Fluorescent
Brightener 28, 19:129
Formic Acid in wastewaters of ozone-bleached eucalypt
Kraft pulps, 19:481
Formic Acid Solution oxidation with ozone, 22:241
Formic Acid, Formation during Ozonation of Drinking
Water, 17:511
Formic Acid, formation of by ozonation of glyoxylic acid,
9:13
Formic Acid, formation of by ozonation, 8:199; 12:1;
12:115, 16:1
Formyl-2-methoxyfuran, 4-, Byproduct of Ozonation ofConiferyl Alcohol or Ferulic Acid in Water, 17:687
Formyl-5-hydroxy-3-pyrrolinone, N-, from ozonation of
2-hydroxypyridine, 14:177
Formylcinnamaldehyde, 2-, formation of by ozonolysis
of naphthalene and 1-methyl-naphthalene, 9:23
Formyl-dioxalylimide N-, from ozonation of 2hydroxypyridine, 14:177
Formyloxalic Acid, N-, from ozonation of 2hydroxypyridine, 14:177
Formyloxaluric Acid, formation of by ozonation, 8:199
Fort Collins WTP, 23:149
Fossil Fuel Utility Stations, ozonation of cooling systems,
15:81
Fouling inhibition of membrane separation, 38:163
Fouling of reverse osmosis membranes, 33:379
Foundry Applications, 29:461
Fourier Analysis to predict ground level ozone
concentrations, 40:237

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 47
Fourier Transform Method for ozone concentration
measurement, 38:352
Fourier Transform near Infrared used for evaluatingstrawberry treatment, 36:43
Fraction of DOM in UF-membrane flux, 35:208
Fractionation of natural organic matter by ozone andchlorine, 22:249
Fractions, 45:65
France ozone installations, 34:64
France, use of ozone, 21:153
Free Bromine removal by activated carbon filtration,
33:224
Free Chlorine removal by activated carbon filtration,
33:224
Free Fatty Acids degradation by sonication/ozone/argon,
37:93
Free Radical Chain Reactions, enhancement of inpresence of aquatic fulvic acid, 13:349
Free Radical Inhibition in oxidation of micropollutants
in water, 21:207
Free Radical Intermediate Reactions, selectivity and rateof oxidation of solutes, 1:73
Free Radical Scavengers, catalytic effects of in ultraviolet
light and/or ultrasound ozone oxidation of humic acid andtrihalomethane precursors, 7:47
French Drinking Waterworks and bromate formation,
24:293
Freon Effect on ozone generation from oxygen, 24:29
Fresh Cooling Water, ozone treatment of, 11:325
Fresh Cut Salad Mixes, treatment with ozone, 32:66
Fresh Produce treated with ozonated water, 40:216
Fresh-cut Onion, 42:399
Freshwater Fish species, acute toxicity of dissolved ozone
to eggs and larvae of, 2:177
Frontier electron Density in ozonation of
benzophenone-2, 40:122
Froth Flotation separation of polyvinyl chloride, 29:373
Fruit Industry, 35:273
Fruit Juice treatment with ozone, 32:166
Fruit preservation enhanced by ozone, 39:115
Fruit Vegetable Seedlings treated with ozone, 33:179
Fruits treated with ozone, 44:127
Fruits treatment with ozone, 32:137
F-Specific Bacteriophages, as indicators of disinfection
efficiency of secondary effluent with UV radiation, 9:353
FT1R in ozonation of oleate and ethyl elaidate ozonides,
37:431FTIR in oxidation of gum Arabic, 45:333
FT-IR Spectroscopy in ozonation of terpenes, 32:274
FT-IR Spectroscopy, 43:546
FTIR to analyze leather bleached with ozone, 39:455
Fuel Cell ozonation system, 41:186
Full- Scale Design for Cryptosporidium inactivation,
22:99
Fullerene degradation by ozone, 28:177
Full-Scale distribution system formation of THM, 33:14
Full-scale evaluation in Quebec (Canada) drinking water
facilities, 37:294

Full-Scale Ozone Water Plant, start-up and optimization
at Portland, Maine, 19:255
Full-Scale reduction of filamentous sludge by ozonation,
36:238Full-scale testing of Coquitlam water supply, 29:287
Full-Scale testing of EDC removal, 33:253
Fulvic Acid (Soil), degradation by ozone in aqueous
medium, 15:19
Fulvic Acid Solutions, ozonation of, 10:39; 14:185;
14:269Fulvic Acid, Aquatic, rate constants of ozone
consumption of, 13:349
Fulvic Acid, chlorine reaction with after ozonation, effectsof bicarbonate ion on, 13:349
Fulvic Acid, in kinetic analysis of the effects of dissolved
inorganic and organic substances in raw water on theozonation of geosmin and 2-methyl-isoborneol, 15:1
Fulvic Acid, ozonation of extracted aquatic; chlorinationof, 11:69
Fulvic Acid, ozonation of in natural waters, productidentifications, 2:55, 2:75
Fulvic Acids effect on diuron adsorption, 25:399
Fulvic Acids treatment with ozone, 21:551
Fulvic Acids, Byproducts from Ozonation of in Water,
17:647
Fulvic Acids, ozonation of, 8:37; 12:295, 16:1
Fulvic Acids, products from ozonation and chlorination,
10:153
Fumaric Acid ozonation, 31:301
Fumigant for controlling stored product insects and pests,
44:79
Fumigation and ozone for food preservation, 39:115
Fumigation of Green Gram bulks by ozonation, 39:54
Fumigation of Longan Fruit with ozone, 44:105
Fumigation of rice grains, 37:450
Fumigation with ozone, 24:1
Fumigations for rice grain bulks, 40.191
Functional characteristics, 45:543
Functional Groups, of NOM and effect on ozonation,
26:153Functional Properties in starch modification, 41:491
Functionality, 43:613
Fungal disease, 45:410
Fungi Control on papaya, 43:384
Fungi in barley seeds, 38:115
Fungi in extruded dog food, 40:487
Fungi in ozonated oil, 45:398
Fungi in papaya treated with ozone, 34:151
Fungi Inactivation, 44:38
Fungi on chicken eggshell, 44:407
Fungi removal via ozone gas treatment, 31:326; 36:144;
43:306
Fungicide degradation by ozone, 27:83, 27:173
Fungicide for grapevine trunk diseases, 44:521
Fungicide oxidation by ozone fumigation, 37:479
Fungicides for table grapes, 41:404
Fungus in Wastewaters, Ozone Treatment of, 17:499
Fungus Inactivation in ozonation of Brazil nuts, 43:351

48 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
Furan Carboxylic Acids as byproducts from catalyticozonation of humic substances in water, 18:195
Furan, in wastewaters of ozone-bleached eucalypt Kraft
pulps, 19:481
Furfural, Byproduct of Ozonation of Coniferyl Alcohol or
Ferulic Acid in Water, 17:687
Furfural, in wastewaters of ozone-bleached eucalypt Kraft
pulps, 19:481
Fusarium disinfection with ozone, 38:115
Fusarium oxysporum removal with electrolyticallyozonated water, 31:10
Fusarium oxysporum, inactivation with ozone, 26:517;
28:125; 42:36; 44:96
Fuzzy Logic in three phase VSI-driven single-phaseozone generator, 37:9
GAC Adsorbability, effect of preozonation of
micropollutants on biodegradability and, 8:11; 8:277
GAC Adsorbability, of organic substances in activatedsludge effluent, influence of ozonation on, 8:355
GAC Adsorption, of organics after ozonation of atrazine,
15:227GAC Adsorption, purification of polluted source waterwith ozonation and biological activated carbon, 6:245
GAC and ozone at 11 Anglian Water (U.K.) surface water
treatment plants, 18:19
GAC Filtration, for ozone residual control, 24:429
GAC Properties, after reactivation, 14:123
GAC Regeneration by advanced oxidant, for controlling
air-phase VOCs, 18:417
GAC Treatment of Glyoxal, 15:39
GAC treatment of Seoul, Korea drinking water, 27:69
Gallic Acid ozonation in food processing wastewater,
22:167
Gamma Hom Model in Cryptosporidium inactivation
with ozone, 23:259
Ganga River Water, 42:24
Gap Junctional Intercellular Communication, nongenotoxic effects of pesticides and their disinfection
byproducts on, 19:351
Gap Volume in ozone generation, 38:86
Garment packing, 45:232
Gas Bubble size effect on ozone/UV treatment, 33:396
Gas Chromatography for ozone concentration
measurement, 25:155
Gas Diffusion analytical methods, 21:447
Gas Diffusion Electrode production with ozone, 25:307
Gas Diffusion Flow Injection Analysis, for ozone, 10:89;
10:337
Gas Diffusion of ozone across egg shells, 29:147
Gas Diffusion, in ozone formation during salt brineelectrolysis, 20:239
Gas Flow Measurement, 22:1
Gas Hold-Up in impinging jet contactors, 32:99
Gas Hold-up in impinging jet ozone bubble column,
29:245
Gas Hold-up in ozone bubble column, 29:343

Gas Induced Ozone Reactor, 21:277
Gas Induction in ozone reactor, 21:277
Gas Phase Deodorization, by aqueous washing, thenozonation, 13:331
Gas Phase Ozone Analysis, 10:337; 17:329
Gas Phase Ozone Analysis, guideline for in process gas`from an ozone generator, 18:209
Gas Phase Ozone Analysis, New Device for, 14:91
Gas Phase Ozone Concentration Analysis, comparisonsfrom a commercial UV meter and KI wet-chemistry tests,
18:231
Gas Phase Ozone Decomposition, during ozone
generation, 15:167
Gas Phase Ozone Measurement via an indirect gas
chromatography method, 25:155
Gas/Liquid Ozone Reactors, modeling of, 15:213
Gaseous Ozone for root canal infections, 36:264
Gaseous Ozone for soil treatment, 42:36
Gaseous ozone treatment of onion, 45:75
Gaseous Ozone/heat Treatment, 34:315
Gaseous phase application for decontamination of SARSCoV-2 virus with ozone, 43:2
Gas-Induced Reactor for ozonation of semiconductor
wastewater, 27:225
Gas-Inducing Reactor for ozonation of phenolic
solutions, 25:323; 28:77
Gas-Inducing Reactor, for RB-19 Dye ozonation,
26:165
Gas-Liquid Equilibrium Coefficient, of ozone into
water, 32:3
Gas-liquid Interface in fine bubble ozonation, 43:562
Gas-Liquid Mass Transfer Modeling, 20:513
Gas-Liquid Mixing in gas induced ozone reactor, 21:277
Gas-Liquid Mixing in ozone dissolution systems, 22:329
Gas-Liquid Reaction Kinetic Theory, applied to tomato
plant wastewater ozonation, 19:281
Gas-Liquid Reaction with ozone in impinging zone
reactor, 21:501
Gas-Liquid Reactor modeled with Continuous Flow
Analysis, 28:17
Gasoline Compounds treatment by catalytic ozonation,
27:301
Gastric Juices effect on bromate ion, 28:165
GC/MS in soil ozonation, 35:366
GC/MS to analyze byproducts in ozone-BAC drinking
water plant, 37:257
GC/MS to analyze ozonation of sunflower oil, 23:121
GC/MS; LC/MSn of ozonated tannery wastewater, 39:159
GC-MS for analysis of ozone treatment of lignin
compounds, 21:53
GC-MS of ozonation within activated sludge, 31:279
GC-MS of ozonized sunflower oil, 34:293
Gel Permeation Chromatography to analyze
decolorization of molasses wastewater, 27:365
Gel Permeation Chromatography, 41:265
Gelatinization in ozone treatment of wheat and corn
starches, 37:71
Generalized Kinetic Models for ozonation of

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 49
semiconductor wastewater, 27:225
Generation Efficiency, 40:356
Generation of chlorine dioxide, 21:433; 21:447
Generators for chlorine dioxide, 21:433
Genotoxic Potency of Night Soil, Reduction of by Ozone,
17:195
Genotoxicity affected by UV treatment, 35:38
Genotoxicity in ozone biofiltration processes, 37:143
Genotoxicity of Bromate Ion, inactivation of by -SH
compounds, 16:443
Genotoxicity of Bromate Ion, produced upon ozonation,
evaluation of, 16:443
Genotoxicity Testing of Netherlands drinking water,
34:92
Geometric Mean calculational methods for
Cryptosporidium inactivation, 27:335
Geosmin oxidation by ozone, 29:185
Geosmin oxidized by ozone in surface water, 28:277
Geosmin removal by ozone/hydrogen peroxide process,33:121
Geosmin, 43:527
Geosmin, experiences with ozone in Japan, 3:219; 10:309
Geosmin, kinetic analysis of the effects of dissolved
inorganic and organic substances in raw water on theozonation of geosmin and 2-methylisoborneol, 15:1
Geosmin, oxidation with ozone at Los Angeles, CA,
10:255; 13:711
German Association for Gas and Water (DVGW),
30:43
Germany ozone installations, 34:64
Germany Water Treatment with chlorine dioxide,
22:215Germicidal properties of building materials with ozone,
31:316Germicidal Properties of ozonized sunflower oil, 31:232
Germicidal, 44:398
Germination inactivation by ozonation in a bubble
column, 38:62
Germination of corn seeds after ozone treatment, 44:117
Germination of sacha inchi, 582
Germination of seeds treated with ozone, 30:427
Germination of vetch seeds, 44:512
Germination seed protocols for Opuntia genus, 39:104
Giardia Cysts, effects of ozonation on in Colorado River
water, 13:127
Giardia Cysts, kinetics of ozone inactivation vs CT
approach, 13:451
Giardia inactivation with ozone, 22:501
Giardia inactivation, CT requirements, 27:335
Giardia lamblia, inactivation of in drinking water, 14:71;
14:439Giardia muris cysts, MS2 coliphage as surrogate for ozone
disinfection of, 15:279
Giardia muris, inactivation of in drinking water, 14:1;
14:71
Giardia muris, inactivation of using ozone andozone/H2O2, 16:67
Giardia spp. removed by ozonation, 36:138

Gibbs Energy in ozonation of nonionic polyethoxylated
surfactants, 28:295
Glass and Silica, ozone decomposition on, 18:385
Glass Beads in packed bed reactors for ozone generation,
28:111Glass cylindrical tube for ozone generation, 33:106
Glass ionomer cement, 44:217
Glass Melting Furnace flue gas treatment, 38:211
Glass Melting Furnace, 44:453
Gliding Arc Discharge for bio-decontamination, 27:469
Global Rate Coefficients in wire-to-cylinder ozone
generator, 36:65
Glow-discharge Electrolysis in degradation of
methylene blue, 24:159
Glucosamine, Kinetics of Ozonation of in Water, 17:463
Glucose ozonation in pulp, 22:447
Glucose, ozonation byproducts from, 13:265
Glutaraldehyde for disinfection of gastrointestinalendoscopes, 38:346
Glutaraldehyde, 44:363
Glutaric Acid, 12:1
Glycerol, oxidation in water by ozone, then ozone/UV
radiation, 9:369
Glycerol’s Oxygenated Derivatives, 31:445
Glycine, experimental study of ozone action on, 2:105
Glycol removal process cost, 33:211
Glycolaldehyde, 12:1; 12:115
Glyoxal Formation in ozonation of amino acids, 20:381
Glyoxal Formation in ozonation of p-hydroxybenzoic
acid solution 20:343
Glyoxal in photocatalytic oxidation with ozone; 24:75
Glyoxal, 12:1; 12:115
Glyoxal, analysis by PFBOA method, 11:127
Glyoxal, behavior during GAC treatment, 15:39
Glyoxal, Formation of During Ozonation in Water, 17:53
Glyoxal, from ozonation of natural organic matter, 16:1
Glyoxal, in wastewaters of ozone-bleached eucalypt Kraft
pulps, 19:481
Glyoxal, ozonation of, kinetics of and oxidation products,
11:271Glyoxalate Anion, formation of during ozonation ofnatural waters, 19:179
Glyoxylic Acid, as a model compound in water/wastewaterozonation, 15:149
Glyoxylic Acid, Byproduct of Ozonation of Coniferyl
Alcohol and/or ferulic Acid in Water, 17:687
Glyoxylic Acid, byproduct of ozonation of drinking water,
14:269Glyoxylic Acid, Formation during Ozonation of Drinking
Water, 17:511; 17:647
Glyoxylic Acid, formation of by ozonation, 8:199; 12:1;
12:115; 16:1
Glyoxylic Acid, formation of during ozonation of glyoxal,
11:271Goat Skin unhairing with ozone treatment, 28:341
Goethite, effect on ozonation of natural organic matter,
26:141
Gold and Silver Extraction using ozone, 29:101

50 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
Gold extraction with ozone, 33:42
Gold minerals treated with ozone, 29:307
Gold Recovery, 40:284
Gradient-Descent Algorithm, 32:56
Gram positive bacteria inactivation by ozone, 23:183
Gram-Negative Bacteria survival after ozonation, 22:65
Gram-Positive Bacteria survival after ozonation, 22:65
Granada, Spain air quality, 33:80
Granular Activated Carbon and ozone byproducts,
21:79
Granular Activated Carbon following ozonation,
25:351
Granular Activated Carbon for removal of ozone andchlorine DBP, 22:393
Granular Activated Carbon plus ozone for modelcompound removal, 24:357
Granular Activated Carbon with preozonation treatmentof drinking water, 10:309
Granular Activated Carbon, and ozone for tertiary
wastewater treatment, 7:1
Granular Activated Carbon, as support media forbiofiltration, 19:97
Granular Activated Carbon, effects of dissolved oxygen
on adsorption characteristics of, 19:1
Granular Activated Carbon, effects of residual dissolved
ozone on performance, 19:1
Granular Activated Carbon, filtration after preozonationof extracted aquatic fulvic acid, 11:69
Granular Activated Carbon, Following Ozonation in
Drinking Water Treatment, 17:449
Granular Activated Carbon, following ozonation ofdrinking water, 11:245
Granular Activated Carbon, following ozonation ofdrinking water, to eliminate mutagenicity, 9:179
Granular Activated Carbon, for ozone residual control,
24:429Granular Activated Carbon, quality and performance,
impact of preozonation of drinking water on, 19:1
Granular Activated Carbon, removal of residual
oxidants in ozonated sea water by, 13:697
Granular Activated Carbon, with manganese foradvanced oxidation with ozone, 26:1
Granulated Activated Carbon at South Caboolture
Water Reclamation Plant, 25:107
Granulation in palm oil effluent, 41:427
Granulation Tissue Formation, 29:501
Granulometry, impact of preozonation on, 7:107
Grape smoke taint, 43:254
Grapes treated with ozone and UV Radiation, 32:144
Grapevine Trunk Diseases, 44:521
Graphene for membranes, 39:310
Graphical Industry Wastewater, 35:16
Graphite Felt, 41:541
Great Lakes basin municipal wastewater effluent, 37:36
Great Lakes water treatment, 35:249
Green Algae elimination with ozonation process, 41:35
Green Gram reaction with ozone, 37:309, 39:54
Green oxidant, 45:333

Green Technologies, 43:60
Greenhouse Conditions, and inactivation of Fusarium
oxysporum with ozone, 26:517
Greenhouse Cultivation, 33:179
Greenhouse Wastewater treatment with ozone and static
mixers, 23:385
Greenhouses treated by ozonation and photo-Fenton
processes, 32:259
Ground Cucumber treatment with ozone, 41:261
Ground Level Ozone, 39:287
Ground Water Purification, 42:357
Ground Water removal of arsenic and manganese,
43:500Ground Water, 41:322
Groundwater and MTBE treatment with ozone, 24:56
Groundwater containing aromatic compounds, oxidationby ozone, 28:287
Groundwater containing elevated bromide, 35:438
Groundwater containing trichloroethylene, treated withozone, 30:127
Groundwater contaminated with 1,4 dioxane, 38:413
Groundwater Remediation for 1,4 dioxane removal,
39:424Groundwater treated with ozone and chlorine, 42:244
Groundwater treatment by ozone and pressurizedbiologically-active filtration, 23:393
Groundwater Treatment in Finland, 35:86
Groundwater Treatment with ozone of water containing
manganese, 27:147
Groundwater treatment with ozone, 30:73
Groundwater Treatment with ozone, containing iron,
28:269Groundwater Treatment, by the Ecoclear® Process,
19:297Groundwater Treatment, in-line with ozone, 13:559
Groundwater Treatment, of 2,4-Xylidine by ozone,
26:499Groundwater Treatment, with ozone, 13:109; 17:297
Groundwater Treatment, with ozone/H2O2, 12:281
Groundwater Treatment, with photochemicallygenerated ozone, 10:323
Groundwater, ozone treatment of in Belgium, 7:327
Groundwater, treatment by UV-enhanced ozone
oxidation, 8:339
Growth Media, evaluation of for recovery of E. coli fromozone-treated water by membrane filtration, 11:383
Growth Potential in a distribution system with ozonatedwater, 25:473
Guaiacol production by ozone, 23:139
Guaiacyl degradation by ozone, 23:139
Guanine, ozonation of, 13:265
Guar Gum, in textile baths during ozone decolorization of,
15:189
Guidelines for ozone therapy, 34:408
Guidelines, for cooling tower water ozonation systems,
16:501
Gum Arabic, 45:333
H2O2/Silver Ion, disinfection of dental units, comparison

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 51
with ozone, 19:527
HAAs formation in Ganga River water, 42:24
H-Abstraction in reaction of ozone with tertiary butanol
and formate ion, 36:532
Hair Removal (Unhairing) from goat skin with ozone
treatment, 28:341
Half Life for ozone transfer in rice grain bulks, 40.191
Half Life green gram reaction with ozone, 37:309
Half Life in treatment of horticultural crops with ozone,
treated with ozone, 44:127
Half Life Period in ozone fumigation of dried chilies,
40:473Half-life in ozonation of Brazil nuts, 43:351
Half-Life in ozone treatment of Green Gram bulks, 39:54
Half-life of ozone gas in rice grains, 37:450
Half-life of ozone in food preservation, 39:115
Half-life of ozone in sanitization of onion, 44:3
Haloacetic Acid (HAA) formation during ozonation,
33:14
Haloacetic Acid Formation Potential (HAAFP) in
ozonation of p-hydroxybenzoic acid solution 20:343
Haloacetic Acids (HAA) in Quebec (Canada) drinking
water facilities, 37:294
Haloacetic Acids removal by biological activated carbon,
22:393
Haloacetic Acids removal by pre- and intermediateozonation, 25:453
Haloacetic Acids, control of with ozone in Montreal,
Canada drinking water treatment plant, 18:299
Halogenated Organic Compounds, produced in drinking
water after treatment with chlorine or chlorine dioxide,
8:217
Halogens, organic compounds, and ozone, interactions
between, 10:153
Halomethane Compounds and effect on ozone
generation from oxygen, 24:329
Hammett-relationships and effect of salts during
ozonation, 27:287
Hand Hygiene, 43:208
Hand hygiene, 45:536
Hank, 38:395
Hanshin Water Supply Authority, 39:398
Hard COD in paper mill effluent, 30:310
Hatching Eggs, 33:374
H-atom Abstraction in Cresol, p- catalytic ozonation,
43:507
Haworth Water Treatment Plant with turbine ozone
contactor, 22:351
Hazardous
Waste
Site
Reclamation,using
photochemically generated ozone, 10:323
Hazardous Waste Treatment, by Advanced Oxidation
Processes, 17:119
Hazardous Wastes Treatment With Ozone, review of,
18:477
HCB, Destruction of in Drinking Water by Ozone andOzone/Hydrogen Peroxide, 17:657

Health Care, 35:399
Health risk, 45:536
Health, 45:130
Healthcare and ozone treatment for mold removal,
31:326Heat Conduction in cooling water systems design, 39:188
Heat Sensitive Medical Devices, 42:386
Heat Shock Protein 70, 42:267
Heat Transfer Model, Practical, for oxygen-fed ozone
generators, 18:461
Heat Treatment and ozone decomposition, 43:195
Heavy metals removal in sewage sludge ozonation, 45:65
Heavy Oil Produced Water, 41:521
Helium influence in ozone production, 22:53
Helminth Eggs degraded in wastewater treatment, 36:570
Helminth Eggs, disinfection with ozone, 26:359
Hemicellulose, ozone attack of, 11:217
Hemoglobin degradation with ozone, 28:317
Hemotherapy, and ozone treatment of blood,
23:207,26:195
Henrico County, VA Water Treatment Plant, design ofhigh concentration ozone contactors for, 15:245
Henrico County, Virginia system design for inactivationof Cryptosporidium, 27:129
Henry Coefficients in ozonation of wastewaters, 19:281
Henry Constant, 41:207
Henry’s Coefficient, with ozone in water in a bubble
column, 26:277
Henry’s Law Constant determination in buffered
solutions, 37:106
Hens, 44:407
Hepatitis C (HCV), 34:451
Heptanal, byproducts from ozonation of, 11:143
Heptanoic Acid, byproducts from ozonation of, 11:143
Heptanone, 2-, byproducts from ozonation of, 11:143
Heptatoxins destruction with ozone, 20:223
Herbicide Control with ozone/GAC at 11 Anglian Water(U.K.) surface water treatment plants, 18:19
Herbicide degradation by ozone, 27:83, 27:173
Herbicide
Formation
duringozonationofethylenediaminetetra methylenephosphonic acid), 20:99
Herbicides and Their Chlorine and Ozone ByProducts, non-genotoxic effects of on gap junctional
intercellular communication, 19:351
Herbicides oxidation with ozone and the Fenton process,22:607
Herbicides, degradation by ozone and ozone-hydrogen
peroxide in a lowland surface water, 18:251
Herbicides, degradation by ozone, 14:283, 25:227
Herbicides, Non-Agricultural, ozone degradation of,
15:457
Herniated Lumbar Disc, 34:461
Herpesviridae inactivation by ozone, 36:249
Herzberg Bands in ozone formation, 21:229
Heteroaromatics oxidation with ozone, 24:271
Heterocyclic Compounds, n-, ozonation of, 12:329;
14:177Heterogeneous Catalysis of agro-industrial wastewaters,

52 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
36:3
Heterogeneous Catalysis of oxalic acid, 25:393
Heterogeneous Catalyst for catalytic ozonation ofdichlorophenol, 38:14
Heterogeneous Catalyst regeneration by ozone, 39:366
Heterogeneous Catalysts for degradation of mDinitrobenzene, 27:359
Heterogeneous Catalytic Ozonation of benzene, 43:147
Heterogeneous Catalytic Ozonation Process, 43:239
Heterogeneous Catalytic Ozonation with supported
titanium dioxide, 22:185, 22:471
Heterogeneous catalytic ozonation, 45:147
Heterogeneous nano catalyst, 44:182
Heterogeneous Photocatalysis in phenol decomposition,
24:49
Heterogeneous Photocatalysis, 35:73, 36:560
Heterogeneous Photocatalysis, water treatment
combined with ozonation, 26:585
Heterojunction, 45:346
Heterotrophic Bacteria grown in distribution system,
25:473Heterotrophic Bacteria in treatment of drinking waters
with ozone, 20:303
Heterotrophic Bacteria survival after ozonation, 22.65
Heterotrophic Degradation of 3-methyl-pyridine,
23:189Heterotrophic Plate Counts, effect of ozonation on in
Colorado River Water,
13:127Heterotrophic Plate Counts, Effects of Ozonation On,
17:283
Hexachlorobenzene, partial or complete removal of from
dicofol and tetradifon wastewaters during ozone orozone/H2O2 treatment, 16:487

Hexadecenoic Acid, 9-, byproducts from ozonation of,
11:143Hexanal, byproducts from ozonation of, 11:143
Hexanoic Acid, byproducts from ozonation of, 11:143
Higbie Penetration Theory in ozonation of dyes, 30:344
High Concentration Ozone (19% w/w), for Drinking
Water Treatment, 17:485
High Concentration Ozone Contactors for drinking
water treatment, 15:245
High Concentration Ozone gas fumigation of Longan
fruit, 44:105
High Concentration ozone generation, 37:221
High Concentration Ozone Generator, 26:429
High Concentration Ozone Measurement, 20:489
High Frequency Model for ozone generation, 25:363
High Frequency ozone generation and effect of SF6,
32:444High Frequency ozone generation in Colombia, 30:202
High Frequency Ozone Generation System, 23:171;
24:321; 25:363
High Frequency Pulse Train Ozone Generation,
23:171High Pressure reactor for ozonolysis of 2ethynylpyridine, 39:418
High Resolution MS to identify oxidation products ofozone-treated imazalil, 33:308
High Salinity of coal gasification wastewater, 40:275
High Voltage Atmospheric Cold Plasma, 45:503
High Voltage Electrode, 43:339
High Voltage Source in three phase VSI-driven singlephase ozone generator, 37:9
High-Pressure
LiquidChromatography,andbioscreening, of oxidant effects on complex mixtures of
nonvolatile organics in polluted waters, 1:31
High-rate activated sludge process, 45:431
High-rate Activated Sludge, 42:255
HiPOx Process, 36:153
Histology in peritoneal membrane ozonation, 44:587
History of Ozone in the USA, 21:99
1
H NMR analysis of ozonated sunflower oil, 28:59;
34:293
1
H NMR analysis of reaction products of ozonation of
coconut oil, 27:153
1
H NMR Spectroscopy, 43:546
1
H-NMR and methyl linoleate ozonation, 25:121; 26:189
1
H-NMR Spectroscopy in ozonolysis of olive oil, 37:55
1
H-NMR to determine ozonides, 23:35
HNoV-II, 43:491
Homogeneous Catalysis of oxalic acid, 25:393
Homogeneous Catalysis with ozone and Co(II), 25:261
Homogeneous Catalysts for degradation of mDinitrobenzene, 27:359
Homogeneous Reactor to study ozone decay, 37:330
Hong Kong Urban Ozone, 25:213
Hormesis, 34:408
Hospital Effluent, 43:413
Hospital Energy Savings of ozone laundry system,
35:399Hot Whirlpools, ozone treatment of, 12:393
House Dust Mites exposed to ozone, 28:191
Household Wastewater, optimizing ozone disinfection of,
3:19
HPC Bacteria, after ozone and PEROXONE treatment,
14:71
HPC Bacteria, MS2 coliphage surrogate for ozone
disinfection of, 15:279
HPLC Analysis of patulin decomposition, 30:189
HPLC to analyze catalytic ozonation of Fipronil, 37:186
Human amniotic membrane (hAM), 45:28
Human Health, 45:536
Human Risk of EDCs in groundwater, 42:244
Humic Acid catalytic ozonation, 38:203
Humic Acid in Bayer liquor treatment, 44:291
Humic Acid oxidation by ozonation and photocatalysis,
25:497
Humic Acid ozonation, 23:41; 30:120; 32:435; 40:93;
40:321
Humic Acid removal process cost, 33:211
Humic Acid treatment with ozone/GAC,24:357
Humic Acid, a model for predicting disinfection
byproducts from ozonation/post-chlorination of, 14:51
Humic Acid, and trihalomethane precursors, catalytic
effects of ultraviolet light and/or ultrasound on the ozone

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 53
oxidation of, 7:47
Humic Acid, degradation by ozonation in presence ofnonpolar bonded alumina phases, 26:367
Humic Acid, effects on ozonation of volatile organic
chemicals, 13:287
Humic Acid, in kinetic analysis of the effects of dissolved
inorganic and organic substances in raw water on theozonation of geosmin and 2-methyl-isoborneol, 15:1
Humic Acid, influence of process conditions in the effectof ozone treatment of, in water, 1:61
Humic Acid, ozonation of in natural waters, productidentifications, 2:75
Humic Acids degradation by catalytic ozonation, 37:371
Humic Acids degradation by UV254 and H2O2/UV254,
34:101
Humic Acids effect on diuron adsorption, 25:399
Humic Acids in cooling water, 36:440
Humic Acids in stabilized landfill leachates, 28:309
Humic Acids ozonation with perfluorooctylalumina,
32:265
Humic Acids, benefits of ozonation prior to flocculation
processes, 5:21
Humic Acids, effects on advanced oxidation of 1,3,5trichlorobenzene, 18:535
Humic Acids, elimination of, 4:79
Humic Acids, in models of water/wastewater ozonation,
15:149Humic Acids, ozonation of, 8:11; 8:37; 8:129; 8:199, 16:1;
17:511; 17:64725:551
Humic Acids, products from ozonation and chlorination,
10:153
Humic Color, removal from water by ozonation followed
by slow sand filtration, an experimental study of, 6:3
Humic Material and effect on formaldehyde formation
during ozonation, 25:41
Humic Materials, elimination of, 4:79
Humic Materials, reduction in molecular weight of byozone treatment, 7:121
Humic Substances affected by preozonation, 33:185
Humic Substances in Huron river water, 23:105
Humic Substances removal by ozone treatment ofcolored upland water, 21:615
Humic Substances removal with ozone, 21:261; 34:213;
34:342
Humic Substances, catalytic ozonation of in water andtheir ozonation byproducts, 18:195
Humic Substances, effects on ozone removal of atrazine,
14:263
Humic Substances, iron and manganese removal during
ozonation of, 11:93
Humic Substances, ozonation of, effects on molecularweight distributions of organic carbon and trihalomethane
formation potential, 10:39
Humic Waters, treatment by ozone, 7:121
Humid Gas Mixtures, effect on ozone formation with(V)UV-Enhanced Barrier Discharges, 21:583
Humid Oxygen and production of ozone via
electroozonation, 23:467

Humidity effect on decontamination of rooms withozone, 31:216
Humidity effect on wire-to-plate corona discharge, 35:31
Humidity in odor treatment, 35:390
Huron River Water treatment by ozone, 23:105
HVAC Systems, ozonation in, 15:81
Hybrid Discharge in ozone generation, 29:107
Hydraulic Pressure in treatment of landfill leachate,
38:367
Hydraulics in modeling of bromate and ozone
concentration, 34:280
Hydraulics of Ozone Contactors, impact of on bromate
ion formation, 18:87
Hydraulics of Ozone Contactors, modeling of, 15:213
Hydraulics, in ozone contactors, 12:133;
Hydrazine Compound and NDMA formation, 36:215
Hydride Transfer in reaction of ozone with tertiary
butanol and formate ion, 36:532
Hydrocarbons, as byproducts from catalytic ozonation of
humic substances in water, 18:195
Hydrodynamic Cavitation in ozone mass transfer,
35:482
Hydrodynamic Model for turbine ozone contactor,
22:351
Hydrodynamic system for disinfection of humanamniotic membrane, 45:28
Hydrodynamic System in peritoneal membraneozonation, 44:587
Hydrodynamics and axial dispersion reactor model,
36:100Hydrodynamics and Mass Transfer Parameters,
modeling of in a continuous ozone bubble column, 18:99
Hydrodynamics in impinging jet ozone bubble column,
29:245
Hydrodynamics of in-line multi-jets contactor, 33:449
Hydrodynamics of ozone bubble columns, 23:313
Hydrodynamics of reactor design for Cryptosporidium
inactivation, 22:99
Hydrodynamics of removal of Bacillus subtilis sporeswith ozone, 24:91
Hydrodynamics, influence on ozone inactivation ofGiardia cysts, 13:451
Hydrodynamics, of ozone contacting, 19:307
Hydrogen Peroxide in ozone treatment of agroindustrial wastewaters, 34: 387
Hydrogen Peroxide – Ozone, oxidation of refractoryorganics, 1:119
Hydrogen Peroxide (Activated), Treatment of Hazardous
Wastes, 17:119
Hydrogen Peroxide and catalytic ozonation of acetic
acid, 38:194
Hydrogen Peroxide and degradation of humic acid,34:101
Hydrogen Peroxide and oxidation of micropollutants inwater, 21:207
Hydrogen Peroxide and ozone applied to foundries,
29:461
Hydrogen Peroxide and ozone compared to54 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
ozone/activated carbon, 28:237
Hydrogen Peroxide and ozone degradation of estrone,
30:249Hydrogen Peroxide and ozone for 1,4 dioxane removal,
39:424
Hydrogen Peroxide and ozone for bleaching of soybean
fabric, 37:195
Hydrogen Peroxide and ozone for bromate control in
Yellow River water, 37:127
Hydrogen Peroxide and ozone for degradation of
aqueous nitrophenols, 23:333
Hydrogen Peroxide and ozone for greenhouse effluent
treatment, 23:385
Hydrogen Peroxide and ozone for oxidation of tolueneand 2,4,6-trinitrotoluene, 22:519
Hydrogen Peroxide and ozone for removal of carboxylic
acids, 28:53
Hydrogen Peroxide and ozone for removal of EDTA
from pulp mill waters, 22:279
Hydrogen Peroxide and ozone for removal of MTBE,
27:27
Hydrogen Peroxide and ozone for treatment of dye
wastewaters, 23:295
Hydrogen Peroxide and ozone for treatment of textile
wastewater, 22:535
Hydrogen Peroxide and ozone in advanced oxidation ofpesticides, 32:25
Hydrogen Peroxide and ozone in decomposition oftrichloroethylene, 30:127
Hydrogen Peroxide and ozone in degradation of
nitroaromatics, 23:343
Hydrogen Peroxide and ozone in oxidation of MTBE,
24:56
Hydrogen Peroxide and ozone in treatment of landfill
leachate, 31:28
Hydrogen Peroxide and ozone inactivation of Bacillus
subtilis spores, 28:335
Hydrogen Peroxide and ozone treatment of wastewaterfrom painting processes, 27:279
Hydrogen Peroxide and Su-FeOOH for degradation of
2,4-dichlorophenol, 37:494
Hydrogen Peroxide and UV for cooling water treatment,
36:440Hydrogen Peroxide decomposition by UV and ozone,
24:281
Hydrogen Peroxide during carbon ozonation, 41:128
Hydrogen Peroxide effect on bromate formation, 34:325
Hydrogen Peroxide effect on ozone decomposition in“pure water, 30:300
Hydrogen Peroxide efficiency in acetic acid degradation,
35:359Hydrogen peroxide for bromate control, 45:446
Hydrogen Peroxide for disinfection of dental treatment
units’ water, 22:441
Hydrogen Peroxide for enterococcus sp. inactivation,
38:443
Hydrogen Peroxide for inactivation of Anthrax byozone, 24:151

Hydrogen Peroxide for treatment of jewelry
manufacturing effluent, 36:196
Hydrogen Peroxide formation during ozonation
processes, 27:431
Hydrogen Peroxide formation during ozone generationin presence of foam, 24:181
Hydrogen Peroxide formation to model ozone/UV
process, 27:421
Hydrogen Peroxide in advanced oxidation water
treatment processes, 32:295
Hydrogen Peroxide in fine bubble ozonation, 43:562
Hydrogen Peroxide in oxidation of N-Methyl-2Pyrolidone, 29:177
Hydrogen Peroxide in ozone decomposition of phenol,
33:143
Hydrogen Peroxide in tank cleaning generated
concentrate, 34:32
Hydrogen Peroxide in treating soybean fibers, 34:143
Hydrogen Peroxide in treatment of colored aqueous
solutions, 37:62
Hydrogen Peroxide in treatment of industrial
wastewater, 36:229
Hydrogen Peroxide in wastewater treatment plants,
42:255
Hydrogen Peroxide inactivation of clostridium
perfringens, 30:431
Hydrogen Peroxide influence on biological acetate andformate removals, 22:77
Hydrogen Peroxide ozone for degradation of
sulfamethoxazole, 37:509
Hydrogen Peroxide –ozone reaction model, 28:95
Hydrogen Peroxide Residuals, effects on biologically
active filters, 19:371
Hydrogen Peroxide to remove pharmaceutical products,
34:16
Hydrogen Peroxide treatment of o-nitrotoluene, 23:127
Hydrogen peroxide treatment of propylene glycol methyl
ether acetate, 30:332
Hydrogen Peroxide with ozone for dyes color removal,
27:265
Hydrogen Peroxide with ozone for removal of endocrine
disruptors and pharmaceuticals, 28:445
Hydrogen Peroxide with ozone treatment and ceramic
raschig rings, 37:22
Hydrogen Peroxide, chemistry of with ozone and UV
radiation in water treatment processes, 9:335
Hydrogen Peroxide, effects on ozone decomposition,
14:33
Hydrogen Peroxide, following ozone treatment ofdrinking water in Florence, Italy, control of bromate ion
and brominated organic byproducts by, 18:117
Hydrogen Peroxide, for treatment of surfactants in
wastewater, 26:327
Hydrogen Peroxide, formation during ozone generation,
12:19; 12:41
Hydrogen Peroxide, formation in UV/ozone systems,
14:215
Hydrogen Peroxide, formation of by ozonation of

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 55
glyoxylic acid, 9:13
Hydrogen Peroxide, in control of filamentous sludge
bulking, 20:1
Hydrogen Peroxide, in sludge bulking control, 12:145
Hydrogen Peroxide, oxidation of organic compounds
through the combination with ozone, 6:163
Hydrogen Peroxide, photolysis of, 14:215
Hydrogen Peroxide, plus ozone, 12:281
Hydrogen Peroxide, plus UV radiation, 12:73; 12:177
Hydrogen Peroxide, to improve the effectiveness ofdrinking water ozonation, 7:241
Hydrogen Peroxide, use in automated UV absorption
method for monitoring ozone oxidation reactions oforganic materials, 8:321
Hydrogen Peroxide, with ozone for disinfection of surface
waters, 14:71
Hydrogen Peroxide, with ozone for reduction oftrihalomethane formation potential in surface water, 10:103
Hydrogen Peroxide, with ozone in treatment of landfill
leachate, 26:287
Hydrogen Peroxide/Fe(II) Treatment, of Hazardous
Wastes, 17:119
Hydrogen Peroxide/ozone and Ti(IV) for catalyticozonation, 33:441
Hydrogen Peroxide/Ozone process for treatment ofsynthetic wastewater, 33:23
Hydrogen Peroxide/Ozone Ratio, effects on bromate ion
formation during ozonation of drinking water, 18:1
Hydrogen Peroxide/UV Oxidation, of organic
compounds, 8:339
Hydrogen Peroxide/UV peroxidation for membrane
fouling inhibition, 38:163
Hydrogen Peroxide/UV System for reduction of nbutylparagen, 34:354
Hydrogen Peroxide/UV Treatment, of Cyanazine,
17:237
Hydrogen Peroxide/UV Treatment, of Hazardous
Wastes, 17:119
Hydrogen Peroxide/UV, for oxidation of chlorinatedorganics, 14:197
Hydrogen Peroxide/UV, oxidation processes, 14:367
Hydrogen Peroxide-Enhanced Ozonation, of organic
compounds, 8:339
Hydrogen Peroxide-Ozone and Ozone, degradation of
selected herbicides in a lowland surface water, 18:251
Hydrogen Sulfide in odor control, 35:375
Hydrogen Sulfide removed by wet scrubbing and ozone,
32:199Hydrogen Sulfide, gas phase deodorization of, 13:331
Hydrolysis of activated sludge, 29:201
Hydrometallurgy, 43:324
Hydroperoxides in fatty acids ozonation, 31:301
Hydroperoxides in ozonized sunflower oil, 28:181
Hydrophilic fractions in Dissolved Organic Matter(DOM), 22:249
Hydrophilic functional groups in treatment of plastic
mixture with ozone, 29:373

Hydrophobic Compounds degradation bysonication/ozone/argon, 37:93
Hydrophobic fractions in Dissolved Organic Matter(DOM), 22:249
Hydrophobic functional groups in treatment of plastic
mixture with ozone, 29:373
Hydrophobic/Hydrophilic Fraction in textile effluents,
35:7
Hydrophobicity, of aquatic natural organic matter uponozonation, 16:89
Hydroponic Greenhouse, and inactivation of Fusarium
oxysporum with ozone, 26:517
Hydroponics and ozone treatment, 31:21
Hydroponics, 44:96; 44:464
Hydroquinone removal by ozone/GAC treatment, 24:357
Hydroquinone, ozonation of, 8:129 ; 23:139
Hydrotrioxides, 42:267
Hydroxyatrazine, formation of during treatment ofatrazine by UV/H2O2, 19:395
Hydroxybenzaldehyde, 4-in wastewaters of ozonebleached eucalypt Kraft pulps, 19:481
Hydroxyl Free Radical Mechanisms, during ozonation of
2-hydroxypyridine, 14:177
Hydroxyl Free Radical Reactions, in oxidation ofchlorinated organics, 14:197
Hydroxyl Free Radical Scavengers, effect on efficiencyof ozone/UV oxidationof aromatic compounds, 11:281
Hydroxyl Free Radicals, for Removal of Triazines from
Water, 17:183
Hydroxyl Free Radicals, formation of fromozone/hydrogen peroxide, ozone/UV radiation, and hydrogen peroxide/UV radiation during water treatment, 9:335
Hydroxyl Free Radicals, from ozone, 8:199; 12:73;
12:115; 12:177
Hydroxyl Free Radicals, in kinetic analysis of the effects
of dissolved inorganic and organic substances in raw wateron the ozonation of geosmin and 2-methyl-isoborneol, 15:1
Hydroxyl Free Radicals, in oxidation of organic
pollutants in water, 14:185
Hydroxyl Free Radicals, initiation of: Oxidation oforganic compounds through the combination ozone-hydrogen peroxide, 6:163
Hydroxyl Free Radicals, presence during ozonation ofwaters and "oxidation-competition values" in Swiss waters, 1:357
Hydroxyl Group in catalytic ozonation, 41:521
Hydroxyl Group in ozone decomposition, 43:195
Hydroxyl Radial formation during ozonation of drinking
water, 21:465
Hydroxyl Radical /ozone ratios during ozonation
processes, 22:123
Hydroxyl Radical 32:424 formation in wastewaterozonation, 32:424
Hydroxyl Radical and ozone self-decomposition, 29:55
Hydroxyl Radical and pulsed corona discharge, 36:94
Hydroxyl Radical and radiation chemistry, 30:58
Hydroxyl Radical applied to foundries, 29:461
Hydroxyl Radical effect in ozone for Atrazine removal,

56 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
21:39
Hydroxyl Radical effect on inactivation of Bacillus
subtilis with ozone, 24:145
Hydroxyl radical exposure in a three-stage
countercurrent ozone contactor, 45:191
Hydroxyl Radical formation during electroozonation,
23:467
Hydroxyl Radical formation during ozone generation inpresence of foam, 24:181
Hydroxyl Radical formation in degradation of methylene
blue, 24:159
Hydroxyl Radical formation in injection-type downflow
UV/O3 oxidation reactor, 21:539
Hydroxyl Radical formation in oxidation of nitrobenzene
with ozone, 32:113
Hydroxyl Radical Formation in ozonation of Korea
river waters, 25:251
Hydroxyl Radical Formation in ozonation of onitrotoluene, 23:127
Hydroxyl Radical Formation in ozone formation with(V)UV-Enhanced Barrier Discharges, 21:583
Hydroxyl Radical formation in ozone treatment of
natural waters, 21:239
Hydroxyl Radical formation in photochemical ozone
generator, 30:228
Hydroxyl Radical formation in treatment of poultry
processing wastewater, 23:53
Hydroxyl Radical formation in wastewater ozonation,
34:42
Hydroxyl Radical formation modeled by hydrogen
peroxide formation in an ozone/uv process, 27:421
Hydroxyl Radical formation, in VUV measurement of a
172nm Xe Excimer Lamp, 20:421
Hydroxyl Radical generation by hydroxylamine, 38:150
Hydroxyl Radical in 1,4-Dioxane removal, 33:396
Hydroxyl Radical in acetic acid degradation, 35:359
Hydroxyl Radical in advanced oxidation of night soil,
30:282
Hydroxyl Radical in catalytic ozonation of nitrobenzene,
31:45
Hydroxyl Radical in catalytic ozonation of pchloronitrobenzene, 38:42
Hydroxyl Radical in catalytic ozonation of phenol, 41:166
Hydroxyl Radical in catalytic ozonation of pnitrophenol, 44:414
Hydroxyl Radical in catalytic ozonation of
sulfamethoxazole, 39:25
Hydroxyl Radical in catalytic ozonation with Ti(IV),33:441
Hydroxyl Radical in catalytic ozone decomposition,
38:434
Hydroxyl Radical in decomposition of trichloroethylene,
30:127
Hydroxyl Radical in degradation of metaChloronitrobenzene, 36:496
Hydroxyl Radical in estriol degradation, 38:358
Hydroxyl Radical in Fenton process treating
dinitrotoluene wastewater, 38:225

Hydroxyl Radical in fine bubble ozonation, 43:562
Hydroxyl Radical in odor control, 35:375
Hydroxyl Radical in ozonation of nitrite ion, 32:430
Hydroxyl Radical in ozonation of secondary municipal
wastewater, 40:441
Hydroxyl Radical in ozone oxidation of MIB and
Geosmin, 28:277
Hydroxyl Radical in ozone-hydrogen peroxide reaction
model, 28:95
Hydroxyl Radical in phenol decomposition, 35:350
Hydroxyl Radical in presence of bicarbonate, 35:302
Hydroxyl Radical Oxidation Capacity and influence ofcarbonate, 22:305
Hydroxyl Radical pathway during bromate ion
formation, 29:3
Hydroxyl Radical pathway enhancement in a multiphasereaction, 41:156
Hydroxyl Radical Probe in ozone treatment of natural
waters, 21:239
Hydroxyl Radical Probe, for measuring hydroxyl radical
reaction kinetics, 26:345
Hydroxyl Radical Scavenger in ozone treatment inpresence of bicarbonate, 25:285
Hydroxyl Radical Scavenger, effect on ozone
decomposition kinetics, 26:345
Hydroxyl Radical, decomposition kinetics, 26:345
Hydroxyl Radical, formation by pulse discharge inwater, 24:471
Hydroxyl Radical, in carbon-catalyzed conversion of
aqueous O3 into OH-radicals, 20:67
Hydroxyl Radical, pathway for bromate ion formation ina continuous flow reactor, 26:573
Hydroxyl Radicals effect on ozone decomposition in
wastewater, 28:247
Hydroxyl Radicals for NOx removal, 38:382
Hydroxyl Radicals formed during ozone decompositionof phenol, 33:143
Hydroxyl Radicals generated by ceramic membrane,
44:372
Hydroxyl Radicals generated in ozone mass transfer bystainless steel wire mesh, 42:347
Hydroxyl Radicals generation in flow-throughelectrochemical reactor, 30:113
Hydroxyl Radicals in catalytic ozonation ofchlorobenzoic acid, 37:527
Hydroxyl Radicals in catalytic ozonation of fenofibric
and clofibric acids, 33:434
Hydroxyl Radicals in Catalytic Ozonation of
Meropenem, 43:88
Hydroxyl Radicals in catalytic ozonation processed,
25:25
Hydroxyl Radicals in catalytic ozonation, 42:146
Hydroxyl Radicals in modeling of bromate and ozone
concentration, 34:280
Hydroxyl Radicals in ozonation of a lake water, 38:100
Hydroxyl Radicals in ozone oxidation of
cyclophosphamide, 35:125
Hydroxyl Radicals in presence of electrolysis, 41:351

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 57
Hydroxyl Radicals in reactive green 19 degradation,
44:326
Hydroxylamine for hydroxyl radical generation, 38:150
Hydroxynitrotoluene, as chloropicrin precursor duringozone treatment of drinking water, 10:241
Hydroxynitroxylene, as chloropicrin precursor duringozone treatment of drinking water, 10:241
Hydroxypyridine, 2-, aqueous ozonation of, 2:177
Hydroxypyruvic Acid, formation of by ozonation, 8:199
Hymenolepis nana eggs, 35:201
Hypersalanity, 45:262
Hyphae death after ozone treatment, 36:144
Hypobaric Chamber for ozone treatment of popcorn
kernels, 44:66
Hypobromite formation in ozonation, 30:339
Hypobromite Ion, effects on fish larvae, 13:697
Hypobromite Ion, formation by interactions of ozone withbromide ion, 7:313
Hypobromous Acid, photodecomposition of, 8:63
Ibuprofen catalytic ozonation, 38:203
Ibuprofen oxidation by ozone, 32:91, 35:472; 44:157
Ice Storage of Nile tilapia, 42:408
IDBP(Inorganic disinfection By-Products) in ozonationof drinking water, 21:447
Ideal Method of Analysis for Ozone, 10:89; 10:337
IDUOR injection-type downflow UV/O3 oxidation
reactor, 21:539
IL-10 levels of gingival crevicular fluid, 41:571
IL-1β levels of gingival crevicular fluid, 41:571
Image Analysis in treating Reactive Black 5, 41:46
Image Processing, 42:429
Imazalil removal with ozone, 33:308
Imazapyr Degradation, with ozone and ozone-hydrogen
peroxide in a lowland surface water, 18:251
Imazapyr, ozone degradation of, 15:457
Immediate Ozone Demand in Quebec (Canada) drinking
water facilities, 37:294
Immersed Biological Filtration, elimination of humic
materials, 4:79
Immunomagnetic separation, 44:426
IMO (International Marine Organization), 34:174
Impinging Jet Ozone Bubble Column, 29:245
Impinging Jets for ozone contacting, 32:99
Impinging Zone Reactor for wastewater treatment,
21:501
Impinging-Jet Ozone Contactor for treatment of Kraft
Pulp Mill effluents, 24:307
Impregnation Method Kinetic Study in ozone
decomposition, 39:436
Improved Deep U-Tube Contactor (I-DUT), 41:312
Improved Laundry Quality, 35:399
Improved Product Quality, in treatment of fresh cut
salad mixes with ozone, 32:66
Improvement of the Shelf Life of apples in cold storage,
40:482In Vitro Growth of Plasmodium Falciparum, 23:89

In Vitro Propagation Efficiency, 44:536
In Vitro Propagation, 36:435
In vitro Propagation, 42:89
In Vitro Techniques, 43:379
Inactivation Efficiency, 44:148
Inactivation in ozone treated laundry, 29:85
Inactivation Kinetics, of Helminth eggs with ozone,
24:359Inactivation of AMRB, 43:413
Inactivation of coronavirus, 42:478
Inactivation of COVID-19, 43:208
Inactivation of Cryptosporidium parvum with ozone in astatic mixer, 25:295
Inactivation of Cryptosporidium using full-scale reactors,
22:99
Inactivation of Cryptosporidium with ozone and chlorine
dioxide, 21:477
Inactivation of house dust mites by ozone, 28:191
Inactivation of seedborne viruses, 36:422
Inactivation of spores, 42:36
Inactivation Rate in MS2 inactivation, 36:86
Inactivation, of Clostridium perfringens in Amsterdam
water supply, 26:465
Inactivation, of cryptosporidium in a lime softening plant,
20:177Inactivation, of Giardia lamblia and Giardia muris cysts
by ozone and PEROXONE, 14:71
Incomplete Gammon Hom model for inactivation of
Cryptosporidium parvum with ozone, 23:1, 23:411
Incorporated Alumina in catalytic ozonation, 41:521
Indeno (1,2,3-c,d) Pyrene ozonation, 21: 571
Indian Meal Moth on Kabob Dates, 36:269
Indianapolis, IN, startup and operation of Belmont andSouthport wastewater treatment plant, 10:173, 10::215
Indianapolis, Indiana, wastewater disinfection withozone, 15:497
Indicator Microorganisms to monitor ozone disinfection
efficiency, 39:408
Indicators, of disinfection efficiency of secondary effluent
with UV radiation, F-specific bacteriophages as, 9:353
Indigo Blue Method for ozone analysis in buffered
solutions, 37:106
Indigo Blue used for ozone measurement compared togas chromatography, 25:155
Indigo Carmine Disulfonate-Manganese Reaction, As a
Function of pH, 17:135
Indigo Dye ozonation 29:493; 38:395
Indigo Method (Modified) for Ozone Analysis, 17:329
Indigo Method for determination of ozone in nonaqueous
solutions, 36:110
Indigo Method, for measurement of residual ozone, 5:203;
10:89; 10:337
Indigo Method, of determining ozone; submitted standard
method, 4:169
Indigo Sensitivity Coefficient Adjustment in ozone
analysis, 24:17
Indigo Trisulfonate Analysis of Ozone in Solution,
computerized continuous monitoring of, 18:469

58 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
Indigo Trisulfonate for determination of ozone in
nonaqueous solutions, 36:110
Indigo Trisulfonate Method, for analysis of ozone in gas
phase, 11:115
Indigotrisulfonate for analysis of disinfection
byproducts, 21:447
Indigotrisulfonate in egg shells treated with ozone,
29:147
Indigotrisulfonate Method for measurement of ozone
residual, 32:33
Indirect Analysis of ozone via gas chromatography,
25:155
Indirect Potable Reuse, 32:43
Indium Tin Oxide treatment by UV, 34:129
Indole, ozonation of in swine manure waste odors, 19:425
Industrial Applications of ozone in the USA, 21:99
Industrial Liquid Wastes treated with ozone, 38:219
Industrial Spill treated with sparged ozone, 30:88
Industrial Wastewater and chlorobenzenes removal,
22:415
Industrial Wastewater and ozonation of dyestuffs,
21:487
Industrial Wastewater and treatment of paper mill
circulation water, 23:401
Industrial Wastewater containing 2,4 Dichlorophenol
and nitrobenzene solutions, 27:381
Industrial Wastewater containing 3-methyl-pyridine
treated by ozone, 23:359
Industrial Wastewater from painting processes, ozone
treatment, 27:279
Industrial Wastewater from tannery operations, 34:397
Industrial Wastewater ozonation of food processing
wastewater, 22:167
Industrial Wastewater Ozonation, Henry and masstransfer coefficients in, 19:281
Industrial Wastewater treated with ozone, 28:3
Industrial Wastewater Treatment by Ozone, 17:355;
17:379; 17:399; 17:419; 17:527;
Industrial Wastewater treatment containing pesticides
by ozone/biomass sequence, 27:317
Industrial Wastewater treatment from pharmaceuticalmanufacture, 21:69
Industrial Wastewater Treatment from pulp mills,
21:53
Industrial Wastewater treatment of phenols with ozone
and coagulation, 25:323
Industrial Wastewater treatment with ozone in Canada,
21:119Industrial Wastewater Treatment with ozone in theUSA, 21:99
Industrial Wastewater Treatment with Ozone, Review
of Applications, 18:477
Industrial Wastewater Treatment, with ozone in Japan,
10:309Industrial Wastewater Treatment, with ozone, kineticsof, 14:303
Industrial Wastewater with phenols ozonation over
CuO-Al2O3 catalyst, 25:335

Industrial Wastewater, from production of organochlorine plaguicides derived from DDT andtrichlorobenzene, ozone and ozone/H2O2 treatment of
16:487
Industrial Wastewater, ozonation of chlorophenol
solutions, 20:259; 20:283
Industrial Wastewater, treatment of dyestuff waters
with Fenton’s Reagent, 22:196
Industrial Wastewater, treatment with ozone, 10:363,
36:16
Industrial Water Cooling, application of ozone toeliminate tertiary treatment of wastewater used for, 3:121
Inert Gas effect on dielectric barrier discharge, 23:95,
35:448, 35:526
Infection Control, 43:108
Infectivity, of animals by Giardia muris, 14:1
Infectivity, of Giardia muris cysts treated with ozone andozone/H2O2, 16:67

Influence Factors in MS2 inactivation in water, 36:86
Influence Factors in nano-metal oxides ozonation,
36:549Influence of Chemical Structure and Degree ofProtonation, 21:23
Influence of inert gases on ozone production, 22:53
Infrared Absorption Spectroscopy, to determine nitrous
oxide and dinitrogen pentoxide in output of air-fed ozone
generators of high power density, 9:195
Infrared Spectroscopy in ozonated sunflower oil, 44:337
Inhibition effect of ozone on leaf blight disease, 27:495
Inhibition of Aspergillus species by ozone, 30:423
Inhibition of electrochemical generation, 33:389
Inhibition of ozonation of wastewaters by residual
oxidant, 25:95
Inhibitors, in kinetic analysis of the effects of dissolved
inorganic and organic substances in raw water on theozonation of geosmin and 2-methyl-isoborneol, 15:1
Initial Ozone Demand (IOD) of secondary effluents,
30:376
Initiator influence on ozonation of ibuprofen, 35:472
Injection of ozone into water, 38:245
Injectors, sidestream, 29:297
In-line dissolved ozone measurement for ozone therapy,
44:499In-Line Ozone Injection Contactor for primarydisinfection, 15:245
In-Line Treatment, of drinking water with ozone, 13:559
Inorganic Carbon effect on ozone self-decomposition,
29:31
Inorganic Compounds in ozonation of natural waters,
20:361
Inorganic Ions in acetic acid degradation, 35:359
Inorganics Oxidation with ozone, 24:1
Input Energy, 40:494
Insect Disinfestations on Kabob Dates, 36:269
Insecticide degradation by ozone, 27:83, 27:173
In-Situ Chemical Oxidation, 32:130
Instantaneous Ozone Demand for control of ozone
dosage, 25:383

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 59
Instantaneous Ozone Demand in Korea river waters,
25:251
Instantaneous Ozone Demand in wastewater, 28:247
Instantaneous Ozone Demand of a lake water, 38:100
Instantaneous Ozone Demand, 20:513
Integrated Chemical-Biological Oxidation of olive
wastewater, 22:617
Integrated Disinfection Design Framework (IDDF)
Method, 26:125
Integument response to ozone treatment of ticks, 42:507
Interface Action, importance of during ozone disinfection
during wastewater treatment, 2:139
Interfacial Area in static mixers, 32:399
Interfacial Resistance of Aqueous Solutions, combined
absorption and self-decomposition of ozone in, 18:183
Interference in UV Ozone Analysis, 20:495
Interferences with Other Oxidants, importance of ozone
on oxidation processes for the treatment of potable water,
4:59
Intermediate Ozonation effect on enhanced coagulationof DBT precursors, 25:453
Intermediate Ozonation, of drinking water in
Switzerland, 8:151
Intermediate Ozonation, of drinking water in Yugoslavia,
14:101
Intermediate Products in ozonation of benzophenone-2,
40:122
Intermediate Stage Ozonation, 10:55
Intermediates in humic acid oxidation, 40:93
Intermittent Disinfection of dental water systems,
31:436
Intermittent Ozonation, system for antibiofouling of
fresh water cooling circuits, 2:327
Intermittent Ozone Operation for pesticide control,
25:417
International Marine Organization (IMO), 34:174
Invercannie Water Treatment Works, 21:615
Iodine Value during ozonolysis of palm olein, 37:503
Iodiometry for ozone analysis in buffered solutions,
37:106
Iodometric Assay of ozonized sunflower oil, 28:181
Iodometric Methods, for measurement of residual ozone,
5:203; 10:89; 10:337, 20:433
Iodometric Wet Chemistry Ozone Analysis, in process
gas from an ozone generator, guideline for, 18:209
Iodometry, comparison with indigo trisulfonate method
for measuring ozone in gas phase, 11:115
Ion Chromatography in semiconductor processing,
24:391
Ion Chromatography, Analysis of Bromide and Bromate
Ions by, 17:561
Ion Exchange followed by UV/H2O2, 32:383
Ion Exchange for preparation of gas diffusion electrode25:307
Ion Mobility in ozone generation, 29:399; 30:145
Ionizing Radiation for detergent removal, 33:301
Ionizing Radiation of phenol, 25:377
Iron (II) Method for ozone analysis in buffered

solutions, 37:106
Iron and Manganese Oxidation, by ozone at Wiggins
Water Works, Durban, South Africa, 16:247
Iron and Manganese removal monitored by differential
turbidity, 32:286
Iron and Manganese Removal, from drinking water byozone in Hungary, 13:479
Iron and Manganese Removal, from drinking water byozone, 13:675; 17:297
Iron and Manganese Removal, purification of polluted
source water with ozonation and biological activated carbon, 6:245
Iron Catalyst for landfill leachate treatment, 33:294
Iron Doping, 41:156
Iron in Fenton reaction, 41:221
Iron in leachate treated with activated carbon and ozone,
35:55
Iron in tomatoes treated with ozone, 31:21
Iron Oxide (Fe2O3) Catalyst, for ozone decomposition,
14:277Iron Oxide coated membranes and ozone for removal ofEscherichia coli, 29:75
Iron Oxide, effect on ozonation of natural organic matter,
26:141Iron present in Finnish groundwater, 28:269
Iron removal by ozone treatment, 8:49,30:73
Iron Removal, by ozonation in the presence of humic
materials, 11:93
Iron Removal, from drinking water at Budapest
Waterworks pilot plant, 16:29
Iron-Organic Complexes, 30:73
Irradiance Distribution, 34:306
172 nm Irradiation of organic compounds, 30:99
Irrigation Water treatment with ozone, 23:65
Irrigation Water, 41:398
Isatin-5-Sulfonic Acid and determination of ozone in
nonaqueous solutions, 36:110
Isatin-Disulfonic Acid and determination of ozone in
nonaqueous solutions, 36:110
Isobarbituric Acid, ozonation of, 8:199
Isobutyraldehyde, formation during drinking waterozonation, 12:231
Isoproturon Treatment with ozone/GAC at 11 Anglian
Water (U.K.) surface water treatment plants, 18:19
Isoproturon, Destruction of in Drinking Water by Ozone
and Ozone/Hydrogen Peroxide,
17:657; 17:673
Isothermal Differential Pressure Method, for ozone
analysis, in the gas phase, 10:337; 14:91
Isotherms of ozone adsorption on silica gel, 25:315
Ivry Water Treatment Plant (Paris), 23:229
Jadreski Water Treatment Plant, Pula, Yugoslavia,
with ozone, 14:101
Jago and Stanfield Method, for AOC determination,
12:377
Japan, use of ozone, 21:127
Japanese Mustard Spinach, 44:464

60 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
Jatropha treatment with ozonation and solar irradiation,
37:29
Jeddah, Saudi Arabia, water reclamation plant design,
9:93
Jet Downflow Gas-Liquid Contactor, in ozonation,
20:17
Jet-Pump Gas-Liquid Contactor, in ozonation, 20:17
Jewelry Manufacturing Effluent, 36:196
Joint Sealants resistance to liquid and gas phase ozone,
24:249
Joret and Lévi Method, for AOC determination, 12:377
Joshi Effect in ozone formation with (V)UV-Enhanced
Barrier Discharges, 21:583
Juice solutions treated by ozone, 39:255
Juice treatment by Fenton Process, 40:54
Juices treatment with UV light, 30:93
Juvabiones, removal of in chemical and mechanical pulp
mill effluents by ozonation, 18:363
Kabab Date, 36:269
Kamloops Water, 30:321
Kaolin Bleaching with ozone, 24:1
Kappa Number of ozone bleached wheat straw pulp,
40:148; 41:137
Kathon products group, 33:31
k-Coefficient in degradation of textile wastewater,
40:465
Keitz Formula, 34:306, 34:310
Kempton Park (UK) Water Treatment Plant, 25:417
Kerosene Films, ozonolysis of naphthalene derivatives in,
9:23
Ketoacids formed during ozone treatment of drinking
water, 21:79
Ketoacids removal by biological activated carbon, 22:393
Ketoacids, as Byproducts of Ozonation of Natural Organic
Matter in Water, 17:647
Ketoacids, formation of during ozonation of drinking
waters, 14:269
Ketoacids, formation of during ozonation of natural
waters, 19:179
Keto-enol Tautomerism, 42:267
Ketomalonic Acid, byproduct of ozonation of drinking
water, 14:269: 16:1
Ketomalonic Acids, Formation of By Ozonation of
Natural Organic Matter in Water, 17:647
Ketones in ozone treatment of drinking water, 25:53
Ketones, as byproducts from catalytic ozonation of humic
substances in water, 18:195
Ketoprofen removed by ozone/BAC process, 37:343
Kidney Ischemia/Reperfusion treatment with ozone,
25:233Kinetic Absorption Model, of ozone in 1,3cyclohexanedione solutions, 13:397
Kinetic Competition in removing pharmaceutical watercontaminants, 40:251
Kinetic constant, 45:191
Kinetic Constants, for ozonation of crotonic acidsolutions, 26:415
Kinetic Information Reconstruction in ozonation ofdyes, 30:344
Kinetic Model for decomposition of ozone in aqueous
alkaline solution, 22:287
Kinetic Model for ozone decomposition of endocrine
disruption chemicals, 27:389
Kinetic Model for treatment of olive wastewater withozone, 22:617
Kinetic Model of ozone treatment of biomethanateddistillery effluent, 37:411
Kinetic Modeling for B. cereus inactivation with ozone,
38:124
Kinetic Modeling in catalytic ozonation with Co(II),25:261
Kinetic Modeling of catalytic ozonation process, 38:3
Kinetic Modeling of diethyl phthalate ozonation, 32:238
Kinetic Modeling of domestic wastewater ozonation,
23:219Kinetic modeling of ozonation of BPA-containing
wastewater, catalyst for wastewater treatment, 44:227
Kinetic Modeling, of ozone contactor hydraulics, impact
on bromate ion formation, 18:87
Kinetic Rate Constant Determination of azo dyes
ozonation, 35:423
Kinetic Scheme for pulsed discharge ozone generation,
36:253Kinetic Studies of olive mill wastewater catalyticozonation, 38:261
Kinetic study of diclofenac ozonation, 43:136
Kinetics and Products of the Reactions of Ozone, withvarious forms of chlorine and bromine in water, 6:103
Kinetics in ozonation of C.I. Reactive Black 5 andIndigo, 29:493
Kinetics in ozone/oxygen reactive flotation, 35:381
Kinetics Modeling in ozone disinfection of wastewater,
22:113Kinetics of Acid Red B. catalytic ozonation, 37:287
Kinetics of bromate formation, 29:429
Kinetics of catalytic ozonation of refinery wastewater,
37:546
Kinetics of catalytic ozonation, 33:441, 34:359
Kinetics of Cryptosporidium inactivation with ozone,
23:259Kinetics of degradation of estrone, 30:249
Kinetics of degradation of meta-Chloronitrobenzene,
36:496
Kinetics of dye ozonation, 38:291
Kinetics of estriol degradation, 38:358
Kinetics of flue gas treatment by ozone, 40:29
Kinetics of glycerol ozonation, 31:445
Kinetics of heterogeneous catalytic ozone decompositionon activated carbon, 24:227
Kinetics of inactivation of Cryptosporidium in a static
mixer with ozone, 25:295
Kinetics of MS2 inactivation, 36:86
Kinetics of ofloxacin ozonation, 35:186
Kinetics of oxalate ion decomposition by UV irradiation,
29:473Kinetics of oxidation of Microcystin-LR by ozone,

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 61
23:161
Kinetics of ozonation of a lake water, 38:100
Kinetics of ozonation of alicyclic amines, 21:23
Kinetics of ozonation of dichlorophenols, 24:123
Kinetics of ozonation of Great Lakes Basin wastewater
effluent, 37:36
Kinetics of ozonation of Indeno (1,2,3-c,d) Pyrene, 21:571
Kinetics of ozonation of liginsulfonate, 25:505
Kinetics of ozonation of MIB and Geosmin, 29:185
Kinetics of ozonation of o-phenylphenol, 34:300
Kinetics of ozonation of pharmaceutical effluent, 37:538
Kinetics of Ozonation of wastewater in a Chemical
Sequential Reactor, 15:201
Kinetics of Ozonation, for water and wastewater
treatment, modeling of, 15:149
Kinetics of Ozonation, of cresol isomers in aqueous
solution, 15:267
Kinetics of ozone decolorization of sugar industry
liquors, 28:261
Kinetics of ozone decomposition in wastewater, 28:247
Kinetics of ozone decomposition model, 35:338
Kinetics of Ozone Decomposition, 11:49; 11:59, 41:296
Kinetics of ozone gas reacting with rice grains, 37:450
Kinetics of ozone generation, 38:86
Kinetics of ozone in food preservation, 39:115
Kinetics of ozone oxidation of amino acids, peptides andproteins, 32:81
Kinetics of ozone treatment of natural organic matter,
36:73
Kinetics of p-chlorobenzoic acid treatment with ozone,
27:3
Kinetics of phenol ozonation, 31:201
Kinetics of pulp bleaching with ozone, 25:523
Kinetics of pyrrolidone derivatives ozonation, 33:470
Kinetics of reaction of 1,3-Dimethyl-substituted uracils,
45:174
Kinetics of removal of BPA and NPnEOs from secondary
effluents via ozonation, 32:204
Kinetics of removal of VOCs with ozone, 31:393
Kinetics of TRIC and PERC elimination, 38:302
Kinetics, disinfection, effects of ozone concentration andtemperature on, 10:123
Kinetics, of Advanced Oxidation of Cyanazine, 17:237
Kinetics, of aromatic compounds reaction with ozone,
32:61
Kinetics, of atrazine oxidation, modeling of, 19:395
Kinetics, of biological oxidation of primary municipal
wastewater, 19:513
Kinetics, of competitive first reactions of ozone during
advanced oxidation, 19:13
Kinetics, of Competitive Ozone Reactions in Water,
17:163Kinetics, of Cyanazine degradation by ozone, ozone/UV,and UV radiation, 16:213
Kinetics, of Detergent Oxidation During Ozone Treatmentof Combined Municipal-Industrial Effluent, 17:345
Kinetics, of oxidation of 2,4-D by ozone and UV light,

16:235
Kinetics, of Ozonation and Advanced Oxidation of
Phenols, 17:527
Kinetics, of ozonation of chlorophenol solutions, 20:259;
20:283Kinetics, of Ozonation of Glucosamine and N-Acetyl
Glucosamine, 17:463
Kinetics, of ozonation of glyoxylic acid in water, 9:13
Kinetics, of ozonation of industrial wastewaters, 10:363
Kinetics, of ozonation of pentachlorophenol in aqueous
solutions, 20:163
Kinetics, of Ozonation of Pulp Mill Effluents. 17:419
Kinetics, of ozonation of tomato plant wastewaters, 19:281
Kinetics, of ozonation, 14:303; 17:355
Kinetics, of Ozonation, correlations between chemical
structure and, 9:207
Kinetics, of ozone decay in natural waters, 20:361
Kinetics, of ozone decomposition in dilute aqueous
solutions, 9:165
Kinetics, of ozone decomposition in water, 5:37; 14:33
Kinetics, of ozonolysis of synthetic dyes, 9:153
Kinetics, of reaction of benzene + ozone in liquid andvapor phases, 19:109
Kinetics, of standard neutral ozone decomposition model,
26:345
Kiwi treated with ozone and UV Radiation, 32:144
Knitted Fabric bleached by ozone, 37:170
Knitted Fabrics from soybean fibers treated with ozone,
34:143Kolkata ozone, 36:181
Kraft Effluent treatment with ozone, 29:47
Kraft Mill Wastewater, treatment with ozone, 26:317
Kraft Paper Machine Whitewater, ozone decolorizationof residual direct paper dyes in, 19:549
Kraft Process Pulp Mill Effluent Treatment, withozone; 14:461
Kraft Pulp Mill Effluent treatment with ozone, 24:307,
28:453
Kurobuku Soil treated with ozone, 28:125
La3+/WO3/TiO2/sep photocatalyst, 38:291
Labor Savings, in treatment of fresh cut salad mixes withozone, 32:66
Laboratory-scale evaluation in Quebec (Canada) drinking
water facilities, 37:294
Lactic Acid Bacteria in food processing plants treatmentby ozone, 28:425
Lactic Acid Bacteria, 30:81
Lactic Acid for preservation of sugarcane juice, 40:198
Lactobacillus Plantarum, 43:571
Lactuca Sativa, 42:286
Lag Time, 12:107
Lake Huron water treatment with advanced oxidation,
32:217, 32.295
Lake Huron water treatment, 34:16
Lake Water, contacting with ozone in a static mixer,
26:227

62 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
Lake Water, ozone treatment of, 12:437
Lake Zurich Water treated with ozone and granular
activated carbon, 28:237
Lake Zurich Water treatment, 22:123
Laminar flow in UV reactor, 30:448
Landfill Leachate catalytic ozonation, 38:133
Landfill Leachate ozonation, 32:313
Landfill Leachate preozonation, 36:427
Landfill Leachate treated by catalytic ozonation, 37:371
Landfill Leachate treated by ozone and Fenton process,
31:28
Landfill Leachate treatment by advanced oxidation,
24:369; 33:294
Landfill Leachate treatment with activated carbon andozone, 35:55
Landfill Leachate treatment with ozone and ceramic
raschig rings, 37:22
Landfill Leachate treatment with ozone, 15:433; 18:477,
21:1; 26:287
Landfill Leachate, 38:367
Landfill Leachate, treatment by the Ecoclear® Process,
19:297
Landfill Treatment, with Ozone/Hydrogen Peroxide,
Hydrogen Peroxide/UV Radiation, or Hydrogen
Peroxide/Fe(II), 17:119
Landfill, stabilization with ozone, 20:121
Langranian Actinometry and UV reactor performance,
34:81
Lanthanum Manganite, 43:461
Laser flow map of in-line multi-jets contactor, 33:449
Laser Granulometry, impact of preozonation on, 7:107
Lateral Root properties in of adventitious roots inChrysanthemum, 31:15
Laundering with ozone, 31:339
Laundries and ozone in the USA, 21:99
Laundries use of ozone, 29:85
Laundry Applications for ozone, 24:1; 31:357; 35:196;
35:399Laundry Systems, 31:348
Laundry Wastewater treatment with ozone, 22:535
Layered Double Hydroxide, 43:163
LC/MS for analysis of disinfection byproducts, 22:653
LCMS and –MSn to identify oxidation products ofozone-treated imazalil, 33:308
LC-MS-TDF in phenol oxidation, 42:294
L-Cysteine Inactivation of Bromate Ion Genotoxicity,
16:443
Leachate treatment optimization with ozone, 37:279
Leachate Treatment using ceramic ozone contactors,
22:379Leachate Treatment with ozone in Germany, 21:163
Leachate Treatment with ozone, 21:1; 44:250
Lead Dioxide anode, 30:113
Lead Removal, by Ozone in Drinking Water, 17:297
Leaf Blight controlled by ozone, 27:495
Leather bleached with ozone, 39:455
Leather Dyeing Wastewater, 40:133
Leather Making and ozone treatment, 32:449

LED for ozone concentration measurement, 35:229
Leek (UK) STW, use of ozone for treatment of dye
wastewater, 20:111
Legionella in swimming pool water, 37:456
Legionella presence in bath water, 25:345
Lengg Drinking Water Plant, Zürich, Switzerland, use ofozone in, 13:41
Lentil, 43:48
Lethal Concentration (LC) values for nematodes,
42:120
Lewis Acidity, 41:156
Lewis’ Lung Carcinoma and ozone therapy, 30:398
Light Attenuating Media, 27:459
Light Manufacturing Industries, ozonation of coolingsystems, 15:81
Lignin degradation by ozone, 23:139, 24:83
Lignin Model Compounds and ozone treatment, 21:53
Lignin Model Compounds, Comparison of Ozone
Byproducts From in Water, 17:687
Lignin oxidation by ozone in presence of transition metal
ions, 25:505
Lignin removal process cost, 33:211
Lignin, ozone attack of, 11:217
Lignin, Poplar, ozone degradation of, 13:239
Lignocelluloses degradation by ozone, 23:139
Lime Softening Plant, for cryptosporidium inactivation
and atrazine oxidation, 20:177
Limit of Detection of pharmaceuticals, 41:3
Lindane and Its Chlorine and Ozone By-Products, nongenotoxic effects of on gap junctional intercellularcommunication, 19:351
Lindane, Removal by Ozone or Ozone/Hydrogen
Peroxide from Drinking Water, 17:97; 17:657
Linear Alkyl Benzene Sulfonate, 43:239
Linear Alkylbenzene Sulfonate degradation by UVprocess, 43:317
Linear Alkylbenzene Sulfonates, treatment by ozone,
26:327
Linear Discriminant Analysis in ozonation of
micropollutants, 36:289
Linen bleaching with ozone and hydrogen peroxide,
35:316
Linomycin, treatment with ozone, 26:525
Linurion catalytic ozonation, 33:434
Linuron, Destruction by Ozone or Ozone/Hydrogen
Peroxide in Drinking Water, 17:657; 17:673
Lipid oxidation in wheat germ, 41:562
Lipid Peroxidation by ozone in a bubble column, 38:62
Lipid Peroxidation in ozone therapy, 25:223
Lipid Stability, 40:487
Lipophilic Wood Extractives removal with ozone,
22:585, 23:401
Liquid Axial Dispersion Coefficient in impinging jet
contactors, 32:99
Liquid Height effect on oxidation of landfill leachate,
38:367
Liquid Ozone, 28:149
Liquid Phase Ozone Decomposition, 15:167

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 63
Liquid Phase Plasma in methyl orange ozonation,
36:244
Liquid/Liquid Extraction Ozone (LLO) for EDC
removal, 39:343
Liquidambar Orientalis, 41:80
Liquor Decolorization by ozone, 28:261
Listeria monocytogenes, 44:281
Lithium Tracing, in ozone contactor testing, 8:261
Liver Ischemia/Reperfusion and ozone treatment,
25:241
Local Mass Transfer Coefficient in ozone bubble
column, 29:343
Local Pollution, 42:66
Log-Cauchy Distribution, 41:473
Logit-response in inactivation of Cryptosporidium withozone, 23:1
Logyard Waste treatment with ozone, 24:83
London Water Quality, 25:409
Long Beach, CA, pilot plant study, in-line ozone treatmentof groundwater, 13:559
Long Chain Fatty Acids in ozonation of waste-activatedsludge, 37:316
Longan Fruit treatment with ozone, 44:105
Long-Term Enhanced Surface Water Treatment Rule,
30:70
Long-Term Stability of silver-coated perlite, 37:252
Los Angeles Aqueduct Filtration Plant, operating
strategy to meet the Surface Water Treatment Rulerequirements, 14:439
Los Angeles, CA, drinking water treatment plant, 8:77;
9:93; 10:255;
Los Angeles, CA, drinking water treatment with ozone,"The Big Switch", 13:711
Loss Probability of Ozone at the Wall, 26:487
Loss Rate of ozone in a cylindrical tube, 33:106
Loss Rate of Ozone, influenced by surface material,
26:487
Low Carbon Source in sludge ozonation, 33:410
Low Frequency Ozonation Systems, comparison withmedium high frequency system for drinking water
treatment, 1:107
Low pH in ozone decomposition, 41:296
Low pressure gas for treatment of surgical needles, 45:19
Low Pressure Mercury Vapor Lamp efficiency inphenol decomposition, 35:350
Low Pressure Mercury Vapor Lamps (LPMVL) for
irradiation of bromine species, 28:217
Low Pressure UV for treatment of natural waters, 32:329
Low Pressure UV Lamp, effect on bromate ion
destruction, 18:271
Low Pressure UV Lamps, 35:38
Low Temperature Oxidation of flue gas with ozone,
29:207
Low-pressure UV for degradation of NNitrosodimethylamine, 34:115
LT2ESWTR and system design for inactivation of
Cryptosporidium, 27:129
LT2ESWTR effect of design of Melbourne, FL surface

water treatment plant, 31:262
Luminase, 41:146
Luminol, 45:320
Lychee Pesticide treatment with ozone, 33:232
Lye Wastewater treatment with ozone, 24:105
Lyocell yarns color fading ozonation 40:377
Macrolides, 44:302
Magnesium Cation assistance on ozonation of refractoryorganic pollutant, 32:113
Magnesium Oxide for catalytic ozonation of benzene,
43:147
Magnetic Field with needle plate DBD generator, 44:384
Magnetic Frequency Multipliers, for generating ozone,
14:139Magnetic Frequency Triplers, for generating ozone,
14:139Magnetic Ion Exchange Resin (MIEX®) pretreatment to
reduce bromate formation, 27:371
Major Autochemotherapy, 38:322
Makis Water Treatment Plant, Belgrade, Yugoslavia,
using ozone, 14:101
Malachite Green dye treated by catalytic ozonation,
42:517
Malathion, absorption kinetics of ozone in aqueous
solutions of, 13:487
Malathion, Destruction by Ozone or Ozone/Hydrogen
Peroxide in Drinking Water,17:657
Maleic Acid decomposition by ozone and advanced
oxidation, 27:11
Maleic Acid ozonation, 31:301
Maleic Acid ozonation, reactor modeling and rate
constants determination, 25:13
Malondialdehyde, 42:286
Malonic Acid, 12:1
Manganese (Dissolved) Analysis, 17:135
Manganese and ozone treatment of Arlington, Texas
water, 29:261
Manganese based Catalysts for catalytic ozonation ofphenolic acids, 31:403
Manganese Carbonate as ozone decomposition catalyst,
40:21
Manganese complex, catalytic effect on ozone treatmentof lignin compounds, 21:53
Manganese in tomatoes treated with ozone, 31:21
Manganese in White Rock water treatment plant, 41:322
Manganese Ore catalytic ozonation, 38:133
Manganese oxidation by ozone, 21:465; 23:149
Manganese Oxidation, by ozone at Wiggins Water
Works, Durban, South Africa, 16:247
Manganese Oxide catalytic ozonation of fenofibric andclofibric acids, 33:434
Manganese Oxide for ozone decomposition, 43:195
Manganese Oxides for ozone decomposition, 29:41,
35:308Manganese Oxides on titanium dioxide, 38:156
Manganese precipitation of nickel laterite, 43:324

64 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
Manganese removal, 43:500
Manganese Removal, after preozonation of extracted
aquatic fulvic acid, 11:69
Manganese Removal, by ozonation in the presence of
humic substances, 11:93
Manganese Removal, by ozone, 8:49
Manganese Removal, compromise between bromate ion
formation and/or pesticides
destruction, 19:39
Manganese Removal, from drinking water at Budapest
Waterworks pilot plant, 16:29
Manganese size fractions affected by ozone, 27:147
Manganese(II) as catalyst during ozonation of humic
substances in water, byproducts therefrom, 18:173
Manganese, Oxidation in Drinking Water, 13:623;
13:675; 15:331;
Manganese, Ozone Oxidation in Drinking Water, 17:297
Manganese-Catalysis, of atrazine destruction, 19:227
Manganese-Loaded GAC, for catalytic ozonation, 26:1
Manganese-Ozone Reaction, As a Function of pH,
17:135Manganous Ion Polarography, 17:135
Mannheim Water Treatment Plant, 23:15
Manure storage, and ozonation, 20:35
Manure treatment with ozone, 30:290
Mariculture with Ozone, closed loop system for, 15:311
Mariculture, 33:368
Marine Aquaria Water treatment with ozone in theUSA, 21:99
Marine Aquaria, closed-cycle, ozonation as a criticalcomponent of, 1:11
Marine Aquaria, ozone treatment of, 18:477
Marine Aquaria, the practical use of ozone in, 2:225
Marine Diesel Engine exhaust treated with ozone, 37:518
Marine Outfall, 42:255
Marine Species, toxicity and effects of bromoform on five,
1:47
Marine Vessels Wastewater treatment with ozone,
25:177Mass and Tandem Mass Spectrometry used inozonation of pharmaceutical compounds, 32:305
Mass Balance Analysis, of ozone in bubble contactors,
9:289
Mass Spectrometry for detection ozone oxidation offullerene, 28:177
Mass Spectrometry of ozonized pharmaceuticalproducts, 44:157
Mass Spectrometry to analyze catalytic ozonation of
Fipronil, 37:186
Mass Transfer Characteristics, for ozone in spinningdisk contactor, 13:501
Mass Transfer Coefficient for a microporous diffuser
reactor system, 27:45
Mass Transfer Coefficient in impinging jet ozone
bubble column, 29:245
Mass Transfer Coefficient in ozonation of stabilized
landfill leachates, 28:309
Mass Transfer Coefficient in static mixers, 32:399
Mass Transfer Coefficient of Ozone, relationship tobacterial inactivation effect, 11:169
Mass Transfer Coefficient with ozone in impinging zone
reactor, 21:501
Mass Transfer Coefficient, of ozone in water, 9:1; 9:289
Mass Transfer Coefficient, of ozone, 13:205; 13:421;
13:487; 13:501
Mass Transfer Coefficient, with ozone in water in a
bubble column, 26:277
Mass Transfer Coefficients in ozonation of wastewaters,
19:281Mass Transfer Coefficients of ozone in a stirred vessel,
6:17
Mass Transfer Coefficients, for oxygen and ozone,
comparison of, 10:321
Mass Transfer Devices, energy requirements for the masstransfer of ozone into water -- state of the art, 3:181
Mass Transfer Efficiency in ozone dissolution systems,
22:329Mass Transfer Enhancement by acoustic andhydrodynamic cavitation, 35:482
Mass Transfer Enhancement with ozone in impinging
zone reactor, 21:501
Mass Transfer in circular conduits, 36:191
Mass Transfer in full-scale reactors for Cryptosporidium
inactivation, 22:99
Mass Transfer in in-line multi-jets contactor, 33:449
Mass Transfer in maleic acid ozonation, 25:13
Mass Transfer in oxidation of cycloalkenes with ozone,
28:329Mass Transfer in ozonation of C.I. Reactive Black 5 andIndigo, 29:493
Mass Transfer in ozonation of Kraft pulp mill effluents,
23:479Mass Transfer in ozonation of sludge, 29:415
Mass Transfer in ozone bubble column, 23:369, 39:44
Mass Transfer in ozone gas-liquid reactors, 28:17
Mass Transfer in treatment of pulp mill wastewaters
with ozone, 22:31
Mass Transfer Modeling in a cocurrent jet pump, 20:17
Mass Transfer Models, for ozone treatment of crotonic
acid solutions, 26:415
Mass Transfer of ozone in a confined plunging liquid jet
contactor, 25:1
Mass Transfer of ozone in plunging liquid jet contactor,
28:131Mass Transfer of ozone into water, 32:3
Mass Transfer of ozone, in a stirred vessel, 6:17
Mass Transfer of Ozone, in UV/ozone systems, 14:215
Mass Transfer of Ozone, into Water, Kinetics of, 17:205,
17:163Mass Transfer of ozone, into water: Energy requirements-- state of the art, 3:181
Mass Transfer of Ozone, nitrophenols as modelcompounds in the design of ozone contacting and reacting
systems, 6:143
Mass Transfer of ozone, to water: A fundamental study,
2:337
Mass Transfer Parameters and Hydrodynamics,

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 65
modeling of in a continuous ozone bubbling column, 18:99
Mass Transfer, in ozone treatment of wastewatercontaining azo dye, 26:539
Mass Transfer, of ozone in bubble contactor, computer
simulation of, 13:535
Mass Transfer, of ozone in downflow bubble contact
columns, 9:217
Mass Transfer, of ozone into water, 9:1; 9:125; 9:289;
12:269; 12:341
Materials of Construction, for diffusion contactors,
14:487
Materials of ozone generator electrodes, corrosion
resistance of, 19:169
Mathematical Model for ozone in impinging zone
reactor, 21:501
Mathematical Modeling in ozonation of pulp millwastewaters, 22:31
Mathematical Modeling of azo dyes ozonation, 35:423
Mathematical Modeling, of ozone treatment of lakewater in a static mixer, 26:227
Mathematical Models, for ozone oxidation, 12:217
Matrix Organic Compounds, 40:338
Maximum Containment Level Goal for bromate risk,
36:419Maximum Contaminant Level in drinking water
treatment, 21:465
Maximum Product of Spacings, 39:273
MCF-7 cell proliferation assay, 34:32
MCPA, degradation by ozone, 14:283
MCPA, Destruction of in Drinking Water by Ozone andOzone/Hydrogen Peroxide, 17:673
m-Dinitrobenzene degradation by catalytic ozonation,
27:359m-Dinitrobenzene, removal from water by ozonation,
10:1
Meal Packaging and treatment with ozone, 32:137
Mean Electron Energy in dielectric barrier discharge,
35:448
Measurement of ozone concentration in processing
water, 28:171
Measurement of ozone decay in stopped-flow reactor,
29:121
Measurement of ozone gas glow, 22:1
Measurement System for surface loss rate of ozone,
34:370Measurement, of ozone residual by Indigotrisulfonate
Method, 32:33
Meat and Dairy Products, 44:50
Meats treatment with ozone, 32:137
Mechanical and Chemical Pulp Mill Effluent
Treatment, by ozonation, 18:363
Mechanical Effect in ozone mass transfer, 35:482
Mechanical Properties of cucumbers treated with ozone.
39:188Mechanical Properties of ozone bleached denim, 38:175
Mechanical Properties, of ozone-treated paper pulps,
7:229
Mechanically Stirred Gas-Liquid Ozone Reactor,

assessment of optimal operating conditions, 16:181
Mechanism for reactive green 19 degradation, 44:326
Mechanism for removal of VOCs with ozone, 31:393
Mechanism of degradation of anthraquinone, 39:219
Mechanism of ozone decomposition, 41:296
Mechanism of ozone degradation of non-ionicsurfactants, 27:437
Mechanism of Reaction, of ozone with soluble aromatic
pollutants, 2:39
Mechanisms of Ozone Decomposition, 11:49; 11:59
Mechanisms of Reactions in sugarcane juice, 41:369
Mechanisms, of Ozone Decolorization of Pulp Mill
Effluents, 17:419
Mechanisms, of ozone decomposition in aqueous solution,
14:33
Mechanisms, Reaction, of organophosphorus pesticides,
application in drinking
water treatment, 6:207
Mecoprop Treatment, with ozone/GAC at 11 Anglian
Water (U.K.) surface water treatment plants, 18:19
Mecoprop, degradation by ozone, 14:283
Medical Applications of ozone in France, 21:153
Medical Applications of ozone, 2:275, 7:259, 12.65,
25:223, 25:233, 23:207, 25:241; 29:501; 38:322; 40:3;
44:499
Medical Biofilm in dental unit waterlines, 42:54
Medical Laboratory Wastewater, 43:213; 44:302
Medium Frequency Pulse train ozone generation,
21:635
Medium High Frequency Ozonation System,comparison with low frequency system for drinking water
treatment, 1:107
Medium Pressure Lamps, 34:310
Medium Pressure UV for treatment of natural waters,
32:329Medium Pressure UV Lamp, effect on bromate ion
destruction, 18:271
Medium Pressure UV Lamps, 35:38
Medium-pressure UV for degradation of NNitrosodimethylamine, 34:115
Melamine, oxidation byproducts by ozone or ozone
advanced oxidation, 19:129
Melbourne, FL ozone contactor, 31:262
Meloidogyne entereolobii, 41:398
Meloidogyne Incognita, 42:371
Melon seeds affected by ozone processing, 40:209
Melun Arvigny Water Treatment Plant, use of static
mixer ozone contacting in, 16:455
Membrane Bioreactor (MBR) with advanced
oxidation processes for antibiotics removal, 31:246
Membrane Cleaning with ozone, 39:310; 40:64
Membrane Concentrate oxidized by ozone andmagnesium cations, 32:113
Membrane Concentrate, treatment with ozone, 32:16
Membrane Filtration and ozone for removal ofEscherichia coli, 29:75
Membrane Filtration Methods, for recovery of injured E.
coli from ozone-treated water, 11:383
Membrane Fouling in ultrafiltration systems, 22:637

66 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
Membrane Fouling of ozonated water, 30:152
Membrane Fouling, 33:379; 39:310; 40:64
Membrane Fractions, 43:579
Membrane Method of Ozone Analysis, 17:329
Membrane Ozone Diffuser for UV-ozone applications,
22:427
Membrane Reactors for ozone contacting, 27:209
Membranes and ozone for water reclamation, 36:485
Membranes for ozone contacting, 27:209
Mercaptan Compounds, inactivation of genotoxicity ofbromate ion by, 16:443
Mercaptans, deodorization by water washing thenozonation, 13:331
Mercaptans, from rendering of carcasses, action ofchlorine and ozone on, 2:261
Mercury Free UV lamps. 35:38
Mercury lamp for ozone generation, 34:129
Mercury oxidation in flue gas, 40:29
Méry-sur-Oise Water Treatment Plant, economics ofozone in, 13:607
Mesoporous CeO2 as ozonation catalyst, 41:166
Metabolic Activity Loss, in microorganisms and cell
membranedamagesuponozonation,
vital
fluorochromization of microorganisms using 3',6'diacetylfluorescein to determine, 18:173
Metabolic Identification, of microorganisms in ozonizeddrinking waters, 8:95
Meta-Chloronitrobenzene degradation by ozone, 36:496
Metal Ion effect on patulin degradation with ozone,
31:224
Metal Ions in catalytic ozonation, 34:359
Metal Mesh Electrode for ozone generation, 34:378
Metal Organic Frameworks, 43:239
Metal Oxide effect on catalytic ozonation, 25:25
Metal-Complex Dyes, Treatment by Ozone and Advanced
Oxidation, 17:149
Metallic Ions in removal of carboxylic acid by ozone andhydrogen peroxide, 28:53
Metallic ions influence on advanced oxidation, 22:415
Metallic Ions present in treatment of citric acid withozone, 27:499
Metals Removal Control monitored by differential
turbidity, 32:286
Metals resistance to liquid and gas phase ozone, 24:249
Metastasis and ozone therapy, 30:398
Meteorology, 40:237
Methabenzthiazuron, Destruction of in Drinking Waterby Ozone and Ozone/Hydrogen Peroxide, 17:673
Methacrylic Acid ozonation, 31:301
Methane Production from digested sludge, 39:148
Methane Production in anaerobic digestion, 29:201
Methane, in relation to tropospheric ozone, 12:177
Methanogenesis in palm oil effluent, 41:427
Methanol, Influence on Degradation of AOX by
Advanced Oxidation, 17:119
Methicillin-Resistant Staphylococcus aureus in ozone
laundry systems, 31:357, 31:369
Methomyl removal in advanced greenhouses, 32:259

Methotrexate removal with ozone, 21:69
Methoxybenzene, Nitration of During Ozonation of
Water, 17:627
Methoxybenzene, ozonation of, 8:129, 32:61
Methyl Alcohol, 12:1
Methyl Glyoxal, Formation during Ozonation in Water,
17:53
Methyl Glyoxal, in wastewaters of ozone-bleachedeucalypt Kraft pulps, 19:481
Methyl Glyoxylate, Byproduct of Ozonation of Coniferyl
Alcohol and/or Ferulic Acid in Water, 17:687
Methyl Isobutyl Ketone, control of in air phase by GAC,
regeneration by advanced oxidant, 18:417
Methyl Linoleate ozonation and 1 HNMR, 25:121
Methyl Mercaptan, ozone oxidation of, 13:331
Methyl Oleate Ozonation, 23:35
Methyl Orange Dye ozonation with multiwalled carbon
nanotubes, 37:269
Methyl Parathion, Destruction of in Drinking Water by
Ozone and Ozone/Hydrogen Peroxide, 17:657; 17:673
Methyl tert.-Butyl Ether, oxidation of by ozone andcombined ozone/H2O2, 16:41

Methyl tert-Butyl Ether removal process cost, 33:211
Methylbenzene, reaction with ozone, 32:61
Methylbenzotriazole, 1-, ozonation of aqueous solutionsof, 9:233
Methylbenzotriazole, 5-, ozonation of aqueous solutionsof, 9:233
Methylcytosine, 5-, kinetics of ozonolysis of, 9:207
Methylene Blue degradation with ozone, 24:159
Methylene Blue removal by catalytic ozonation, 41:250
Methylene Blue removed by catalytic ozonation using
zeolite, 32:344
Methylene Chloride, ozone destruction of in distilled anddrinking water, 9:265
Methylene-Blue dye treated by catalytic ozonation,
42:517
Methylfuran, 2-, in wastewaters of ozone-bleachedeucalypt Kraft pulps, 19:481
Methylglyoxal, analysis by PFBOA method, 11:127
Methylglyoxal, identification of during ozonation oforganic compounds in water, 2:251
Methylindole, 3-, ozonation of in swine manure wasteodors, 19:425
Methylisoborneol, 2- (2-MIB) removal byozone/hydrogen peroxide process, 33:121
Methylisoborneol, 2-, kinetic analysis of the effects ofdissolved inorganic and organic substances in raw water on
the ozonation of geosmin and 2-methyl-isoborneol, 15:1
Methylisoborneol, -2-, oxidation with ozone, 10:309
Methylisoborneol, 2-, ozonation of at Los Angeles
Aqueduct Filtration Plant, 13:711
Methylisothiazolone treatment with ozone, 33:31
Methylnaphthalene, 1-, ozonolysis of to produce
methylated isomers of 2-formylcinnamaldehyde, 9:23
Methylphenol, 3-, kinetics of ozonolysis of, 9:207
Methylphenol, 4-, kinetics of ozonolysis of, 9:207
Methylpropan-2-ol, 2-in advanced oxidation processes,

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 67
44:274
Methyl-pyridine, 3-degradation by ozone, 23:189,
23:359Methylresorcinol, 5-, Oxidation of in Water by Ozone,
Ozone/UV Radiation, Ozone/-Hydrogen Peroxide,
Ozone/Hydrogen Peroxide/UV Radiation, Ozone/Titania,
Ozone/Titania/UV Radiation, and Oxygen/Titania/UV
Radiation, 17:399; 17:527; 8:299; 10:55; 10:255
Methyl-tert-butylether treatment with ozone, 27:27
Metobromuron, Destruction of in Drinking Water by
Ozone and Ozone/Hydrogen Peroxide, 17:673
Metoxuron, Destruction of in Drinking Water by Ozone
and Ozone/Hydrogen Peroxide, 17:673
Metropolitan Water District, 39:203
MgO catalytic ozonation, 41:541
MIB oxidation by ozone, 29:185; 43:527
MIB oxidized by ozone in surface water, 28:277
Micelle state for phospholipids attack by ozone, 42:478
Micro/Nanobubble ozonated water for airborne disease
prevention, 37:78
Microalgae biomass harvesting, 39:264
Microbial Activity, 41:508
Microbial Contamination, 44:536
Microbial Count of ozonated wheat flour, 30:413
Microbial decontamination of textile materials, 45:232
Microbial Enumeration, 41:146
Microbial Growth, 42:399
Microbial Growth, in drinking waters treated with ozone,
20:303
Microbial IAQ, bactericidal effects of high airborne ozone
concentrations on Escherichia coli and Staphylococcus
aureus, 20:205
Microbial Inactivation in fruit juices, 32:166
Microbial Inactivation of domestic well drinking water,
38:25
Microbial Predation, 41:508
Microbial Viability, 41:242; 43:263
Microbiologic Control with air purifier ozone generator,
34:225Microbiological Benefits of ozone laundering, 31:339,
31:357Microbiological Control, by ozone in cooling tower water
treatment, 13:375
Microbiological Parameters, in Colorado River water,
effects of ozonation on, 13:127
Microbiological Stability, of ozonated coloredgroundwater, 13:109
Microbiology and storage of highbush blueberry, 41:376
Microbubble effect on ozonation rate, 23:77
Microbubble for sludge reduction, 43:127
Microbubble formation for site remediation, 32:130
Microbubble ozonation, 45:182
Micro-Bubble producer in treatment of pyrolysis
wastewater by ozone, 32:349
Microbubble Reactor for catalytic ozonation, 41:415
Microbubble Reactor, 43:476
Microconstituents, in U. S. municipal wastewater plants,
32:43

Microcrystalline Cellulose in catalytic ozonation with
CeO2, 41:166
Microcystin LR, 42:461
Microcystin ozonation, 45:182
Microcystin-LR oxidation by ozone, 23:161
Microcystins, destruction with ozone, 20:223
Micro-Discharge Emissions in ozone formation, 21:229
Microdischarge Modeling, in ozone generation, 12:255
Microelectronics Industry and use of ozone, 24:379
Microfibre Mops and Wiping Cloths in ozone laundrysystems, 31:357
Microflocculation Effects of Ozone, 16:55
Microflocculation, 10:39; 10:255
Microflocculation, by ozone at the Los Angeles, CA water
treatment plant, 8:77
Microflocculation, With Ozone or Ozone/Hydrogen
Peroxide, 17:25
Microleakage in Class V Composite Restorations, 41:92
Microleakage restoration of dental cavities, 41:175
Microleakage, 44:217, 44:302
Microorganism Control, with ozone/GAC at 11 Anglian
Water (U.K.) surface water treatment plants, 18:19
Microorganism Inactivated Mechanisms forinactivation of vegetative and sporulated bacteria, 32:180
Microorganism Inactivation by ozone in aqueous
solution, 37:119
Microorganism Kills in ozone laundry systems, 31:369
Microorganism Reduction in drinking water mains,
34:243
Microorganism Reduction with ozone, 24:91
Microorganisms associated with food spoilage, 30:81
Microorganisms in dental water, 33:417
Microorganisms in disinfection of explants, 36:435
Microorganisms in ozone pretreatment of colored uplandwater, 21:615
Microorganisms in root canal infections, 36:264
Microorganisms in tooth decay, 35:456
Microorganisms in wheat germ, 41:562
Microorganisms inactivation by UV, 23:239
Microorganisms inactivation in ozone in water, 21:277,
23:183
Microorganisms, isolated in ozonized drinking waters,
and their metabolic identification 8:95
Microorganisms, vital-fluorochromization of using 3',6'diacetylfluorescein to deter-mine damages to cell
membranes and loss of metabolic activity upon ozonation,
18:173
Micropollutant Oxidation, with ozone in natural waters,
14:185Micropollutant Removal from water with ozone, 17:97
Micropollutant, 45:431
Micro-pollutants degradation by UV advanced
oxidation, 30:34
Micropollutants in ozonation of secondary municipal
wastewater, 40:441
Micropollutants in treatment of Seoul, Korea drinking
water, 27:69
Micropollutants in water and oxidation with ozone,

68 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
21:207Micropollutants oxidation by UV/H2O2, 34:120, 34:125
Micropollutants ozonation in presence of natural organic
matter, 36:73
Micropollutants ozonation modeling, 36:289
Micropollutants removal by ozone oxidation andbiodegradation, 39:296
Micropollutants removed in collimated beam UV
reactor, 37:134
Micropollutants treated with ozone in wastewater plants,
31:415Micropollutants treated with UV, 35:38
Micropollutants, 43:538, 43:579
Microporous Diffuser for an ozone reactor, 27:45
Microstructure Characterization of polymers withozone, 25:145
Microstructure in gaseous ozone treatment of onion,
45:75
Microtox Assay after ozone/BAC process, 37:343
Microwave treatment of caned maize production sludge,
31:257
MIEX® pretreatment to reduce bromate formation,
27:371
MIL-100(Fe), 44:414
Milham Soil dispersion after treatment with ozone, 23:65
Mineral Oil, 38:253
Mineral Removal, by reverse osmosis prior to ozone
treatment of cooling water,
14:231
Mineral Scale, formed during ozonation of cooling waters,
15:47
Mineralization in ozone degradation of aqueous
nitrophenols, 23:333
Mineralization in reactive dyes advanced oxidation,
39:14
Mineralization in TMAH ozonation, 42:439
Mineralization of acid black 210, 40:372
Mineralization of azo dyes, 37:420
Mineralization of humic acid and ibuprofen by catalyticozonation, 38:203
Mineralization of ozonated activated sludge, 29:191
Mineralization of phenol by catalytic ozonation, 40:173
Mineralization rate of caffeine degradation by advanced
oxidation, 37:379
Minerals treated with ozone, 29:307
Minimal Inhibition Concentration (MIC) of ozonizedsunflower oil, 31:232
Minimally processed onion, 44:196
Minimum Chlorine Dioxide Dosage in water treatment,
22:215Mining Effluent treated with ozone and activated carbon,
37:240
Minocycline, 34:484
Mixed Oxidants in ozone formation during salt brineelectrolysis, 20:239
Mixing Effects, on ozone disinfection of E. coli, 13:593
Mixing Energy and ozone treatment of Arlington, Texas
water, 29:261
Mixing in in-line multi-jets contactor, 33:449

Mixing Nozzles with impinging jets, 32:99
Mixing role in ozone dissolution systems, 22:329
MnO2/Al2O3 catalyst, 43:173
Mode of Action of bromate in male rats, 36:419
Model Calibration for ozonation in presence of naturalorganic matter, 36:73
Model for dissolved ozone dosing, 29:379
Model for ozone decomposition in wastewater,
influencing decomposition of ozone in wastewater,
28:247
Model of ozone self-decomposition, 29:31, 29:55
Model Systems in evaluating ozone treatment of natural
waters, 21:239
Model, for ozone mass transfer in semibatch stirred vessel,
19:439Model, of ozone concentration, 32:56
Modeling Atrazine Oxidation by UV/H2O2, 19:395
Modeling of 3-methyl pyridine degradation by ozone,
23:359Modeling of active sludge treated with ozone, 36:451
Modeling of bromate and ozone concentration, 34:280
Modeling of bromate formation in drinking water,
24:923; 29:3; 29:353, 29:429; 34:465
Modeling of dehydroabietic acid oxidation, 27:397
Modeling of dye removal with ozone, 45:50
Modeling of fine-bubble diffusion reactors, 22:369
Modeling of full-scale reactors for Cryptosporidium
inactivation, 22:99
Modeling of inactivation of Cryptosporidium in a static
mixer with ozone, 25:295
Modeling of maleic acid ozonation, 25:13
Modeling of oxygen and air fed surface dischargearrangements, 27:59
Modeling of ozone bubble column, 29:343
Modeling of ozone contactors using CFD, 31:262
Modeling of ozone decomposition, 35:338
Modeling of ozone gas-liquid reactors with continuous
flow analysis, 28:17
Modeling of ozone generator, 37:3
Modeling of ozone-hydrogen peroxide treatment, 28:95
Modeling of trihalomethane formation, 33:14
Modeling of UV oxidation of micropollutants, 34:120
Modeling of wastewater ozonation, 32:424
Modeling Ozonation, in Bubble Contactors, 17:355;
17:379; 17:469;
Modeling, of ozonation of chlorophenol solutions, 20:259;
20:283Modeling, of ozone contactors by computational tankdynamics, 26:403
Modeling, of ozone contactors, 15:213, 17:15
Modeling, of ozone decomposition, 26:345
Modeling, of ozone generation, 7:299; 15:371
Modeling, Ozone Contactors for Industrial Wastewater
Treatment, 17:355 17: 379;
Modeling, Ozone Contactors for Micropollutant Removal,
17:97
Models for ozone generation, 32:372
Models, for predicting bromate ion formation during

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 69
ozonation of drinking water, 19:323
Models, ozone decomposition, applications of, 19:55
Modesto Irrigation District pipeline contactor, 29:291
Modification of granular activated carbon, 37:357
Modification of polyvinyl chloride with ozone, 29:373
Modification of potato starch by ultrasonication andaqueous ozonation, 40:105
Modified Air Packaging for restaurant food processing,
32:137
Modified Bohart and Adams model, 45:291
Modified Iodometric Technique, for analysis of ozone inaqueous solutions, using As(III), 2:183
Modifying carbon nanotube evaluation, 36:465
Molar Absorption Coefficient in electrolyte solutions,
39:69
Molar Absorptivity in analysis of ozone, 24:17
Molasses Wastewater decolorization by ozone, 27:365
Mold and food spoilage, 30:81
Mold removal via ozone gas treatment, 31:326
13X Molecular Sieve for catalytic oxidation of
cyclohexane, 38:482
Molecular Sieve in dielectric barrier discharge, 35:134
Molecular Size Distribution, during ozone treatment oflandfill leachate, 26:287
Molecular Size Fractionation, of aquatic natural organic
matter upon ozonation, 16:89
Molecular Weight Distribution after ozonation, 34:342
Molecular Weight Distribution in textile effluents, 35:7
Molecular Weight Distribution of byproducts in ozoneBAC drinking water plant, 37:257
Molecular Weight Distribution of Humic Acids, Effectsof Ozonation on, 17:511
Molecular Weight Distribution of pulp and paper
wastewater, 30:105
Molecular Weight of Organic Matter, Ozone, andOxalic Acid, effects on coagulation, 18:311
Molecular Weight Reduction, of humic materials by
ozonation, 7:121
Moments, 40:330
Monilinia fructicola, 45:410
Monitoring Networks for local pollution, 42:66
Monitoring of air quality, 33:80
Monitoring Process Design of ozone-biofiltration
treatment systems, 36:276
Monitoring, of ozone oxidation reactions of organic
materials, automated UV absorption method for, 8:321
Monochloramine Addition in drinking water, 23:15
Monochloramine effect on biofilms, 34:243
Monochloramine for bromate control, 45:446
Monochloramine in a full-scale distribution system,
25:473
Monochloroacetic Acid removal by photocatalysis with
TiO2 and O3, 27:311
Monroe, Michigan, 10-year ozonation costs at, 13:161
Mont Valérien Water Plant, advantages of preozonation
in upgrading of, 13:437
Montreal WWTP, 30:387
Montreal, Canada, 15 years experience in ozonation for

drinking water treatment, 18:299
Mont-Valérien Plant, France, preozonation for algae
removal in, 15:445
MOPAC for analysis of ozone clusters, 25:211
Mordants in treatment of cotton fabrics, 40:44
Morphology in ticks exposed to ozone, 42:507
Morpoline removal with ozone, 21:23
Mortality of fungi treated with ozone, 36:144
Mortality of nematodes in drinking water, 42:120
Mortality of stored insects and pests by ozone treatment,
44:79
MoS2, 45:346
Moving-bed Biofilm System for treatment of landfill
leachate, 32:313
MS2 Coliphage Surrogate, for ozone disinfection, 15:279
MS-2 Coliphages, effects of ozone on in Colorado River
water, 13:127
MS2 inactivation, 36:86
MS2 phage inactivation of natural waters using UV andH2O2, 32:329
MS2, 43:491
MSRA inactivation by ozone, 29:85
MTBE Oxidation with ozone; 24:56, 27:27
MTBE removal by catalytic ozonation, 27:301
MTT Assay of ozonated olive oil, 40:37
Muconic Acid ozonation, 31:301
Muconic Acid, Byproduct of Ozonation of Coniferyl
Alcohol and/or Ferulic Acid in Water, 17:687
Multi linear regression to predict bromate formation,
24:293
Multi-Channel Stopped-Flow Reactor, 29:121
Multi-linear Regression and modeling of bromate
formation in drinking water, 29:353
Multi-phase Computational Fluid Dynamics (CFD),
42:168Multiphase computational fluid dynamics for contactor
design, 29:449
Multiphase Inactivation Model, 40:79
Multi-Phase mass transfer, 38:245
Multiphase Reactions in oxidation of cycloalkenes withozone, 28:329
Multiphase Reactors for catalytic ozonation of phenolicacids, 31:403
Multi-Pin-to-Plane Discharge for ozone generation,
27:239Multiple Linear Regression Analysis to predict ozone
concentration, 42:79
Multiple Linear Regression in modeling of bromate
formation, 29:429
Multiple Needles barrier discharge, 33:98
Multiple Stage Ozonation, cellular toxicity andmutagenicity assays from drinking water treatment plants
using, 9:179
Multiple Stage Ozonation, rationales for in drinking
water treatment plants, 9:37
Multi-Pollutant Removal in flue gas by ozone oxidation,
29:207
Multi-Stage Ozonation, at Lengg drinking water plant,

70 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
Zürich, Switzerland, 13:41
Multi-Stage Ozonation, at Mont Valérien water plant,
Paris suburbs, 13:437
Multi-Stage Ozonation, of dye waste, 13:11
Multi-Stage Ozone Application effect on bromate
formation, 22:267
Multivariate Analysis, 43:363
Multivariate H Function, 40:330
Multivariate Statistical Methods to predict ground levelozone concentrations, 40:237
Multiwalled Carbon Nanotube for catalytic ozonation,
37:269Municipal Solid Waste, 44:250
Municipal Wastewater (Primary) Treatment, withozone, impacts on biological treatment, 19:495; 19:513
Municipal Wastewater and secondary treated municipal
effluent, 37:323
Municipal Wastewater Disinfection, engineering andeconomic aspects of with ozone
understringent
bacteriological standards, 2:159
Municipal Wastewater Disinfection, ozone for highlevel, 3:3
Municipal Wastewater Disinfection, with ozone, 1:281
Municipal Wastewater Disinfection, with ozone, designand operation, 6:87
Municipal Wastewater Disinfection, with ozone, stateof-the-art, 3:239
Municipal Wastewater in Istanbul, 42:255
Municipal Wastewater reuse for agriculture, 22:151
Municipal Wastewater Reuse with ozone in the USA,
21:99
Municipal Wastewater Treatment in Great Lakes
Basin, 37:36
Municipal Wastewater treatment optimized by response
surface method, 36:570
Municipal Wastewater Treatment with ozone in
Canada, 21:119
Municipal Wastewater Treatment with ozone in the
United Kingdom, 21:201
Municipal Wastewater Treatment with ozone in theUSA, 21:99
Municipal Wastewater treatment with ozone,
10:291,32:204; 34:3
Municipal Wastewater Treatment withozone/biofiltration, 37:143
Municipal wastewater treatment, 45:431
Municipal Wastewater Treatment, application of ozone
to eliminate use of for industrial cooling water, 3:121
Municipal Wastewater Treatment, by ozone and UASB,
13:179; 13:195
Municipal Wastewater Treatment, comparative study ofozonation conditions in tertiary, 2:123
Municipal Wastewater Treatment, importance ofinterface action during ozone disinfection of, 2:139
Municipal Wastewater Treatment, ozone disinfection of
E. coli in, 13:593
Municipal Wastewater Treatment, spinning disc ozone
contacting, 13:501

Municipal Wastewater Treatment, with ozone in the
U.S.A., 13:23
Municipal Wastewater, 43:538
Municipal Wastewater, improvement of coagulation withozone, 20:151
Municipal Wastewater, ozonation of chlorophenol
solutions, 20:259; 20:283
Municipal Wastewater, preozonation of, containing
chlorophenols, for subsequent biological treatment, 16:13
Municipal Well Field, treatment with ozone, 30:88
Munitions Wastewater, the high temperature treatment oftrinitrotoluene (TNT) and cyclotrinitramine (RDX) withozone and ultrasound, 6:275
Murine Norovirus inactivation with ozone, 35:217
Musty odor compounds, 45:191
Mutagenic Compounds, as byproducts of ozonation/postchlorination of humic acid in drinking water, 14:51
Mutagenicity Assays, and cellular toxicity from on-site
sampling of drinking water treatment plants using
multistage ozonation, 9:179
Mutagenicity of Glyoxal, before and after GAC treatment,
15:39
Mutagenicity of ozonated cisplatin, 30:189
Mutagenicity Testing, of drinking water treated withozone/GAC, 11:245
Mutagenicity, of Ozonated and BAC Treated Drinking
Water 17:449
Mutagenicity, of ozonolysis products of naphthalenes,
9:23
MX, as byproduct of ozonation/post-chlorination of humic
acid in drinking water, 14:51
Mycotoxin degradation with ozone, 31:224
Mycotoxins control in citrus storage, 32:122
Mycotoxins, 44:17
Mythe Water Treatment Plant, UK, 17:15
N-(4-hydroxyphenyl)Acetamide oxidation by pulsed
corona discharge, 35:116
Nano-bimetallic catalysts, 45:361
Nanocapsules in ozonated oil, 45:398
Nanocatalysts, 37:269
Nanoemulsion with ozonated oil, 45:398
Nano-Fe3O4 and Fenton process, 38:225
Nanofiltration and ozone for removal of Escherichia
coli, 29:75
Nanomaterial, 35:73
Nanoparticle Liposomes, 43:637
Nanosheet for photocatalytic ozonation, 38:312
Nanosheet, 35:308
Nano-TiO2 oxides ozonation, 36:549
Naphthalene in biomass tar, 43:78
Naphthalene ozonation, 32:161
Naphthalene Sulfonic Acid, 2,- treatment with ozone intanning wastewaters, 27:351
Naphthalene Sulfonic Acids decomposition with ozone,
28:437
Naphthalene, Nitration of During Ozonation of Water,

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 71
17:627
Naphthalene, ozonation of in aqueous solution, 5:151
Naphthalenes, ozonolysis in water and in kerosene films,
9:23
Naphthenic Acids in oil sands water, 37:45
Naphthol, 1-, Nitration of During Ozonation of Water,
17:627
Naproxen oxidation by ozone, 32:91
Napthalene-1,5-Disulfonic Acid in photocatalyticoxidation with ozone; 24:75
Natural Dyes for casein fiber, 40:140
Natural dyes on cotton fabrics, 40:44
Natural Manganese Ore for ozone decomposition,
35:514Natural Microfloras in food processing industry, 29:113
Natural Organic Carbon, Oxidation by Ozone in Water,
17:449; 17:647
Natural Organic Material, model for ozone oxidation of,
19:55
Natural Organic Matter (NOM) and ozone inducedchanges, 21:551
Natural Organic Matter (NOM) removal by ozonationand chlorination, 22:249
Natural Organic Matter adsorption affected by
preozonation, 33:185
Natural Organic Matter and effect on ozonation ofdrinking water, 25:53
Natural Organic Matter and ibuprofen ozonation,
35:472Natural Organic Matter and manganese oxidation byozone, 23:149
Natural Organic Matter and ozone treatment, 34:213
Natural Organic Matter effect on modeling, 34:280
Natural Organic Matter effect on ozone oxidation of
cyclophosphamide, 35:125
Natural Organic Matter in colored groundwater, 35:438
Natural Organic Matter in Huron river water, 23:105
Natural Organic Matter in membrane operations,
39:310Natural Organic Matter in ozonation of Korea riverwaters, 25:251
Natural Organic Matter in ozone treatment of sludge,
41:105Natural Organic Matter in Quebec (Canada) drinking
water facilities, 37:294
Natural Organic Matter reduction by anion exchange,
35:283Natural Organic Matter removal after ozonation,
34:342Natural Organic Matter, aquatic, effect of ozonation on
physical and chemical properties, 16:89
Natural Organic Matter, effects on formation of bromate
ion during water ozonation, 18:1
Natural Organic Matter, fractionated, used to quantify
organic ozone byproducts, 16:1
Natural Organic Matter, oxidation by ozone, O3/H2O2,
and O3/TiO2, 15:419
Natural Organic Matter, oxidation with ozone, 26:141

Natural Organic Matter, ozonation and DBPS
reduction, 26:153
Natural Organic Matter, ozone decomposition
modeling, 36:73
Natural Organic Matter, treatment by ozone + GAC in
drinking water, 14:123
Natural Organics in water, effect of ozone on the
biological degradation and activated carbon adsorption ofand synthetic organics in water on, 1:263, 1:347
Natural Organics, removal by Biological ActivatedCarbon, 8:299
Natural Ozone Measurement with Semiconductor Based
Sensor, 20:499
Natural Water contamination by pharmaceuticals,
35:249Natural Water treatment by ozone followed by chlorine
to remove Cryptosporidium parvum, 23:411
Natural Waters treatment with ozone, 21:239, 21:261
Natural Waters, and ozone decay kinetics, 20:361
Natural Waters, ozonation of, formation of filterremovable BOM during, 19:179
Natural Waters, ozonation of, product identifications,
2:55
Natural Zeolite for ozone decomposition, 33:279
Naturally Occurring Organics, and trihalomethane
production, effect of ozonation on the apparent molecularweight of, 5:225
Nauplii Inactivation in ozone treatment of ballast water
33:3
NDMA degradation by UV advanced oxidation, 30:34
NDMA degradation by UV, 34:115
NDMA treated with IX-UF and UV/H2O2, 32:383
Needle to Plain Ozone Generator, 33:98
Needle to Plate discharge for production of ozone fromair, 24:221
Needle to Plate Electrodes for ozone generation, 24:215
Negatively charged water for crop treatment, 30:216
Nematodes Inactivation in tomato crops, 41:398
Nematodes mortality in drinking water, 42:120
Nematodes, 42:371
Neon influence in ozone production, 22:53
Nernst Equation in perfluorooctylalumina ozonation,
32:265N-Ethyl-N-(o-tolyl) formamide formation by ozonationof crotamiton, 37:385
Neuilly-sur-Marne Water Treatment Plant, economics
of ozone in, 13:607
Neurotoxins, destruction with ozone, 20:223
New York City, drinking water treatment by ozone/DE
filtration, 15:131
New York City, water treatment plant, 8:49
Nickel Limonite, 43:324
Nickel Nanoparticles, 43:239
Nickel Oxide in catalytic ozonation of tequila industry
vinasses, 38:279
Night Soil Treatment, with ozone, experiences in Japan,
3:219, 6:185, 10:309, 17:195, 21:127; 30:282
NIR-AOTF, 43:254

72 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
Nitrate effect on ozone-UV process, 35:302
Nitrate Ion Removal, by ozone/BAC process, 11:227
Nitrate Ion, formation during oxidation of Fluorescent
Brightener 28, 19:129
Nitrate Ion, formation of during ozonation of cysteine andcystine in aqueous solution, 19:145
Nitrate Reductase in treatment of Vigna unguiculata
with ozone, 36:36
Nitration of Aromatic Compounds, by Ozonation in
Water in Presence of Nitrite Ion, 17:627
Nitric Acid Corrosion, of aluminum and stainless steelozone generator electrodes, 19:169
Nitric Acid Formation, during ozone generation, 10:241;
12:41;
Nitric Oxide in exhaust gas treated with ozone, 28:105
Nitric Oxide Oxidation, 43:284
Nitrification and ozone treatment of Arlington, Texas
water, 29:261
Nitrification in moving-bed biofilm system for treatmentof landfill leachate, 32:313
Nitrification of wastewater containing 3-methyl-pyridine,
23:189
Nitrification, in ozonated drinking water at Belle Glade,FL, 12:199
Nitrite effect on ozone demand, 34:26
Nitrite Ion Control, with ozone/GAC at 11 Anglian Water(U.K.) surface water treatment plants, 18:19
Nitrite Ion reaction with ozone, 32:430
Nitrite Ion Removal, by ozone/BAC process, 11:227
Nitrite Ion, masking during low level bromate ion
determination in ozonated waters using chlorpromazine,
16:79
Nitrite Ion, Ozonation of Aromatic Compounds in Waterin the presence of, 17:627
Nitrite Ion, ozone oxidation of, 7:179
Nitrites, ozone oxidation of in gold mining waters, 16: 261
Nitroaromatics degradation by ozone, 23:343
Nitroaromatics, destruction by ozone-loaded solvent,
26:475
Nitrobenzene degradation by ozone and cobalt catalyst,
43:32
Nitrobenzene degradation by ozone, 10:1; 27:381; 32:61
Nitrobenzene degradation with electrolysis and ozone,
41:351
Nitrobenzene removal by catalytic ozonation, 31:45
Nitrobenzene removal with ozone and PFOA, 24:63
Nitrobenzene, as a model compound in water/wastewaterozonation, 15:149
Nitrobenzene, ozonation of aqueous solutions of, 6:115
Nitrobenzene, ozonation with Mn-loaded GAC, 26:1
Nitrobenzene, ozone oxidation of in industrial
wastewaters, 10:363
Nitrobenzene, partial or complete removal of from dicofol
and tetradifon wastewaters during ozone or ozone/H2O2

treatment, 16:487
Nitrobenzene, photocatalytic oxidation of, 14:367
Nitrocatachol, 4-formation in ozonation of p-nitrophenol,
23:303

Nitrogen and oxygen in wire-to-cylinder ozone generator,
36:65
Nitrogen Bases in ozone treatment of cytostatics, 21:69
Nitrogen Compounds effect on bromate and brominatedorganics formation, 22:23
Nitrogen Dioxide formation by ozone, 28:105
Nitrogen Dioxide in urban environment, 42:66
Nitrogen Dioxide levels in Granada, 33:80
Nitrogen effect in ozone formation with (V)UVEnhanced Barrier Discharges, 21:583
Nitrogen Effect on ozone generation from oxygen, 24:29
Nitrogen effect on ozone generation, 23:95; 32:153;
40:356
Nitrogen Gas effect on ultrasonic irradiation, 33:194
Nitrogen Heterocyclic Compounds, ozonation of
aqueous solutions of, 9:233
Nitrogen Oxide effect in pulsed electric discharges,
35:22
Nitrogen Oxide Formation in ozone generation, 28:207
Nitrogen Oxide Formation, in fine wire electrode ozone
generator, 10:137
Nitrogen Oxides (NOx) Removal by ozone, 29:207
Nitrogen Oxides effect on ozone concentration
measurement, 35:229
Nitrogen Oxides Generation from needle to plate
discharge in air, 24:221
Nitrogen Oxides in dielectric barrier discharge, 40:313
Nitrogen Oxides in wire-to-cylinder ozone generator,
20:317
Nitrogen Oxides ozonation, 34:252
Nitrogen Oxides removal from flue gas, 38:382
Nitrogen Oxides removal with ozone injection and wet
absorption, 36:472
Nitrogen Oxides, 40:494
Nitrogen Oxides, deactivation of α-Fe2O3 ozone
destruction catalyst by, 14:277
Nitrogen Oxides, generation during ozone generationfrom air, 10:351; 12:41; 12:255
Nitrogen Oxides, treatment with ozone, experiences inJapan, 3:219
Nitrogen Removal in industrial liquid wastes, 38:219
Nitrogen Removal in ozonation of night soil, 30:282
Nitrogen Removal in sludge ozonation, 33:410
Nitrogen/Oxygen mixtures in pulsed charge ozone
generation, 36:253
Nitrogenous Compounds, effect of preozonation on,
7:137
Nitrogen-Oxygen mixtures, in a wire-to-cylinder ozone
generator, 20:317
Nitrophenol, 2-, decomposition in aqueous solution by a
UV/O3 process, 18:443
Nitrophenol, 3-, kinetics of ozonolysis of, 9:207
Nitrophenol, 4-, kinetics of ozonolysis of, 9:207
Nitrophenol, 4-, ozonation in secondary effluent using
spinning disc ozone contactor, 13:501
Nitrophenols oxidation by ozone, 23:333
Nitrophenols ozonation over CuO-Al2O3 catalyst, 25:335
Nitrophenols, ozonation of, as model compounds in the

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 73
design of ozone contacting and reacting systems, 6:143
Nitrosamines degradation by UV advanced oxidation,
30:34
Nitrosodimethylamine effect on ozone demand, 34:26
Nitrotrichloromethane (Chloropicrin), formation after
ozonation of drinking water, 10:241
Nitrous Acid formation in urban environment, 42:66
Nitrous Acid, during generation of ozone in air, 12:41
Nitrous Oxide and Dinitrogen Pentoxide, determinationof in output of air-fed ozone generators of high power intensity, 9:195
N-Methyl-2-Pyrolidone oxidation by ozone, 29:177
13
C-NMR Spectroscopy in ozonated drinking water,
21:551
NMR analysis of ozonated sunflower oil, 27:247
NMR Analysis of pomegranate seeds oil, 42:531
N-N’-substituted p-phenylenediamines, 41:358
N-Nitrosamines treated with Ozone, 36:174
N-nitrosodimethylamine (NDMA) and water
reclamation, 36:123; 36:153, 36:174
N-Nitrosodimethylamine degradation by UV, 34:115
N-Nitrosodimethylamine formation from hydrazine
compounds, 36:215
Nodal Segment in disinfection of explants, 36:435
Nodularia, destruction with ozone, 20:223
Noise Signal curves for Fourier transform method, 38:352
NOM Removal by advanced oxidation processes, 33:267
Nonanedioic Acid, byproducts from ozonation of, 11:143
Non-Biodegradable BOD in ozonation of textile
wastewater, 40:465
Nonbiodegradable Material, 12:107
Non-Genotoxic Effects, of pesticides and theirdisinfection byproducts on gap junctional intercellularcommunication, 19:351
Non-heading Chinese Cabbage treated with ozonatedwater, 39:127
Non-Ionic Surfactant in laundry water treated withozone, 30:256
Nonionic Surfactant treatment with ozone, 29:65
Non-Ionic Surfactants degradation by ozone, 27:437
Nonionic Surfactants oxidized by ozone, 28:295
Nonionic Surfactants, decomposition with ozone, 26:217
Non-Ionic Surfactants, review of aqueous ozonation of,
13:639Nonmethane Hydrocarbons, in relation to troposphericozone, 12:177
Non-Sporulated Bacteria, Ozone Disinfection of, 17:499
Nonthermal Plasma Catalysts, 38:156
Nonthermal Plasma for flue gas treatment, 38:211
Nonthermal Plasma oxidation of marine diesel emission
particulates, 37:518
Non-thermal Plasma Reactor, 25:127
Nonthermal Plasma, 44:453
Nonthermal Plasma, in a triggered dielectric barrierdischarge, 20:51
Nonthermal Plasmas, in modeling ozone generation,
26:551
Non-thermal processing utilizing ozone, 41:491

Nonthermal Processing, 41:389
Nonvolatile Organics, oxidant effects on complex
mixtures of in polluted waters; examination by HPLC andbioscreening, 1:31
Non-Woven Fabric and MnCO3 for ozone
decomposition, 40:21
Nonylphenol treatment with ozone, 32:204
Nonyphenol, 4-ozonation, 30:120
Nopal vegetable treatment with ozone, 39:104
Norovirus inactivation with ozone, 35:217
North Bay Regional Water Treatment Plant, Ozonation
In, 17:283
NOx Control with ozone injection and wet absorption,
36:472NOx in urban environment, 42:66
NOx removal from flue gas by ozone, 34:204; 44:453
NOx removal from glass melting furnace flue gas, 38:211
NOx Removal with ozone, 24:1; 41:339
NPDOC (Non-Purgeable Dissolved Organic Carbon)of ozone treated water from eutrophic lake, 28:29
n-Phosphonomethylglycine,inozonationofethylenediaminetetra (methylenephosphonic acid), 20:99
n-Propyl Alcohol, 12:1
NSAID oxidation by ozone, 32:91, 37:343
Nuclear Laundry Water, 30:256
Nuclear Utility Power Stations, ozonation of coolingsystems, 15:81
Nucleation, during ozone treatment of cooling waters,
15:47
Nucleic Acid Dye Test for inactivation of
Cryptosporidium with ozone, 23:1
Nucleic Acids, ozonation of, 14:407
Nucleobases, ozonation of, 14:407
Numerical Simulation of benzaldehyde ozonation,
35:489
Numerical Simulation, 45:305
Numerical Simulation, of ozone generation, 12:19; 12:41
Nutrient Elements, 42:3
Nutrient Solution Disinfection for tomatoes treated withozone, 31:21
Nutrient Solution in lettuce treatment, 42:286
Nutrient Solution, 44:464
Nutrient-Responsive Cells, by direct viable countmethodology, in drinking water, 13:165
Occupational Risk Precursor, 39:287
OCM Software for prediction of ozone decay, 36:100
Octadecadienoic Acid, 9,12-, byproducts from ozonationof, 11:143
Octanone, 2-, byproducts from ozonation of, 11:143
Odor Control in wastewater treatment plants, 32:199
Odor Control with ozone in catfish processing, 29:221
Odor Control with ozone, 24:1; 35:375, 35:390
Odor Control, in swine manure wastes by ozone, 19:425,
20:35
Odor Control, of waste gases with ozone, 5:183
Odor Control, with ozone in sewage treatment plants and74 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
pumping stations, applications and misapplications, 5:69
Odor Control, with ozone review of applications in foodpreservation, 4:147
Odor Control, with ozone, comparison of low andmedium high frequency ozone systems for, 1:107
Odor of drinking water treated with ozone and chlorine
dioxide, 21:465
Odor Removal with ozone in the United Kingdom,
21:201
Off-Gas Control in ozonation of pulp mill wastewaters,
22:31
Off-Gas Destruct Catalyst Poisoning, by chlorine,
16:247
Off-Gas Ozone Destruction, in Zürich, Switzerland
Water Treatment Plant, 17:1
Ofloxacin ozonation, 35:186
OH Radical for treatment of SDS, 29:131
OH Radical in ozonation of MIB and Geosmin, 29:185
OH• Radical probe compound, 27:431
OHCT of natural waters using UV and H2O2, 32:329
Ohio River Water disinfection with ozone and chlorine
dioxide, 21:477
Ohio River Water treatment with ozone, 22:501
o-Hydroxybenzaldehyde, ozonation of, 8:129
o-Hydroxybenzoic Acid, ozonation of, 8:129
o-Hydroxycinnamic Acid ozonation, 20:403
Oil Field Wastewater Biorefractory Organic
Substances, treatment with ozone, 26:309
Oil Fingerprinting in soil ozonation, 35:366
Oil Refineries, ozonation of cooling systems, 15:81
Oil Refinery Wastewater pretreated by enhanced microelectrolysis, 38:472
Oil Sand Process-Affected Water, 37:45
Oil Shale processes, 32:408, 32:417
Oil Shale Wastewater Treatment, with Ozone; 17:399,
17:527
Oil Tanning, 29:405
Oil-in-water Emulsion, 42:230
Oil-refinery Wastewater, 33:403
Olea Europa L., 43:606
Oleaginous seeds, 582
Oleozón effect on Staphylococcus aureus andStaphylococcus epidermis, 22:207
OLEOZON formation from ozonation of sunflower oil,
23:121Oleozon, 23:35, 28:181
Olfactometry, in ozonation of swine manure slurry, 20:35
Olive Flounder, 42:267
Olive Mill Wastewater catalytic ozonation, 38:261
Olive Mill Wastewater treatment by catalytic ozonation,
31:403
Olive Oil ozonation, 37:55, 39:455; 43:606
Olive Oil Quality after washing olives with ozonatedwater, 39:91
Olive Oil Unsaturation, 37:55
Olive Quality, 43:571
Olive Stones, to produce granular activated carbon,
26:299Olive washing with ozonated water, 39:91
Olive Wastewater treatment with ozone, 22:617
Olives water treatment with ozone, 24:105
On-board Wastewater treatment with ozone, 25:177
One-Phase Axial Dispersion Model applied to ozonationof Kraft pulp mill effluents, 23:479
Onion bulb, 45:75
Onion sanitization with aqueous ozone, 44:3
Onion Skin dye sources and ozonation effects, 40:140
Onions treated with ozone and UV Radiation, 32:144
o-Nitrotoluene oxidation by ozone, 23:127
o-Nitrotoluene, efficiency of ozone/UV oxidation of,
11:281
On-line Ozone Meter, 42:213
Oocystis sp. elimination with ozonation process, 41:35
Operating Conditions for treatment of antibiotics,
30:175
Operating Conditions with ozone and tea phenols,
42:551
Operating Costs of injection-type downflow UV/O3
oxidation reactor, 21:539
Operating Costs, of ozone treatment at Choisy-le-Roi,
Méry-sur-Oise and Neuilly-sur-Marne drinking water
treatment plants, 13:607
Operating Costs, of ozone treatment at Lengg drinking
water plant, Zürich, Switzerland, 13:41
Operating Costs, of ozone treatment at Monroe, MI water
treatment plant over 10 years, 13:161
Operating Data, at Lengg drinking water plant, Zürich,
Switzerland, 13:41
Operating Experience With Ozone, 15 years ofexperience in Montreal, Canada for drinking water
treatment, 18:299
Operating Experiences, at Budapest, Hungary, 13:479
Operating Problems, in ozone facilities, 12:95
Operation and Maintenance, problems in U.S.
wastewater ozonation plants, 13:23
Operation of contacting systems, 40:159
Operations of plants for drinking water treatment, 21:433
o-phenyphenol ozonation, 34:300
Optical Filter for UV degradation of NNitrosodimethylamine, 34:115
Optical Ozone Measurement System, 42:386
Optical Rotatory Dispersion (ORD) in ozonation of
terpenes, 32:274
Optimization of anthraquinone ozonation, 39:219
Optimization of aqueous ozone sanitation system, 44:3
Optimization of disinfection of dental unit waterlines,
42:54
Optimization of fixed bed biofilm reactors and ozone,
37:227
Optimization of Henrico County VA Water Treatment
Facility, 31:461
Optimization of leachate treatment using response surface
treatment method, 37:279
Optimization, of Windsor, Ontario Water Treatment
Plant, 26:125

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 75
Optimum Dosage for ozonation of landfill leachate,
36:427
Optimum Initial Molar Ratio (H2O2/O3) oxidation ofAcid Red-151 Aqueous Solutions, 28:155
Opuntia seeds modification by ozone treatment, 39:104
Oral Surgery, ozone in – current status and prospects,
19:387
Orange G catalytic ozonation, 38:48
Orange II dye ozonation, 31:279
Oreochromis niloticus, 42:408
Organic Acids formation during phenol ozonation,
31:201
Organic Bromine Compounds, formation of byinteraction of ozone with bromide ion, 7:313
Organic Byproducts of Ozone, at Los Angeles, CA,
13:711
Organic Carbon, impact of preozonation on, 7:107
Organic Charge, of aquatic natural organic matter uponozonation, 16:89
Organic Compound catalytic ozonation, 38:133
Organic Compounds removed in sewage treatment,
30:263
Organic Compounds, cellular, ozonation of, 13:265
Organic Compounds, identification of products resulting
from ozonation of in water, 2:251
Organic Compounds, investigations on the changes inbiological degradability induced by ozonation, 5:137
Organic Compounds, naturally occurring, effect ofozonation on the apparent molecular weight, andtrihalomethane production, 5:225
Organic Compounds, ozonation of, 12:1; 12:329
Organic Compounds, ozone, and halogens, interactions
between, 10:153
Organic Compounds, Toxic, removal of by powdered
activated carbon and ozone-assisted activated sludge,
7:191
Organic Contaminant Control of Dutch drinking water,
29:273
Organic Contaminant Control with ozone in
BENELUX, 21:139
Organic Contaminants, oxidation by UV radiation andozone in water, 9:369
Organic Dyes treated by catalytic ozonation, 42:517
Organic Fouling of reverse osmosis membrane process,
36:153
Organic Halide Formation Potential in dyestuff
ozonation, 21:487
Organic Halides, formation in ozonation of secondary
effluents, 20:133
Organic Materials, contribution of ozone to the removalof in a process including a slow filtration through sand andactivated carbon, 4:33
Organic Materials, oxidation of with ozone in a Chemical
Sequential Reactor, 15:201
Organic Matter after membrane filtration and ozonation,
35:243
Organic Matter characterization by excitation-emission
matrix fluorescence spectroscopy, 34:109

Organic Matter in wastewater removed by advanced
oxidation processes, 33:243
Organic Matter influence on membrane fouling, 33:379
Organic Matter Molecular Weight, Ozone, and Oxalic
Acid -- effects on coagulation, 18:311
Organic Matter present in disinfection of seawater,
35:63
Organic Matter removal in wastewater treatment,
36:570Organic Matter removal with catalytic ozonation, 38:3
Organic Matter Removal, from boiler feed water byozone, 19:471
Organic Matter, effects on ozone oxidation of iron andmanganese, 13:675
Organic Matter, in ozonation of natural waters, 20:361
Organic Matter, in Phosphoric Acid, Removal of With
Ozone, 17:637
Organic Matter, ozone oxidation of, 7:241
Organic Micropollutants, 44:172
Organic Micropollutants, in drinking water, treatment byozone + GAC, 14:123
Organic Nitrogen Compounds reacted with ozone,
33:470Organic Nitrogen Compounds treated with catalyticozonation, 34:359
Organic Oxidation Products, biodegradability ofozonized, removal of humic materials, 4:79
Organic Oxidation Products, of perfluoroalkenes, 8:27
Organic Oxidation Products, upon ozonation, 8:129;
8:199; 8:247
Organic Oxidation Products: oxidation of organic
compounds through the combination ozone-hydrogen peroxide, 6:163
Organic Oxidation Reactions, automated UV method formonitoring ozone reactions of, 8:321
Organic Ozone Byproducts, quantitated by using
fractionated natural organic matter, 16:1
Organic Pollutant removed by catalytic ozonation,
33:236
Organic Pollutants degraded by catalytic ozonation,
42:136
Organic Pollutants in ozone-BAC drinking water plant,
37:257
Organic Pollutants removal by catalytic ozonation,
27:115
Organic Pollutants treated in rotating packed bed,
44:438Organic pollutants, 45:147
Organic Pollutants, in VUV measurement of a 172nm Xe
Excimer Lamp, 20:421
Organic Production of crops treated withPhytoO3 Tech
Crop Protection Technology, 30:210
Organic Solvent for tetracycline, 37:405
Organic Substances in activated sludge effluent,influence of ozonation on GAC adsorbability of, 8:355
Organics Oxidation with ozone, 24:1
Organics removal from semiconductor processes, 25:445
Organics removal in coal coking processing wastewater,

76 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
25:273
Organics Removal, during ozonation for removal of ironand manganese in presence of humic substances, 11:93
Organics Removal; purification of polluted source waterwith ozonation and biological activated carbon, 6:245
Organics, Nonvolatile, oxidant effects on complex
mixtures of in polluted waters; examination by HPLC andbioscreening, 1:31
Organics, Refractory, oxidation with ozone-hydrogen
peroxide, 1:119
Organo-Bromine Compounds, formation in ozonatedgroundwaters containing bromide ion, 8:63
Organochlorine in activated sludge process, 34:334
Organohalogen Compounds, during ozone-sludge
bulking control, 12:145
Organohalogen Disinfection Byproducts, effects ofbromide on formation of during ozonation, 18:349
Organonitrogen Pesticidal Compounds, aqueous
ozonation of, 11:339
Organophosphorus Pesticidal Compounds, aqueous
ozonation of, 11:339
Organophosphorus Pesticides, ozonation schemes of,application in drinking water treatment, 6:207
Orly Water Treatment Plant (Paris), 23:229
Orthophosphate,inozonationofethylenediaminetetra(methylenephosphonic acid), 20:99
Osteoarthritis and ozone therapy, 34:469
o-Tolidine Method, for ozone analysis, 10:337
Ovarial Carcinomas, effect of ozone on, 12:65;
Overall Mass Transfer Coefficient in ozone bubble
column, 29:343
Owens River Water, raw water supply, ozonation of at
Los Angeles, CA, 13:711
Oxalacetic Acid, from ozonation of natural organic matter,
16:1
Oxalate decomposition by UV Irradiation, 29:473
Oxalate Ion in reaction of ozone with Ag(1), 37:393
Oxalates in Bayer liquor treatment, 44:291
Oxalic Acid as oxidation product of catalytic ozonationof dichlorophenol, 38:14
Oxalic Acid catalytic ozonation, 25:393, 38:48, 40:448
Oxalic Acid decomposition by ozone and advanced
oxidation, 27:11
Oxalic acid degradation by catalytic ozonation, 45:247
Oxalic Acid degradation decomposition with strontium
titanate, 33:74
Oxalic Acid formation during phenol decomposition withozone, VUV and TiO2/UV, 24:49
Oxalic Acid in Catalytic Ozonation of Meropenem, 43:88
Oxalic Acid removal by catalytic ozonation, 42:146
Oxalic Acid, as a model compound in water/wastewaterozonation, 15:149
Oxalic Acid, as model compound in UV/ozone systems,
14:215
Oxalic Acid, formation by ozonation, 8:199; 12:1; 12:115;
16:89, 17:511
Oxalic Acid, formation of by ozonation of glyoxylic acid,
9:13

Oxalic Acid, formation of from ozonation of glyoxal,
11:271
Oxalic Acid, Ozone, and Organic Matter Molecular
Weight -- effects on coagulation, 18:311
Oxaluric Acid, formation of by ozonation, 8:199
Oxamic Acid, from ozonation of 2-hydroxypyridine,
14:177
Oxamide, formation during ozonation of quinoxaline,
12:329Oxford Water Quality, 25:409
Oxidant Demand of drinking water, 21:477
Oxidant-Ozone Residuals, reactivity with seawatercomponents, 1:39
Oxidants, consumption of, influence of preozonation on,
7:137
Oxidants, effects of various on the performance ofactivated carbon used in water reclamation, 3:225
Oxidants, effects on complex mixtures of nonvolatileorganics in polluted waters; examination by HPLC andbioscreening, 1:31
Oxidants, interactions of ozone with, 7:327
Oxidation and Wastewater Treatment, 38:181
Oxidation Byproducts, of detergents and surfactants withozone, 13:639
Oxidation effect of ozone on turkey breast meat, 42:95
Oxidation in ozone treatment of foods and lipids, 44:50;
44:127
Oxidation Monitoring in ozone dissolution systems,
22:329Oxidation of alkanes and ethers with ozone, 30:165
Oxidation of AOC in humic Finnish groundwater, 35:86
Oxidation of arsenic and manganese, 41:322
Oxidation of azoxystrobin by ozone fumigation, 37:479
Oxidation of benzene, 35:375
Oxidation of Bis (terpyridine)-iron (II), in acidic
aqueous solution, by ozone 11:59
Oxidation of bromide, 34:269
Oxidation of chloramine, with ozone; Reaction kinetics,
3:139
Oxidation of cyanobacterial toxins, with ozone, 20:223
Oxidation of flue gas with ozone, 29:207
Oxidation of fullerene by ozone, 28:177
Oxidation of heterogeneous catalyst by ozone, 39:366
Oxidation of iron with ozone, 30:73
Oxidation of natural waters using UV and H2O2, 32:329
Oxidation of NOx with ozone injection and wet
absorption, 36:472
Oxidation of Organic Compounds, through the
combination ozone-hydrogen peroxide, 6:163
Oxidation of ozone bleached denim, 38:175
Oxidation of phthalic anhydride, 32:161
Oxidation of potato starch by ultrasonication andaqueous ozonation, 40:105
Oxidation of SDS with ozone, 29:131
Oxidation of seeds, 42:331
Oxidation of wastewater containing azo dyes, 27:475
Oxidation process for micropollutant removal, 45:431
Oxidation Processes, importance of ozone on for theKEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 77
treatment of potable water -interference with other oxidants, 4:59
Oxidation Products, of aromatic amines uponozonization, 2:65
Oxidation Products, of chlorophenols by advanced
oxidation, 19:75
Oxidation Products, of cysteine, cystine and thioglycolicacid in aqueous solution, 19:145
Oxidation Products, of Fluorescent Brightener 28, 19:129
Oxidation Products, of NOM formed during ozonation ofnatural waters, 19:179
Oxidation Products, of organic materials in drinking
water treatment, 2:75; 12:1; 12:315; 12;329
Oxidation Products, of ozonation of glyoxylic acid inwater, 9:13
Oxidation Reduction Potential in perfluorooctylalumina
ozonation, 32:265
Oxidation State of manganese and cobalt oxides, 36:502
Oxidation using ozone and membrane contactors, 27:209
Oxidation with chlorine dioxide, 27:203
Oxidation, by preozonation, 7:137
Oxidation, of organic matter, 7:241
Oxidation-Competition Coefficients, of different types
of waters used in Switzerland, 1:357
Oxidation-Competition Values, of different types ofwaters used in Switzerland,
1:357
Oxidation-Reduction Potential (ORP), use of inozonation of swimming pool waters, 13:63
Oxidative Bleaching of cotton with ozone, 29:325
Oxidative Bleaching of soybean fabric, 37:195
Oxidative Chemicals for unhairing of goat skin, 28:341
Oxidative Coupling in ozonation of p-nitrophenol,
23:303Oxidative Pretreatment, with ozone and persulfate,
improvement in activated carbon filter media, 5:113
Oxidative Stress and ozone therapy, 34:425, 34:432,
34:469Oxidative Stress in promotion of plant growth, 40:415
Oxidative Stress of fungi treated with ozone, 36:144
Oxidative Stripping of dyed cotton fabric, 42:319
Oxidized Products from ozonation of amino acids,
peptides and proteins, 32:81
Oxidizing Biocide, effects of ozone during cooling water
treatment, 15:47
Oxoacid Disinfection Byproducts, from ozonation ofnatural organic matter, 16:1
Oxodecanoic Acid, 0-, in ozone oxidation of cycloalkanes
to cycloalkanones, 20:91
Oxodecanoic Acid, 9-, byproducts from ozonation of,
11:143
Oxy-Dyes, decomposition with ozone, 24:439
Oxygen Actinometry, in VUV measurement of a 172nm
Xe Excimer Lamp, 20:421
Oxygen Activated Sludge, treatment of wastewater,
12:107
Oxygen Activated Sludge, wastewater treatment process,with ozone disinfection, at Indianapolis, IN, 10:215
Oxygen and nitrogen in wire-to-cylinder ozone generator,

36:65
Oxygen and ozone treatment of corn seed, 30:427
Oxygen and Ozone, absorption in downflow bubble
columns, 9:217
Oxygen Consumption during sludge reduction via
ozonation, 33:171
Oxygen Consumption of Sludge, reduction of byozonation, 6:199
Oxygen Conversion in multichannel dielectric barrierdischarge, 40:228
Oxygen Fed Ozone Generator and micro-discharges,
21:229Oxygen Feed Gas, for ozone generation, Criteria for
selection of, 18:57
Oxygen for Ozone Generation, optimization in wire-tocylinder ozone generator, 19:533
Oxygen formed after treatment of horticultural crops withozone, treated with ozone, 44:127
Oxygen in ozone formation with (V)UV-Enhanced
Barrier Discharges, 21:583
Oxygen Insertion in reaction of triazines with ozone,
25:81
Oxygen Irradiation, at 193 nm for generating ozone,
19:273Oxygen or ozone, use of in first bleaching stage (of paper
pulps), 4:109
Oxygen Production On-Site, for ozone generation,
12:401Oxygen Recycle, in ozone generation, 12:401
Oxygen solubility in liquids, 30:13
Oxygen Uptake Curve, in wastewater, 12:107
Oxygen Uptake Rate in ozonation of activated sludge
from phenolic wastewater, 32:408
Oxygen Vacancy, 43:195
Oxygen, and ozone mass transfer, comparison of onlaboratory and pilot plant operation, 10:321
Oxygen, argon, nitrogen ratios and effect on ozone
generation, 23:95
Oxygen, chemical reactions involving electron-molecule
collisions in during ozone generation by silent electric
discharge, 18:141; 18:159
Oxygen, effects on the performance of activated carbon
used in water reclamation, 3:225
Oxygen, for generation of ozone at Lengg plant, Zürich,
Switzerland, 13:41
Oxygen, for generation of ozone, 12:19; 12:355; 12:401
Oxygen, High Purity, for ozone generation, design
considerations, 14:13; 14:276
Oxygen, ozone and chlorine, influence on biologicalactivity on biological activated carbon, 7:287
Oxygen, photochemistry of, 9:315
Oxygen/Silver Catalysis, of disinfection, 15:533
Oxygen-Enriched Air, generation of ozone from, 7:327
Oxygen-Fed Ozone Generators, practical heat transfer
model for, 18:461
Oxygen-Nitrogen Mixtures used in ozone synthesis inpresence of silica packing, 25:63
Oxygen-Ozone, in ozone generation with air, oxygen or

78 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
air + oxygen, 20:191
Oxytetracycline ozonation, 30:290
Ozoflotation process in France, 21:153
Ozoflotation, at Tophill Low WTP, U.K., 15:481
Ozoflotation, for removal of algae and pesticides,
Correction, 16:179
Ozonated and chlorinated condenser discharges, acomparative evaluation of effects on the white perch,Morone americana, 3:155
Ozonated Compounds in pomegranate seeds oil, 42:531
Ozonated Fat Compounds, 44:337
Ozonated Mineral Oil, 38:253
Ozonated Nutrient Solution to control Root-Knot
nematodes, 42:371
Ozonated oil, 45:398
Ozonated Oils anti-inflammatory effect, 39:374
Ozonated Oils, 43:546
Ozonated Olive Oil, 29:501; 40:37
Ozonated Sawdust, hydrolysis of, 11:217
Ozonated Sunflower Oil, 44:337
Ozonated Sunflower Seed Oil, 39:139
Ozonated Water and Nile tilapia, 42:408
Ozonated water effect on hands, 45:536
Ozonated Water for airborne disease prevention, 37:78
Ozonated Water for COVID-19 disinfection, 43:108
Ozonated Water for COVID-19 inactivation, 43:208
Ozonated water for disinfection of colonoscope, 45:419
Ozonated Water for disinfection of gastrointestinalendoscopes, 38:346
Ozonated Water for disinfection of human amniotic
membrane, 45:28
Ozonated Water for powdery mildew infection control,
31:10
Ozonated Water for promotion of plant growth, 40:415
Ozonated Water for tomatoes treated with ozone, 31:21
Ozonated Water for treatment of food, 30:81
Ozonated Water for treatment of non-heading Chinese
cabbage, 39:127
Ozonated Water for use in wine industry, 32:355
Ozonated Water in dentistry, 44:486
Ozonated Water in food treatment, 41:531
Ozonated Water to inactivate Fusarium oxysporum,
28:125
Ozonated Water treatment of fresh-cut onions, 42:399
Ozonated Water, as a coolant for dental burrs and forrinsing wounds, 19:387
Ozonation (Catalytic) Byproducts, of humic substancesin water, 18:195
Ozonation + Coagulation, for treatment of pulp & paperindustry secondary effluent, 13:521
Ozonation and biological treatment of Arlington, Texas
water, 29:261
Ozonation Byproducts Analysis, 22:551
Ozonation By-Products of Pesticides, non-genotoxic
effects of on gap junctional intercellular communication,
19:351
Ozonation Byproducts, from treatment of lignin
compounds, 21:53

Ozonation ByProducts, of 17 β-estradiol ozonation,
26:563
Ozonation Byproducts, of Lignin Model compounds in
Water, 17:687
Ozonation Byproducts, of Natural Organic Matter in
Water, 17:647
Ozonation Byproducts, organic, quantified using
fractionated natural organic matter, 16:1
Ozonation Costs, in Belgium, 7:327
Ozonation Degree, 43:546
Ozonation Dosage, influence on the structure andbiodegradability of pollutants in water, and its effect on activated carbon filtration, 4:15
Ozonation Effect Index, 10:1
Ozonation Equipment, reliability of, 10:215
Ozonation Facilities, 12:95
Ozonation for soil aquifer treatment, 39:385
Ozonation for washing apples, 39:97
Ozonation in Chamois making, 29:405
Ozonation in combination with packaging, 41:389
Ozonation Kinetics, and comparison of film andDanckwerts theories, 20:403
Ozonation mechanism for algae removal, 41:35
Ozonation of 2,4 dichlorophenol and nitrobenzene
solutions, 27:381
Ozonation of 2-ethynylpyridine, 39:418
Ozonation of a complex industrial effluent, 28:3
Ozonation of activated sludge, 29:191, 29:201
Ozonation of anthracin, 41:231
Ozonation of aqueous sucrose solutions, 39:255
Ozonation of brown chitooligomers, 37:489
Ozonation of C.I. Reactive Yellow 3, 27:273
Ozonation of Dichlorophenols, 24:123
Ozonation of Distillery Wastewaters, 17:355; 17:379
Ozonation of drinking water in Tokyo, 41:312
Ozonation of drinking water under Chick-Watson Law
and CT concept, 22:227
Ozonation of Drinking Water; a preliminary study of theefficiency and mechanism of THM removal on theozonation and BAC process, 6:261
Ozonation of dyes, 30:344
Ozonation of dyestuffs, 28:141
Ozonation of Fatty Acids, byproducts from, 11:143
Ozonation of free fatty acids with sonication/argon,
37:93
Ozonation of Ganga River water, 42:24
Ozonation of groundwater, 42:244
Ozonation of medical laboratory wastewater, 43:213
Ozonation of micropollutants, 39:296
Ozonation of Netherlands drinking water, 34:92
Ozonation of nitrogen oxides, 34:252
Ozonation of o-phenylphenol, 34:300
Ozonation of organic pollutants in sewage, 30:263
Ozonation of PAHs Contaminated Soil, 41:454
Ozonation of Paşakӧy wastewater treatment plant
effluent, 32:209
Ozonation of pharmaceuticals, 45:450
Ozonation of reactive-dyed cotton, 41:60

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 79
Ozonation of sacha inchi, 45:582
Ozonation of sludge, 41:105
Ozonation of textile wastewater, 40:465
Ozonation of Tomato Wastewaters, 17:355; 17:379
Ozonation Plants, operating experiences, 14:501
Ozonation Plants, safety problems in, 2:345
Ozonation Process for cassava starch, 43:60
Ozonation Process for degradation of azo dye, 35:295
Ozonation process for dental unit waterlines, 42:54
Ozonation process for greenhouses, 32:259
Ozonation Processes, water quality criteria for, 16:113;
16:121
Ozonation Rate, in ozonation of pentachlorophenol inaqueous solutions, 20:163
Ozonation Reaction Mechanisms, 12:329
Ozonation Reactor, mechanically stirred, assessment of
optimal operating conditions, 16:181
Ozonation System, for intensive fish culture recycling,
1:319
Ozonation Treatment, for mechanical and chemical pulp
mill effluents, 18:363
Ozonation Unit, efficiency of, applied to fish culture
situations, 7:179
Ozonation, and biological activated carbon, optimizationof in a water reclamation context, 5:171
Ozonation, as a critical component of closed marine
system design, 1:11
Ozonation, at Wiggins Water Works, Durban, South
Africa, 16:247
Ozonation, byproducts during ozonation-biofiltration
treatment, 21:79
Ozonation, conditions, comparative study of in
wastewater tertiary treatment, 2:123
Ozonation, continuous, influence of process conditions on
the effect of ozone treatment of organic substances in water, 1:61
Ozonation, design considerations, 9:93
Ozonation, destruction of cyanide wastewater, 3:61
Ozonation, during ammonia removal with bromide,
22:23
Ozonation, Economics of at Monroe, Michigan, 5:245
Ozonation, effects of bromide ion on formation oforganohalogen disinfection byproducts during, 18:349
Ozonation, effects on easily assimilable organic carbon in
drinking water, 11:297
Ozonation, followed by slow sand filtration for theremoval of humic color from water, an experimental
study of, 6:3
Ozonation, in direct filtration, 24:239
Ozonation, influence of on GAC adsorbability of organic
substances in activatedsludge effluent, 8:355
Ozonation, Intermittent, influence of process conditions
on the effect of ozone treatment of organic substances inwater, 1:61
Ozonation, its effect on the apparent molecular weight ofnaturally occurring organics and trihalomethane production, 5:225
Ozonation, multiple state, rationales for in drinking water

treatment, 9:37
Ozonation, of alcohols and aliphatic amines, reaction
patterns, 4:195
Ozonation, of aniline and anilinium ion in aqueous
solution, 7:167
Ozonation, of aqueous solutions of nitrobenzene, 6:115
Ozonation, of aromatic compounds in aqueous solution:
Styrene, benzaldehyde, naphthalene, diethylphthalate, ethyl and chlorobenzenes, 5:151
Ozonation, of aromatic hydrocarbon micropollutants:
Effect on chlorination and biological filtration,
identification of ozonation products, 3:33
Ozonation, of benzene in vapor and liquid states, 19:109
Ozonation, of biologically pretreated pulp millwastewaters, 22:31
Ozonation, of colored upland water, 21:615
Ozonation, of cysteine, cystine and thioglycolic acid inaqueous solution, 19:145
Ozonation, of cytostatics, 21:69
Ozonation, of dissolved manganese, 23:149
Ozonation, of drinking water and DBP formation, 22:653
Ozonation, of drinking water and formaldehyde
formation, 25:41
Ozonation, of drinking water, improvement in
effectiveness through the use of hydrogen peroxide, 7:241
Ozonation, of dyestuffs, 21:487
Ozonation, of Extracted Aquatic Fulvic Acid, 11:69
Ozonation, of fluorene and 9-fluorenone, 1:249
Ozonation, of Fluorescent Brightener 28, 19:129
Ozonation, of glyoxylic acid in water, 9:13
Ozonation, of Indeno (1,2,3-c,d) Pyrene, 21: 571
Ozonation, of industrial wastewaters, 10:363
Ozonation, of molasses processing wastewater, 19:157
Ozonation, of natural waters, 21:239
Ozonation, of natural waters, product identifications, 2:55
Ozonation, of nitrophenols, as model compounds in thedesign of ozone contacting and reacting systems, 6:143
Ozonation, of organic compounds in water, identificationof products resulting from, 2:251
Ozonation, of organic compounds, investigations on thechanges in biological degradability of single substances induced by, 5:137
Ozonation, of p-nitrophenol, 23:303
Ozonation, of primary municipal wastewater, impacts on
biological treatment, 19:495; 19:513
Ozonation, of soluble organics in aqueous solutions using
microbubbles, 23:77
Ozonation, of substituted aromatics, variations incytotoxicity during, 2:25
Ozonation, of surfactants in wastewater, 26:327
Ozonation, of urban wastewater in a tourist zone, 5:103
Ozonation, of wastewater in impinging zone reactor,
21:501
Ozonation, of water for salmonoid fish rearing facilities,
pilot plant results, 1:183
Ozonation/Electrolysis, oxidation of organics, 12:115
Ozonation/Post-Chlorination, of humic acid in drinking
water, disinfection byproducts of, 14:512

80 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
Ozone decay accelerated by para-chlorobenzoic acid,
27:431
Ozone - Diatomaceous Earth Filtration, water treatment
process, 8:49
Ozone - Direct Filtration, water treatment process, 8:49;
8:77
Ozone impact of degradation and toxicity of non-ionicsurfactants, 27:437
Ozone synthesis from oxygen-nitrogen mixtures inpresence of silica packing , 25:63
Ozone treatment of paper mill circulation water, 23:401
Ozone (Produced by UV Light) Treatment of Spa
Water, 11:313
Ozone + Biotreatment, for textile wastewater treatment in
Poland, 18:73
Ozone + Hydrogen Peroxide, with GAC at 11 Anglian
Water (U.K.) surface water treatment plants, 18:19
Ozone Absorber, packed column, design and applicationin water reclamation, 2:283
Ozone Absorption in ozonation of pulp mill wastewaters,
22:31
Ozone absorption in static mixers, 32:399
Ozone Absorption in Water, Kinetics of, 17:163
Ozone Absorption Kinetics, in aqueous solutions ofMalathion, 13:487
Ozone Adducts in ozonation of nitrite ion, 32:430
Ozone Adducts in reaction with bisulfide, 33:37
Ozone Adsorption on silica gel, 24:171, 25:315
Ozone Analysis 2.2’-azino-bis(3-ethylbenzothiazoine-6sulfonate), 38:373
Ozone Analysis in buffered solutions, 37:106
Ozone Analysis in Solution, computerized continuous
monitoring and, 18:469
Ozone Analysis via an indirect gas chromatographymethod, 25:155
Ozone Analysis, 35:229; 42:213
Ozone Analysis, by the indigo method; A submitted
standard method, 4:169
Ozone Analysis, in aqueous solution by ACVK method,
11:209Ozone Analysis, in aqueous solution by bis(terpyridine)iron(II), 11:59
Ozone Analysis, in Gas and Liquid Phases, 17:329
Ozone Analysis, in gas phase, comparisons from acommercial UV meter and KI wet-chemistry tests, 18:231
Ozone Analysis, in process gas from an ozone generator,
guideline for, 18:209
Ozone Analysis, in the gas phase by the indigo trisulfonate
method, 11:115
Ozone Analysis, in the gas phase, 14:91
Ozone and artificial neural networks for bromate
removal, 41:118
Ozone and biological treatment of Arlington, Texas
water, 29:261
Ozone and biological treatment of industrial wastewater,
39:357
Ozone and Biological Treatments, effects on eliminationof cyanides, 7:85

Ozone and bromate control, 29:363
Ozone and bromate surveys in French Drinking
Waterworks, 24:293
Ozone and chlorine dioxide for drinking water treatment,
21:433, 21:465
Ozone and chlorine dioxide, similar chemistry andmeasurement issues, 21:447
Ozone and Coronavirus, 42:378
Ozone and cyanogen chloride kinetics, 23: 15
Ozone and fixed bed biofilm reactors, 37:227
Ozone and food safety, 41:17
Ozone and free radical oxidation of micropollutants inwater, 21:207
Ozone and hydrogen peroxide for dyes color removal,
27:265
Ozone and hydrogen peroxide processes for treatment ofsynthetic wastewater, 33:23
Ozone and hydrogen peroxide treatment of secondary
effluent, 29:23
Ozone and Hydrogen Peroxide, in drinking water
treatment, 9:299
Ozone and iron removal, 30:73
Ozone and Oxygen, absorption in downflow bubble
columns, 9:217
Ozone and Ozone-Hydrogen Peroxide, advanced
oxidation of chlorobenzenes in water, 18:291
Ozone and Ozone-Hydrogen Peroxide, degradation of
selected herbicides in a lowland surface water, 18:251
Ozone and PEROXONE, production and removal of
assimilable organic carbon, 16:197
Ozone and radiation chemistry, 30:58
Ozone and recirculation in stabilization of landfills andleachates, 20:121
Ozone and TiO2 for monochloroacetic acid removal,
27:311
Ozone and UV disinfection of Coquitlam water supply,
29:287
Ozone and UV for treatment of emerging contaminants,
35:263
Ozone and UV Radiation, in drinking water treatment,
9:299; 9:391
Ozone and UV Radiation, oxidation of organic
contaminants dissolved in deionized and raw mains waterby, 9:369
Ozone and UV treatment of Tropaeolin O, 28:9
Ozone application during coagulation of wastewater,
32:323
Ozone Application Methods, 17:205
Ozone Application Systems, control of fully automated
7:77; 7:155
Ozone applications in Catfish Processing, 29:221
Ozone applications in the photoprocessing industry, 1:235
Ozone Applications survey, 33:329
Ozone Applications, 40:3
Ozone Applications, in OS&E, 24:399
Ozone applied to foundries, 29:461
Ozone as a cleaning agent of stainless steel surfaces,
28:303

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 81
Ozone as Microbial in dentistry, 45:387
Ozone as sanitizers in the food processing industry,
29:113
Ozone Assisted Catalysis with Zeolite and toluene,
33:158Ozone at ground level, 40:237
Ozone barrier discharge parameters, 28:119
Ozone bleaching of knitted cotton fabric, 37:170
Ozone Bleaching of Paper Pulps, evolution of, 18:566
Ozone bleaching of pulp, 25:523
Ozone Bleaching of wheat straw pulp, 40:148
Ozone Bleaching of wheat straw pulp, 41:137
Ozone Bubble Column design, 23:369
Ozone bubble column modeling, 29:343
Ozone Bubble Column, Continuous, modelinghydrodynamics and mass transfer parameters in, 18:99
Ozone byproducts during ammonia removal withbromide, 22:23
Ozone byproducts during ozonation-biofiltration
treatment, 21:79
Ozone Byproducts in drinking water treatment(formaldehyde) 25:41
Ozone Byproducts of Atrazine, 15:227
Ozone Byproducts, formed during degradation of soil
fulvic acid, 15:19
Ozone Byproducts, formed during ozonation, followed by
BAC, 15:95
Ozone Byproducts, from ozone degradation of lignin,
13:239Ozone Byproducts, in drinking water: ketoacids, 14:269
Ozone Byproducts, of 2-hydroxypyridine, 14:177
Ozone Byproducts, of advanced oxidation ofchlorobenzenes in water, 18:291
Ozone Byproducts, of nucleic acid constituents, 14:407
Ozone Capacity Worldwide, 34:64
Ozone Capital Cost, 40:266
Ozone catalytic oxidation of aqueous reactive dye, 27:257
Ozone cleaning of carbon nanotubes, 40:64
Ozone Clusters, 25:211
Ozone color stripping process, 42:319
Ozone combined with granular activated carbon, 28:237
Ozone Concentration and effect of SF6 during ozone
generation, 32:444
Ozone Concentration at Henrico County VA Water
Treatment Facility, 31:461
Ozone concentration in decontamination of textile
materials, 45:232
Ozone Concentration in dielectric barrier discharge,
35:448Ozone Concentration in ozone generator, 43:339
Ozone concentration measured in processing water,
28:171
Ozone Concentration Measurement in process gas froman ozone generator, guideline for, 18:209
Ozone Concentration Measurement, 20:433
Ozone Concentration, and temperature effects on
disinfection kinetics, 10:123
Ozone Conditioning of cooling tower water, study of,

3:109
Ozone construction materials, 24:249
Ozone Consumption Amount in ozone bubble column,
39:44
Ozone Consumption in Natural Waters, effects ofbackground organic matter, pH, and carbonate species on,
10:277
Ozone Consumption Ratio for Tropaeolin O, 28:9
Ozone Contact Time, and Destruction of Pesticides in
Water, 17:657
Ozone Contacting by ceramic membranes, 22: 379
Ozone Contacting by static mixers, 32:399
Ozone Contacting in fine-bubble diffusion reactors,
22:369Ozone Contacting with sidestream injection process,
29:297
Ozone Contacting with turbine contactor, 22:351
Ozone Contacting, 29:231
Ozone Contacting, 2-Phase Reactor, for high strength
wastewaters, 14:381
Ozone Contacting, absorption efficiency data at Lengg
drinking water plant, Zürich, Switzerland, 13:41
Ozone Contacting, countercurrent, 13:11
Ozone Contacting, design considerations, 9:109; 9:125
Ozone Contacting, design engineering aspects for bubble
diffusers, 14:487
Ozone Contacting, designing high concentration ozone
contactors for drinking water treatment plants, 15:245
Ozone Contacting, for Decolorizing Pulp Mill effluentsOzone Contacting, for Disinfection of Drinking Water,
17:15; 17:607;
Ozone Contacting, for disinfection, 14:391
Ozone Contacting, in a deep U-tube, 8:235; 8:261; 14:427
Ozone Contacting, in bubble columns, 14:245
Ozone Contacting, in bubble diffuser and deep U-tube
contactors, 15:213
Ozone Contacting, in conventional bubble contactors,
mass balance analysis of, 9:289
Ozone Contacting, in disinfection of water andwastewater, 11:169; 11:189
Ozone Contacting, in Porous Diffuser, 17:97; 17:469;
17:587
Ozone Contacting, mathematical models of ozone
disinfection with a static mixer, 11:189
Ozone Contacting, mechanism of ozone transfer, 11:169
Ozone Contacting, modeling of for water and wastewater
treatment, 15:149
Ozone Contacting, ozone and oxygen absorption in
downflow bubble columns,
9:217
Ozone Contacting, techniques, 7:327
Ozone Contacting, two-stage design for optimizing masstransfer and disinfection, 13:593
Ozone Contacting, with a static mixer, 16:455
Ozone Contacting, with lake water in a static mixer,
26:227
Ozone Contactor for predicting ozone decay, 36:100
Ozone Contactor Hydraulics and operating conditions,
impacts on bromate ion formation, 18:87

82 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
Ozone Contactor Hydrodynamics, 19:307
Ozone contactor performance, 29:449
Ozone contactor residence time distribution, 30:49
Ozone Contactors for treatment of Kraft Pulp Milleffluents, 24:307
Ozone Contactors using membranes, 27:209
Ozone Contactors, Hydraulic Efficiencies in, 17:587
Ozone Contactors, Modeling of, 17:607
Ozone Contactors, T10 Optimization of, 17:587
Ozone Control Loops in Montreal, Canada drinking water
plant, 15 years of experience with, 18:299
Ozone Cotton, 40:44
Ozone Data Needs, in cooling water treatment, 14:329
Ozone Data, 40:330
Ozone Decay Coefficients, computerized continuous
monitoring and analysis of in solution, 18:469
Ozone Decay in homogeneous reactor, 37:330
Ozone Decay in stopped-flow reactor, 29:121
Ozone decay in water, 34:233
Ozone decay kinetics, in natural waters, 20:361
Ozone decay modeling, 29:379
Ozone Decay predicted by ADR Model, 36:100
Ozone Decay Rate affected by MIEX® resin, 27:371
Ozone Decay Rate Constant, 35:168
Ozone Decay, influenced by surface material, 26:487
Ozone decolorization of molasses wastewater, 27:365
Ozone Decolorization, of residual direct paper dyes in
Kraft paper machine whitewater, 19:549
Ozone Decomposition (heterogeneous) in water on an
activated carbon, 24:227
Ozone Decomposition ,in highly concentrated aqueous
solutions under semi-commercial conditions, 4:45
Ozone Decomposition 34:370
Ozone Decomposition in air, 43:195
Ozone Decomposition in aqueous alkaline solution,
22:287
Ozone Decomposition in catalytic ozonation, 41:521
Ozone Decomposition in homogeneous reactor, 37:330
Ozone Decomposition in inactivation of listeria, 44:281
Ozone Decomposition in oxygen-fed pulsed DBD
system, 41:69
Ozone Decomposition in presence of carbonate andhydrogen peroxide, 22:305
Ozone Decomposition in presence of natural organic
matter, 36:73
Ozone Decomposition in semiconductor applications,24:379Ozone Decomposition in treatment of industrial
wastewater, 36:229
Ozone decomposition in wastewater, 28:247
Ozone Decomposition Model, 15:167
Ozone Decomposition Models, applications of, 19:55
Ozone decomposition of antibiotics, 30:175
Ozone decomposition of aqueous naphthalene-1,5
disulfonic acid, 28:437
Ozone decomposition of carboxylic acids in water, 27:11
Ozone decomposition of patulin, 30:189
Ozone decomposition of trichloroethylene ingroundwater, 30:127
Ozone Decomposition on Cu(110) surface, 24:39
Ozone decomposition over alumina-supported catalysts,
29:41
Ozone Decomposition over cobalt and manganeseoxides, 36:502
Ozone Decomposition over cobalt/olive stones activatedcarbon, 39:436
Ozone Decomposition over α-alumina supported silver
catalyst, 37:216
Ozone Decomposition with silver-coated perlite, 37:252
Ozone Decomposition, 17:205
Ozone Decomposition, 35:308
Ozone Decomposition, 41:296
Ozone Decomposition, by granulated activated carbon,
24:429Ozone Decomposition, during ozone generation, 15:167
Ozone Decomposition, in aqueous solution, numericalsimulations of, 14:33
Ozone Decomposition, in basic aqueous solutions, 11:49
Ozone Decomposition, in presence of granular activatedcarbon in aqueous solutions, 26:299
Ozone Decomposition, in water, kinetics of 5:37
Ozone Decomposition, kinetics of in dilute aqueous
solutions, 9:165
Ozone Decomposition, modeling of standard neutralmodel, 26:345
Ozone Decomposition, on glass and silica, 18:385
Ozone Decomposition, thermally and by UV radiation,
9:315
Ozone Degradation in Soil, 23:65
Ozone degradation of aqueous nitrophenols, 23:333
Ozone degradation of aqueous pesticides, 27:83, 27:173
Ozone degradation of biological macromolecules, 28:317
Ozone degradation of Chlorophenol, 4-, 30:447
Ozone degradation of diclofenac and clofibric acid, 28:85
Ozone degradation of endocrine disrupting chemicals,
29:153
Ozone degradation of estrone, 30:249
Ozone degradation of fullerene (C60), 28:177
Ozone degradation of m-Dinitrobenzene, 27:359
Ozone degradation of nitroaromatics, 23:343
Ozone degradation of pharmaceutical products, 30:387
Ozone degradation of phenols and chlorinated phenols,
27:447
Ozone degradation of sulfosalicylic acid, 27:233
Ozone degradation, of RNA constituents and tobacco
mosaic virus, 3:49
Ozone Demand affected by anion exchange, 35:283
Ozone Demand affected by MIEX® resin, 27:371
Ozone Demand in disinfection of wastewater, 22:113
Ozone Demand in Korea river waters, 25:251
Ozone Demand of Drinking Water, 19:339, 20:513
Ozone Demand, and aldehyde formation in ozonation ofamino acids, 20:381
Ozone Demand, determined by the "Ozotest" method,
16:135
Ozone Demand, of Lignin Model Compounds in Water,

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 83
17:687
Ozone Demands, spontaneous, 1:357
Ozone Depletion, 23:437, 23:455
Ozone Design Specifications, 10:55
Ozone Destruction in atmosphere, 23:421
Ozone Destruction in Switzerland, 21:187
Ozone Destruction with zeolite, 33:279
Ozone Destruction, by granulated activated carbon,
24:429Ozone Destruction, in contactor exhaust gases, 7:327
Ozone Destruction, in off-gas by thermal catalytic
destruction, 2:367
Ozone Direct Reaction in Korea river waters, 25:251
Ozone Disinfection of Dental Units, 19:327;
Ozone Disinfection of Dental Units, comparison with
H2O2/silver ion, 19:527
Ozone Disinfection of domestic well drinking water,
38:25
Ozone Disinfection of Drinking Water at Los Angeles
Aqueduct plant, 10:255
Ozone Disinfection of Drinking Water at Portland, ME
Sebago Lake WTP, 19:255
Ozone Disinfection of municipal wastewater, 1:281
Ozone Disinfection of municipal wastewater, state-of-theart, 3:239
Ozone Disinfection of seawater, containing the potential
shrimp pathogens Vibrio Sp. and Fusarium solani, preliminary results of, 1:329
Ozone disinfection of tomatoes, 32:361
Ozone Disinfection of urban storm drain water, 16:403
Ozone disinfection of wastewater with kinetics modeling,
22:113
Ozone Disinfection of wastewater, elimination of fecal
bacteria and enteric viruses by, 4:91
Ozone Disinfection of wastewater, optimizing operational
control, 4:131
Ozone Disinfection of Wastewater, process control bymonitoring of ozone contactor off-gas concentrations,
10:215
Ozone Disinfection of wastewater, under stringent
bacteriological standards, engineering and economic
aspects, 2:159
Ozone Disinfection Process, mathematical models with astatic mixer, 11:189
Ozone Disinfection, and disinfection design, 7:63
Ozone Disinfection, and wastewater treatment:
importance of interface action, 2:139
Ozone Disinfection, for purification of fish hatcherywaters, 2:203
Ozone Disinfection, high level, of wastewater for shellfish
water discharges, 1:335
Ozone Disinfection, modeling of in a bubble column,
16:429Ozone Disinfection, of bacterial fish pathogens, 1:295
Ozone Disinfection, of biologically treated wastewater,
9:63
Ozone Disinfection, of Cryptosporidium parvum,
sequential with chlorine dioxide, 19:409

Ozone Disinfection, of dilute, low-temperature
wastewater, 1:91
Ozone Disinfection, of Drinking Water, 17:15; 17:673
Ozone Disinfection, using a static mixer, 16:455
Ozone Dissolution Efficiency in 1,4-Dioxane removal,
33:396
Ozone Dissolution in Switzerland, 21:187
Ozone dissolution systems and role of mixing, 22:329
Ozone Dissolution with dielectric barrier discharge over
the water surface, 24:159
Ozone Dosage in drinking water treatment, 17:1, 21:465
Ozone Dose at Henrico County VA Water Treatment
Facility, 31:461
Ozone Dosing in Switzerland, 21:187
Ozone Drinking Water Treatment, 15 years experiencein Montreal, Canada, 18:299
Ozone effect on cold water coagulation, 30:27
Ozone effect on house dust mites, 28:191
Ozone effect on size fractions of manganese, 27:147
Ozone effect on THM formation, 33:14
Ozone effects on BDOC formation, 15:389
Ozone Effects on vegetation, 24:69
Ozone enhanced drinking water, 29:317
Ozone enhanced particle removal in water treatment,
25:285
Ozone Equipment, supplier prequalification, 13:249
Ozone Flotation, for algae removal from drinking water,
15:465
Ozone for 1,4 dioxane removal, 39:424
Ozone for Atrazine removal, 21:39
Ozone for cotton bleaching, 41:197
Ozone for Decolorization of sugar industry liquors,
28:261
Ozone for enhanced DBP control and Cryptosporidium
inactivation, 30:3
Ozone for food preservation, 39:115
Ozone for gold and silver recovery, 29:101
Ozone for gold extraction, 33:42
Ozone for inactivation of Cryptosporidium in a static
mixer with ozone, 25:295
Ozone for leather bleaching, 39:455
Ozone for microalgae biomass harvesting fromwastewater, 39:264
Ozone for nitrogen oxides reduction, 28:105
Ozone for photoresist removal, 27:139
Ozone for plant pathological applications, 27:495
Ozone for preparation of functional silk fibroin-basedmaterial, 41:80
Ozone for preparation of gas diffusion electrode 25:307
Ozone for remediation of diesel fuel contaminated soil,
28:37
Ozone for removal of antibiotic substances, 34:137
Ozone for removal of carboxylic acids, 28:53
Ozone for restaurant food processing, 32:137
Ozone for treatment of landfill leachate, 21:1
Ozone for unhairing goat skin, 28:341
Ozone formation in an oxygen-fed micro-discharge,
21:229

84 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
Ozone formation on the surfaces of electrodes, 32:153
Ozone Formation with (V)UV-Enhanced Barrier
Discharges, 21:583
Ozone Formation, from reaction of O2-activated N2
molecules, 10:137
Ozone Formation, in VUV measurement of a 172nm Xe
Excimer Lamp, 20:421
Ozone Free Radical Chain Reactions, enhancement of inpresence of aquatic fulvic acid, 15:349
Ozone from Oxygen, in VUV measurement of a 172nm
Xe Excimer Lamp, 20:421
Ozone Fumigation, 42:469
Ozone gas flow measurement, 22:1
Ozone Gas for removal of fungi, 36:144
Ozone gas in rice grains, 37:450
Ozone Gas Mass Transfer in dentistry, 44:486
Ozone Gas Solubility Ratio in dentistry, 44:486
Ozone gas sterilization, 42:386
Ozone Gas used on surgical needles, 45:19
Ozone Generation ,via dielectric barrier discharges,
19:241
Ozone Generation and effect of SF6, 32:444
Ozone Generation and field distribution, 29:215
Ozone Generation by a parallel plate barrier discharge,
23:467
Ozone Generation by carbon dioxide fed corona
discharges, 29:399
Ozone Generation by high frequency discharge, 23:171,
24:321, 25:363
Ozone Generation by hybrid discharge and catalysis,
29:107
Ozone generation by medium frequency pulse train,
21:635
Ozone generation by pulsed dielectric barrier discharge,
28:207
Ozone Generation by pulsed discharge, 36:253
Ozone Generation by volume, surface and coplanar
discharge, 24:193
Ozone Generation- cooling systems, 39:196
Ozone Generation Efficiency using plate rotating
electrode, 22:563
Ozone Generation Efficiency, in a triggered dielectricbarrier discharge, 20:51
Ozone Generation for water treatment in Colombia,
30:202
Ozone Generation from Air by needle to plate
discharge, 24:221
Ozone generation from high intensity discharge mercury
vapor lamps, 34:129
Ozone Generation from Oxygen, 34:378
Ozone Generation in air by a DC excited multi-pin-toplane plasma source, 27:239
Ozone Generation in air with inert gas, 36:526
Ozone Generation in Air, compared to ozone generation
with oxygen or air + oxygen, 20:191
Ozone Generation in coaxial cylinder pulse streamer
corona discharge reactor, 25:127
Ozone Generation in Coaxial DBD, 41:437

Ozone generation in flow-through electrochemical
reactor, 30:113
Ozone Generation in foam, 24:181
Ozone Generation in Japan, 33:93
Ozone Generation in Oxygen, compared to ozone
generation with air, or air + oxygen, 20:191
Ozone Generation in packed bed reactors, 28:111
Ozone Generation in presence of carbon dioxide, 30:145
Ozone Generation in presence of halomethane
impurities, 24:329
Ozone Generation in presence of inert gases, 23:95
Ozone Generation in surface and volume DBD
generation, 38:70
Ozone Generation in Switzerland, 21:187
Ozone Generation into Air-Water Mixtures, 28:207
Ozone Generation optimization, 37:221
Ozone Generation optimized by response surface
methodology, 32:372
Ozone Generation using dielectric barrier discharge indry air, 35:448
Ozone Generation using plate rotating electrode, 22:563
Ozone Generation using pulsed discharge in oxygen,
39:33
Ozone Generation via serpentine shape ozone generator,
39:209Ozone Generation with ceramic transformer, 24:215
Ozone Generation with cylindrical type of rotating
electrode, 27:53
Ozone Generation with needle plate DBD generator,
44:384
Ozone Generation with oxygen-fed pulsed DBD system,
41:69
Ozone Generation with ultrasonic irradiation, 33:483
Ozone Generation with wire-to-plate corona discharge,
35:31
Ozone generation with Xenon Excimer Lamps, 30:228
Ozone Generation, 9:109; 40:494; 41:332; 41:339
Ozone Generation, at high concentration, from air or
oxygen, 9:93
Ozone Generation, by alternative feed gas systems, 14:13;
14:276
Ozone Generation, calculation of electric charge passed
through the discharge chamber and electric field, 18:127
Ozone Generation, catalytic properties of silica packingson, 18:41
Ozone Generation, chemical reactions involving electronmolecule collisions in oxygen during silent electric
discharge, 18:141; ---- in various mixtures of oxygen withargon, nitrogen or carbon monoxide, 18:159
Ozone Generation, criteria for selection of feed gas for,
18:57
Ozone Generation, decomposition kinetics of by silent
discharge, 15:167
Ozone Generation, effect of surface material, 26:487
Ozone Generation, energy distribution in, 15:371
Ozone Generation, exergy identification of energy
utilization efficiency during, 19:201
Ozone Generation, From Air, 17:1; 17:259

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 85
Ozone Generation, from oxygen and air: discharge
physics and reaction mechanisms, 10:351
Ozone Generation, from oxygen irradiated at 193 nm,
19:273
Ozone Generation, From Oxygen, 17:1; 17:485
Ozone Generation, from oxygen-enriched air in Belgium,
7:327
Ozone Generation, in a D.C. corona discharge, 8:107
Ozone Generation, in air (moist and dry), 12:41; 12:255;
12:401
Ozone Generation, in cold plasma reactor, 9:247
Ozone Generation, in oxygen, 12:19; 12:355; 12:401
Ozone Generation, in VUV measurement of a 172nm Xe
Excimer Lamp, 20:421
Ozone Generation, magnetic frequency triplers for,14:139Ozone Generation, modeling and optimizing of, 7:299
Ozone Generation, modeling via dielectric barrierdischarges, 26:551
Ozone Generation, Polarity Effects in, 17:575
Ozone Generation, with narrow-band UV radiation,
13:365
Ozone Generator Cooling, 39:188
Ozone Generator Design, for coplanar discharge ozone
generator, 26:429
Ozone Generator Electrodes, corrosion resistance of,
19:169Ozone Generator for decontamination of rooms withozone, 31:216
Ozone Generator for oxygen-fed pulsed DBB system,
41:69
Ozone Generator Maintenance at Montreal, Canada
water treatment plant, 15 years of experience in, 18:299
Ozone Generator modeling, 37:3
Ozone generator with cylindrical type of rotating
electrode, 27:53
Ozone Generator with expanded metal electrodes,
32:153
Ozone Generator, cooling water power requirement,
12:355
Ozone Generator, Wire-to-Cylinder, optimization using
oxygen, 19:533
Ozone Generator, with fine wire electrode, 10:137
Ozone Generators in presence of nitrogen, 40:313
Ozone Generators, 40:361
Ozone Generators, Air Fed, Medium Density, of highpower intensity, determination of nitrous oxide anddinitrogen pentoxide in output, 9:195
Ozone Generators, new high-power and their application
in industry, 4:207
Ozone Generators, Oxygen-Fed, practical heat transfer
model for, 18:461
Ozone Generators, parasitic discharge phenomena in,filled with glass dielectric tubes and their elimination,
6:123
Ozone -hydrogen peroxide reaction model, 28:95
Ozone impacts on vegetation, 24:69
Ozone Implementation in wastewater treatment plants,

31:415
Ozone improvement of domestic wastewater primary
sedimentation, 21:605
Ozone in a full-scale distribution system, 25:473
Ozone in Agriculture, 24:343
Ozone in Ambient Air, protection against in ozonation
plants, 2:345
Ozone in atmosphere, 33:80
Ozone in bleaching of cotton fabrics, 29:325
Ozone in catalytic ozonation, 27:115
Ozone in Chamois making, 29:405
Ozone in Dentistry, 21:629; 44:486
Ozone in food industry in Japan, 28:425
Ozone in food treatment, 30:81
Ozone in injection-type downflow UV/O3 oxidation
reactor, 21:539
Ozone in Medicine and use in dental chairs, 21:629
Ozone in Medicine, 23:207
Ozone in micro-electronics industry, 24:379
Ozone in post-harvest disinfection, 44:127
Ozone in prosthodontics and endodontics, 45:387
Ozone in Recirculating Aquaculture System, 33:345
Ozone in restoration of dental cavities, 41:175
Ozone in the laundry industry, 29:85
Ozone in urban environment, 42:66
Ozone in water heater in dental chairs, 21:629
Ozone inactivation of Aspergillus spp., 30:423
Ozone inactivation of Bacillus subtilis spores, 28:335
Ozone inactivation of clostridium perfringens, 30:431
Ozone inactivation of Cryptosporidium – calculation
methods, 27:335
Ozone inactivation of Cryptosporidium in continuousflow contactors, 27:487
Ozone inactivation of Cryptosporidium in drinking water,
23:1 23:259
Ozone inactivation of Cryptosporidium in full-scale
reactors, 22:99
Ozone Inactivation of Cryptosporidium in natural water,
23:411
Ozone inactivation of Cryptosporidium, 21:477, 22:501
Ozone inactivation of Enterococcus sp., 37:467
Ozone inactivation of Fusarium oxysporum, 28:125
Ozone inactivation of microorganisms in water, 23:183
Ozone inactivation of Pseudomonas aeruginosa,
Escherichia coli, 21:293
Ozone Inactivation, of botulinum type E toxin, 6:229
Ozone Inactivation, of enteric viruses in effluent, factors
influencing, 6:235
Ozone Inactivation, of viral fish pathogens, 1:295
Ozone induced changes in natural organic matterstructure, 21:551
Ozone influence on the oxidation of flowable dental
copomer restorative material, 27:219
Ozone Injection for nitrogen oxides reduction, 28:105
Ozone Injection for NOx abatement, 36:472
Ozone Injection for oxidation of marine diesel emission
particulates, 37:518
Ozone Injection in circular conduits, 36:191

86 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
Ozone Injection into flue gas, 29:207
Ozone Installations, 34:64
Ozone Laundering, 31:339
Ozone Laundry Formulas, 31:339
Ozone Laundry Systems, 31:357, 31:369
Ozone Laundry, 31:339, 31:369
Ozone Layer Modeling, 23:455
Ozone Layer, 23:421
Ozone Leaching of arsenopyrite, 40:284
Ozone Lifetime, in drinking water, 1:357
Ozone Loaded Solvent for oxidation of pharmaceuticals,
28:85
Ozone Loaded Solvent, 36:110
Ozone Mass Transfer Coefficient, in a static mixer
contactor, 16:455
Ozone mass transfer in a confined plunging liquid jet
contactor, 25:1
Ozone mass transfer in impinging jet ozone bubble
column, 29:245
Ozone mass transfer in plunging liquid jet contactor,
28:131
Ozone mass transfer using a microporous diffuser reactor
system, 27:45
Ozone Mass Transfer, in a stirred vessel, 6:17
Ozone Mass Transfer, in semibatch stirred vessel, modelof, 19:439
Ozone Mass Transfer, into water: Energy requirements - state of the art, 3:181
Ozone Measurement in treatment of egg shells, 29:147
Ozone Measurement, 12:355
Ozone Measurement, at High Concentration, 20:489
Ozone Measurement, residual, a detailed comparison ofanalytical methods for,5:203
Ozone Measurement, with Semiconductor Based Sensor,
20:499, 20:507
Ozone membrane contactor system, see Ames, J.
Ozone Molar Extinction Coefficient in buffered
solutions, 37:106
Ozone Off-gas, destruction by thermal catalytic method,
2:367
Ozone on activated sludge and micropollutant removal,
39:319Ozone Operating Cost, 40:266
Ozone Optimization in side-stream ozone system,
29:231
Ozone Optimization Project, at Portland, ME, Sebago
Lake WTP, 19:255
Ozone or oxygen, use of in the first bleaching stage (paper
pulps), 4:109
Ozone over urban Kolkata, 36:181
Ozone oxidation in presence of inorganic salts, 27:287
Ozone Oxidation of 1,3,5-Trichlorobenzene, 18:535
Ozone oxidation of Acid Red-151 Aqueous Solutions,
28:155
Ozone oxidation of alkanes and ethers, 30:165
Ozone oxidation of aromatic compounds in groundwater,
28:287
Ozone oxidation of cycloalkenes, 28:329

Ozone oxidation of dehydroabietic acid, 27:397
Ozone oxidation of dimethyl sulfoxide, 29:391
Ozone oxidation of endocrine disruptors andpharmaceuticals, 28:445
Ozone oxidation of esculetin, 27:317
Ozone oxidation of liginsulfonate in the presence oftransition metal ions, 25:505
Ozone oxidation of marine diesel emission particulates,
37:518Ozone oxidation of MIB and Geosmin, 28:277
Ozone oxidation of Microcystin-LR, 23:161
Ozone oxidation of N-Methyl-2-Pyrolidone, 29:177
Ozone oxidation of nonionic polyethoxylated surfactants,
28:295
Ozone oxidation of pharmaceuticals, 28:353
Ozone oxidation of pyruvic acid, 28:229
Ozone oxidation of salicylic acid, peptides and humic
substances, 21:261
Ozone oxidation of starch, 45:572
Ozone oxidation of theobroma oil, 28:187
Ozone Oxidation Processes in oxidation of
micropollutants in water, 21:207
Ozone Oxidation Products, inhibiting effects onozone/UV oxidation of aromatic compounds, 11:281
Ozone Oxidation Reactions, of organic materials,
automated method for monitoring, 8:321
Ozone Oxidation, followed by ozone/UV oxidation oforganic contaminants in water, 9:369
Ozone Oxidation, of Atrazine, 16:135; 16:455
Ozone oxidation, of chloramine; Reaction kinetics, 3:139
Ozone Oxidation, of natural organic matter, 15:419
Ozone Oxidation, of Phenanthrene, 16:475
Ozone Oxidation, of Simazine in a static mixer, 16:455
Ozone Oxidation, principles of, and disinfection design,
7:63
Ozone pipeline contactor design, 29:291
Ozone plant operations under drought conditions, 39:203
Ozone Preservation of Food, review of applications,
4:147
Ozone Pretreatment of fissure sealant, 44:302
Ozone pretreatment prior to reverse osmosis, 30:152
Ozone Pretreatment, (or persulfate pretreatment) toimprove activated carbon filter media, 5:113
Ozone Pretreatment, of activated sludge effluents, 7:287
Ozone Process Control, 38:79
Ozone Production and formation of nitric oxides, 43:284
Ozone production by fuel cell, 41:186
Ozone production in an electrical discharge using inert
gases as catalysts, 22:53
Ozone Production in multichannel dielectric barrierdischarge, 40:228
Ozone production in packed bed reactors, 28:111
Ozone Production, automation of, 7:155
Ozone Production, by cold plasma reactor, 7:299
Ozone protectants, 45:475
Ozone rate constants in maleic acid ozonation, 25:13
Ozone reaction in gas induced ozone reactor, 21:277
Ozone reaction with 4-nonyphenol, 30:120

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 87
Ozone reaction with Indeno (1,2,3-c,d) Pyrene, 21: 571
Ozone reaction with SDS, 29:131
Ozone reactivity with lignin models, 21:53
Ozone Reactivity, in natural waters, 20:177
Ozone Reactivity, vs. Ozone Generator Efficiency, 17:267
Ozone reactivity, with seawater components, 1:39
Ozone Reactor Behavior, in a triggered dielectric barrierdischarge, 20:51
Ozone reactor design, 29:121
Ozone Reactor Design, at Laval and Mont Valérien
(France) water plants, 19:339
Ozone Reactor System, for Treating Pulp Mill Effluents,
17:205
Ozone Reactor, "well-mixed" model for a gas-liquid
stirred, 13:205
Ozone Reactors with gas induction and narrow baffles,
21:277
Ozone Recirculation System, at Montreal, Canada
drinking water treatment plant, 18:399
Ozone Related Conversion Tables, 20:433
Ozone removal of BPA and NPnEOs from secondary
effluents, 32:204
Ozone removal of Pyruvic Acid, 27:159
Ozone Residual and ozone disinfection efficiency, 39:408
Ozone Residual Control, by granulated activated carbon,
24:429Ozone Residual during Cryptosporidium inactivation,
22:99
Ozone residual impact on biologically active filters, 22:77
Ozone Residual in a confined plunging liquid jet
contactor, 25:1
Ozone Residual Stability in ozone dissolution systems,
22:329Ozone Residual using ABTS, 38:373
Ozone Residual, automated measurement of 7:155
Ozone Residual, measurement, 32:33
Ozone Resistance of construction and process materials,
24:249Ozone Saturation Concentration, 28:119
Ozone Scaling Index, Practical (POSI), for Cooling
Water Treatment, 17:71
Ozone Scavenging Reagents in determination ofaldehydes and ketones, 22:551
Ozone self-decomposition in a semi-batch bubble column
reactor, 27:409
Ozone self-decomposition, 29:31, 29:55
Ozone Self-Decomposition, in aqueous solutions withinterfacial resistance, combined absorption and, 18:183
Ozone Sensing, 44:499
Ozone side stream design, 29:231
Ozone sidestream injection process, 29:297
Ozone Solubility affected by salts, 27:287
Ozone Solubility in electrolyte solutions, 39:69
Ozone solubility in liquids, 28:.67; 30:13; 41:207
Ozone Sparging for site remediation, 32:130
Ozone sparging of a VOC spill site, 30:88
Ozone Stability, in drinking water, 1:357
Ozone Standard Terms of the IOA, 6:37

Ozone Storage, 25:211; 27:293; 28:149
Ozone Stripping of dyed cotton fabric, 42:319
Ozone synthesis in oxygen and air fed surface discharge,
27:59
Ozone synthesis of phthalic anhydride, 32:161
Ozone Synthesis Rate affected by power density, gap
volume and residence time, 38:86
Ozone system design for inactivation of
Cryptosporidium, 27:129
Ozone Therapy for Kidney Ischemia, 25:233
Ozone Therapy for protection against hepatic ischemicreperfusion injury, 25:241
Ozone Therapy for Retinitis Pigmentosa, 25:223
Ozone therapy in cancer treatment, 30:398
Ozone Therapy with ozonated olive oil, 39:455
Ozone Therapy, 34:408, 34:425, 34:432, 34:438, 34:451,
34:461, 34:480, 34:484; 44:398
Ozone Therapy, biochemical processes underlying, 7:275
Ozone Therapy, ozonation of methyl linoleate, 26:189
Ozone Therapy, the basic clinical applications of, 7:259
Ozone to remove pathogenic bacteria and amoebae,
30:367
Ozone Tolerance in medical applications of ozone,
23:207
Ozone Toxicity, 2:345
Ozone Transfer Efficiency into water with a static mixer,
16:455
Ozone Transfer Efficiency in Bubble Contactors, 17:469
Ozone Transfer Efficiency, 12:355
Ozone Transfer Efficiency, practical design model for
calculating in bubble diffuser contactor, 10:173
Ozone Transfer in ceramic membranes, 22:379
Ozone Transfer Mechanism, related to type of ozone
contacting, 11:169
Ozone treated water for olives washing, 39:91
Ozone treatment and biological oxidation of wastewaters,
25:95
Ozone treatment costs, 33:211
Ozone treatment of 2-chloro-4,6-dialkyamino-1,3,5triazines, 25:81
Ozone treatment of 3-methyl-pyridine, 23:189
Ozone treatment of 3-methyl-pyridine, 23:359
Ozone treatment of acidic azo dyes, 27:475
Ozone treatment of alicyclic amines, 21:23
Ozone treatment of animal wastes, 30:290
Ozone treatment of Aspergillus niger, 28:347
Ozone Treatment of B. cereus, 38:124
Ozone treatment of ballast water 33:3
Ozone treatment of biocide-polluted wastewater, 33:31
Ozone treatment of biologically pretreated pulp millwastewaters, 22:31
Ozone treatment of bottled water and bromate formation,
25:167
Ozone treatment of bromate containing waters in Paris,
23:229Ozone treatment of bromide containing water, 22:487
Ozone treatment of C.I. Reactive Yellow 3, 27:273
Ozone treatment of Cellulose, 22:447

88 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
Ozone treatment of chlorpyrifos residues, 33:232
Ozone Treatment of chlorpyrifos residues, 33:232
Ozone treatment of Cinnamic Acid, 23:177
Ozone treatment of Cisplatin, 30:189
Ozone treatment of citric acid, 27:499
Ozone treatment of clofibric acid, 28:47
Ozone Treatment of coal coking processing wastewater,
25:273
Ozone treatment of coconut oil, 27:153
Ozone treatment of coffee effluent, 40:293
Ozone treatment of colored upland water, 21:615
Ozone Treatment of Cooling Towers, 15:47
Ozone treatment of corn seed, 30:427
Ozone treatment of COVID-19, 45:213
Ozone Treatment of crops, 30:210, 30:216
Ozone treatment of cytostatics, 21:69
Ozone treatment of dissolved organic matter, 23:351
Ozone treatment of dye wastewaters, 23:295; 28:199;
29:139Ozone treatment of dyestuffs, 21:487
Ozone treatment of EDCs and Pharmaceuticals, 30:65
Ozone treatment of egg shells, 29:147
Ozone Treatment of egg surfaces, 33:374
Ozone treatment of emerging organic pollutants, 30:21
Ozone treatment of endocrine disruption chemicals,
27:389Ozone treatment of eutrophic lake water, 28:29
Ozone treatment of flue gas, 29:207
Ozone treatment of food processing wastewater, 22:167
Ozone treatment of forest industry landfill leachate,
24:369Ozone treatment of fresh cut lettuce, 40:216
Ozone treatment of fruit juices, 32:166
Ozone treatment of gasoline compounds, 27:301
Ozone treatment of Gold-Silver Pyritic Minerals, 29:307
Ozone treatment of greenhouse effluents, 23:385
Ozone treatment of groundwater containing iron, 28:269
Ozone treatment of herbicides in groundwater, 22:607
Ozone treatment of high bromide water, 27:19
Ozone treatment of highbush blueberry, 41:376
Ozone treatment of high-strength semiconductor
wastewater, 27:225
Ozone treatment of humic acids, 23:41
Ozone Treatment of Industrial Wastewaters, Review ofApplications, 18:477
Ozone treatment of irrigation water, 23:65
Ozone treatment of Kraft E1 Effluent, 29:47
Ozone treatment of Kraft pulp mill effluents, 28:453
Ozone treatment of landfill leachate, 31:28
Ozone treatment of laundry water, 30:256
Ozone treatment of lignin structures, 23:139
Ozone treatment of lipophilic wood extractives, 22:585
Ozone treatment of MIB and Geosmin, 29:185
Ozone treatment of MIEX® pretreated water, 27:371
Ozone treatment of MTBE, 27:27
Ozone treatment of natural tannins, 29:443
Ozone treatment of natural waters, 21:239
Ozone treatment of night soil, 30:282

Ozone treatment of NOM, 30:321
Ozone treatment of nonionic surfactants, 29:65
Ozone treatment of o-nitrotoluene, 23:127
Ozone treatment of paper mill effluent, 30:310
Ozone treatment of p-chlorobenzoic acid, 27:3
Ozone treatment of peach juice, 40:305
Ozone treatment of pesticides by combinedozone/biomass sequence, 27:327
Ozone treatment of pharmaceuticals and pesticides in
Detroit River water, 28:415
Ozone treatment of pharmaceuticals, 41:3
Ozone treatment of phenolic aqueous solution, 25:323
Ozone treatment of phenolic solutions using gas-inducing
reactor, 28:77
Ozone treatment of Phoenix wastewater, 29:303
Ozone treatment of Plasmodium Falciparum, 23:89
Ozone treatment of polymer waste, 30:275
Ozone treatment of polyvinyl chloride, 29:373
Ozone treatment of poultry-processing chiller water,
23:53
Ozone treatment of propylene glycol methyl ether acetate,
30:332
Ozone treatment of pulp and paper industry wastewater,
27:37
Ozone treatment of pulp and paper wastewater, 30:105
Ozone Treatment of pulp mill effluents with EDTA
removal, 22:279
Ozone treatment of raw animal skins, 32:449
Ozone treatment of seeds, 42:331
Ozone treatment of Seoul, Korea drinking water, 27:69
Ozone treatment of sludge, 25:73; 29:415; 30:136;
30:238; 32:252
Ozone treatment of stabilized landfill leachates, 28:309
Ozone treatment of sunflower oil, 23:121; 27:247; 28:181
Ozone treatment of swimming pool water, 22:677
Ozone treatment of tanning wastewaters, 27:351
Ozone treatment of textile biocidal finishing agents,
29:335
Ozone treatment of textile dyeing wastewater, 23:199,
23:327
Ozone treatment of wastewater from painting processes,
27:279Ozone treatment of wastewater in impinging zone reactor,
21:501
Ozone treatment of water in the presence of titanium
dioxide, 22:185, 22:471
Ozone treatment of wheat and corn starches, 37:71
Ozone treatment system of bath water, 25:345
Ozone treatment with PhytoO3 Tech Crop Protection
Technology, 30:210
Ozone Treatment, of lake water in a static mixer, 26:227
Ozone Treatment, of potable water to minimize
halogenous` compound formation, 2:305
Ozone Treatment, of radioactive wastewaters, 1:133
Ozone treatment, of surface water to provide high quality
cooling water and process water, 2:229
Ozone Trends in stratosphere, 33:489
Ozone Uptake on vegetation, 24:69

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 89
Ozone use at SAMRO, Ltd., 32:144
Ozone use in BENELUX, 21:139
Ozone use in Canada, 21:119
Ozone use in Germany, 21:163
Ozone use in Japan, 21:127
Ozone use in Poland, 21:177
Ozone use in the United Kingdom, 21:201
Ozone use in the United States of America, 21:99
Ozone used in proposed membrane facility, 29:281
Ozone used in semiconductor applications, 24:391
Ozone used in wine industry, 32:355
Ozone Utilization Efficiency for 1,4 Dioxane removal,
29:13
Ozone Utilization Efficiency in 1,4-Dioxane removal,
33:396
Ozone Utilization of anaerobically digested distillery
wastewater effluent, 41:551
Ozone Utilization Rate in gas induced ozone reactor,
21:277
Ozone Utilization Rate in gas-inducing reactor, 28:77
Ozone Utilization Rate, effects of background organic
matter, pH, and carbonate species on, in natural waters, 10:277
Ozone vs. chlorine in removal of Natural Organic Matter(NOM), 22:249
Ozone vs. Peroxone for trihalomethane formation, 30:356
Ozone Washing of jeans, 43:276
Ozone Water Demand Test, 16:355
Ozone with electrolysis for 1,4 Dioxane removal, 29:13
Ozone Yield in dielectric barrier discharge, 35:448
Ozone Zero Phenomenon, 33:93
Ozone Zero Phenomenon, 40:356
Ozone, absorption in water, 9:1
Ozone, analyses for, 7:327
Ozone, analysis of in aqueous solution using a modified
iodometric technique with As(III), 2:183
Ozone, and activated carbon for tertiary wastewater
treatment, 7:1
Ozone, and advanced oxidation of pesticides, 32:25
Ozone, and hydroxyl radical pathway in bromate ion
formation, 26:573
Ozone, and oxygen mass transfer, comparison of onlaboratory and pilot plant operation, 10:321
Ozone, anti-biofouling system for cooling water circuits,
application to seawater, 7:31
Ozone, application in water treatment in the United
Kingdom, 7:11
Ozone, application to eliminate tertiary treatment ofwastewater used for industrial cooling water, 3:121
Ozone, applications in Japan, 10:309
Ozone, as oxidant, experiences in waste gas purification,
5:183
Ozone, bacterial depuration of the Mexican scallop,
Argopecten circularis with, 4:121
Ozone, benefits of treatment prior to flocculation
processes, 5:21
Ozone, bleaching of Kraft pulp in TCF process, 26:443
Ozone, chemical reactions of, with respect to improved

analytical methods, 10:89
Ozone, combined application with chlorine or chloramine
to reduce production of chlorinated organics in drinking
water disinfection, 5:79
Ozone, comparison of action with that of chlorine on odors
from rendering of carcasses, 2:261
Ozone, comparison of effectiveness with chlorine incondensers using fresh water as a coolant, 1:201
Ozone, comparison of film and Danckwerts theories,
20:403
Ozone, comparison with chlorine, chloramine, andchlorine dioxide in producing mutagenicity during
drinking water disinfection, 11:245
Ozone, contribution of to the removal of organic materials
in a process including a slow filtration through sand andactivated carbon, 4:33
Ozone, control of condenser biofouling, 3:95
Ozone, control of odors at sewage treatment plants andpumping stations, applications and misapplications, 5:69
Ozone, DBPS reduction in humic acid ozonation, 26:153
Ozone, decay influenced by surface material, 26:487
Ozone, decomposition in aqueous solutions, 26:345
Ozone, decomposition of 17 β-estradiol, 26:563
Ozone, degradation of 2,4-Xylidine, 26:499
Ozone, degradation of aliphatic carboxylic acids with
TiO2 based photocatalysis, 26:585
Ozone, disinfection while limiting bromate formation,
26:247
Ozone, dissolved, acute toxicity of to eggs and larvae of
selected freshwater fish species, 2:177
Ozone, effect on biological degradation and activatedcarbon adsorption of natural and synthetic organics in water, 1:263, 1:347
Ozone, effects on the performance of activated carbon
used in water reclamation,
3:225
Ozone, experiences I,n Japan, 3:219
Ozone, experimental study of ozone action on, 2:105
Ozone, flocculation effects of, 16:55
Ozone, for control of filamentous sludge bulking, 20:1
Ozone, for cryptosporidium inactivation and atrazineoxidation in a lime softening plant, 20:177
Ozone, for destruction of cyanobacterial toxins, 20:223
Ozone, for disinfection of household wastewater, 3:19
Ozone, for dye waste color removal at Leek STW, 20:111
Ozone, for high level municipal wastewater disinfection,
3:3
Ozone, for oxidation of ethyl and methyl tert.-butyl ethers,
16:41
Ozone, for the disinfection of seawater effluent from ashellfish quarantine unit, preliminary tests, 2:5Ozone, formation by pulse discharge in water, 24:471
Ozone, formation during salt brine electrolysis, 20:239
Ozone, generation in coplanar discharge ozone generator,
26:429Ozone, generation in dielectric barrier discharges, 20:51
Ozone, generation with air, oxygen or air + oxygen, 20:191
Ozone, generator with back-corona effect, 26:
Ozone, high concentration, electrochemical generation for90 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
small-scale application, 6:29
Ozone, Hydrogen Peroxide, and UV Radiation,
chemistry of in water treatment processes, 9:335
Ozone, importance of on oxidation processes for thetreatment of potable water interference with other oxidants,
4:59
Ozone, improvement of wastewater coagulation, 20:151
Ozone, in atmosphere over Lin-An, China, 26:181
Ozone, in carbon-catalyzed conversion of aqueous O3 intoOH-radicals, 20:67
Ozone, in combination with adsorption procedures,experiments with for wastewater treatment, 3:169; 4:3
Ozone, in dental room air, 20:251
Ozone, in formation of glyphosate and AMPA during
ozonation of waters containing ethylenediaminetetra(methylenephosphonic acid), 20:99
Ozone, in oxidation of cycloalkanes to cycloalkanones,
20:91
Ozone, in treatment of swine manure slurry, 20:35
Ozone, in VUV measurement of a 172nm Xe Excimer
Lamp, 20:421
Ozone, inactivation of Escherichia coli andStaphylococcus aureus in airborne systems, 20:205
Ozone, inactivation of Fusarium oxysporum, 26:517
Ozone, inactivation of Giardia muris, 16:67
Ozone, inactivation of Helminth eggs, 24:359
Ozone, influence on the treatability of secondary effluents,
20:133
Ozone, interactions between halogens, organic
compounds, and, 10:153
Ozone, interactions with bromide ion and formation oforganic bromine compounds, 7:313
Ozone, interactions with other oxidants, 7:327
Ozone, into sprayed water, 26:511
Ozone, kinetics of ozonation of pentachlorophenol inaqueous solutions, 20:163
Ozone, loaded solvent for destruction of organics inwastewater, 26:475
Ozone, mass transfer in a bubble column, 26:277
Ozone, mass transfer in a cocurrent jet pump, 20:17
Ozone, Mass Transfer to water: A fundamental study,
2:337
Ozone, mechanism of reaction with soluble aromatic
pollutants, 2:39
Ozone, mutagenic activity of in drinking water, 8:217
Ozone, Operating Experiences With in Switzerland Water
Plants, 17:1
Ozone, optimization of corona wire-to-cylinder ozonizer,
20:317
Ozone, Oxalic Acid and Organic Matter Molecular
Weight -- effects on coagulation, 18:311
Ozone, oxidation of ammonia, 7:179
Ozone, oxidation of ammonium ion, 7:179
Ozone, oxidation of BOD, 7:179
Ozone, oxidation of bromide ion by, 10:153
Ozone, oxidation of COD, 7:179
Ozone, oxidation of humic acid and trihalomethane
precursors, catalytic effects of ultraviolet light and/or ultra-sound on, 7:47
Ozone, oxidation of natural organic matter, 26:141
Ozone, oxidation of nitrite ion, 7:179
Ozone, oxygen and chlorine, influence of on biologicalactivity on biological activated carbon, 7:287
Ozone, Photochemical Generation of, current state-ofthe-art, 9:315
Ozone, practical use in large marine aquaria, 2:225
Ozone, Rate Coefficient Determinations, 17:355
Ozone, reaction with linomycin and spectinomycin,
26:525
Ozone, role of in water purification and its implications indeveloping countries, 2:241
Ozone, shrinkproofing of wool, 1:219
Ozone, solubility in water, 32:3
Ozone, steady state disinfection of water and sonozone by,
2:13
Ozone, system for antibiofouling in fresh water cooling
circuits, 2:327
Ozone, system reliability, and economics at Monroe,
Michigan, 5:245
Ozone, tank design, 26:403
Ozone, to decompose nonionic surfactants, 26:217
Ozone, tolerance of the rotifer Brachionus plicatilis to andtotal oxidative residuals, 19:457
Ozone, treatment in presence of activated carbon, 26:299
Ozone, treatment in water with nonpolar bonded alumina
phases, 26:367
Ozone, treatment of A. H. Weeks Water Treatment Plant,
26:125
Ozone, treatment of amino acids, 20:381
Ozone, treatment of Amsterdam water supply, 26:465
Ozone, treatment of Bacillus subtilis in a static mixer,
26:207
Ozone, treatment of ballast water, 26:389
Ozone, treatment of blood, 26:195
Ozone, treatment of bromide solutions in presence ofammonia, 26:267
Ozone, treatment of cherry stillage, 26:257
Ozone, treatment of chlorophenol solutions, 20:259, 20:
Ozone, treatment of crotonic acid solutions, 26:415
Ozone, treatment of drinking water minimizing bromate
concentration, 26:381
Ozone, treatment of drinking water, microbial growth,
20:303
Ozone, treatment of drinking water, Potsdam, NY casehistory, 5:51
Ozone, treatment of drinking waters in Belgium, 7:327
Ozone, treatment of fresh cut salad mixes, 32:66
Ozone, treatment of humic waters, 7:121
Ozone, treatment of Kraft effluent, 26:317
Ozone, treatment of landfill leachate, 26:287
Ozone, treatment of membrane concentrate, 32:16
Ozone, treatment of methyl linoleate, 26:189
Ozone, treatment of oil field drilling wastewater, 26:309
Ozone, treatment of p-hydroxybenzoic acid solution
20:343
Ozone, treatment of polycyclic aromatic hydrocarbons,

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 91
26:453
Ozone, treatment of RB-19 dye in a gas-inducing reactor,
26:165
Ozone, treatment of surfactants in wastewater, 26:327
Ozone, treatment of swimming pool waters, 7:93
Ozone, treatment of wastewater containing azo dye,
26:539Ozone, use of in the technology of bottled water, 5:95
Ozone, used in dental treatment units, 24:479
Ozone, used in sushi factory, 32:71
Ozone, utilization for treatment of recyclable papers, 7:229
Ozone, UV Radiation, and Hydrogen Peroxide,
chemistry of in water treatment, 9:335
Ozone/ hydrogen peroxide process influenced bycarbonate, 22:305
Ozone/γ-Irradiation, treatment of molasses processing
wastewaters, 19:157
Ozone/Bromide Ion Process for swimming pool water
treatment, 22:677
Ozone/Diatomaceous Earth Filtration, for treatment of
New York City drinking water, 15:131
Ozone/GAC treatment for model compound removal,
24:357
Ozone/Gamma process for 2,4-D removal, 33:50
Ozone/Granular Activated Carbon, in water treatment in
the United Kingdom, 7:11
Ozone/Granular Activated Carbon, treatment ofdrinking water, 10:309
Ozone/H2O2 Processes, kinetics of first reactions of ozone
in, 19:13
Ozone/H2O2, removal of Fluorescent Brightener 28,
19:129Ozone/H2O2, treatment of primary municipal wastewater,
impact on biological treatment of, 19:495; 19:513
Ozone/H2O2,, treatment of molasses processing
wastewaters, 19:157
Ozone/Hydrogen Peroxide in a rotating packed bed,
35:101
Ozone/Hydrogen Peroxide in oil sands water treatment,
37:45
Ozone/Hydrogen Peroxide Process for control ofbromate ion formation, 33:121
Ozone/Hydrogen Peroxide Process for NOM removal,
33:267
Ozone/Hydrogen Peroxide Process for removal of
emerging contaminants, 40:339
Ozone/Hydrogen Peroxide Process for removal ofodorous algal-derived compounds, 33:121
Ozone/Hydrogen Peroxide Process for sewage
treatment, 30:263
Ozone/Hydrogen Peroxide treatment of o-nitrotoluene,
23:127
Ozone/Hydrogen Peroxide, effects on bromate ion
formation in European drinking waters, 18:325
Ozone/Hydrogen Peroxide, for Chromium and Copper
Complex Dyes, 17:149
Ozone/Hydrogen Peroxide, for Destruction of Pesticides
in Water, 17:657; 17:673

Ozone/Hydrogen Peroxide, for oxidation of ethyl andmethyl tert-butyl ethers, 16:41
Ozone/Hydrogen Peroxide, for Particle Destabilization in
Drinking Water, 17:25
Ozone/Hydrogen Peroxide, for Removal of Pesticides
from Drinking Water, 17:97; 17:657
Ozone/Hydrogen Peroxide, for Removal of Triazines in
Water, 17:183
Ozone/Hydrogen Peroxide, for Treatment of Hazardous
Wastes, 17:119
Ozone/Hydrogen
Peroxide,indestructionofcyanobacterial toxins, 20:223
Ozone/Hydrogen Peroxide, inactivation of Giardia
muris, 16:67
Ozone/Hydrogen Peroxide, Oxidation of 1,3,5Trichlorobenzene, 18:535
Ozone/Hydrogen Peroxide, oxidation of Atrazine,
16:135; 16:455
Ozone/Hydrogen Peroxide, oxidation of natural organic
matter, 15:419
Ozone/Hydrogen Peroxide, oxidation of phenanthrene,
16:475
Ozone/Hydrogen Peroxide, oxidation of Simazine in astatic mixer, 16:455
Ozone/Hydrogen Peroxide, treatment of dicofol andtetradifon wastewaters, 16:487
Ozone/Hydrogen Peroxide, treatment of potable water,
7:241
Ozone/Hydrogen Peroxide/UV Oxidation of 1,3,5Trichlorobenzene, 18:535
Ozone/hydroxyl radical ratios during ozonation
processes, 22:123
Ozone/Oxygen Mixtures, immunological examinations inpatients with chronic conditions under administration of,
11:411
Ozone/Peroxide for Atrazine removal, 21:39
Ozone/Peroxide Process for 1,4-dioxane removal,
35:331
Ozone/Peroxide Treatment, in microbial growth indrinking waters treated with ozone, 20:303
Ozone/Persulfate for reactive green 19 degradation,
44:326
Ozone/Silver Catalysis, for disinfection, 15:533
Ozone/Slow Sand Filtration, for water treatment in the
United Kingdom, 7:11
Ozone/TiO2 oxidation of natural organic matter, 15:419
Ozone/UV advanced oxidation for drinking water, 40:79
Ozone/UV Degradation, of chlorophenol solutions,
20:259; 20:283
Ozone/UV for treatment of coffee effluent, 40:293
Ozone/UV for treatment of graphical industry
wastewater, 35:16
Ozone/UV Oxidation of 1,3,5-Trichlorobenzene, 18:535
Ozone/UV Oxidation of Aromatic Compounds, 11:281
Ozone/UV Oxidation, of organic compounds, 8:339
Ozone/UV Process for 1,4-dioxane removal, 35:331
Ozone/UV process for water containing adsorbableorganic halides, 38:452

92 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
Ozone/UV Process modeling, 27:421
Ozone/UV processes for Atrazine removal, 21:39
Ozone/UV Processes, for chlorophenols degradation,
19:75
Ozone/UV Processes, kinetics of first reactions of ozone
in, 19:13
Ozone/UV Radiation Process, 12:1; 12:73
Ozone/UV Radiation, and ozone/hydrogen peroxide for
reduction of trihalomethane formation potential in surface
water, 10:103
Ozone/UV Radiation, degradation of Cyanazine, 16:213
Ozone/UV Radiation, for Degradation of Cyanazine,
17:237
Ozone/UV Radiation, for Removal of Triazines from
Water, 17:183
Ozone/UV Radiation, for Treatment of Chromium andCopper Complex Dyes, 17:149
Ozone/UV Radiation, oxidation of phenanthrene, 16:475
Ozone/UV Treatment in Japan, 10:309
Ozone/UV treatment of o-nitrotoluene, 23:127
Ozone/UV treatment of water, 23:245
Ozone/UV Treatment, of Dye-finishing wastewater,
26:239Ozone/UV, oxidation of chlorinated organics, 14:197
Ozone/UV, oxidation processes in water, 14:367
Ozone/UV/Peroxide for Atrazine removal, 21:39
Ozone/UVC System for decomposition of phenylphenol
isomers, 39:333
Ozone: Science & Engineering, the first 23 years,
24:399Ozone: Science & Engineering 30 years of progress,
31:379Ozone: Science & Engineering history, 33:329; 40:3
Ozone-Actinometry to measure photonic flux in UV
systems, 23:245
Ozone-Adsorption Method to removal chemicals fromgroundwater, 42:357
Ozone-Assisted Activated Sludge Treatment, andpowdered activated carbon for removal of toxic organic compounds, 7:191
Ozone-Assisted Biological Treatment of industrial
wastewaters containing biorefractory compounds, 4:177
Ozone-assisted membrane cleaning, 39:310
Ozone-based technologies for parabens removal fromwater, 39:233
Ozone-bromine treatment of swimming pool water, 37:456
Ozone-Containing Water for treatment of chlorpyrifos
residues, 33:232
Ozone-Dissolved Water by electrolytic ozone generator,
33:114
Ozone-Electrolysis process, 33:463
Ozone-electrolysis, 44:265
Ozone-electron beam degradation of phenol, 25:377
Ozone-Enriched Storage, 41:404
Ozone-Flotation, 39:264
Ozone-GAC Treatment, of drinking water, 13:623;
14:123
Ozone-Hydrogen Peroxide System, 40:251

Ozone-Hydrogen Peroxide, 12:195; 12:281
Ozone-Hydrogen Peroxide, and ozone/UV radiation for
reduction of trihalomethane formation potential in surface
water, 10:103
Ozone-Hydrogen Peroxide, effects on BDOC formation,
15:405
Ozone-Hydrogen Peroxide, for disinfection of surface
waters, 14:71
Ozone-Hydrogen Peroxide, for oxidation of chlorinatedorganics, 14:197
Ozone-Hydrogen Peroxide, in color removal fromgroundwater, 13:109; 13:559
Ozone-Hydrogen Peroxide, oxidation of herbicides,
15:227
Ozone-Hydrogen Peroxide, oxidation of organic
compounds through the combination of, 6:163; 8:339
Ozone-Hydrogen Peroxide, oxidation of refractoryorganics, 1:119
Ozone-Loaded Solvent, for wastewater treatment,
26:475
Ozone-loaded solvents for use in water treatment, 25:485
Ozone-persulfate process in Cresol, p- catalyticozonation, 43:507
Ozone-produced Efficiency and effect of SF6, 32:444
Ozone-Produced Oxidants, 33:224
Ozone-Promoted
Biological
Degradation,oftrihalomethane precursors, 7:85
Ozone-Sterilized Ice, preservation of fresh fish with,
4:147
Ozone-ultrafiltration for removal of Escherichia coli,
29:75
Ozone-Ultrasonics, the high temperature treatment oftrinitrotoluene (TNT) and cyclotrimethylenetrinitramine(RDX) with, 6:275
Ozone-UV degradation of 2,5-dichlorophenol, 38:181
Ozone-UV in humic acid oxidation, 40:93
Ozone-UV, water treatment system for shellfish
quarantine, 1:55
Ozone-Water Rinsing, of teeth, 14:165
Ozonide in ozonized olive oil, 43:606
Ozonide Ion Radical, 14:33
Ozonides of ozonated sunflower oil, 27:247
Ozonides formed during methyl linoleate ozonation,
25:121
Ozonides formed in ozonation of sunflower oil, 28:59
Ozonides from ozonation of coconut oil, 27:153
Ozonides, formation in methyl linoleate, 26:189
Ozonides, of perfluoroalkenes, 8:27
Ozonization, of aromatic amines in water, 2:65
Ozonization, of seawater for shellfish depuration, 1:147
Ozonization, of water, Belgian experiences, 7:327
Ozonized mist, 45:305
Ozonized Oil effect on Staphylococcus aureus andStaphylococcus epidermis, 22:207
Ozonized Olive Oil, 43:606
Ozonized Sunflower Oil, 31:232
Ozonized Sunflower Oil, 34:293
Ozonized Sunflower Oil, 38:143

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 93
Ozonized Water for dental applications, 34:484
Ozonized Water to control anthracnose I Papaya, 43:384
Ozonolysis of crotamiton, 37:385
Ozonolysis of landfill leachate, 35:55
Ozonolysis of olive oil, 37:55
Ozonolysis of palm olein, 37:503
Ozonolysis of patulin, 30:189
Ozonolysis of terpenes, 32:274
Ozonolysis, of naphthalene derivatives in water and inkerosene films, 9:2
Ozotest Method, for BDOC determination, 15:389;
15:405
Ozotest Method, to simulate ozonation effects, 16:135
P. aeruginosa biofilms treated with ozone, 31:3
P. chlamydospora, 44:521
P. fluorescens biofilms treated with ozone, 31:3
Packed Bed Reactor for ozone generation, 28:111
Packed Column Ozone Absorber in water reclamation,
design and applicationof, 2:283
Packing materials in dielectric barrier discharge, 35:134
PAH Destruction, by ozone, 26:453
Pain, 34:469
Painting Process Wastewaters, treatment with ozone,
27:279Palm Oil catalytic ozonation, 38:36
Palm Oil Mill Effluent, 41:427
Palm Olein ozonolysis, 37:503
Panchagavya, 45:475
Papaya treatment with ozone, 34:57, 34:151; 43:384
Paper Mill Effluent Treatment, by Advanced Oxidation,
17:119Paper Mill Effluent, treatment with ozone, 26:317
Paper Mill Industry Wastewaters, ozonation, 20:403
Paper Mill Water Circulation Water and treatment
with ozone, 23:401
Paper Pulps, treatment of with ozone, 7:229
Paper Pulps, use of ozone or oxygen in the first bleachingstage, 4:109
Paper Recycling, 35:381
Papermaking circulating water treatment with ozone,
22:575Papers, Recyclable, ozone treatment of, 7:229
Parabens removal from water by ozonation, 39:233
Paracetamol oxidation by pulsed corona discharge,
35:116Para-Chlorobenzoic Acid in evaluating ozone/carbon
nanotube process, 36:465
Para-chlorobenzoic Acid removed by catalytic ozonation,
37:527
Parallel-Plates ozone generator and effect of SF6, 32:444
Paralytic Shellfish Poisons, and destruction with ozone,
20:223
Parameter Estimation, of Henry’s constant with ozone
in a bubble column, 26:277
Parameters of the Arrhenius equation, 45:174
Parasitic Discharge Phenomena, in ozonizers filled withglass dielectric tubes, and their elimination, 6:123
Partial Ozonation of recalcitrant and toxic wastewater
concentrate, 34:163
Particle Counting in direct filtration after ozonation,
24:239Particle Destabilization, With Ozone or Ozone/Hydrogen
Peroxide, 17:25
Particle Dynamics Analyzer for studying impinging jet
contactors, 32:99
Particle Flocculation in aquaculture systems, 42:157
Particle Image Velocimetry of in-line multi-jets
contactor, 33:449
Particle Image Velocimetry, 32:99
Particle Removal from sand filters, 33:66
Particle Removal with ozone in presence of bicarbonate,
25:285
Particle Size Distribution from sand filters, 33:66
Particle Size Distribution in aquaculture systems,
42:157
Particles removal in Lake Huron water, 32:295
Particulate Matter in diesel emission exhaust, 37:518
Paşakӧy Wastewater Treatment Plant, 32:209
Passive Sampling of atmospheric air, 33:80
Pasta, 43:613
Pasteurization with UV light, 30:93
Pathogen Inactivation with ozone in drinking water,
21:465, 23:53
Pathogenic Bacteria, 30:367
Pathogens in ozonated oil, 45:398
Pathogens in Swine Manure Wastes, reduction in levelsof by ozonation, 19:425
Pathogens Inactivation in municipal wastewater forreuse in agriculture, 22:151
Pathogens regrowth potential in UASB effluent, 29:485
Patulin decomposition with ozone, 30:189; 31:224
pCBA in Catalytic Ozonation of Meropenem, 43:88
PCU Removal with ozone in impinging zone reactor,
21:501p-Dinitrobenzene, removal from water by ozonation, 10:1
Peach Juice, 40:305
Pears treated with ozone and UV Radiation, 32:144
Peclet Number, correlation with Reynolds number at
Tucson CAP WTP, 19:307
Pentachlorophenol, degradation of by advanced
oxidation, 19:75
Pentachlorophenol, kinetics of ozonation of aqueous
solutions, 20:163
Pentafluorobenzylhydroxylamine 0,2,3,4,5,6 (PFBOA)
Method of Carbonyl Group Analysis, 11:127
Pentafluorobenzylhydroxylamine as ozone scavenging
reagent, 22:551
Pentafluorobenzyloxime as ozone scavenging reagent,
222:551
Pentafluorophenylmethyloxylamine as ozone
scavenging reagent, 22:551
Pentaflurobenzyloxyamine as ozone scavenging reagent,
22:551
Peptides removal with ozone, 21:261; 32:81

94 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
Peptone effect on ozone oxidation of cyclophosphamide,
35:125Perchlorates, 41:207
Perflourooctylalumina (PFOA) as ozonation catalyst,
25:185
Perflourooctylalumina and ozone for treatment ofdrinking water, 24:63
Perfluoroalkenes, ozonation of, 8:27
Perfluorooctylalumina (PFOA), with ozone in treatmentof drinking water, 26:367
Perfluorooctylalumina for catalytic ozonation ofgasoline compounds, 27:301
Perfluorooctylalumina ozonation, 32:265
Performance Testing and ozone gas flow measurement,
22:1
Performic Acid degradation of pharmaceutical products,
30:387
Pericapsid, 42:478
Periodontology, with ozone, 14:165
Peritoneum, 44:587
Perlite and silver for ozone decomposition, 37:216
Permanganate formation in oxidation of dissolved
manganese, 23:149
Permanganate Ion Polarography, 17:135
Perovskite Catalyst, 43:461
Perovskite Catalysts for ozonation of pharmaceuticalcompounds, 32:230
Peroxidase reduction by ozonation of sugarcane juice,
40:198Peroxidase, use in conjunction with ozonation to remove
aromatic compounds from water by polymerization, 8:247
Peroxidation, of blood with ozone, 26:195
Peroxide and ozone for treatment of SDS, 29:131
Peroxide Bleaching of linen fabrics, 35:316
Peroxide Index in ozonated sunflower oil, 44:337
Peroxide Value (PV) of ozonized sunflower oil, 34:293
Peroxide Value during ozonolysis of palm olein, 37:503
Peroxide Value of ozonated olive oil, 40:37
Peroxide Value of ozonized sunflower oil, 28:181
Peroxide-Coated ozone for site remediation, 32:130
Peroxides in ozonized olive oil, 43:606
Peroxone (H2O2/O3) treatment of biocide-polluted
wastewater, 33:31
Peroxone and catalytic ozonation of landfill leachate,
38:133
PEROXONE and Ozone, production and removal of
assimilable organic carbon, 16:197
Peroxone for Helminth Hymenolepis nana eggs, 35:201
Peroxone in sludge treatment, 42:3
PEROXONE oxidation of toluene and 2,4,6trinitrotoluene, 22:519
Peroxone Process for Bayer liquor, 44:291
Peroxone Process for oxidation of Acid Red-151
Aqueous Solutions, 28:155
Peroxone Process for taste and odor removal, 43:527
Peroxone vs. ozone for trihalomethane formation, 30:356
PEROXONE, with ozone for disinfection of surface
waters, 14:71

Peroxotest Method, to simulate to simulate ozone/H2O2
oxidation effects, 16:135
Peroxynitrite formation in ozonation, 32:430
Peroxynitrite formed in ozone-UV process, 35:302
Persistence of pesticide residues on table grapes, 41:404
Persistent Substances treated with ozone in wastewater
plants, 31:415
Personal Care Products degraded by ozone, 41:3
Persulfate in estriol degradation, 38:358
Persulfate with UV and ozone for atrazine abatement,
42:558Pesticide degradation by ozone, 27:83, 27:173
Pesticide Degradation, 42:469
Pesticide Disinfection By-Products, non-genotoxic
effects of on gap junctional intercellular communication,
19:351
Pesticide oxidation by ozone fumigation, 37:479
Pesticide Oxidation with ozone, 21:207
Pesticide Removal by combined ozone/biomass
sequence, 27:317
Pesticide Removal in London and Oxford water, 25:409
Pesticide Removal in UK water treatment plants, 25:417
Pesticide removal with ozone in BENELUX, 21:139
Pesticide Removal, From Drinking Water by Ozone or
Ozone/Hydrogen Peroxide, 17:97; 17:657; 17:673;
Pesticide Residue of fresh-cut onions, 42:399
Pesticide Residue on dried chilies, 40:473
Pesticide residue removal from olives with ozonatedwater, 39:91
Pesticide Residue, treated with ozone, 44:127
Pesticide Residues in citrus storage, 32:122
Pesticides Control, with ozone/GAC at 11 Anglian Water(U.K.) surface water treatment plants, 18:19
Pesticides degradation by ozone, 30:21
Pesticides degradation in natural waters using UV andH2O2, 32:329
Pesticides Degradation, compromise between bromate
ion formation and/or manganese removal, 19:39
Pesticides in Detroit River water treated with ozone,
28:415
Pesticides in soil remediation38:272
Pesticides on table grapes, 41:404
Pesticides removal in presence of humic and fulvic acids,
25:399Pesticides removal with advanced oxidation, 22:415
Pesticides Removal, 33 :308
Pesticides Residues on apples, 39 :97
Pesticides treated with UV, 35:38
Pesticides, advanced oxidation by ozone, 32:16, 32:25
Pesticides, aqueous ozonation of, a review, 11:339
Pesticides, degradation by ozone, 14:283
Pesticides, effects of humic materials on ozone removal of
atrazine, 14:263
Pesticides, Organophosphorus, ozonation schemes of,application in drinking water treatment, 6:207
Pesticides, oxidation of during Ozoflotation, 15:481
Pesticides, removal by Ozoflotation, Correction, 16:179
PET color fading ozonation 40:377

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 95
Pet Food, 40:487
p-Ethylphenol, in swine manure slurry, 20:35
p-Ethylphenol, ozonation of in swine manure waste odors,
19:425
Petrochemical Wastewater treated by ultrasonicirradiation, 33:194
Petroleum Tank and Storage Facilities, use of ozone in,
18:477
Petrovaradinska Ada Water Treatment Plant, Novi
Sad, Yugoslavia, with ozone, 14:101
PFBOA Method of Carbonyl Group Analysis, 11:127
PFOA and ozone for treatment of drinking water, 24:63
PFR (Plug Flow Reactor), ozone contactor, kinetic
modeling of; impact on bromate ion formation, 18:87
pH and ozone disinfection efficiency, 39:408
pH Dependence, during oxidation of organic materials,
12:315
pH Dependence, on oxidative products of aromaticcompounds during ozone/UV treatment, 11:281
pH effect in ampicillin degraded with ozone, 34:156
pH Effect in bromate formation during ozonation ofnatural water, 22:267
pH Effect in color removal from textile wastewater,
25:137
pH Effect in inactivation of listeria, 44:281
pH Effect in phenol decomposition, 35:350
pH effect on 1,4-Dioxane removal, 33:396
pH effect on hydroxyl radical ozone ratios, 22:123
pH Effect on ozonation of pentachlorophenol in aqueous
solutions, 20:163
pH effect on ozone decay in water, 34:233
pH Effect on phenols and chlorophenols decompositionby ozone, 27:447
pH effect on pulsed electric discharges, 35:22
pH effect on selectivity of ozone bleaching, 25:523
pH Effect, in treatment of Dye-Bath waters with ozone,
24:413
pH Effect, in treatment of Kraft effluent, 26:317
pH Effects in ozone treatment of o-nitrotoluene, 23:127
pH Effects, on iron and manganese removal by ozonationin presence of humic substances, 11:93
pH of Arlington, Texas water, 29:261
pH of electrolytically ozonated water, 31:10
pH of nuclear laundry water, 30:256
pH of ozone bleached wheat straw pulp, 40:148
pH variation in catalytic ozonation of chlorobenzoic acid,
37:527pH, effect on ozone decomposition kinetics in dilute
aqueous solution, 9:165
pH, effects of background organic matter, carbonate
species and, on ozone consumption in natural waters, 10:277
pH, effects on bromate ion formation during ozonation ofdrinking water, 18:1
pH, high pH ozonation of cryptosporidium and atrazine,
20:177
Pharmaceutical Compounds in Great Lakes Basinwastewater effluent, 37:36

Pharmaceutical Compounds ozonation, 32:230, 34:3
Pharmaceutical Effluent treated with ozone andbiological treatment, 37:538
Pharmaceutical Effluents, 44:473
Pharmaceutical Industry, use of UV radiation in, 10:25
Pharmaceutical Manufacture, of cytostatics and removalwith ozone, 21:69
Pharmaceutical products in wastewater, 35:249
Pharmaceutical products ozonation, 44:157
Pharmaceutically Active Compounds, 37:323
Pharmaceuticals (Polar) ozonation, 32:305
Pharmaceuticals and Personal Care Products andwater reclamation, 36:153
Pharmaceuticals and Personal Care Products removed
with ozone, 37:154
Pharmaceuticals and pulsed corona discharge, 36:94
Pharmaceuticals degradation by advanced oxidation
processes, 34:137
Pharmaceuticals degradation by ozone, 28:47; 28:85;
28:445; 30:21; 30:65; 32:253; 35;186; 41:3
Pharmaceuticals degradation in natural waters using UVand H2O2, 32:329
Pharmaceuticals degradation with ozone, 39:319
Pharmaceuticals in Detroit River water treated withozone, 28:415
Pharmaceuticals removal by Ozone and Ozone/UV,
33:150
Pharmaceuticals removal with disinfection processes,
30:387
Pharmaceuticals removal with membrane bioreactors
and advanced oxidation processes, 31:428
Pharmaceuticals removed by ozone/BAC process, 37:343
Pharmaceuticals treated with ozone, 37:323
Pharmaceuticals treatment with advanced oxidation,
32:217
pH-Dependency of Ozone on destruction of
cyanobacterial toxins, 20:223
Phenanthrene remediation, 40:420; 41:454
Phenanthrene, destruction by ozone advanced oxidation,
16:475, 19:13
Phenanthrolines oxidation with ozone, 24:271
Phenanthrydine oxidation with ozone, 24:271
Phenazine oxidation with ozone, 24:271
Phenol catalytic ozonation, 38:48
Phenol Decomposition by ozone, 21:487, 27:447
Phenol decomposition with ozone, VUV and TiO2/UV,
24:49
Phenol degradation by catalytic ozonation, 40:173
Phenol degradation by catalytic ozonation, 45:262
Phenol degradation with ozone and electron beamirradiation, 25:377
Phenol in biomass tar, 43:78
Phenol Oxidation using a rotating packed bed, 35:101
Phenol ozonation kinetics, 31:201
Phenol ozone oxidation and intermediates formed, 42:294
Phenol removal by ozonation and adsorption, 34:259
Phenol removal process cost, 33:211
Phenol removal with catalytic ozonation with CeO2,

96 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
41:166
Phenol Removal, 33:143
Phenol removed by catalytic ozonation with CeO2,
43:592
Phenol treatment with ozone in tanning wastewaters,
27:351
Phenol, in swine manure slurry, 20:35
Phenol, ozonation and oxidation products of, 8:129; 12:1
Phenol, ozonation of in swine manure waste odors, 19:425
Phenol, preozonation of in wastewater for subsequentbiological treatment, 16:13
Phenol, reaction with ozone, 32:61
Phenolate Ion, reaction with ozone, 32:61
Phenolic Compounds catalytic ozonation, 38:261
Phenolic Compounds in aqueous sucrose solutions
removed by ozone, 39:255
Phenolic Compounds in sugarcane juice, 41:369
Phenolic Compounds in swine manure slurry, 20:35
Phenolic Compounds removal in ozonation of foodprocessing wastewater, 22:167
Phenolic Compounds treated with ozone in gas-inducing
reactor, 28:77
Phenolic Compounds, formation during ozone andozone/H2O2 treatment of dicofol and tetradifon

wastewaters, 16:487
Phenolic Pesticidal Compounds, aqueous ozonation of,
11:339Phenolic products reaction with ozone, 23:139
Phenolic Wastewater, 32:408. 32:417
Phenolic Wastewaters and catalytic ozonation, 31:403
Phenolics in gaseous ozone treatment of onion, 45:75
Phenols Oxidation By-Products, 25:335
Phenols, Destruction of by Ozone and Advanced
Oxidation, 17:527
Phenols, destruction of in aqueous solution by a UV/O3
process, 18:443
Phenols, mechanism of reaction with ozone, 2:39
Phenols, removal of by polymerization by ozonation andperoxidase treatment, 8:247
Phenols, structure relationships and kinetics of ozonolysisof, 9:207
Phenolsulfonic acid ,4-removed by catalytic ozonation
with CeO2, 43:592
Phenoxyacetic Acid Herbicides, mechanism of reaction
with ozone, 2:39
Phenoxyacid Herbicides removal by ozone/gamma
process, 33:50
Phenoxyalkyl Acid Pesticidal Compounds, aqueous
ozonation of, 11:339
Phenylphenol Isomers, 39:333
Phenylureaherbicides oxidation with ozone and the
Fenton process, 22:607
Phoenix WWTP, 29:303
Phorbol removal by treatment with ozonation and solar
irradiation, 37:29
Phosphate Buffer and ozone analysis, 37:106
Phosphate Buffer in studying ozone decomposition,
37:330

Phosphate effect on ozone decomposition in “pure water,
30:300
Phosphate effect on ozone oxidation of wastewater,
27:287
Phospholipids, 42:478
PhosphonoformicAcid,inozonationofethylenediaminetetra (methylenephosphonic acid), 20:99
Phosphoric Acid Treatment With Ozone, 18:477
Phosphoric Acid, Removal of color and Organic Matterfrom With Ozone, 7:637
Phosphorus behavior during sewage sludge ozonation,
45:65
Phosphorus Recovery during sludge reduction via
ozonation, 33:171
Phosphorus removal efficiency of ozonated sludge,
30:136
Photo Absorption method for ozone concentration
measurement, 35:229
Photo-Assisted Ozonation (UV/O3) for degradation of
carbamazepine, 40:113
Photocatalysis and ozonation of humic acid, 25:497
Photocatalysis of amido black, 44:545
Photocatalysis of sulfosalicylic acid with ozone, 27:233
Photocatalysis of synthetic treated urban wastewater,
37:467
Photocatalysis with TiO2 and O3 for monochloroacetic
acid removal, 27:311
Photocatalysis, water treatment combined withozonation, 26:585
Photocatalytic Degradation, 38:291
Photocatalytic Oxidation of organic compounds withozone, 24:75
Photocatalytic Oxidation with carbon nitride nanosheet,
38:312
Photocatalytic Oxidation, in the presence of naturalorganic matter, 14:367
Photocatalytic Ozonation of amido black, 44:545
Photocatalytic Ozonation of diclofenac, 43:136
Photocatalytic Ozonation of pharmaceutical compounds,
34:3
Photochemical Decomposition in ozone formation with(V)UV-Enhanced Barrier Discharges, 21:583
Photochemical Degradation, of Cyanazine, 16:213
Photochemical Generation of Ozone, current state-ofthe-art, 9:315
Photochemical Generation, of ozone, 10:323
Photochemical Ozone Production, 23:445; 30:228
Photochemical Reactions, in VUV measurement of a
172nm Xe Excimer Lamp, 20:421
Photodecomposition of oxalate ion, 29:473
Photodecomposition, of HOBr/OBr-, 8:63
Photodegradation of antibiotic substances in wastewater,
34:137
Photodegradation, 45:455
Photo-Fenton Oxidation of beet sugar industry
wastewater, 41:265
Photo-Fenton processes for greenhouses, 32:259
Photo-Fenton treatment of wastewater from painting

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 97
processes, 27:279
Photographic Bleach regeneration, with ozone, 1:235
Photographic Waste Treatment, with ozone, 1:235
Photolysis and UV oxidation of micropollutants, 34:125
Photolysis efficiency in phenol decomposition, 35:350
Photolysis in 1,4-Dioxane removal, 33:396
Photolysis in a collimated beam UV reactor, 37:134
Photolysis modeling by measuring hydrogen peroxide
formation, 27:421
Photolysis of oleate and ethyl elaidate ozonides, 37:431
Photolysis of Ozone, in gas and liquid phases, 14:215
Photolysis, in VUV measurement of a 172nm Xe Excimer
Lamp, 20:421
Photolytic Metal Deposition, 20:421
Photolytic Ozonation in injection-type downflow UV/O3
oxidation reactor, 21:539
Photo-mineralization of organic compounds, 30:99
Photooxidation of micropollutants from municipal
wastewater, 44:172
Photo-oxidation of organic compounds, 30:99
Photoprocessing Industry, ozone applications in, 1:235
Photoresist Removal by ozone, 24:391; 27:139
Photoresist Stripping in UV-ozone applications, 22:427
Photosynthetic Traits, 43:363
Photovoltaic Panel (PV) supported ozonation system,
41:186
Phthalates degradation by ozone/AOP, 29:153
Phthalic Anhydride formation by ozonolysis, 32:161
Phthalocyanine Dyes, in Kraft paper machine whitewater,ozone decolorization of, 19:549
p-Hydroxybenzoic Acid ozonation in food processing
wastewater, 22:167
p-Hydroxybenzoic Acid removal by ozone/GAC
treatment, 24:357
p-Hydroxybenzoic Acid, ozonation of, 8:129; 20:343
Physical Treatment of papayas, 34:57
Physico-Chemical Treatment of landfill leachate,21:1
Physico-Chemical Treatment using ceramic ozone
contactors, 22:379
Physiochemical Properties of ozonated milk, 39:448
Physiochemical Properties of ozone treated on turkey
breast meat, 42:95
Physiochemical Treatment Plant for removal ofpharmaceuticals, 30:387
Physiological Quality of Seeds, 43:436
Physiological Solution ozonation, 37:119
Phythiosis, 44:398
PhytoO3 Tech Crop Protection Technology, 30:210,
30:216
Phytopathogens, 41:531
Phytopharmaceutical factory, 33:31
Phytotoxic Effects of ozone, 24:69
Phytotoxicity of micro/nanobubble ozonated water, 37:78
Piecewise Linear Regression in ozonation of
micropollutants, 36:289
Pig Farming, 44:363
Pigment Bleaching in fungal colonies, 30:423
Pilot Cooling Tower, for studying ozonation of coolingwaters, 15:47
Pilot Plant Studies, at the Budapest Waterworks, 16:29
Pilot Plant Studies, of herbicide ozonation, 15:227
Pilot Plant Studies, of ozone oxidation of manganese,
15:331
Pilot Plant Study for ozone decolorization of sugar
industry liquors, 28:261
Pilot Plant Study, in microbial growth in drinking waters,
20:303
Pilot Plant Study, Ozone/GAC Treatment of Drinking
Water, 17:449
Pilot Plant Study, with ozone and PEROXONE for
disinfection of surface water supplies, 14:71
Pilot Plant Testing, of ozone, 8:49; 8:77
Pilot Scale cotton bleaching with ozone, 41:197
Pilot Scale Study to investigate bromate formation,
22:487
Pilot Scale testing of EDC removal, 33:253
Pilot Study for bromate control in Yellow River water,
37:127
Pinene, β-ozonation, 32:274
Pipe Injection Method, 41:312
Pipeline Contactor, 29:291
Piperidine removal with ozone, 21:23
Piping Systems, for ozone diffusion contactors, 14:487
Piroxicam removed by ozone/BAC process, 37:343
Planar Laser Induced Fluorescence, 33:449
Planer Laser-Induced Fluorescence, 32:99
Plant Development after ozone treatment, 44:521
Plant Growth stimulated by ozonated water, 40:415
Plant nutrients of turnip, 45:475
Plant Operations under drought conditions, 39:203
Plant Pathogenic Bacterium affected by ozone, 27:495
Plant-Parasite Nematodes, 41:398
Plants disinfected with ozone, 36:435
Plants effected by ozone, 24:69
Plasma Chemistry, generation of ozone, 12:19; 12:41
Plasma Physics in ozone generation, 27:239
Plasma with ultrasonic irradiation, 33:483
Plasma, in wire-to-cylinder ozone generator, 20:317
Plasmodium Falciparum inactivation with ozone, 23:89
Plastic Media in fixed bed biofilm reactors, 37:227
Plastics resistance to liquid and gas phase ozone, 24:249
Plate Count of cut vegetables treated with ozone, 31:309
Plate Counts, in ozonized cooling waters, 12:243
Plates Exposition with air purifier ozone generator,
34:225
Plating Waste Treatment, by ozonation, 3:61
Platinum Supported Catalyst in ozone oxidation of
formic acid solution, 22:241
Plug Flow for inactivation of Cryptosporidium in a static
mixer with ozone, 25:295
Plug Flow in ozone contactors, 30:49
Plug Flow Reactor and ozone dosing, 29:379
Plug Flow Reactor for disinfection of E. Coli, 30:448
p-Methylaniline-3-sulfonic Acid, efficiency of ozone/UV
oxidation of, 11:281
p-nitroaniline, 42:420

98 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
p-Nitroaniline, improvement in biodegradability of by
preozonation, 11:155
p-Nitroaniline, removal from water by ozonation, 10:1;
23:303p-Nitrophenol ozonation on activated carbon filter,
37:178p-Nitrotoluene, removal from water by ozonation, 10:1
p-Nitrotoluene-2-sulfonic Acid, efficiency of ozone/UV
oxidation of, 11:281
Point-to-Plane ozone generator, with back-corona
effect, 26:11
Polar Disinfection Byproducts analysis by DNPH
derivitization, 22:653
Polarity Effects in Ozone Generation, 17:575
Poliovirus inactivation with ozone, 22:501
Pollutant Removal predicted by RCT, 32:244
Pollutants in air predicted using artificial neuralnetworks, 42:79
Polluted Water treatment cost, 33:211
Poly (Ethylene Terephthalate), 35:196
Polyaluminum Chloride, effects on AOC, 12:377
Polyamide Dyeing Process, 29:443
Polyaromatic Hydrocarbons (PAH) ozonation, 21:571
Polyazo Dyes, in Kraft paper machine whitewater, ozone
decolorization of, 19:549
Polybenzimidazole, 40:392
Polycyclic Aromatic Hydrocarbons (PAHs), 40:420
Polycyclic Aromatic Hydrocarbons (PAHS), ozonation,
26:453
Polycyclic Aromatic Hydrocarbons, ozonation offluorene and 9-fluorenone, 1:249
Polydimethylsiloxane as ozone-loaded solvent, 25:485;
26:475Polyethersolfone (PES), 41:448
Polyethylene Bottles, UV sterilization of, 10:25
Polyethylene Glycol (Mol. Wt. 8,000), improvement inbiodegradability of by preozonation, 11:155
Polyhydroxybenzene Polycarboxylic Acids, formed
during ozonation of soil fulvic acid, 15:19
Polymer Electrolyte Membrane, 35:149
Polymer Exchange Membrane Fuel Cell (PEFMC),
41:186
Polymer Structure Characterization with ozone,
25:145Polymeric Electroluminescent Device, 34:129
Polymerization Effects of Ozone, in low level treatmentof drinking waters and wastewaters, 16:55
Polymerization, of aromatic compounds by ozonation andperoxidase, 8:247
Polynuclear Aromatic Hydrocarbons, remobilization of
from coal tar linings of water mains, 18:517
Polyoxyethylene Alkyl Ether treatment with ozone,
29:65
Polypeptides, in ozonation of amino acids, 20:381
Polyphenol Oxidase in sugarcane juice, 40:198
Polyphenol, reduction during ozone treatment of cherry
stillage, 26:257
Polyphenols adsorbed by silk fibroin-based material,

41:80
Polysaccharide in ozone-BAC drinking water plant,
37:257
Polyvinyl Alcohol, 42:267
Polyvinylidene Fluoride (PVDF) membranes, 39:310
Polyvinylpirrolidone degradation by photocatalyticozonation, 36:560
Pomegranate Seeds Oil, 42:531
Pomegranate, 43:427
Ponceau 4R Degradation, 35:295
Pool Water Treatment, 37:456
Poplar Cellulose, enhancement of susceptibility tocellulose enzyme hydrolysis, 11:217
Poplar Sawdust, ozone degradation of, 13:239
Population Growth in stored grain, 44:351
Porous dielectric, for ozone generators, 26:11
Porous Diffuser Ozone Contacting, 17:97
Porous Structure for manganese oxide, 35:308
Porous/Non-Porous Coupons in evaluating treatment ofbuilding materials with ozone, 31:316
Portland Cement in Catalytic Ozonation of Meropenem,
43:88
Portland Cement in catalytic ozonation, 42:146
Post Ozonation of dyeing wastewater, 30:439
Post Ozonation of treated wastewater, 42:255
Post-Biodegradation and ozone for dyestuffs, 28:141
Post-Harvest of papaya treated with ozone, 34:151
Post-Harvest Quality of Papaya, 43:384
Postharvest, 45:41; 45:410
Post-Ozonation for humic acid removal, 40:321
Post-treatment of composting leachate by ozonation,
36:540Post-Treatment of Dutch drinking water, 29:273
Potable Reuse, 40:427; 45:446
Potable Water Treatment, 7:241
Potable Water Treatment, importance of ozone onoxidation processes for the treatment of, and interferenceswith other oxidants, 4:59
Potable Water Treatment, optimization for minimizing
formation of halogenous chemicals during, 2:305
Potassium Sulfate solution ozone solubility, 39:69
Potato Starch treated with ultrasonication and aqueous
ozonation, 40:105
Potato treatment with ozone, 41:491
Potatoes treated with ozone and UV Radiation, 32:144
Potentiometric Titrations in analyzing NOM structurechanges, 21:551
Potyvirus Sanitation with ozone, 42:89
Poultry decontamination with ozone, 41:17
Poultry Processing Wastewater, 23:53
Powdered Activated Carbon in treatment of coloredaqueous solutions, 37:62
Powdered Activated Carbon, and ozone-assisted
activated sludge treatment for removal of toxic organic
compounds, 7:191
Powdery Mildew control with electrolytically ozonatedwater, 31:10
Powdery Mildew, on cucumber, control by ozone,

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 99
24:463
Power Consumption in gas induced ozone reactor,
21:277
Power Costs, of ozonation, at Monroe, Michigan, 5:245
Power Density in oxygen-fed pulsed DBD system, 41:69
Power Electronics in three phase VSI-driven singlephase ozone generator, 37:9
Power Evaluation, during ozone generation, 12:355
Power Generation from municipal sludge, 33:164
Power Load Leveling by adsorption of ozone, 24:171
Power Load Leveling for ozone storage, 27:293
Power Plant Boiler Feed Water, organic matter removal
by ozone in, 19:471
Power Plant Cooling Water Treatment, with ozone,
14:531
Power Plant Demineralization Wastewater, 22:23
Power Plant Wastewater ozonation, 22:23
Power Requirement, ozone generator cooling waterrequirement, 12:355
Power Supply, for ozone generation in a triggered
dielectric barrier discharge, 20:51
Power Supply, to ozone generators, 14:139
PPCPs removed by Ozone and Ozone/UV, 33:150
p-Phenol Sulfonic Acid treatment with ozone in tanningwastewaters, 27:351
Pre Ozonation of dyeing wastewater, 30:439
Prechlorination for drinking water, 7:137, 21:465
Precipitation by Ozone, in pulp bleaching wastewaters,
15:361Pre-coagulation in ozone/hydrogen peroxide process for
sewage treatment, 30:263
Precursor of disinfection byproduct, 44:208
Predesign of Coquitlam water supply, 29:287
Pre-exponential term in reaction of ozone with tertiary
butanol and formate ion, 36:532
Pre-exposed Polystyrene, 43:112
Preformed cup, 30:81
Preoxidation Treatment, with ozone and persulfate for
improving activated carbon filter media, 5:113
Preoxygenation, in tertiary wastewater treatment, 7:1
Preozonation and Manganese Removal, during
ozonation of extracted aquatic fulvic acid, 11:69
Preozonation effect on enhanced coagulation of DBT
precursors, 25:453
Preozonation effect on NOM adsorption andbiodegradation processes, 33:185
Pre-Ozonation for humic acid removal, 40:321
Pre-ozonation of drinking water, 29:317
Pre-ozonation of dyeing wastewater, 28:199, 29:139
Preozonation of landfill leachate, 36:427
Preozonation of phenolic solutions plus coagulation,
25:323Preozonation of tanning wastewaters, 27:351
Pre-ozonation to improve sand filtration performance,
33:66
Preozonation, 10:55; 10:255; 12:295;
Preozonation, advantages of at Mont Valérien (France)
plant, 13:437

Preozonation, at the Los Angeles, CA water treatment
plant, 8:77
Preozonation, at Wiggins Water Works, Durban, South
Africa, 16:247
Preozonation, benefits of prior to flocculation processes,
5:21
Preozonation, effect on biodegradability and GAC
adsorbability of micropollutants by, 8:11
Preozonation, effect on trihalomethane formation control,
8:129
Preozonation, for water treatment in the United Kingdom,
7:11
Preozonation, impact on granulometric distribution ofmaterials in solution, 7:107
Preozonation, in tertiary wastewater treatment, 7:1
Preozonation, in treatment of drinking water with ozone +GAC, 14:123
Preozonation, influence of on adsorption equilibrium of
DOC by activated carbon, 8:277
Preozonation, influence of on clarification by flotation for
drinking water treatment, 5:3
Preozonation, influence of on the consumption ofoxidants, 7:137
Preozonation, of chlorophenolic wastewater for
subsequent biological treatment, 16:13
Preozonation, of drinking water in Switzerland, 8:129
Preozonation, of drinking water, impact of on GAC
quality and performance, 19:1
Preozonation, of extracted aquatic fulvic acid, followedby GAC filtration, 11:69
Preozonation, of natural organics and their removal byadsorption and microbiological mechanisms in GAC columns, 8:299
Preozonation, of reservoir water, 15:465
Preozonation, prior to DE filtration for New York City
water treatment, 15:131
Preozonation, promotion of biological activity by, 7:287
Preozonation, purification of polluted source water withozonation and biological activated carbon, 6:245
Preozonation, with and without H2O2 to remove
precursors of mutagenic compounds and AOX formation,
16:367
Present Worth Analysis of ozone wastewater
disinfection, 29:303
Preservative Efficiency of ozonated sunflower seed oil,
39:139Pressure Drop in static mixers, 32:399
Pressure in contacting systems, 40:159
Pressure Ulcer and ozone treatment, 29:501
Pressure, effects on ozone generation, 12:255
Pressurized Biologically-Active Filtration of coloredgroundwater with ozone treatment, 23:393
Pressurized Reactor for removal of 1, 4 dioxane byozone and ultrasound, 39:244
Pretreatment analyzed by excitation-emission matrix
fluorescence spectroscopy, 34:109
Pretreatment of Blood Samples by Fenton-like process,39:61

100 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
Pretreatment of Kraft pulp mill effluent with ozone,
28:453Pretreatment of oily wastewater, 42:230
Pre-treatment of sludge, 38:465
Pretreatment of waste-activated sludge, 37:316
Pretreatment with ion exchange and ultrafiltration,
32:383
Prevention of dental caries by ozone treatment, 37:563
Primary Settling Treatment of wastewater after
ozonation, 21:605
Primary Sludge ozonation, 39:148
Principal Component Analysis in B. cereus inactivation
with ozone, 38:124
Principal Component Analysis, 44:566
Priority Contaminants, 40:251
Probability Distribution, 42:539
Probability function, 45:130
Procedures, for analysis of ozone, 20:433
Process Control, 35:168
Process Control, of wastewater disinfection atIndianapolis, IN, 15:497
Process Management System, 35:168
Process Optimization of ozone-biofiltration treatment
systems, 36:276
Process Simulation in presence of natural organic matter,
36:73
Process Wastewater from pharmaceutical effluents,
44:473
Process Water Treatment with ozone in Germany,
21:163
Process Water, provision of by ozone treatment of surface
water, 2:229
PROMETHEE Method, 43:136
Prometron, ozonation of, 15:227
Promoted Ozone Oxidation for phenol removal, 33:143
Promoter influence on ozonation of ibuprofen, 35:472
Promoters, in kinetic analysis of the effects of dissolved
inorganic and organic substances in raw water on theozonation of geosmin and 2-methyl-isoborneol, 15:1
Propanoic Acid, from ozonation of natural organic matter,
16:1
Propanol, 2-, ozonation in secondary effluent using
spinning disc ozone contactor 13:501
Propazine, Destruction of in Drinking Water by Ozone or
Ozone/Hydrogen Peroxide, 15:227,17:673
Propidium Iodide, 44:426
Propidium Monoazide, 43:491
Propionaldehyde, 12:1; 12:231
Propionic Acid, 12:1
Prosco millet, 543
Prostatic Adenocarcinoma and ozone therapy, 30:398
Protection of rubber from ozone attack, 41:358
Protective Equipment for ozone exposure in ozonation
plants, 2:345
Protein Desorption Kinetics for ozone treatment, 28:303
Protein Fiber after ozonation, 40:140
Protein, 43:613
Proteins degradation with ozone, 28:317

Proteins oxidation by ozone, 32:81
Protozoa, 44:426
Prunus persica, 45:410
Prunus salicina, 45:410
Pseudomonas aeruginosa in ozone laundry systems,
31:369Pseudomonas aeruginosa inactivation with ozone,
21:293Pseudomonas aeruginosa, removal in dental treatment
units with ozone, 24:479
p-Toluenesulfonic Acid in photocatalytic oxidation withozone; 24:75
p-Toluenesulfonic Acid, 43:163
p-Toluenesulfonic Acid, aqueous ozonation of, 13:639
Pulp & Paper Mill Wastewater Treatment, 14; 461; by
2-phase ozone reactor,
14:381
Pulp and Paper Effluents treatment by advanced
oxidation processes, 27:27
Pulp and Paper Industry, 31:452
Pulp and Paper Mill Wastewater treatment with ozone,
13:251, 22:585
Pulp and Paper Wastewater, 30:105
Pulp Bleaching and dimer lignin model, 23:139
Pulp Bleaching and use of ozone in France, 21:153
Pulp Bleaching effluents and removal of EDTA withozone, 22:279
Pulp Bleaching Mill Wastewater treatment with ozone,
15:361; 16:55; review of, 18:477; 21:53
Pulp Bleaching with ozone and degradation of cellulose
models, 22:447
Pulp Bleaching with ozone in Germany, 21:163
Pulp Bleaching with ozone in the USA, 21:99
Pulp Bleaching with ozone, 18:566; 24:1; 25:523; 30:310
Pulp Bleaching with Ozone, characterization ofwastewaters of eucalypt Kraft pulps, 19:481
Pulp Mill Effluent (Kraft) treatment with ozone, 23:479
Pulp Mill Effluent Treatment, (chemical andmechanical) by ozonation, 18:363
Pulp Mill Wastewater treatment with ozone, 17:205;
17:419; 22:31
Pulp Mills circulation water treatment with ozone, 22:575
Pulp of melon seeds affected by ozone processing,
40:209Pulp Quality of ozone bleached straw pulp, 41:137
Pulse Frequency ozone generation, 21:635; 23:171;
24:471
Pulse Modes, 40:494
Pulse Ozonation in aerobic sludge digestion, 36:57
Pulse Streamer Corona, 25:127
Pulsed Corona Discharge and formation of nitrates,
36:94
Pulsed Discharge for ozone generation, 36:253
Pulsed Discharge in ozone generation, 39:33
Pulsed Discharge, 41:339
Pumice Surface Composition in hydroxyl radical
initiation, 38:42
Pump design in contacting systems, 40:159
Pumping Stations and sewage treatment plants,

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 101
application and misapplication of ozone for odor control in,
5:69
Puncture Strength of ground cucumber, 41:261
Punica granatum, 43:427
Pure Water ozonation, 30:300
Purine Bases, ozonation of, 13:265
Purton Water Works (U.K.), treatment with ozone/GAC
at, 18:57
PVDF Membrane, 40:64
Pyrazine, 12:329
Pyrazinedicarboxylic Acid, 12:329
Pyrene ozonation, 21:571
Pyrex Bead in dielectric barrier discharge, 35:134
Pyrex Wool in dielectric barrier discharge, 35:134
Pyrimidine Bases, ozonation of, 13:265
Pyrimidines, structure relationships and kinetics ofozonolysis of, 9:207
Pyrite and gold extraction, 33:42
Pyrolysis wastewater treated with ozone, 32:349
Pyrrole-2-Carboxylic Acid in photocatalytic oxidation
with ozone; 24:75
Pyrrolidine removal with ozone, 21:23
Pyrrolidone Derivatives reacted with ozone, 33:470
Pyrrolidone Derivatives treated with catalytic ozonation,
34:359Pyruvic Acid removal by catalytic ozonation, 28:229
Pyruvic Acid, Formation of by Ozonation of Natural
Organic Matter in Water, 17:647
Pyruvic Acid, formation of by ozonation, 8:199; 14:269;
16:1
Pyruvic acid, identification during ozonation of organic
compounds in water, 2:251
Pyurvic Acid removal by ozone, 27:159
Q-FISH, 36:238
qPCR, 43:491
Qualitative Changes in ozonation of Brazil nuts, 43:351
Quality and shelf-life of longan fruit, 44:105
Quality Assurance in Ozone Practice, 20:433
Quality Changes of Nile tilapia, 42:408
Quality Control, during ozone generation, 12:355
Quality Losses in pomegranate storage, 43:427
Quality of Fenton treated raw sugar beet juice 40:54
Quality of fresh cut lettuce, 40:216
Quality of ozone treated melon seeds, 40:209
Quality Parameters in treatment of fruit juices, 32:166
Quality Retention of fresh-cut onions, 42:399
Quality Standards for UV disinfection, 30:43
Quantification of infrared spectroscopy in ozonatedsunflower oil, 44:337
Quantitative Microbial Risk Assessment, 40:79
Quantum Chemical Calculation of removal of VOCs
with ozone, 31:393
Quantum Chemistry in flue gas treatment by ozone,
40:29
Quantum Chemistry, of aromatic compounds reaction
with ozone, 32:61

Quantum Yield in UV-Induced decomposition of ozone
and hydrogen peroxide, 24:281
Quantum Yield of Ozone measured in UV system,
23:245
Quarantine, shellfish, ozone-UV water treatment systemfor, 1:55
Quartz Sand treated with ozone, 28:125
Quaternary Ammonium, surfactants treatment byozone, 26:327
Quench Flow System for ozone treatment of wastewater,
28:247
Quinoline catalytic ozonation, 43:173
Quinone, in ozonation of chlorophenol solutions, 20:259;
20:283Quinoxaline, ozonation in aqueous solutions, 12:329
Radial Basis Function Neural Network, 32:56
Radiation Measurement, 34:306
Radiation Modeling, 34:306
Radical Mechanism, of ozone oxidation of glyoxal,
11:271
Radical Pathway during bromate ion formation, 29:3
Radical Pathway, formation for bromate ion formation ina continuous flow reactor, 26:573
Radical Pool in semiconductor processing with ozone,
25:445
Radical Reaction Model for ozone-hydrogen peroxide
treatment, 28:95
Radical Scavenger in 1,4 Dioxane removal, 29:13
Radicals Contribution in process for atrazine abatement,
42:558Radicals formation in semiconductor processing withozone, 25:445
Radioactive Wastewaters, ozone treatment of, 1:133
Radiotherapy, 30:398
Ralstonia Solanacearum, 41:531
Raman Spectroscopy for detection ozone oxidation offullerene, 28:177
Ramona Soil dispersion after treatment with ozone, 23:65
Rapid Scan Spectrophotometry in ozone formation
during salt brine electrolysis, 20:239
RAS (Recirculating Aquaculture Systems), 41:105
Rate Coefficient of ozone in a cylindrical tube, 33:106
Rate Constant in fatty acids ozonation, 31:301
Rate Constant modeled in ozone-hydrogen peroxide
treatment, 28:95
Rate Constant of cisplatin ozonation, 30:189
Rate Constant of ozonation of Great Lakes Basinwastewater effluent, 37:36
Rate Constant of p-chlorobenzoic acid treatment withozone, 27:3
Rate Constant, of direct ozone reaction with 1,3cyclohexanedione, 13:421
Rate Constants for treatment of emerging contaminants,
35:263Rate Constants in ozonation of maleic acid, 25:13
Rate Constants in ozonation of pharmaceutical effluents,

102 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
44:473Rate Constants in ozonation of β-Triketone Pesticides,
39:3
Rate Constants of ozone decolorization of sugar industry
liquors, 28:261
Rate Constants, for ozonation of linomycin andspectinomycin, 26:525
Rate Constants, in kinetic analysis of the effects ofdissolved inorganic and organic substances in raw water on
the ozonation of geosmin and 2-methyl-isoborneol, 15:1
Rate Constants, in ozone decomposition, 26:345
Rate Constants, of aromatic compounds reaction withozone, 32:61
Rate-of-Production Analysis in pulsed discharge ozone
generation, 39:33
Rate-Of-Production Analysis, 40:361
Raw Skin treatment with ozone for leather making,
32:449Raw Sugar Beet Juice, 40:54
RBC Effluent, ozone disinfection of, 1:91
Rct Value and temperature relationship, 44:274
RCT concept in ozonation processes, 22:123
RCT in wastewater ozonation, 34:42
RCT to evaluate drinking water processes, 32:244
RCT Value in ozone treatment of natural waters, 21:239
RDX, the high temperature treatment of TNT and RDX
with ozone and ultrasound, 6:275
Reaction Intermediates in Bisphenol A ozonation,
32:338
Reaction Kinetic Simulation of decomposition of ozone
and hydrogen peroxide, 24:281
Reaction Kinetics in a collimated beam UV reactor,
37:134
Reaction Kinetics in ozone bubble column, 39:44
Reaction Kinetics of anthracin, 41:231
Reaction Kinetics of decomposition of ozone in “purewater”, 30:300
Reaction Kinetics of green gram reaction with ozone,
37:309Reaction Kinetics of imazalil oxidation with ozone,
33:308
Reaction Kinetics of ozone oxidation of chloramine,
3:139
Reaction Kinetics of ozone with natural organic matter,
23:105
Reaction Kinetics of UV oxidation of organic
compounds, 30:99
Reaction Kinetics, of 2,4-Xylidine degradation by ozone,
26:499Reaction Mechanism in ozonation of nitrite ion, 32:430
Reaction Mechanism of degradation of metaChloronitrobenzene, 36:496
Reaction Mechanism of reaction with bisulfide, 33:37
Reaction Mechanisms and discharge physics, of ozone
generation, 10:351
Reaction Mechanisms for phenol oxidation, 42:294
Reaction Mechanisms in ozone generation from oxygenin presence of halomethane impurities, 24:329

Reaction Mechanisms of alkane and ether oxidation byozone, 30:165
Reaction Mechanisms of ozone treatment of Cinnamic
Acid, 23:177
Reaction Mechanisms, of organophosphorus pesticides
during ozonation: Application in drinking water treatment,
6:207
Reaction Order for ozone self-decomposition in a semibatch bubble column reactor, 27:409
Reaction Order of oxidation of Microcystin-LR byozone, 23:161
Reaction Order of ozone decay in water, 34:233
Reaction Order, in ozonation of pentachlorophenol inaqueous solutions, 20:163
Reaction Product Formation in treatment ofNetherlands drinking water, 34:92
Reaction Products in ozonation of dyestuffs, 21:487
Reaction Rate Coefficient Determinations with Ozone in
Industrial Wastewater Treatment, 17:379; 17:527
Reaction Rate Constant of micropollutants, 36:289
Reaction Rate Constants for ozonation of onitrotoluene, 23:127
Reaction Rate Constants, for oxidation of chlorinatedorganics, 14:197
Reaction Rate for ozone self-decomposition in a semibatch bubble column reactor, 27:409
Reaction Rates of ozone in oxidation of micropollutants
in water, 21:207
Reaction Selectivity in ozonation of paper mill
circulation water, 23:401
Reactivation in Dutch drinking water, 29:273
Reactive Black (RB5), azo dye treatment with ozone,
26:539Reactive Black 5 Dye ozonation, 29:493
Reactive Black 5, 44:182
Reactive Black removal with ozone, 37:420
Reactive Dye catalytic ozonation, 27:257
Reactive Dyeing and ozone bleaching of cotton fabric,
37:203
Reactive Dyeing, 42:319
Reactive Dyes advanced oxidation, 39:14
Reactive Orange (RO96), azo dye treatment with ozone,
26:539Reactive Oxygen Intermediates in ozone inactivation of
Plasmodium Falciparum, 23:89
Reactive Oxygen Species in medical applications ofozone, 23:207
Reactive-Dyed cotton, 41:60
Reactor Design for a microporous diffuser, 27:45
Reactor Design for Cryptosporidium inactivation, 22:99
Reactor Design for electrolysis, 33:463
Reactor Design for multi-jet ozone contactors, 38:245
Reactor Design for ozonation of sludge, 29:415
Reactor Design for plunging liquid jet contactor, 28:131
Reactor Design, for RB-19 Dye ozonation, 26:165
Reactor Hydraulics and process control, 35:168
Reactor Hydrodynamics in domestic wastewaterozonation, 23:219

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 103
Real Waters containing emerging contaminants, 35:263
Real-Time dissolved ozone measurement for ozone
therapy, 44:499
Recalcitrant Compounds in stabilized landfill leachates,
28:309Recalcitrant Organic Matter in pulp and paper
wastewater, 30:105
Recalibration, of standard neutral ozone decomposition
model, 26:345
Recirculating Aquaculture Systems, 42:157
Recirculating Systems in aquaculture, 33:345
Recirculation, and ozone in stabilization of landfills andleachates, 20:121
Reclaimed Water after soil aquifer treatment, 39:385
Recombinant Yeast Bioassay of ozonation byproducts of
4-nonylphenol, 30:120
Recombination of Hydroxyl Radicals in photo-assistedozonation, 40:113
Recovered Lignocellulosic Fibers, 43:228
Rectal Insufflation, 38:322
Rectal Ozone Application, 34:480
Recyclable Papers, ozone treatment of, 7:229
Recycle Operation in electrochemical generation, 33:389
Recycle Operation in electrochemical ozone generation,
31:287
Recycled Sea Water, ozonation of for fish hatcherycultivation, 13:697
Recycling of sludge, 41:105
Recycling Process in treating Reactive Black 5, 41:46
Recycling System, for fish culture, ozonation in, 1:319
Recycling water containing azo dye, 42:429
Red Mud Coagulation by ozonation, 31:294
Reduced Environmental Impacts of ozone laundrysystem, 35:399
Reduced Filtration Resistance of ultrafilter membranes,
42:230
Reduction Equivalent Fluence (REF), in UV treatmentof waters containing Bacillus subtilis, 23:239
Reduction of biomass production, 39:80
Reductive Bleaching of soybean fabric, 37:195
Refineries (Petroleum) Wastewater Treatment, withozone, review, 18:477
Refinery Wastewater catalytic ozonation, 37:546
Refinery Wastewater, 33:403
Refining, of paper, 7:229
Reflection Coefficient of ozone in a cylindrical tube,
33:106
Reflection Coefficient, and loss probability of ozone at
the chamber surface, 26:487
Refractory Gold Ores extraction with ozone, 33:42
Refractory Gold Ores treatment with ozone, 29:101;
40:284
Refractory Large Organic Molecules, in ozone
treatment of landfill leachate, 26:287
Refractory Matters and bicarbonate, 35:302
Refractory Organic Pollutant ozonation assisted bymagnesium cations, 32:113
Refractory Organics in pulp and paper industry

wastewater, 27:27
Refractory Organics, oxidation with ozone-hydrogen
peroxide, 1:119
Refrigeration Vehicle for fuel cell ozonation system,
41:186
Refrigerator sterilization by small ozone generator,
24:215
Regeneration in groundwater treatment, 43:500
Regeneration of cobalt supported on activated carbon,
43:32
Regeneration of heterogeneous catalyst by ozone, 39:366
Regression Analysis in catalytic ozonation of landfill
leachate, 38:133
Regression models for dye removal with ozone, 45:50
Regression, 43:363
Regrowth in ozone systems in BENELUX, 21:139
Regrowth in UASB effluent, 29:485
Regrowth of biofilm in dental water systems, 31:436
Regrowth Potential, of ozonated groundwater, 13:109
Regulations for drinking water treatment, 21:465
Regulations for inactivation of Cryptosporidium, CT
requirements, 27:335
Relative Humidity Effects on inactivation of Anthrax byozone, 24:151
Relative Humidity in norovirus inactivation with ozone,
35:217
Remediation of DDT contaminated soil, 36:166
Remediation using a microporous diffuser reactor systemand ozone, 27:45
Remediation with chlorine dioxide, 27:203
Remixing in sidestream contacting systems, 40:159
Removal of biofilms by ozone water, 31:3
Removal of pesticides from olives by ozonated water,
39:91
Removal of phenol by ozonation and adsorption, 34:259
Removal of tetracycline by ozonation, 37:405
Removal of VOCs with ozone, 31:393
Reprocessing system for disinfection of colonoscope,
45:419Reproductive System of acaricides, 41:286
Reservoir Waters, ozone treatment of, 12:295
Residence Time Distribution for ozone bubble columns,
14:245, 23:313
Residence Time Distribution in ozone contactors, 30:49
Residence Time in oxygen-fed pulsed DBD system,
41:69
Residence Time ozone generation, 38:86
Residual Calibration, for Indigotrisulfonate Method,
32:33
Residual Measurement, for ozone, 32:33
Residual Oil in soil ozonation, 35:366
Residual Oxidants, in recycled ozonized sea water,
13:697
Residual Ozone measured during ozone treatment ofdrinking water and aldehyde formation, 25:53
Residual Ozone measurement, 24:17
Residual Ozone Measurement, a detailed comparison ofanalytical methods for,5:203

104 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
Residual Ozone, 38:79
Residual Ozone, automated measurement of, 7:155
Resin Acid treatment with ozone, 22:575
Resin Fractions, 43:579
Resonance in high frequency ozone generation, 23:171
Resonant Invertor, 41:332
Resorcinol, Destruction by Ozone and Advanced
Oxidation, 17:527
Resorcinol, ozonation of, 8:129
Resorcinols removal by aerobic bio-oxidation combinedwith activated carbon and ozonation, 32:417
Respiratory Infections, bactericidal effects of highairborne ozone concentrations on Escherichia coli andStaphylococcus aureus, 20:205
Response Surface Method for optimization of leachate
treatment with ozone, 37:279
Response Surface Method for wastewater treatment,
36:570
Response Surface Methodology for dye decolorization,
42:492
Response Surface Methodology for optimization ofozone generation, 32:372
Response Surface Methodology in ozonation of textile
wastewater, 40:465
Response Surface Methodology in ozone bleached straw
pulp, 41:137
Response Surface Methodology in treatment of coffee
effluent, 40:293
Response Surface Methodology, 41:454; 44:236;
44:302; 45:346
Response Surface Methodology, of anthraquinone
ozonation, 39:219
Response Surface Modeling of ozone generator, 37:3
Restorative materials, 45:89
Retention of fissure sealant, 44:302
Retinitis Pigmentosa and ozone therapy, 25:223, 34:480
Retirement Community, 35:399
Retrofit of contactors for multi-jet, 38:245
Retrofit to pipeline contactor, 29:291
Retrofitting wastewater treatment plants in Istanbul,
42:255Return on Investment of ozone laundry system, 35:399
Reusability of cobalt incorporated MCM-41 catalyst,
37:527
Reuse of greenhouse effluents after ozone treatment,
23:385
Reuse in treatment of refinery wastewater, 33:403
Reuse of ozone-treated municipal secondary effluent,
33:243
Reuse of reverse membrane effluent, 33:379
Reverse Osmosis Brine quality after ozonation, 36:153
Reverse Osmosis concentrate treatment, 44:372
Reverse Osmosis membrane fouling, 33:379
Reverse Osmosis of ozonated water, 30:152
Reverse Osmosis Permeate quality after ozonation,
36:153, 36:174
Reverse Osmosis, to remove minerals prior to ozone
treatment of cooling water,
14:231

Reversed Osmosis Concentrate in graphical industry
wastewater, 35:16
Review of ozone decay in water, 34:233
Review, of wastewater ozonation in the U.S.A., 13:23
Reynolds Number, correlation with Peclet number at
Tucson CAP WTP, 19:307
Rheological Properties of ozone treated peach juice,
40:305Rheology in oxidation of gum Arabic, 45:333
Rheology of potato starch after ultrasonication andaqueous ozonation, 40:105
Rhipicephalus microplus, 41:286
Rhipicephalus Sanguineus Sensu Lato, 40:183
Rhyzopertha dominica, 45:488
Rice Cultivars, 43:363
Rice grains treated by ozone, 37:450
Rice Hulk Ash as ozonation catalyst, 41:250
Rinsing Water containing ozone for washing apples,
39:97
Rio Vista WTP pipeline contactor, 29:291
Risk Assessment of bromate, 36:419
River Water treated by catalytic ozonation, 33:236
RNA Constituents, and tobacco mosaic virus, degradation
with ozone, 3:49
RNA degradation with ozone, 28:317
RO Concentrate from coal gasification wastewater,
40:275
Room Air Ozone Concentration, in dental rooms, 20:251
Room Disinfection, 43:112
Room Temperature ozone decomposition, 35:514
Root Celery treated with ozone and UV Radiation,
32:144
Root Elongation promotion of adventitious roots inChrysanthemum, 31:15
Root Surface in ozone-dental applications, 34:484
Roots of seedlings treated with ozone, 30:427
Rotating Electrode in an ozone generator, 27:53
Rotating Electrode Ozone Generator, 22:563
Rotating Packed Bed, 35:101
Rotating Packed Bed, 44:438
Rotifer (Brachionus plicatilis), tolerance to ozone andtotal oxidative residuals, 19:457
Rubber Oxidation, 41:358
Ruthenium catalyst in oxidation of p-chlorobenzoic acid,
25:25
S. Aureus ,decay in presence of ozone, 20:205
S. typhi degraded with ozone, 30:367
Saccharomyces cerevisiea D7144-2, to test formutagenicity in drinking water treated with ozone/GAC,
11:245
Sacha inchi, 45:582
Safety Devices, Problems and Regulations, in ozonation
plants, 2:345
Safety in ballast water treatment, 40:399
Safety in lettuce processing, 40:216
Safety in sidestream contacting systems, 40:159
Safety, 43:306
Salicylaldehyde, ozonation of, 8:129

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 105
Salicylic Acid removal with ozone, 21:261
Saline Effluents treated with ozone, 28:3
Saline Wastewater treatment with ozone, 25:177
Salinity effect on degradation of humic acid, 34:101
Salmon preservation, 33:368
Salmonella Enteritidis on egg surfaces, 33:374
Salmonella treatment with ozone, 23:53
Salmonella typhimurium inactivation with ozone,
21:293; 38:124
Salmonella, ozone destruction of in municipal wastewater,
13:179
Salmonellosis, 44:363
Salt Effect on ozone oxidation of wastewater, 27:287
Sampling in side stream venturi injection systems, 42:168
Sand Filter for biofiltration, 37:143
Sand Filter Medium, viable bacteria counts in after
ozonation, 13:1
Sand Filtration, of ozone treated colored upland water,
21:615
Sanitation of water in seafood processing plants withozone, 28:171
Sanitization of minimally processed onion, 44:3
Saprochaete spp in ozonated olive oil, 39:455
Sarcoma 37 and ozone therapy, 30:398
SARS Co-V-2, see Nakai, T.,44:148
SARS-CoV-2 inactivation by ozonated water, 43:108
SARS-CoV-2 virus inactivated with ozone, 43:21
SARS-CoV-2, 42:378; 43:296; 45:111; 45:213; 45:305
Saturation Mode, in a triggered dielectric barrierdischarge, 20:51
Saturation Time for ozone transfer in rice grain bulks,
37:450; 40.191
Saturation Time in ozone treatment of Green Grambulks, 39:54
Saturation Time of ozone in food preservation, 39:115
Saturation Time of reaction with ozone, 37:309
Sauter Mean Bubble Diameter in ozone bubble column,
29:343
Sauter Mean Diameter, in ozone-treated spray water,
26:511
SBA used as catalyst in ozonation, 38:48
SCADA System for Henrico County VA Water
Treatment Facility, 31:461
Scale Control, during ozonation of cooling waters. 15:81
Scale Inhibitor in cooling tower treatment with lowconcentration dissolved ozone, 31:53
Scale-Up, of RB-19 Dye ozonation in a gas-inducting
reactor, 26:165
Scaling Control, in cooling waters treated with ozone,
14:531
Scallops, bacterial depuration of using ozone or chlorine,
4:121
Scanning Electron Microscope (SCM) to analyze leather
bleached with ozone, 39:455
Scanning Electron Microscopy (SEM) of membranesurfaces, 29:75
Scanning Electron Microscopy to evaluate removal of
Streptococcus mutans in dental water, 41:242

Scanning Electron Microscopy, 35:201
Scavenger for hydroxyl radicals, 35:302
Scavenger in reaction of SDS with ozone, 29:131
Schmutzdecke, and ozone treatment of colored uplandwater, 21:615
Schumann-Runge Band in ozone formation, 21:229
Seafood decontamination with ozone, 41:17
Seafood Preservation, 33:368
Seafood processing plants water treatment, 28:171
Seawater disinfection, 35:63
Seawater for Cooling, ozone treatment of, 11:325
Seawater Intrusion, 35:465
Seawater Ozonation, 26:389, 36:515; 43:302
Seawater Ozonization for shellfish depuration, 1:147
Seawater Parameters, 40:399
Seawater, anti-biofouling ozone system for cooling water
circuits applied to, 7:31
Seawater, effluent from a shellfish quarantine unit,
preliminary tests of an ozone system for the disinfectionof, 2:5
Seawater, ozonation of for recycling fish hatcherycultivation, 13:697
Seawater, ozonation of, products of oxidation of bromide
ion in, 6:103
Seawater, ozone reactivity with components, 1:39
Sebago Lake Water Treatment Plant, Portland. Maine,
USA, start-up and optimization of, 19:255
Sechenov Constant, 41:207
Second Half-Life of Ozone, as a water quality parameterfor ozonation processes, 16:121
Second Order Rate Constants, 35:168
Secondary Effluent, F-specific bacteria as indicators of
disinfection with ultraviolet radiation, 9:353
Secondary Effluent, ozone disinfection of E. coli in,
13:593
Secondary Effluent, Pulp & Paper Industry, ozone
treatment of in Poland, 13:521
Secondary Effluent, treatment with ozone, 12:107;
12:157; 17:195; 20:133; 22:113
Secondary Effluent, using spinning disk ozone contactor,
13:501
Secondary Effluents ozonation, 30:376
Secondary Organic Aerosol, 32:274
Secondary Sludge in anaerobic digestion, 37:316
Secondary Treated Effluent, 37:323
Sed Potatoes, 43: 451
Seed Germination and ozone treatment, 42:331; 44:117
Seed Germination of lentil seeds treated with ozone,
43:48
Seed of lentil exposure to ozone, 43:48
Seed Treatment with ozone, 44:117
Seed Treatment, 36:422
Seed Vigor after ozone treatment, 42:331
Seedborne Viruses, 36:422
Seedling ozone treatment, 30:427
Seeds affected by ozone processing, 40:209
Seeds disinfection with ozone, 30:427, 38:115, 39:104,
Seeds Priming, 43:436

106 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
Seeds, 43: 451
Segregated Flow Analysis to model Cryptosporidium
inactivation in continuous-flow contactors, 27:487
Seine River Fulvic Acid, effects of ozone and ozone/GAC
on, 13:147
Selective Oxidation of cyclohexane, 38:482
Selectivity of ozone bleaching of Kraft pulp, 25:523
Selectivity of ozone in treating polyvinyl chloride, 29:373
Selenastrum capricornium cultures inhibition, 38:425
Self Decomposition model for ozone, 29:31, 29:55
Self-decomposition of ozone in a semi-batch bubble
column reactor, 27:409
Self-Decomposition, of ozone in water, 32:3
Self-Organization in ozone generation, 37:221
Semi-batch reactor for starch ozonation, 45:572
Semiconductor Applications and photoresist removal byozone, 27:139
Semiconductor Applications, 24:1; 24:379, 24:391;
25:445
Semiconductor Applications, with UV-ozone, 22:427
Semiconductor based Sensor for Ozone Measurement,
20:499, 20:507
Semiconductor Manufacture and use of ozone in theUSA, 21:99
Semiconductor Processing and use of ozone in Japan,
21:127
Semiconductor Technology and ozonation of propylene
glycol methyl ether acetate, 30:332
Semiconductor Wastewater ozonation with ozone,
27:225Semi-dry Process for flue gas treatment, 38:211
Semi-dry Process for NOx removal, 44:453
Sensitivity Analysis in pulsed discharge ozone
generation, 39:33
Sensitivity Analysis of ozone decomposition model,
35:338Sensitivity Analysis, 40:361
Sensitivity Coefficient in analysis of ozone, 24:17
Sensitization of Organic Matter in photo-assistedozonation, 40:113
Sensory Properties of cucumbers treated with ozone.
39:188Sensory Quality of tomatoes disinfected with ozone,
32:361Seoul Waterworks, treatment of water with ozone, 27:69
Separation by membranes and fouling inhibition, 38:163
Separation Process, 43:228
Sequencing Batch Biofilm Reactor (SBBR) for
Chlorophenol, 4- ozonation, 30:447
Sequencing Batch Reactor (SBR) for treatment ofwastewater containing 3-methyl-pyridine, 23:189
Sequential Disinfection of Cryptosporidium parvum byozone and chlorine dioxide, 19:409
Sequential Disinfection of Cryptosporidium parvum byozone followed by chlorine, 23:411
Sequential Disinfection of water containing Bacillus
subtilis spores, 28:335
Sequential ozonation of recalcitrant and toxic wastewater

concentrate, 34:163
Serpentine Shape Ozone Generator, 39:209
Sesame Oil, 45:320
Settleability of sludge treated with ozone, 25:73
Severe Acute Respiratory Syndrome, 42:378
Sewage Effluent, factors influencing the ozone
inactivation of enteric viruses in, 6:235
Sewage Secondary Effluent treated with ozone, 29:23
Sewage Treatment by ozone/hydrogen peroxide process,
30:263
Sewage Treatment Plant Effluent Treatment, by
Advanced Oxidation, 17:119
Sewage Treatment Plant Effluent Treatment, by Ozone,
17:195
Sewage Treatment Plants and pumping stations,application and misapplication of ozone for odor control
in, 5:69
Sewage Treatment Plants, using ozone, 12:95
Sewage Treatment Process for removal of emerging
contaminants, 40:339
Sewage Treatment With Ozone, startup and operation ofIndianapolis, IN wastewater treatment plants, 10:215
Sewage Treatment, use of ozonation in, 6:199;
Sewage Treatment, use of ozone in night soil treatment
process, 6:185
SF6 effect on ozone generation, 32:444
Sharon Fruits treated with ozone and UV Radiation,
32:144
Shear bond strength, 45:516
Shelf Life of fresh cut lettuce, 40:216
Shelf Life of greenhouse tomatoes, 41:389
Shelf Life of Nile tilapia, 42:408
Shelf Life of pomegranate, 43:427
Shelf Life of strawberries, 36:43
Shelf-life Extension of longan fruit, 44:105
Shelf-Life of tomatoes disinfected with ozone, 32:361
Shellfish Depuration and use of ozone in France, 21:153
Shellfish Depuration, by seawater ozonization, 1:147;
12:423
Shellfish Quarantine Unit, preliminary tests of an ozone
system for the disinfection of, 2:5
Shellfish Quarantine, ozone-UV water treatment systemfor, 1:55
Shellfish Waters, high level ozone disinfection ofwastewaters for discharge into, 1:335
Shigella sonnei inactivation with ozone, 21:293
Ship Ballast Water, treatment with ozone, 26:389
Shipbuilding Industry and use of ozone for wastewater
treatment, 25:177
Shoe Disinfection with ozone, 24:1
Shrimp Pathogens, Vibrio Sp. and Fusarium solani,preliminary results of ozone treatment of seawater containing potential, 1:329
Shrimp preservation, 33:368
Shrinkproofing of Wool with ozone, 1:219
Side Stream Injection, of ozone for groundwater
treatment, 13:559
Sidestream venturi injector contacting systems, 40:159;

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 107
42:168Side-Stream Ozone System, 29:231, 29:297
Sidestream Venturi Injection Reactor for ozone
dissolution systems, 22:329, 38:245
Sieve Plates for catalytic ozonation reactor, 44:545
Si-FeOOH and peroxide for wastewater treatment, 37:494
Silent Discharge in cylindrical type of rotating electrode,
27:53
Silent Discharge in ozone generation by high frequency,
25:363
Silica and Glass, ozone decomposition on, 18:385
Silica Gel for adsorption of ozone, 24:171; 25:315
Silica Gel for storage of ozone, 25:211
Silica Gel in catalytic ozonation of nitrobenzene, 31:45
Silica packing effect on ozone synthesis from oxygennitrogen mixtures, 25:63
Silica Packings, Catalytic properties of on ozone synthesis
conditions, 18:41
Silica, precipitation during ozonation of cooling waters,
15:47
Silk Fibroin, 41:80
Silver Ion reaction with ozone, 37:393
Silver Recovery, with ozone, 1:235
Silver Sol reaction with ozone, 37:393
Silver(I), as catalyst during ozonation of humic substancesin water, byproducts therefrom, 18:173
Simazine Treatment, with ozone/GAC at 11 Anglian
Water (U.K.) surface water, 18:19
Simazine, degradation by ozone, 14:283; 15:227
Simazine, destruction by ozone advanced oxidation, 19:39
Simazine, oxidation by ozone and ozone/H2O2 in a static
mixer, 16:455
Simazine, Removal from Drinking Water by Ozone andOzone/Hydrogen Peroxide, 17:97; 17:673
Simazine, Removal from Drinking Water by Ozone/UV
Radiation, 17:183
Similar Distribution System- THM (SDS-THM),
29:317
Simulation Model, of Ozone Contactors, 17:607
Simulation of ozone decomposition in aqueous alkaline
solution, 22:287
Simulation of ozone storage, 27:293
Simulation of ozone treatment of Green Gram bulks,
39:54
Simulation of surface discharge in oxygen and air fed
systems, 27:59
Simulation, 43:306
Single Bubble Model, in Estimation of Ozone transfer
Efficiency in Water, 17:469
Single Electron Transfer in Cresol, p- catalyticozonation, 43:507
Singlet Dioxygen in ozonation of nitrite ion, 32:430
Singlet Oxygen in ozone formation with (V)UVEnhanced Barrier Discharges, 21:583
Singlet Oxygen in reaction with bisulfide, 33:37
Singlet Oxygen, in Generation of Ozone, 17:267
Sitosterol, β- in wastewaters of ozone-bleached eucalypt
Kraft pulps, 19:481

Six-Cyclic Polyaromatic Hydrocarbons ozonation,
21:571Size and Polar Fractionation of natural organic matter,
30:321Size Exclusion Chromatography for analysis ofaldehyde formation, 25:53
Skatole, in swine manure slurry, 20:35
Skilled Nursing Facility, 35:399
Skin Infection, 44:398
Skin treatment with ozonated oil, 45:398
Slimes in Cooling Systems, prevention of by ozonation,
11:325
Slow Sand Filtration, contribution of ozone to theremoval of organic materials in a process including slow
filtration through activated carbon and, 4:33
Slow Sand Filtration, preceded by ozonation for theremoval of humic color from water, an experimental studyof, 6:3
Slower Ozone Decay Phase (kc) in control of ozone
dosage, 25:383
Sludge Bulking Control, in wastewater treatment, 12:145;
16:385
Sludge development from canned maize production,
31:257
Sludge dewatering by ozone, 32:252
Sludge Digestion and ozone treatment, 36:57; 38:465
Sludge Disintegration during ozonation, 39:80
Sludge Ozonation, 30:136, 33:410; 41:508
Sludge Ozonation, 41:508
Sludge Production Reduction with ozone treatment,
22:473
Sludge Reduction by ozone treatment, 25:73; 29:415;
33:171; 43:127
Sludge Settling, improvement of by means of ozonation,
6:199
Sludge Solubilization, 41:551
Sludge treated with ozone, 41:105
Sludge treatment with ozone and micropollutant removal,
39:319Slurry Reactors for treatment of clofibric acid withozone, 28:47
Snails fixed bed biofilm reactors, 37:227
SnOx-MnOx@Al2O3 for catalytic ozonation, 45:262
Soaking Duration in promotion of adventitious roots inChrysanthemum, 31:15
Sodium Acetate used in ozone-hydrogen peroxide
reaction model, 28:95
Sodium Chloride solution ozone solubility, 39:69
Sodium Dithionite in bleaching of soybean fabric,
37:195
Sodium Dodecyl Sulfate (SDS) reaction with ozone,
29:131
Sodium Hypochloride for dental cavity disinfection,
36:206
Sodium Hypochlorite and UV for degradation of C. I.
Disperse Blue 56, 31:37
Sodium Persulfate for catalytic oxidation of
Ciprofloxacin Hydrochloride, 40:457

108 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
Sodium Persulfate in cold bleaching of cotton, 42:450
Sodium Sulfate as dye additive, 42:429
Sodium Sulfate solution ozone solubility, 39:69
Soft Sensor Model, of ozone concentration, 32:56
Soil Aquifer Treatment, 39:385
Soil contaminated with DDT, 36:166
Soil Disinfection with ozone, 28:125
Soil Fulvic Acid, degradation by ozone in aqueous
medium, 15:19
Soil Injection with gaseous ozone, 42:36
Soil Properties in treatment of irrigation water withozone, 23:65
Soil Remediation containing clofibric acid with ozone,
28:47
Soil Remediation with ozone, 38:272; 41:454
Soil Residence Time, 38:465
Soil Treatment with ozone optimization using response
surface treatment, 37:279
Soil Washing Surfactant, 40:420
Soil-borne Plant Pathogens, 44:96
Soils, effects on ozonation of volatile organic chemicals,
13:287
Solar Radiation and ozonation for treatment of Jatropha
Seedcake, 37:29
Solid Phase Microextraction of ozonation products
within activated sludge, 31:279
Solid Phase Ozone Decomposition, 15:167
Solid Waste ozonation, 36:540
Solid Wastes in aquaculture systems, 42:157
Solubility of ozone in electrolyte solutions, 39:69
Solubility of ozone in liquids, 28:67; 30:13
Solubility of ozone in tap and saline water, 25:177
Solubility of ozone in VolasilTM245, 25:485
Solubility, of ozone in water, 9:1; 32:3
Solubilization of activated sludge, 29:201
Solvent Extraction, of ozone for wastewater treatment,
26:475
Solvents and ozone solubility, 30:13
Solvents Containing Ozone, 36:110
Sonication of free fatty acids with ozone/argon, 37:93
Sonication of petrochemical wastewater, 33:194
Sonoperoxone as applied to foundries, 29:461
Sonozone, steady state disinfection of water by ozone and,
2:13
Soot, 43:461
Source Apportionment, 39:287
Source Term for pulsed discharge ozone generation,
36:253
Source Water of cyanotoxins, 42:461
Souring Process for cucumbers, 39:188
South-Central Regional Water Authority WTP, 32:286
SOx removal from glass melting furnace flue gas, 38:211
SOx removal from glass furnace flue gas, 44:453
Soy Beans treated withPhytoO3 Tech Crop Protection
Technology, 30:210
Soybean Fibers treated with ozone, 34:143, 37:195
Spa Water, treatment with ozone produced by UV light,
11:313

Space Charge in multiple needles to plane configuration,
33:98
Sparging of a VOC spill site with ozone, 30:88
Spark in pulsed electric discharges, 35:22
Spas, ozone treatment of, 12:393
Specific Bubble Interfacial Area in impinging jet ozone
bubble column, 29:245
Specific Interfacial Area in impinging jet contactors,
32:99
Specific Ozone Dose in color removal from textile
wastewater, 25:137
Specific Reduction Efficiency, in ozonation of phydroxybenzoic acid solution 20:343
Specific Resistance of ultrafiltration media affected byozone, 22:637
Specific UV Absorbance (SUVA), 33:14
Spectinomycin, treatment with ozone, 26:525
Spectral Sensitivity of spores of Bacillus subtilis, 23:239
Spectrophotometric Method 38:373 in determination ofozone residual, 38:373
Spectroscopic Sensor for dissolved ozone measurementfor ozone therapy, 44:499
Spectroscopy used in ozone generation, 40:356
Spent Brine in industrial liquid wastes, 38:219
Sphaerotheca fuliginea, on cucumber, control by ozone,
24:463
Spices treatment with ozone, 32:137
Spinal Degenerative Pathologies, 34:461
Degenerative Disc Disease, 34:461
Spinning Disc Ozone Contactor, mass transfer insecondary effluent, 13:501
Splashing with aqueous ozone on onions, 44:3
Spoilage of tomatoes disinfected with ozone, 32:361
Spontaneous Ozone Demand, of drinking waters, 1:357
Spore Morphology in Aspergillus niger treatment withozone, 28:347
Spore removal in wastewater ozonation, 35:501
Spore Structural Damage during inactivation by ozone,
32:180Spores inactivation with ozone, 23:285
Sporicidal Activity Water Dependence, 43:112
Sporulated Bacteria inactivation by ozone, 32:180
Sporulated Bacteria, Ozone Disinfection of, 17:499
Sporulation in Aspergillus niger treatment with ozone,
28:347
Spray Droplet Size, in ozone-treated spray water, 26:511
Spray Pyrolysis to create silver-coated perlite, 37:252
Spray reactor for pyrolysis wastewater by ozone, 32:349
Springfield, MO WWTP, operating experiences of,
14:501
Sprouting, 43: 451
Squid preservation, 33:368
Stability Constant in catalytic ozonation, 34:359
Stability of ozonized sunflower oil, 38:143
Stachyboltrys chartarium removal via ozone gas
treatment, 31:326
Staehelin, Buhler and Hoigné Mechanism, for ozone
decomposition, 26:345

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 109
Staged Downflow Bubble Reactor, design and modelingof, 12:437
Stainless Steel cylindrical tube for ozone generation,
33:106
Stainless Steel surfaces cleaned with ozone, 28:303
Stainless Steel Wire Mesh, 42:347
Standard Ozone Terms, of the IOA, 6:37
Staphylococcus aureus inactivation by ozone, 23:183
Staphylococcus aureus, 43:394
Staphylococcus inactivation by ozonized Sunflower oil,
22:207
Starch Items treatment with ozone, 32:137
Starch Modification, 41:491; 43:60
Starch treatment with ozone, 37:71; 43:613
State-of-the-Art of ozone in BENELUX, 21:139
State-of-the-Art of ozone in Canada, 21:119
State-of-the-Art of ozone in France, 21:153
State-of-the-Art of ozone in Germany, 21:163
State-of-the-Art of ozone in Japan, 21:127
State-of-the-Art of ozone in Poland, 21:177
State-of-the-Art of ozone in Switzerland, 21:187
State-of-the-Art of ozone in the United Kingdom, 21:201
State-of-the-Art of ozone in the United States ofAmerica, 21:99
Static Mixer effect on bromate formation during
ozonation, 22:267
Static Mixer for inactivation of Cryptosporidium parvum
with ozone, 25:295
Static Mixer mass transfer efficiency comparison, 32:399
Static Mixer used for ozone treatment of greenhouseeffluent, 23:385
Static Mixer, ozone disinfection of sewage and swimming
pool waters in, 13:313
Static Mixer, use of in disinfecting wastewater with ozone,
11:169; 11:189
Static Mixers, for ozone disinfection, 14:391:16:455
Static Mixers, for ozone treatment of Bacillus subtilis,
26:207
Static Mixers, in removal of Bacillus subtilis spores,
24:91
Statistical Analysis, of Ozone Decolorizing of Pulp Mill
Effluents, 17:205
Statistical Design of ozone generation optimized byresponse surface methodology, 32:372
Steel Mills, ozonation of cooling systems, 15:81
Steelhead Trout, control of ceratomyxosis in, 9:141
Sterilization accomplished by small ozone generator,
24:215
Sterilization by ozone for food processing plants inJapan, 28:425
Sterilization of components contaminated with clumped
and dirty spores of Bacillus globigii, 23:285
Sterilization Power in electrolytic ozone generator,
33:114
Sterilization, 7:275
Sterilizing Machine using Ozone, 30:81
Stilbene Dyes, in Kraft paper machine whitewater, ozone
decolorization of, 19:549

Stirred Reactor, comparison of ozone and oxygen masstransfer in, 10:321
Stochastic Ordering, 39:273
Stomatal Index in treatment of Vigna unguiculata withozone, 36:36
Stone Fruit treatment by ozone, 24:343
Stopped-Flow Spectrophotometry, to follow ozone
destruction of linomycin and spectinomycin, 26:525
Storage of blueberry, 41:376
Storage of ground cucumber, 41:261
Storage of Ozone, 24:171; 25:211; 27:293; 28:149
Storage of popcorn kernel, 44:66
Storage of tomatoes disinfected with ozone, 32:361
Storage Temperature of ozonized sunflower oil, 38:143
Stored Grain Pests, 44:351
Stored Products fumigation with ozone, 44:79
Storm Drain Water, ozone disinfection of, 16:403
Stratosphere ozone, 33:489
Stratosphere-Troposphere Exchange, 26:181
Stratospheric Ozone, 12:177; 23:421; 23:429; 23:437;
23:455; 42:539
Strawberries shelf life extended with ozone treatment,
36:43
Strength of ozone treated soybean fibers, 34:143
Streptococcus faecalis inactivation by ozone, 23:183
Streptococcus mutans in dental water, 41:242
Streptococcus mutans in dentistry removed withozonated water/ultrasound, 37:84
Streptococcus Mutans inactivated by ultrasound andozone, 43:263
Striped Jack Fish, system for ozone mariculture of,
15:311
Strontium Titanate for catalytic ozonation, 33:74
Structure of ozone treated wheat and corn starches,
37:71
Styrene, ozonation of in aqueous solution, 5:151
Subject Classification Codes, 42:551
Submerging lettuce in ozonated water, 40:216
Substance-Specific Mass Spectrometric Analyses ofozonated tannery wastewater, 39:159
Substituted Aromatics, variations in cytotoxicity during
ozonation of, 2:25
Subtropical Jet, in ozone formation over Lin-An, China,
26:181
Succinic Acid, 12:1
Sugar Industry, 28:261
Sugar solutions treated by ozone, 39:255
Sugarcane Juice, 40:198
Sugarcane Juice, 41:369
Sugar-free Process, 41:369
Sugars, from ozonation of municipal sludges, 16:385
Sulfamethoxazole catalytic ozonation, 39:25
Sulfamethoxazole removal with advanced oxidation,
34:3
Sulfate effect on ozone oxidation of wastewater, 27:287
Sulfate Ion, formation of during ozonation of cysteine andcystine in aqueous solution, 19:145
Sulfate Radical estriol degradation, 38:358

110 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
Sulfinic Peracid, 33:37
Sulfoacetic Acid, formation of during ozonation ofcysteine, cystine and thioglycolic acid in aqueous solution,
19:145
Sulfosalicylic Acid degradation by ozone, 24:117; 27:233
Sulfur Compounds in odor treatment, 35:390
Sulfur Dioxide removal from flue gas by ozone, 34:204
Sulfur Hexafluoride Effect on ozone generation fromoxygen, 24:29
Sulfur Oxides, treatment of with ozone, in Japan, 3:219
Sulfur-Containing Aliphatic Compounds, ozonation of,
12:315
Sunflower Oil and 1HNMR, 25:121
Sunflower Oil effect of ozonized oil on Staphylococcus
aureus and epidermis, 22:207
Sunflower oil ozonation, 23:35, 23:121; 27:247; 28:59;
28:181
Sunflower Oil, 43:379
Super-hydrophilicity of Stainless Steel, 34:315
Support Media, impact of on biological treatment ofozonated drinking water, 19:97
Surface Active Agents, in water and wastewater, effects
on ozone treatment of, 18:183
Surface Active Sites in catalytic ozonation ofchlorobenzoic acid, 37:527
Surface Carbon Content in heat treatment with gaseousozone, 34:315
Surface Charge Density of stainless steel surfaces
cleaned with ozone, 28:303
Surface Cracks in rubber, 41:358
Surface DBD, 39:209
Surface Decontamination with ozone in foodpreservation, 41:17
Surface dielectric barrier discharge, 45:2
Surface Discharge combined with catalysis, 29:107
Surface Discharge from oxygen-nitrogen mixtures inpresence of silica packing, 25:63
Surface Discharge in oxygen and air fed systems, 27:59
Surface Discharge in ozone generation, 24:193, 38:70
Surface Disinfection of norovirus, 35:217
Surface Disinfection, of Escherichia coli andStaphylococcus aureus with ozone, 20:205
Surface Free Energy, 35:220
Surface Hydroxyl Group in catalytic ozonation, 41:521
Surface Hydroxyl Group in heat treatment with gaseousozone, 34:315
Surface Hydroxyl Groups in catalytic ozone
decomposition, 38:434
Surface hydroxyl groups, 45:247
Surface Level Ozone, 41:473
Surface Loss Rate of ozone 34:370
Surface Loss, of ozone, 26:487
Surface Modification with ozone, 35:220
Surface Modification, 41:448
Surface Oxidation with ozone for preparation of gas
diffusion electrode 25:307
Surface Renewal Theory in ozonation of C.I. Reactive
Black 5 and Indigo, 29:493

Surface Renewal Theory, in ozonation of 1,3cyclohexanedione, 13:421
Surface Tension of tannery wastewater, 34:397
Surface treatment with UV-ozone, 22:427
Surface Water containing endocrine disruptors, treatedwith ozone, 28:445
Surface Water Treatment and ozonation of coloredupland water, 21:615
Surface Water Treatment Rule, operating strategy tomeet, 14:439
Surface Water Treatment with ozone and reverse
osmosis, 30:152
Surface Water, ozone treatment to provide high quality
cooling water and process water, 2:229
Surface Water, treatment with ozone in Belgium, 7:327
Surface Water, treatment with ozone, 7:107
Surface Waters, disinfection of with ozone and
PEROXONE, 14:71
Surface Waters, ozone disinfection of using MS2
coliphage as surrogate, 15:279
Surfactant degradation by UV advanced oxidation,
43:317
Surfactant Treatment using ceramic ozone contactors,
22:379Surfactants, in textile wastewaters, treatment of by ozone,
18:73
Surfactants, ozonation of aqueous solutions of, 13:639
Surfactants, ozone destruction of in municipal
wastewater, 13:179
Surfactants, treatment by ozone and advanced oxidation
processes, 26:327
Surgical Needles, 45:19
Surplus Activated Sludge ozonation, 29:191
Surrogate Parameter for organic micropollutants
removal, 38:79
Survival Curves in bactericidal effects of high airborneozone concentrations on Escherichia coli andStaphylococcus aureus, 20:205
Surviving Bacteria after ozonation of drinking water,
22:65
Sushi Manufacture and Packaging, 32:71
Suspended Materials, effect of preozonation on, 7:107
Sustainable Development Goals, 44:17
Sustainable Food Consumption, 44:17; 44:96
SVOC semi-volatile organic compounds, 38:413
Swimming Pool treatment ozone in the United Kingdom,
21:201
Swimming Pool Water Treatment, with ozone, 7:93;
7:327; 8:187; 10:377; 12:393; 13:63; 22:677
Swimming Pool Water, ozone disinfection of in a static
mixer, 13:313
Swimming Pools and use of ozone in Canada, 21:119
Swimming Pools and use of ozone in the USA, 21:99
Swimming Pools treatment with ozone in Germany,
21:163
Swimming Pools, ozone treatment of Peck Aquatic
Facility, Milwaukee, WI, 13:463
Swine Blood treated by Fenton-like process, 39:61

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 111
Swine Manure Slurries, ozone treatment of, 20:35
Swine Manure Wastes, ozonation of to control odors andreduce levels of pathogens and toxic fermentation
metabolites, 19:425
Swiss Ozone Measurements, 23:461
Swiss Water Works, Optimization of Ozone in, 17:1
Switzerland drinking water and formation of bromate,
25:159Synergistic Effect between electrolysis and ozone, 41:351
Synergistic Effect in ozonation and post-biodegradationof C.I. Reactive Yellow 3, 27:273
Synergistic Effect in photocatalytic ozonation of
polyvinylpirrolidone, 36:560
Synergistic Effect in photocatalytic ozonation withcarbon nitride nanosheet, 38:312
Synergistic Effect of advanced oxidation of watercontaining Bacillus subtilis spores, 28:335
Synergistic Effect of ozone treatment and postbiodegradation, 28:141
Synergistic Mechanism in catalytic ozonation of pchloronitrobenzene, 38:42
Synovial Fluids, 34:469
Synthesis from oxygen-nitrogen mixtures in presence ofsilica packing, 25:63
Synthesis of ethyl malonate by ozonation, 38:36
Synthetic Air, 40:361
Synthetic Fuel Wastewater Treatment, with ozonation,
10:291Synthetic Organics in water, effect of ozone on the
biological degradation and activated carbon adsorption of
in water, 1:263, 1:347
Synthetic Wastewater treatment with ozone/hydrogen
peroxide, 33:23
Syringaldazine (FACTS), method for ozone analysis,
10:337
Syringaldehyde, in wastewaters of ozone-bleachedeucalypt Kraft pulps, 19:481
System Reliability, ozone, economics at Monroe,
Michigan, 5:245
Systemic Acquired Resistance of growing plants,
30:210, 30:216
SYTO-9 and inactivation of Cryptosporidium with ozone,
23:1
T50 Ozone Contact Times, during ozone/PEROXONE
disinfection of surface waters, 14:71
TA100, to test for mutagenicity in drinking water treatedwith ozone/GAC, 11:245
TA102, to test for mutagenicity in drinking water treatedwith ozone/GAC, 11:245
TA97, to test for mutagenicity in drinking water treatedwith ozone/GAC, 11:245
TA98, to test for mutagenicity in drinking water treatedwith ozone/GAC, 11:245
Table Grapes treatment by ozone, 24:343
Table Grapes, 41:404
Tailing, in bactericidal effects of high airborne ozone

concentrations on Escherichia coli and Staphylococcus
aureus, 20:205
Tank Truck Cleaning concentrate, 34:32
Tannery Wastewater treated with ozone, 34:397
Tannery Wastewater, 39:159
Tannic Acid removal via advanced oxidation, 25:199
Tannin Removal via ozone, 24:83
Tanning Wastewater treatment with ozone, 27:351
Taro, 44:536
Taste & Odor Control, with ozone in drinking water at
Los Angeles, CA, 10:255
Taste and Odor affected by ozone treatment, 28:277
Taste and Odor Control, with ozone at Wiggins Water
Works, Durban, South Africa, 16:247
Taste and Odor Control, with ozone, economics of at
Monroe, Michigan, 5:245
Taste and Odor Control, with ozone/GAC at 11 Anglian
Water (U.K.) surface water treatment plants, 18:19
Taste and Odor removal by peroxone process, 43:527
Taste and Odor Removal with ozone in BENELUX,
21:139Taste and Odor Removal with ozone, 8:77
Taste and Odor Removal, purification of polluted source
water with ozonation and biological activated carbon,
6:245
Taste and Odor Treatment, by ozone, economics of at
Monroe, MI, 13:161
Taste and Odor with ozone in proposed membrane
facility, 29:281
Taste Control, comparison of low and medium highfrequency ozone systems for, 1:107
Taste of drinking water treated with ozone and chlorine
dioxide, 21:465
Taurine chloramine, 45:320
Taylor-Coulette Flow in UV reactor, 30:448
t-Butanol in ozonation of chlorophenol, 24:133
t-butanol removal with ozone in semiconductor
applications, 27:139
t-butanol, effect of on ozonation of Uniblu-A, 24:439
Tea Polyphenols, 42:551
Techniques for ozone therapy, 34:438
Temperature and ozone disinfection efficiency, 39:408
Temperature Dependence in pulsed discharge ozone
generation, 39:33
Temperature Dependence of air fed ozone generators,
40:361
Temperature Effect in inactivation of Cryptosporidium,
21:477
Temperature Effect in ozone oxidation of marine diesel
emission particulates, 37:518
Temperature Effect in UV oxidation of organic
compounds, 30:99
Temperature Effect on hydroxyl radical ozone ratios,
22:123Temperature effect on ozone decay in water, 34:233
Temperature effect on ozone treat of vetch seeds, 44:512
Temperature Effect, in disinfection of drinking water tolimit bromate formation, 26:247

112 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
Temperature Effects in lettuce processing, 40:216
Temperature of ozone bleached wheat straw pulp,
40:148Temperature, and ozone concentration, effects on
disinfection kinetics, 10:123
Temperature, effect on kinetics of ozonation ofpentachlorophenol in aqueous solutions, 20:163
Temperature, effects on bromate ion formation during
ozonation of drinking water, 18:1
Temperature, influence of on bacterial development inwaters and distribution systems, 7:205
Tensile Strength of leather bleached with ozone, 39:455
Tequila Vinasses ozonation, 38:279
Terbutryn, Destruction of by Ozone and Ozone/Hydrogen
Peroxide in Drinking Water, 17:657
Terbutryn, ozonation of, 15:227
Terephthalic Acid ozonation, 29:461
Terms (recommended), of the International Ozone
Association, 20:433
Ternary Catalysts for catalytic ozonation ofdichlorophenol, 38:14
Ternary nanocomposite, 45:346
Terpenes ozonation, 32:274
Tert.-Butyl Alcohol, as byproduct of oxidation of ETBE
and MTBE, 16:41
Tert-butyl Alcohol in fine bubble ozonation, 43:562
Tertiary Butanol reaction with ozone, 36:532
Tertiary Treated Wastewater, influence of preozonation
on adsorption equilibrium of DOC by activated carbon,
8:277
Tertiary Treatment by catalytic ozonation, 38:3
Tertiary Treatment of paper mill effluent, 30:310
Tertiary Treatment, comparative study of ozonation
conditions in wastewater, 2:123
Tertiary Wastewater Treatment, application of ozone toeliminate, for use in industrial cooling water, 3:121
Test Device 42:565 for bonding strength, 42:565
Tetrachloroethene, treatment of in air stripping tower
waste gases by photochemically generated ozone, 10:323
Tetrachloroethylene elimination from undergroundwater, 38:302
Tetrachloroethylene from groundwater ozonation,
42:357
Tetrachloroethylene, oxidation with ozone combinedwith hydrogen peroxide, and/or UV radiation, 9:335
Tetrachloroethylene, ozonation of in presence of humic
acid and soils, 13:287
Tetrachloroethylene, ozonation of, 14:185
Tetrachloroethylene, ozone destruction of in distilled anddrinking water, 9:265
Tetrachlorophenol, 2,3,4,6-, degradation of by advanced
oxidation, 19:75
Tetrachlorvinphos, Destruction of by Ozone andOzone/Hydrogen Peroxide in Drinking Water, 17:673
Tetracycline removal by ozonation, 37:405
Tetradifon Pesticide Wastewater, ozone andozone/H2O2 treatment of, 16:487
Tetrahydrofuran in contaminated groundwater, 38:413

Tetrahydronaphthalene, ozonolysis of to form 1tetralone, 9:23
Tetralone,
formationbyozonolysisoftetrahydronaphthalene, 9:23
Tetramethylammonium Hydroxide, 42:439
Textile Bleaching with ozone, 24:1
Textile Dye Solutions, ozone decolorization of, 15:189
Textile Dyeing Wastewater treatment by ozone, 23:199,
23:327
Textile Effluent treatment by catalytic ozonation, 27:257
Textile Effluent, 44:236
Textile Industry Wastewater, 29:335; 29:443; 29:493;
35:7; 39:357
Textile Wastes, ozonation of azo dyes in, 11:391
Textile Wastewater advanced oxidation, 39:14
Textile Wastewater color removal with ozone treatment,
25:137
Textile wastewater decolorization by catalytic ozonation,
45:276
Textile Wastewater decolorization by ozone, 23:295
Textile Wastewater treatment with ozone, 9:153; 22:535;
24:413; 24:439; 26:217; 30:344
Textile Wastewater Treatment, by Ozone and Advanced
Oxidation, 17:149
Textile Wastewater Treatment, with ozone in Poland,
18:73
Textile Wastewater Treatment, with ozone, review of,
18:477
Textiles decolorization of dyestuff waters with Fenton’s
Reagent, 22:196
Textural Characteristics of activated carbon filter after
ozonation, 37:178
Theobroma Oil oxidation by ozone, 28:187
Thermal Decomposition of Ozone, gas phase analysis by,
14:91
Thermal Resistance in cooling water systems design,
39:188
Thermal Stability, 42:267
Thermal Treatment of manganese and cobalt oxides,
36:502
Thermochemistry in ozonation of ethyl oleate and ethyl
elaidate, 37.431
Thermodynamic Approach to ozone solubility inliquids, 28:67
Thermodynamics of ozonation of nitrite ion, 32:430
Thermodynamics of reaction with bisulfide, 33:37
Thermomechanical Pulping Circulation Water
treatment with ozone, 22:585
Thermomechanical Pulping wastewater treatment withozone, 22:575
Thermotherapy, 34:57
Thiocyanate Ion oxidation by ozone, 15:343
Thiocyanate removal in coal coking processing
wastewater, 25:273
Thiodiglycolic Acid, ozonation of, 12:315
Thioglycolic Acid, ozonation of in aqueous solution,
19:145
THM Control, during ozonation for iron and manganese

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 113
removal in presence of humic substances, 11:93
THM Formation Potential, evaluation of ozone/BAC forcontrol of, 15:95
THM Precursor Concentration Reduction, 8:77
THM Removal with ozone in Japan, 21:127
THMFP affected by ozone treatment and ultrafiltration,
22:637
THMFP of dyeing wastewater, 29:139
Three-dimensional Electrodes for enhanced microelectrolysis, 38:472
Three-stage countercurrent ozone contactor, 45:191
Three-Stage Ozonation, in drinking water treatment, 9:37
Threshold Model to predict effect of bromate ion insimulated gastric juices, 28:165
Threshold Odor Number (TON) in advanced oxidation
process, 33:136
Thymine, ozonation of, 13:265
Thymol, 43:637
Tiamulin in wastewater, 42:128
Tick exposure to ozone, 40:183; 42:507
Time for ozone bleaching of wheat straw pulp, 40:148
TiO2 in catalytic ozonation of amido black, 44:545
TiO2 with ozone for degradation of Fipronil, 37:186
Titania Bead in dielectric barrier discharge, 35:134
Titanium (IV) efficiency in acetic acid degradation,
35:359Titanium (IV) for catalytic ozonation, 33:441
Titanium Alloys, 35:220
Titanium Dioxide adsorption of ozone, 25:315
Titanium Dioxide and manganese oxides, 38:156
Titanium Dioxide and ozone for degradation of
sulfosalicylic acid, 27:233
Titanium Dioxide and ozone in advanced oxidation ofpesticides, 32:25
Titanium Dioxide as catalyst in removal of humic
substances with ozone, 21:261
Titanium Dioxide catalytic ozonation of fenofibric andclofibric acids, 33:434
Titanium Dioxide effect on ultrasonic irradiation, 33:194
Titanium Dioxide for advanced oxidation of
monochloroacetic acid, 27:311
Titanium Dioxide for catalytic ozonation of
polyvinylpirrolidone, 36:560
Titanium Dioxide for catalytic ozonation, 33:236
Titanium Dioxide for drinking water treatment, 35:73
Titanium Dioxide for enterococcus sp. inactivation,
38:443
Titanium Dioxide in catalytic ozonation of nitrobenzene,
31:45
Titanium Dioxide in phenol decomposition, 24:49
Titanium Dioxide in photocatalysis and ozonation of
humic acid, 25:497
Titanium Dioxide inactivation of clostridium
perfringens, 30:431
Titanium Dioxide stability in ozonation processes,
22:185, 22:471
Titanium Dioxide with ozone for oxidation of naturalorganic matter, 15:419

Titanium Dioxide, with ozone for advanced oxidation ofwaters, 26:585
Titanium nanotube, 45:455
Titanium, corrosion of in ozonized waters, 12:243
TMAH, 42:439
TNT degradation by ozone, 23:343
TNT, the high temperature treatment of TNT and
cyclotrinitramine (RDX) with ozone and ultrasound, 6:275
Tobacco Mosaic Virus and RNA constituents,
degradation by ozone, 3:49
TOBr formed in ozonation of secondary effluent, 29:23
TOBr, model for prediction of upon ozonation, 16:157
TOC ratio in bromate control, 45:446
TOC Removal by catalytic ozonation, 27:115
TOC removal by catalytic ozonation, 38:203
TOC removal by ozonation, 29:317
TOC Removal during catalytic ozonation ofchlorobenzoic acid, 37:527
TOC Removal during ozonation of Chlorophenol, 4-,
30:447
TOC Removal in advanced oxidation of propylene glycol
methyl ether acetate, 30:332
TOC Removal in Bisphenol A ozonation, 32:338
TOC Removal in ozonation of N-Methyl-2-Pyrolidone,
29:177
TOC Removal in ozonation of salicylic acid, peptides
and humic substances, 21:261
TOC, removal of, 12:1; 12:115
TOCCATA Process for catalytic ozonation of organic
pollutants in water, 27:115
Tocopherol α-, presence in ozonation of methyl linoleate,
26:189
Tokyo Waterworks, 41:312
Toluene Decomposition during catalytic ozonation,
33:158
Toluene oxidation with Peroxone process, 22:519
Toluene removal by ozonation, 23:77
Toluene removal with ozone and PFOA, 24:63; 25:185
Toluene, ozone destruction of in distilled and drinking
water, 9:265; 12:217
Toluene, partial or complete removal of from dicofol andtetradifon wastewaters during ozone or ozone/H2O2
treatment, 16:487
Toluidine, as a model surrogate for COD in wastewaterozonation, 15:149
Tomato disease control with micro/nanobubble ozonatedwater, 37:78
Tomato Plant Wastewater, Henry and mass transfer
coefficients in the ozonation of, 19:281
Tomato treatment with ozonated water, 31:21
Tomato Wastewater Ozonation, kinetics of, 14:303
Tomato Wastewaters, Ozone Treatment of, 17:355;
17:379Tomatoes disinfection with ozone, 32:361
Tomatoes preserved with ozone, 41:389
Tomatoes treated with ozone and UV Radiation, 32:144
Tooth Decay, 35:456
Tooth whitening, 45:387

114 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
Tophill Low Water Treatment Plant, U.K., Ozoflotationin, 15:481
Total and Fecal Coliforms degraded in wastewater
treatment, 36:570
Total Organic Carbon (TOC) Removal in drinking
water treatment, effects of ozone, oxalic acid, and organic
matter molecular weight on, 18:311
Total Organic Carbon in advanced oxidation of night
soil, 30:282
Total Organic Carbon in potable reuse applications,
40:427
Total Organic Halide Formation Potential (TOXFP)
during ozonation of dyestuffs, 21:487
Total Organic Halogen (TOH), during ozone-sludge
bulking control, 12:145
Total Organic Halogen Formation Potential, effect ofpreozonation on, 8:129
Total Oxidative Residuals, tolerance of the rotifer
Brachionus plicatilis to and ozone, 19:457
Total Residual Oxidant, 42:267
Total Residual Oxidants (TRO) in ozone treatment ofballast water 33:3
Total THM Removal, at Belle Glade, FL, 12:199
Total Trihalomethanes (TTHM) in Quebec (Canada)
drinking water facilities, 37:294
Total Unsaturation (TU), 39:374
Total Unsaturation of Lipids (TUL), 39:374
Total Unsaturation of Lipids, 37:119
Total Unsaturation, 43:546
Totally Chlorine Free (TCF), process with ozone
bleaching of Kraft Pulp, 26:443
Totally Chlorine-Free Pulp Bleaching Sequences,
18:566
ToxAlert®Test for tannic acid oxidation, 25:199
Toxic Fermentation Metabolites, in swine manure
wastes, reduction in levels of by ozonation, 19:425
Toxic Organic Compounds, removal of by powdered
activated carbon and ozone-assisted activated sludge
treatment, 7:191
Toxicity Assessment in parabens removal from water by
ozonation, 39:233
Toxicity Assessment of decomposed phenylphenol
isomers by ozone, 39:333
Toxicity in Kraft effluent treated with ozone, 29:47
Toxicity in ozonation of benzophenone-2, 40:122
Toxicity in recirculating aquaculture systems, 33:345
Toxicity in stored grain, 44:351
Toxicity NSAID ozonated solution, 32:91
Toxicity of agro-industrial wastewaters, 36:3
Toxicity of aqueous nitrophenols degraded by ozonation,
23:333
Toxicity of catalytic ozonation treated cyanuric acid,
38:233
Toxicity of EDC removal byproducts, 33:253
Toxicity of imazalil oxidation with ozone, 33:308
Toxicity of landfill leachate treated by ozone and Fenton
process, 31:28
Toxicity of ozonated water, 45:536

Toxicity of ozone treated recalcitrant and toxic
wastewater concentrate, 34:163
Toxicity of ozone-treated textile wastewater, 39:357
Toxicity of products from degradation of 2,5dichlorophenol, 38:181
Toxicity Reduction in wastewater treatment byozone/biomass sequence, 27:317
Toxicity Reduction, by ozone in municipal wastewater
treatment, 13:195
Toxicity removal in wastewater treated with ozone, 28:3
Toxicity removal of medical laboratory wastewater,
43:213
Toxicity Test of textile wastewater treated by ozone,
23:327
Toxicity Test used in ozonation processes forgreenhouses, 32:259
Toxicity Unit of dyeing wastewater, 30:439
Toxicity, acute, of dissolved ozone to eggs and larvae of
selected freshwater fish species, 2:177
Toxicity, Cellular, and mutagenicity assays from on-site
sampling of drinking water treatment plants using multistage ozonation, 9:179
Toxicity, of chlorophenol advanced oxidation products toDaphnia magna, 19:75
Toxicity, of ozone, 2:345
Toxicity, of ozone-treated membrane concentrate, 32:16
Toxicity, of ozonized humic and fulvic acids to Daphnia
Magna, 8:37
Toxicity, of secondary effluents treated with ozone, 20;
133
Toxins formed in oxidation of Microcystin-LR by ozone,
23:161
Trace Gases in Ozone, in ozone generation with air,oxygen or air + oxygen, 20:191
Trace Organic Chemicals after reverse osmosis andozonation, 36:174
Trace Organic Compound in potable reuse applications,
40:427
Trace Organic Compounds after soil aquifer treatment,
39:385
Trace Organic Contaminant (TOC) and water reuse,
36:123
Trace Organic Contaminants in advanced treatment inwater reclamation, 36:485
Trace Organics effect on ozone demand, 34:26
Tracer Analysis in turbine ozone contactor, 22:351
Tracer Studies, in full-scale wastewater ozone bubble
diffuser contactors, 15:295
Tracer Study, in ozone contactors, 12:133
trans-Dichloroethylene, ozonation of in presence of
humic acid and soils, 13:287
Transfer Coefficient, of ozone, 16:135
Transfer Efficiency 40:159 in sidestream contacting
systems, 40:159
Transfer Efficiency of removal of Bacillus subtilis
spores with ozone, 24:91
Transfer Efficiency, of Ozone, 8:235
Transformation By-products in ozonation of

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 115
phenylphenol isomers, 39:333
Transformation product in pharmaceuticals ozonation,
44:157
Transformation Products during ozone oxidation ofdrinking water, 37:441
Transformation Products in catalytic ozonation of
cyanuric acid, 38:233
Transformation Products in ozonation ofpharmaceutical effluents, 44:473
Transformation Products in ozonation of β-Triketone
Pesticides, 39:3
Transformation Products of imazalil oxidation withozone, 33:308
Transient Back Flow Cell Model for ozone bubble
columns, 23:313
Transition Metal Ion Catalysts for carboxylic aciddecomposition with ozone, 27:11
Transition Metal Ions and ozonation of liginsulfonate,
25:505
Transition Metals in leachate treated with activatedcarbon and ozone, 35:55
Transmission Electron Microscopy, 35:201
Treatment Capability of UV/ozone/persulfate process
for atrazine abatement, 42:558
Treatment Concepts for ozone therapy, 34:408
Treatment Cost of diesel fuel contaminated soil withozone and Fenton reagent, 28:37
Treatment of ballast water, 34:174
Treatment of textile wastewater by catalytic ozonation,
45:276
Triazine Destruction, by ozone advanced oxidation,
19:39; 19:129
Triazine Herbicides, treatment with ozone, 25:81
Triazines, 2-chloro-4,6-dialkyamino-1,3,5-, reaction
with ozone, 25:81
Triazines, degradation by ozone, 14:283
Triazines, Removal of by Advanced Oxidation, 17:183
Tribolium castaneum, 45:488
Tribolium castaneum, 45:543
Trichloramine removal in advanced oxidation process,
33:136
Trichloroacetic Acid, decrease in formation by ozonation,
10:153Trichlorobenzene, 1,2,4-, ozone destruction of in distilled
and drinking water, 9:265
Trichlorobenzene, 1,3,5- Oxidation, using advanced
oxidation processes, 18:535
Trichlorobenzene, partial or complete removal of from
dicofol and tetradifon wastewaters during ozone orozone/H2O2 treatment, 16:487

Trichloroethane, 1,1,1- (TCA), destruction by ozone
advanced oxidation, 19:13
Trichloroethane, 1,1,1- (TCA), destruction by the
Ecoclear® Process, 19:297
Trichloroethane, 1,1,1-, oxidation with ozone/UV
radiation, 9:391
Trichloroethane, 1,1,1-, ozone destruction of in distilled
and drinking water, 9:265

Trichloroethane, ozonation of in presence of humic acidand soils, 13:287
Trichloroethane, treatment of in air stripping tower waste
gases with photochemically generated ozone, 10:323
Trichloroethylene (TCE) in groundwater treated withozone, 30:127
Trichloroethylene destruction by the Ecoclear® Process,
19:297
Trichloroethylene elimination from underground water,
38:302Trichloroethylene, 1,1,2-, oxidation in water by ozone,
then ozone/UV radiation, 9:369
Trichloroethylene, as model substrate in UV-enhanced
ozonation of organic compounds, 8:339
Trichloroethylene, oxidation of, 14:197
Trichloroethylene, oxidation with ozone combined withhydrogen peroxide, and/or UV radiation, 9:335
Trichloroethylene, ozonation of in presence of humic acidand soils, 13:287
Trichloroethylene, ozone destruction of in distilled anddrinking water, 9:265
Trichloroethylene, treatment of in air stripping tower
waste gases with photochemically generated ozone, 10:323
Trichoderma viride removal via ozone gas treatment,
31:326
Tricholorethylene from groundwater ozonation, 42:357
Triclopyr Degradation, with ozone and ozone-hydrogen
peroxide in a lowland surface water, 18:251
Triclopyr, ozone degradation of, 15:457
Trifluralin treatment with ozone, 32:16
Triggered Dielectric Barrier Discharge, 20:51
Trihalomethane (THM) formation affected by ozone,
33:14
Trihalomethane Concentrations, in ozone-treatedswimming pools and hot whirlpools, 12:393
Trihalomethane Control in Montreal, Canada, 15 yearsof experience with ozone for drinking water treatment,
18:299Trihalomethane Control, with ozone/GAC at 11 Anglian
Water (U.K.) surface water treatment plants, 18:19
Trihalomethane formation during ozonation of dyestuffs,
21:487
Trihalomethane Formation during treatment of waterwith chlorine dioxide, 22:215
Trihalomethane Formation Potential (THMFP) during
ozonation of dyestuffs, 21:487
Trihalomethane Formation Potential (THMFP) in
ozone/GAC processes, 24:357
Trihalomethane Formation Potential (THMFP), in
ozonation of p-hydroxybenzoic acid solution 20:343
Trihalomethane Formation Potential in natural water,
34:213
Trihalomethane Formation Potential of ozonated riverwater, 34:342
Trihalomethane Formation Potential, 7:241
Trihalomethane Formation Potential, effect ofpreozonation on control of, 8:129
Trihalomethane Formation Potential, effects on

116 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
molecular weight distributions of organic carbon and uponozonation of humic substances, 10:39
Trihalomethane Formation Potential, in surface water,
reduction of by the combination of ozone/hydrogen peroxide and ozone/UV radiation, 10:103
Trihalomethane Formation Potential, reduction in levelsof by ozone and ozone/-H2O2 in colored groundwater, 13:109
Trihalomethane formation, 44:208
Trihalomethane Formation, optimization of potablewater treatment to minimize, 2:305
Trihalomethane Levels, reductions in by preozonation,
10:255Trihalomethane Precursors, biological degradation of,promoted by ozone, 7:85
Trihalomethane Precursors, catalytic effects ofultraviolet light and/or ultrasound on the ozone oxidationof humic acid and, 7:47
Trihalomethane Precursors, ozonation of in drinking
water treatment, 2:75
Trihalomethane Production, effect of ozonation on theapparent molecular weight of naturally occurring organics
and, 5:225
Trihalomethane Removal, A preliminary study of theefficiency and mechanism of in the ozonation and BAC
process, 6:261
Trihalomethanes and ozone in Switzerland, 21:187
Trihalomethanes in two Paris water treatment plants,
23:229Trihalomethanes potential affected by ozone treatment,
37:154
Trihalomethanes removal by biological activated carbon,
22:393
Trihalomethanes removal by pre- and intermediateozonation, 25:453
Trihalomethanes, 7:241
Trihalomethanes, control of in drinking water treatment
with ozone, 2:75
Trihalomethanes, decrease in formation by ozonation,
10:153
Trihalomethanes, evaluation of ozone/BAC for controlof, 15:95
Trihalomethanes, formed during ozone-sludge bulking
control, 12:145
Triketone ozonation, 39:3
Trimetholybenzene, 1,3,5,-reaction with ozone, 32:61
Trimethoxybenzaldehyde, 3,4,5-, in wastewaters ofozone-bleached eucalypt Kraft pulps, 19:481
Trinitrotoluene, 2,4,6, oxidation with Peroxone process,
22:519Trioxotriazine, formation from ozonation of atrazine,
9:233
Triple Bond ozonation to synthesize 2,2’-Bypyridine,
39:418Triple Zone Ozone Contactor, 19:339
Tropaeolin O treatment with ozone and UV, 28:9
Trophozoites, action of ozone on, 8:187
Tropics Ozone observations, 33:489

Tropophase Fold, in ozone formation over Lin-An,
China, 26:181
Tropospheric Ozone, 12:177; 23:429, 23:445; 25:513
Tropospheric Ozone, 44:566
Trout Hatchery, control of ceratomyxosis in by ozone,
9:141
True Ozonation, 8:187
Tube in Tube Ozone Contactor, for water/wastewaterozonation, 15:149
Tucson CAP WTP, ozone contactor tracer tests at, 19:307
Tulare Clay dispersion after treatment with ozone, 23:65
Tumor Tissue, effect of ozone on, 12:65
Tungsten-doped MnO2 for ozone decomposition, 43:195
Turbidity Levels, reduction in by preozonation, 10:255
Turbidity of ozonated wastewater, 35:243
Turbidity Reduction, by ozone, 8:49; 8:77 ; 16:367
Turbidity Removal in drinking water treatment, effectsof ozone, oxalic acid, and organic matter molecular weighton, 18:311
Turbidity removal in Lake Huron water, 32:295
Turbidity Removal, in drinking water at Belle Glade, FL,
12:199Turbine Contactor for ozone contacting, 22:351
Turbine Contactors, experiences with and modificationof in Budapest, Hungary, 13:479
Turbulent flow in UV reactor, 30:448
Turbulent Flow, biofilm development and destruction in,
1:167
Turkey Meat, 42:95
Turndown in sidestream contacting systems, 40:159
Turnip crop, 45:475
Two-Phase Ozonation of pharmaceuticals, 28:85
Two-Phase Ozonation, 36:110
Two-Phase Ozone Contactor, for high strength
wastewaters, 14:381
Two-Port Ozone Injection Method, 30:127
Two-Stage Ozonation, 10:55
Two-Stage Ozonation, automation of process, 7:155
Two-Stage Ozonation, in drinking water treatment, 9:37;
12:199; 13:623
Tyrosol ozonation in food processing wastewater, 22:167
U.K. treatment plants, 18:19
Ultrafiltration rates influenced by ozone treatment,
22:637Ultrafiltration, 35:208; 42:430
Ultra-fine Bubble for sludge reduction, 43:127
Ultrafine Bubble-Enhanced Ozonation in TMAH
ozonation, 42:439
Ultrapure Water and ozone in photoresist removal,
27:139Ultrapure Water via ozonation and use in microelectronics industry, 24:379.
Ultrasonic Cavitation in ozone mass transfer, 35:482
Ultrasonication and ozonation of potato starch, 40:105
Ultrasonication, to increase virucidal activity of ozone inwater, 20:205

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 117
Ultrasound and ozonated water in dentistry, 37:84
Ultrasound and ozone for removal of 1,4 dioxane, 39:244
Ultrasound and ozone for removal of Giardia, 36:138
Ultrasound and ozone used for treating fruit andvegetables, 32:144
Ultrasound for restaurant food processing, 32:137
Ultrasound treatment of Streptococcus Mutans. 43:263
Ultrasound used with corona discharge, 33:483
Ultrasound, and ozone used in sushi factory, 32:71
Ultrasound, and/or ultraviolet light, catalytic effects of on
the ozone oxidation of
humic acid and trihalomethane
precursors, 7:47
Ultraviolet Absorption, in analysis for ozone, 10:337
Ultraviolet and peroxide for cooling water treatment,
36:440Ultraviolet as non selective barrier against micro
pollutants, 32:383
Ultraviolet degradation of pharmaceutical products,
30:387Ultraviolet in fine bubble ozonation, 43:562
Ultraviolet Irradiation of bromine species, 28:217
Ultraviolet Irradiation of poultry processing wastewater,
23:53
Ultraviolet lamp output measurement, 34:306, 34:310
Ultraviolet Light in 1,4-Dioxane removal, 33:396
Ultraviolet Light, catalytic effects of and/or ultrasound on
the ozone oxidation of humic acid and trihalomethane
precursors, 7:47
Ultraviolet Light, Generation of Ozone, treatment of spa
water with, 11:313
Ultraviolet Light/Ozone Treatment, of Dye-finishingwastewater, 26:239
Ultraviolet Oxidation of propylene glycol methyl ether
acetate, 30:332
Ultraviolet Radiation and degradation of humic acid,34:101
Ultraviolet radiation and ozone in presence ofbicarbonate, 35:302
Ultraviolet Radiation and ozone used for treating fruitand vegetables, 32:144
Ultraviolet Radiation degradation of C. I. Disperse Blue56, 31:37
Ultraviolet Radiation for treatment of jewelry
manufacturing effluent, 36:196
Ultraviolet radiation in methyl orange ozonation, 36:244
Ultraviolet Radiation treatment of o-nitrotoluene, 23:127
Ultraviolet Radiation, combination with ozone, 12:1;
12:73
Ultraviolet Radiation, effect on decomposition of ozone,
9:165
Ultraviolet Radiation, use of in pharmaceutical industry,
10:25
Ultraviolet technologies for disinfection of seawater,
35:63
Ultraviolet-Hydrogen Peroxide effect on trihalomethane
formation potential, 37:154
UMUTest, for measuring genotoxicity of bromate ion,
16:443, 17:195

Unbalance Compensation in three phase VSI-driven
single-phase ozone generator, 37:9
Uncertainty Analysis, 40:79
Underground Water Purification, 38:302
Unfiltered water treatment system at Coquitlam, 29:297
Uniblu A, decomposition with ozone, 24:439
Unit Volume Cost of ozone at Henrico County VA
Water Treatment Facility, 31:461
United Kingdom, development of ozone for potable water
treatment within, 15:515
United States ozone installations, 34:64
United Water Missouri WTP, ozone treatment for
cryptosporidium inactivation and atrazine oxidation,
20:177
Universal bond, 45:516
Unsaturated Fatty Acids, 1,3-dipolar addition of ozone
to, 11:143
Unsettled Suspended Solids in wastewater treatment andtreatment with ozone, 23:351
Upflow Anaerobic Sludge Blanket, improvement of byozonation, 13:179
Upflow Filtration, for ozone residual control, 24:429
Upflow GAC Columns; A preliminary study of theefficiency and mechanism of THM removal in theozonation and BAC process, 6:261
Upper Thompson Sanitation District, CO, wastewater
treatment plant, 10:173
Uracil, kinetics of ozonolysis of, 9:207
Uracil, ozonation of, 13:265
Uracils, 1-3-Dimethyl-substituted, 45:174
Urban Airshed Model, 36:181
Urban Wastewater, Ozone Demand, 20:513
Urea Burning in treatment of Vigna unguiculata withozone, 36:36
Urease in treatment of Vigna unguiculata with ozone,
36:36
US Regulations for drinking water treatment, 21:433
U-Tube ozone contactor, 8:235; 8:261
185 mn UV for advanced oxidation, 43:317
222nm UV for advanced oxidation, 43:317
UV Absorbance after pre-and intermediate ozonation andenhanced coagulation, 25:453
UV Absorbance Method of Ozone Analysis, 17:329
UV Absorbance Removal in on-board wastewater,
25:177UV Absorption as surrogate parameter in micropollutants
removal, 38:79
UV Absorption for ozone analysis in buffered solutions,
37:106
UV advanced oxidation for destruction of
micropollutants, 30:34
UV Analysis of Ozone, 20:495
UV Analysis of Ozone, in gas phase, comparisons from acommercial UV meter and KI wet-chemistry tests, 18:231
UV Analysis of Ozone, in process gas from an ozone
generator, guideline for, 18:209
UV and ozone disinfection of Coquitlam water supply,
29:287

118 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
UV and ozone in degradation of nitroaromatics, 23:343
UV Disinfection and reactor performance, 34:81
UV Disinfection monitored using Adenosine
Triphosphate (ATP), 41:146
UV Disinfection of E.coli, 30:448
UV Disinfection of Netherlands drinking water, 34:92
UV Disinfection of waters containing Bacillus subtilis,
23:239UV Disinfection, of water, basic principles, 9:299, 9:315
UV efficiency in phenol decomposition, 35:350
UV Fluence (Dose) for drinking water disinfection, 30:43
UV for enhanced DBP control and Cryptosporidium
inactivation, 30:3
UV Generation of Ozone using ArF irradiation at 193 nm,
19:273
UV in humic acid oxidation, 40:93
UV Intensity in treating water, 23:245
UV Irradiation and ozone treatment of Tropaeolin O,
28:9
UV Irradiation of oxalate ion, 29:473
UV Irradiation, and electric arc discharge, destruction ofbromate ion by, 18:271
UV Irradiation, of membrane concentrate, 32:16
UV Lamps in oxidation of micropollutants, 34:120
UV Lamps, 34:306; 35:38
UV Light for processing foods, 30:93
UV Light for removal of antibiotic substances, 34:137
UV Light p-nitroaniline removal, 42:420
UV Oxidation for destruction of toxic organics ininjection-type downflow UV/O3 oxidation reactor, 21:539
UV Oxidation in a collimated beam UV reactor, 37:134
UV Oxidation of micropollutants, 34:120, 34:125
UV oxidation of n-butylparaben, 34:354
UV Oxidation of Phenanthrene, 16:475
UV Photolysis and decomposition of ozone and hydrogen
peroxide, 24:281
UV photolysis, 528
UV process for advanced oxidation, 43:317
UV Radiation and hydrogen peroxide for removal ofcarboxylic acids, 28:53
UV Radiation and oxidation of micropollutants in water,
21:207UV Radiation and ozonation for treatment of Jatropha
Seedcake, 37:29
UV Radiation and Ozone, degradation of Cyanazine,
16:213
UV Radiation and Ozone, oxidation of organic
contaminants dissolved in deionized and raw mains waterby, 9:369
UV Radiation and Ozone, use of in oxidation of natural
water, 9:391
UV Radiation for landfill leachate treatment, 33:294
UV Radiation for restaurant food processing, 32:137
UV Radiation for treatment of emerging contaminants,
35:263
UV Radiation for treatment of textile wastewaters,
22:535UV Radiation of N-Methyl-2-Pyrolidone, 29:177

UV Radiation of water containing adsorbable organic
halides, 38:452
UV Radiation, chemistry of with ozone and hydrogen
peroxide in water treatment processes, 9:335
UV Radiation, F-specific bacteriophages as indicators of
disinfection efficiency of secondary effluent with, 9:353
UV Radiation, generation of ozone by, 13:365
UV Radiation, with ozone, for reduction oftrihalomethane formation potential in surface water, 10:103
UV Reactors, modeling of light intensity in, 13:221
UV Sensor, 30:43
UV Treatment of esculetin, 27:317
UV treatment of food, 30:81
UV treatment of water, 30:70
UV treatment of wheat flour, 30:413
UV treatment to remove pharmaceutical products, 34:16
UV, treatment of primary municipal wastewater, impact on
biological treatment of, 19:495; 19:513
UV/H2O2 Reactors, modeling of, 13:221
UV/H2O2, degradation of chlorophenols, 19:75
UV/H2O2, modeling oxidation of atrazine by; estimation of
kinetic parameters, 19:395
UV/H2O2, treatment of primary municipal wastewater,
impact on biological treatment of, 19:495; 19:513
UV/Hydrogen Peroxide Oxidation, of organic
compounds, 8:339
UV/Hydrogen Peroxide treatment of Dutch drinking
water, 29:273
UV/Hydrogen Peroxide treatment of natural waters,
32:329UV/NaClO Photooxidation Process for degradation of
C. I. Disperse Blue 56, 31:37
UV/O3 Process, for destruction of phenols in aqueous
solution, 18:443
UV/Ozone Reactors, modeling of, 13:221
UV/Ozone Systems, gas-liquid reactions in, 14:215
UV/Ozone treatment of chlorophenol, 24:133
UV/Ozone/Persulfate process for atrazine abatement,
42:558UV254 Absorbance, in ozonated groundwater, 13:109
UV254 of ozone treated drinking water, 33:14
UV254 removal by ozonation, 29:317
UV254 Removal of humic acid solutions by ozonation andphotocatalysis, 25:497
UV254 values of ozonated secondary effluents, 30:376
UV54 Absorbance Reduction of diesel fuelcontaminated soil, 28:37
UV-Absorption Method, for monitoring ozone oxidation
reactions of organic materials, 8:321
UV-activated Persulfate, 42:13
UV-Assisted Ozonation of reactive-dyed cotton, 41:60
UVC Radiation combined with ozone for phenylphenol
isomers, 39:333
UV-C Radiation, used in sushi factory, 32:71
UV-Enhanced Ozonation of poultry processing
wastewater, 23:53
UV-Enhanced Ozonation, of organic compounds, 8:339

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 119
UV-Ozone Stripper Cleaner, 22:427
UV-Ozone, water treatment system for shellfish
quarantine, 1:55
UV-Radiation and ozone for degradation of aqueous
nitrophenols, 23:333
UV-Radiation in crop treatment, 30:210, 30:216
UV-Radiation in drinking water treatment, 23:239
UVT of treated Coquitlam water supply, 30:3
UV-Vis-NIR Spectroscopy in ozonation of terpenes,
32:274Úzquiza Reservoir Water treatment, 33:185; 34:213,
34:342
V. cholerae degraded with ozone, 30:367
Vacuum Ultraviolet (VUV) Photolysis for phenol
decomposition, 24:49
Vacuum-Ultraviolet Radiation (VUV), in measurementof a 172nm Xe Excimer Lamp, 20:421
Vadose in soil aquifer treatment, 39:385
Vail, CO, wastewater treatment plant, 10:173
Valeraldehyde, n-, formation during drinking waterozonation, 12:231
Validation of UV reactor performance, 34:81
van der Kooij Method, for AOC determination, 12:377
Vanadium Catalyst in ozonation of sulfosalicylic acid,
24:117
Vanadium Pentoxide Nanoparticles as catalysts forozonation of palm oil, 38:36
Vancouver Water District, 30:3
Vanillic Acid, Byproduct of Ozonation of Coniferyl
Alcohol and/or Ferulic Acid in Water, 17:687
Vanillin production by ozone, 23:139
Vanillin reactivity with ozone, 21:53
Vanillin, Byproduct of Ozonation of Coniferyl Alcohol
and/or Ferulic Acid in Water, 17:687
Vanillin, in wastewaters of ozone-bleached eucalypt Kraft
pulps, 19:481
VaR in surface level ozone measurements, 41:473
Variability of stratospheric ozone, 33:489
Variable Gas Velocity in ozone generation with metal
mesh electrode, 34:378
Vegetable Oil ozone solubility 36:110
Vegetable Oils ozonation, 38:253
Vegetables treatment with ozone, 32:137; 36:422; 44:127
Vegetation effected by ozone, 24:69
Vegetative Bacteria inactivation by ozone, 32:180
Ventafresh Technologies for restaurant food processing,
32:137, 32:144
Veratraldehyde in wastewaters of ozone-bleachedeucalypt Kraft pulps, 19:481
Vertical In-Line Diffusion Reactor for ozone
dissolution systems, 22:329
Very High Voltage, in a triggered dielectric barrierdischarge, 20:51
Very Steep Front Voltage in a triggered dielectric barrierdischarge, 20:51
Vetch seeds, 44:512

Viability Assay and inactivation of Cryptosporidium withozone, 23:1
Viability of activated sludge from phenolic wastewater
treated by ozone, 32:408
Viable but Nonculturable, 41:146
Viable Cell Enumeration, in ozonated drinking water,
13:1
Vibrio bacteria in shrimp, 33:368
Vibrio vulnificus, ozone disinfection of in artificial
seawater, 12: 423
Vicia sp, 44:512
Vigna unguiculata treated with ozone, 36:36
Vigor Index, 44:512
Vigor, 43:436
Vinclozolin,
Destruction
of
by
Ozone
and
Ozone/Hydrogen Peroxide in Drinking Water, 17:673
Viral Inactivation by Ozone, at Wiggins Water Works,
Durban, South Africa, 16:247
Virucidal Activity of Herpes Virus, 36:249
Virus Inactivation in ozone treated laundry, 29:85
Virus Inactivation in Wastewater by Ozone, 17:499
Virus inactivation, 43:21; 43:108
Virus inactivation, CT requirements, 27:335
Virus Inactivation, in drinking water, 14:439
Virus removal in wastewater ozonation, 35:501
Viruses in rooms removed with ozone, 31:216
Viruses, effect of ozonation on in Colorado River water,
13:127
Viruses, inactivation by ozone, 10:123
Viscosity during ozonolysis of palm olein, 37:503
Viscosity of ozone bleached straw pulp, 41:137
Viscosity of ozone bleached wheat straw pulp, 40:148
Visual Acuity, 34:480
Visual Field, 34:480
Vital-Fluorochromization, of microorganisms using 3',6'diacetylfluorescein to determine cell membrane damage
and loss of metabolic activity upon ozonation, 18:173
Vitamin C and UV light, 30:93
Vitamin C Content in ozone-treated papaya, 34:57
VOC Abatement via plasma discharge, 27:239
VOC in contaminated groundwater, 38:413
VOC Oxidation of benzaldehyde, 35:489
VOC Removal with ozone sparging, 30:88
VOCs (air-phase), advanced oxidant regeneration of GAC
for controlling, 18:417
VolasilTM245 as ozone-loaded solvent, 25:485; 26:475
Volatile Fatty Acids, in kinetic analysis of the effects ofdissolved inorganic and organic substances in raw water on
the ozonation of geosmin and 2-methyl-isoborneol, 15:1
Volatile Organic Chemicals, in air stripping towers,
treatment of using photochemically generated ozone, 10:323
Volatile Organic Chemicals, ozonation of in presence of
humic acids and soils,
13:287
Volatile Organic Compounds (VOCs) treated withozone, 31:393
Volatile Organic compounds in 1,4 dioxane removal,
39:424

120 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
Volatile Organic Compounds over urban Kolkata,36:181Volatile Organic Contaminants in drinking water,
destruction of by ozone treatment, 9:265
Volatilization in ozonation of bromides in an electrolytic
reactor, 34:269
Volume DBD, 39:209
Volume Discharge in ozone generation, 24:193
Volume Discharge in ozone generation, 38:70
VUV (Vacuum-Ultraviolet Radiation) in measurementof a 172nm Xe Excimer Lamp, 20:421(V)UV Dielectric Barrier Discharge and ozone
formation, 21:583
VUV efficiency in phenol decomposition, 35:350
VUV Irradiation, 30:99
VUV Oxidation of organic compounds, 30:99
VUV ozone generator, 30:228
V-UV Radiation to Generate Ozone, 42:386
Wall Material, effect on ozone generation, 26:487
Waste Activated Sludge, 31:247
Waste Gas Purification, experiences at plants usingozone, 5:183
Waste Gases from ozone decomposition over aluminasupported catalysts, 29:41
Waste Minimization in active sludge treated with ozone,
36:451
Waste Minimization in biological wastewater treatment,
31:247
Waste Treatment, Municipal, use of ozone in night soil
treatment process, 6:185
Waste-Activated Sludge in anaerobic digestion, 37:316
Wastewater and hydrogen sulfide generation, 35:390
Wastewater and microalgae biomass harvesting, 39:264
Wastewater and ozone decomposition, influencing
decomposition of ozone in wastewater, 28:247
Wastewater Characterization, from ozonation of
eucalypt Kraft pulps, 19:481
Wastewater Concentrate from tank truck cleaning,
34:32
Wastewater containing antibiotics removed withmembrane bioreactors and advanced oxidation processes,
31:428Wastewater containing azo dyes, treatment with ozone,
27:475
Wastewater containing bicarbonate and ammonia,
33:425
Wastewater containing endocrine disruptors, treated withozone, 28:445
Wastewater containing imazalil treated with ozone,
33:308Wastewater containing of aqueous naphthalene-1,5
disulfonic acid treatment with ozone , 28:437
Wastewater containing pharmaceuticals and personalcare products, 41:3
Wastewater Disinfection with Ozone, 7:63; 8:261;
10:173; 12:157; 17:499

Wastewater Disinfection with Ozone, enhancement ofefficiency in full-scale diffuser contactors, 15:295
Wastewater Disinfection with Ozone, process control
and operating results, 15:497
Wastewater Disinfection, elimination of fecal bacteria
and enteric viruses by ozone, 4:91
Wastewater Disinfection, municipal, with ozone, stateof-the-art, 3:239
Wastewater Disinfection, optimizing operational controlof ozone, 4:131
Wastewater Disinfection, with ozone, in a tourist zone,
5:103
Wastewater Effluent in Great Lakes Basin, 37:36
Wastewater from leather dyeing, 40:133
Wastewater ozonation modeling, 32:424
Wastewater ozonation, 34:42
Wastewater Ozonation, Henry and mass transfer
coefficients in, 19:281
Wastewater Process Optimization by excitationemission matrix fluorescence spectroscopy, 34:109
Wastewater residual ozone, 42:213
Wastewater reuse, 32:323
Wastewater Reuse, 32:323; 35:243
Wastewater sludge ozonation, 33:410
Wastewater Tertiary Treatment, comparative study ofozonation conditions in, 2:123
Wastewater treated by catalytic ozonation, 45:262
Wastewater treated with ozone and ultrasound, 36:138
Wastewater treated with ozone, 31:415
Wastewater treated with ozone-based processes, 33:243
Wastewater Treatment and pesticides, 27:83, 27:173
Wastewater Treatment and sludge ozonation, 30:136
Wastewater treatment by advanced oxidation processes,
34:137
Wastewater treatment by advanced oxidation, 34:163
Wastewater Treatment by catalytic ozonation, 38:194
Wastewater Treatment by catalytic ozonation, 38:3
Wastewater Treatment by combined physicochemicaltreatment, 33:285
Wastewater treatment by ozonation and biodegradation,
39:296
Wastewater treatment by ozone in U. S. municipal
wastewater plants, 32:43
Wastewater treatment by ozone in waters containing C.I.
Reactive Yellow 3, 27:273
Wastewater Treatment by ozone of dyeing wastewater,
28:199Wastewater Treatment containing antibiotics, 30:175
Wastewater Treatment containing dyes by ozone andhydrogen peroxide, 27:265
Wastewater Treatment containing pathogenic bacteria
and amoebae, 30:367
Wastewater Treatment containing reactive dye, 27:257
Wastewater Treatment containing tiamulin, 42:128
Wastewater treatment enhanced by stainless steel wire
mesh, 42:347
Wastewater Treatment from food industry, 35:295
Wastewater Treatment in presence of sulfamethoxazole,

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 121
37:509Wastewater Treatment of phenolic solutions in gasinducing reactor, 28:77
Wastewater Treatment of synthetic treated urban
wastewater, 37:467
Wastewater Treatment Plants, 31:415
Wastewater Treatment Plants, operating experiences of,
14:501
Wastewater Treatment removing tetracycline, 37:405
Wastewater Treatment via ozone and activated sludge,
39:319Wastewater Treatment with clofibric acid, 38:425
Wastewater treatment with ozone (Phoenix), 29:303
Wastewater Treatment with ozone and membrane
contactors, 27:209
Wastewater Treatment with ozone in pulp and paperindustry, 31:452
Wastewater Treatment with ozone, 37:323
Wastewater treatment with Si-FeOOH, 37:494
Wastewater Treatment, 35:501; 36:244; 41:105; 44:172
Wastewater Treatment, and contactor design, 23:369
Wastewater Treatment, by ozonation and biologicalactivated carbon, 8:355
Wastewater Treatment, by ozone in water containing
surfactants, 26:327
Wastewater Treatment, by ozone of o-nitrotoluene,
23:127
Wastewater Treatment, by ozone-loaded solvent,
25:485
Wastewater Treatment, by preozonation, influence on
adsorption equilibrium of DOC by activated carbon, 8:277
Wastewater Treatment, containing 3-methyl-pyridine,
23:189Wastewater Treatment, containing dissolved organic
matter with ozone, 23:351
Wastewater Treatment, effect of ozone on sludge
solubilization and mineralization, 22:473
Wastewater Treatment, effects of surface active agentson ozone treatment of, 18:183
Wastewater Treatment, experiments for, with ozone in
combination with adsorption procedures, 3:169; 4:3
Wastewater Treatment, from Kraft paper machine
whitewater, ozone decolorization of residual direct dyes in,
19:549Wastewater Treatment, from molasses processing, byozone and advanced oxidation, 19:157
Wastewater Treatment, in pulp mills, 22:575
Wastewater Treatment, modeling of ozone treatment of,
15:149Wastewater Treatment, of forest industry landfill
leachate by ozone, 24:369
Wastewater Treatment, of nitroaromatics with ozone,
23:343
Wastewater Treatment, of olive wastewater with ozone,
22:617
Wastewater Treatment, ozone flocculation effects in,
16:55
Wastewater Treatment, ozone treatment of cherry

stillage, 26:257
Wastewater Treatment, pulp mill effluent, 14:461
Wastewater Treatment, Pulp Mills, chemical andmechanical, by ozonation, 18:363
Wastewater Treatment, tertiary, ozone and activatedcarbon for, 7:1
Wastewater Treatment, Textiles, ozone treatment of in
Poland, 18:73
Wastewater Treatment, two-phase ozone reactor for,14:381
Wastewater Treatment, using ozone-loaded solvent,
26:475
Wastewater Treatment, with ozone and effect on
sludge, 25:73
Wastewater Treatment, with ozone in Germany, 21:163
Wastewater Treatment, with ozone in impinging zone
reactor, 21:501
Wastewater Treatment, with ozone treatment andbiological oxidation, 25:95
Wastewater Treatment, with ozone, 12:107; 12:217; acase history, 17:345
Wastewater Treatment, with ozone, dilute, lowtemperature, 1:91
Wastewater Treatment, with ozone, in a Chemical
Sequential Reactor, 15:201
Wastewater Treatment, with Ozone/Hydrogen Peroxide,
Hydrogen Peroxide/UV Radiation, or UV Radiation/Fe(II)17:119Wastewater, containing detergents and/or surfactants,
treatment of with ozone, 13:639
Wastewater, disinfection of ozone with kinetics
modeling, 22:113
Wastewater, household, optimizing ozone disinfection of,
3:19
Wastewater, improvement of primary sedimentation byozonation, 21:605
Wastewater, influence of ozonation conditions on
treatability, 20:133
Wastewater, Municipal, ozone disinfection of, design andoperation considerations, 6:87
Wastewater, Municipal, ozone treatment of, 6:199
Wastewater, Municipal, ozone treatment of, withbiological activated carbon, 6:71
Wastewater, ozonation of food processing wastewater,
22:167
Wastewater, ozonation of Indeno (1,2,3-c,d) Pyrene, 21:571
Wastewater, ozonation of pulp mill wastewaters, 22:31
Wastewater, Ozone Demand, 20:513
Wastewater, ozone for high level disinfection of, 3:3
Wastewater, Synthetic, improvement in biodegradabilityof by preozonation, 11:155
Wastewater, tertiary treated used for industrial coolingwater, application of ozone to eliminate, 3:121
Wastewater, treatment and ammonia removal withpresence of bromide, 22:23
Wastewater, treatment of dyestuff waters with Fenton’s
Reagent, 22:196

122 KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023)
Wastewater, treatment of phenols with ozone andcoagulation, 25:323
Wastewater, treatment with ozone in injection-type
downflow UV/O3 oxidation reactor, 21:539
Wastewaters containing pharmaceuticals, 30:387
Water Absorption of Chamois leather, 29:405
Water Conditioning, study of cooling tower with ozone,
3:109
Water Conservation in the fruit industry, 35:273
Water Conservation, of cooling water by ozonation withmineral removal, 14:231
Water Consumption in cold bleaching of cotton, 42:450
Water Contact Angle in heat treatment with gaseousozone, 34:315
Water Contact Angle, 41:448
Water Disinfection in dental treatment units, 24:479
Water Disinfection with enterococcus sp. inactivation,
38:443
Water Disinfection with ozone in dental rooms, 20:251
Water Electrode in electroozonation, 23:467
Water flea, 45:182
Water Heater, disinfection of water in dental chairs,
21:629Water Mains, coal tar linings, remobilization ofpolynuclear aromatic hydrocarbons from, 18:517
Water Ozonation in Colombia, 30:202
Water Ozonation, 40:251
Water Pollution from dye ozone stripping process,42:319Water Pollution with acesulfame, 43:185
Water Purification by UV Irradiation, 29:473
Water Purification in seawater, 43:402
Water purification plant, 45:191
Water Quality Criteria, for ozonation processes, 16:113;
16:121
Water Quality Improvements in Hanshin Water Supply
Authority, 39:398
Water Quality in treating Reactive Black 5, 41:46
Water Quality of Arlington, Texas water, 29:261
Water Quality recirculating aquaculture systems, 33:345
Water Reclamation at South Caboolture Water
Reclamation Plant, 25:107
Water Reclamation, design and application of a packed
column ozone absorber in, 2:283
Water Reclamation, effect of various oxidants on theperformance of activated carbon used in, 3:225
Water Reclamation, optimization of ozonation andbiological activated carbon in, 5:171
Water Reclamation, with ozonation and biologicalactivated carbon, 8:355
Water Recycle in the textile industry, 39:357
Water Recycling by ozone treatment of textile
wastewaters in Poland, 18:73
Water Reuse after disinfection with ozone, 22:113
Water Reuse after ozone oxidation of endocrine
disruptors, 28:445
Water Reuse after reverse osmosis and ozonation, 36:174
Water Reuse and advanced oxidation, 36:229

Water Reuse and EDC removal, 33:253
Water Reuse and membrane fouling, 38:163
Water Reuse and residual ozone analysis, 42:213
Water Reuse in the fruit industry, 35:273
Water Reuse of treated wastewater for agriculture,
22:151
Water Reuse, 32:43, 36:123, 36:485, 40:3; 41:105
Water Reuse, in Japan, 10:309
Water Reuse, treatment of with ozone and biologicalactivated carbon, 6:71
Water Treatment and ozone decay, 20:361
Water Treatment by ozone adsorption on silica gel,
25:315
Water Treatment by UV-induced persulfate oxidation,
42:13
Water treatment containing pharmaceuticals, 45:450
Water Treatment containing pyruvic acid, 28:229
Water Treatment costs, 40:266
Water Treatment for food preservation, 41:17
Water Treatment in aquaculture systems, 42:157
Water Treatment in food processing industry, 29:113
Water Treatment in Hanshin Water Supply Authority,
39:398Water Treatment of domestic well drinking water, 38:25
Water Treatment of Finnish groundwater, 35:86
Water Treatment using a microporous diffuser reactor
system, 27:45
Water Treatment with ozone and p-chlorobenzoic acid,
27:3
Water Treatment with ozone and reverse osmosis,
30:152
Water Treatment, 35:186
Water Treatment, effects of surface active agents onozone treatment of, 18:183
Water Treatment, ozonation of aniline and anilinium ion
in aqueous solution, 7:167
Water Treatment, ozone for, in the United Kingdom, 7:11
Water Treatment, potable, to minimize halogenous
compound formation, 2:305
Water Treatment, with ozone, kinetics of, 14:303
Water Uptake of lentil seeds treated with ozone, 43:48
Water Vapor influence on photochemical ozone
generator, 30:228
Water Vapor, effects on ozone generation, 12:19
Water, ozonization of, Belgian experiences in, 7:327
Waterborne Disease, 44:426
Waterworks Study for formation of oxamic acid, 37:441
Wavelength for UV degradation of NNitrosodimethylamine, 34:115
Weak Ammonia Liquor, treatment with ozone, 15:343
Weighted CT in dental water systems, 31:436
Weighted Distribution, 39:273
Weisenberger-Schumpe Model, 41:207
Well Water treatment with ozone, 38:25
Werner Method, for AOC determination, 12:377
Wet Air Oxidation of formic acid solution, 22:241
Wet Chemistry Ozone Analysis, in process gas from an
ozone generator, guideline for, 18:209

KEY WORD INDEX FOR VOLUMES 1-45 (1979-2023) 123
Wet Oxidation of paper mill circulation water, 23:401
Wet Ozonation, 28:207
Wet Scrubbing with ozonated water for odor control,
32:199
Wet-Chemistry KI Ozone Analysis, comparisons with acommercial UV meter, in the gas phase, 18:231
Wetland, 45:130
Wetted-Wall Column, for 2,4-Xylidine degradation byozone, 26:499
Wetting Agent in treatment of plastic mixture withozone, 29:373
Wheat Flour ozonation, 30:413; 45:488
Wheat Germ, 41:562
Wheat Straw Pulp, 40:148
Wheat Straw Pulp, 41:137
Wheat treatment with ozone, 41:491
White Rock water treatment plant, 41:322
Whiteness Index of ozonated wheat flour, 30:413
Whiteness of ozone treated soybean fibers, 34:143
Whitewater, Kraft Paper Machine, ozone decolorizationof residual direct paper dyesin, 19:549
Wiggins Water Works, Durban, South Africa,ozonation at, 16:247
Windsor, Ontario Water Treatment Plant, 26:125
Wine Industry and ozone applications, 32.355
Wire-to-Cylinder Ozone Generator, 20:317; 24:29
Wire-to-Cylinder Ozone Generator, effect of nitrogenand oxygen, 36:65
Wire-to-Cylinder Ozone Generator, modeling, 26:551
Wire-to-Cylinder Ozone Generator, optimization fromoxygen, 19:533
Wire-to-Cylinder Ozone Generator, with back-corona
effect, 26:11
Wire-to-Plate Corona Discharge, 35:31
Wood Processing and ozone treatment of wastes, 24:83
Wool Shrinkproofing, with ozone, 1:219
Worker Safety in catfish processing, 29:221
Worldwide Ozone Capacity, 34:64
Wound Care Nursing, 35:399
Wound Healing and ozone, 29:501
Wound Healing of ozonated vegetable oils, 39:374
Xanthomonas oryzae pv. oryzae treatment with ozone,
27:495
Xenobiotic Pollutants, 29:443
Xenon Excimer Lamp, 30:99
Xenon Excimers in VUV measurement of a 172nm Xe
Excimer Lamp, 20:421
XPS Spectroscopy for analyzing α-alumina supported
silver catalyst for ozone decomposition, 37:216
X-Ray Contrast Media removed by ozone, 28:353
X-ray Photoelectron Spectroscopy (XPS), 41:448
X-Ray Photoelectron Spectroscopy, 40:392
XRD (x-ray diffraction) for measurement of pulp
crystallinity, 25:523
Xylene removal by ozonation, 23:77
Xylene, partial or complete removal of from dicofol andtetradifon wastewaters during ozone or ozone/H2O2

treatment, 16:487
Xylidine 2,4-, degradation by ozone, 26:499
Xylose, ozone byproducts from, 13:265
Yarn fading after ozone treatment, 38:395
Yarns color fading ozonation 40:377
Yeast and food spoilage, 30:81
Yeast Assay, to test for mutagenicity in drinking water
treated with ozone/GAC, 11:245
Yellow River Water ozonation for bromate control,
37:127
Yellowing of ozone bleached denim, 38:175
Yellowing Tendency in ozone bleaching of cotton fabric,
37:203
Yield of ozone argon-oxygen mixtures, 35:134
Yield of photochemical ozone generator, 30:228
Yugoslavia, ozone treatment of drinking water in, 14:101
Zea mays everta, 44:66
Zea mays L, 43:436
Zeolite and ozone in removal of 2,4-Dichlorophenol,
32:391
Zeolite catalyst regeneration by ozone, 39:366
Zeolite for catalytic ozonation of methylene blue, 32:344
Zeolite with ozone in toluene removal, 33:158
4A Zeolite as ozone catalyst, 41:156
Zeolites and α-alumina supported silver catalyst forozone decomposition, 37:216
Zeolites for removal of DMP, 36:221
Zero Current Switching (ZCS), 41:332
Zero-Gap in electrochemical ozone generation, 35:149
Zinc Oxide for diclofenac ozonation, 43:136
Zinc Removal, During Ozonation of Drinking Water,
17:297
ZnAl-layered double hydroxide, 45:191
ZnO catalyst for wastewater treatment, 44:227
ZNSO4 catalyst for wastewater treatment, 44:227
Zone treatment of wheat flour, 30:413
Zürich, Switzerland Water Treatment Plant,
Optimization of Ozone In, 17:1