- 2,4-dichlorophenol, 53, 54, 311
- 2,4,5-trichlorophenol, 311
- 9,10,12,13-tetrachlorostearic acid, 318
- 12,13-dichlorostearic acid, 318
- 12,14-dichlorodehydroabietic acid, 318
- a
- abattoir, 434, 437, 447, 449
- abiotic mechanisms, 53
- abiotic processes, 349, 354, 365, 410
- abrasion, 150
- absorbance, 287, 288, 300
- absorption, 253, 366
- accumulator plants, 232
- acetaminophen, 353, 372–375, 383
- acidic conditions, 166
- acidification, 158
- acid mine drainage (AMD), 249–255
- acidogenesis, 134
- acidogenic phase, 267
- acid rock drainage (ARD), 249
- acid volatile sulfides and simultaneously extracted metals (AVS-SEM), 237
- Acinetobacter sp., 51
- activated carbon, 13, 158, 269, 351, 382–384, 470
- activated sludge, 176, 294, 312, 429, 430
- acute toxicity, 453
- adaptation period, 75
- added-value products, 206
- additives, 469
- adsorbable organic halides (AOX), 310, 311, 315, 320, 321
- adsorption, 155, 226, 253, 313, 366, 418
- advanced oxidation processes (AOP), 291, 297, 300, 347, 351
- aerated
- HCW, 70
- lagoons, 176, 267, 313
- ponds, 47, 49
- stabilization basin, 321
- trench systems, 55
- wetland, 189, 190
- aerated constructed wetlands, 11, 67
- aeration
- aerenchyma, 234
- aerobic breakdown, 158
- aerobic decomposition, 180
- aerobic lagoons, 177, 178
- aerobic mineralization, 47
- aerosols, 470
- agricultural irrigation, 135
- agricultural runoff 51, 209
- agriculture waste, 264
- air stripping, 269
- Alcaligenes eutrophus, 51
- algae, 280
- Alisma plantago-aquatica, 177
- alkali extraction, 309, 312
- alkalinity, 249, 254, 255
- almond shell, 384
- Alternanthera phyloxeroides, 159
- aluminium, 227, 257
- aluminum sulfate (Alum), 269, 440
- amino acids, 370, 380
- ammonia volatilization, 72, 213, 270, 277
- ammonification, 270
- ammonium adsorption, 27, 212
- ammonium sedimentation, 212, 277
- ammonium tracer impulse, 147
- amorphosity, 251
- amoxicillin, 357, 383, 384
- anaerobic
- biphase, 154
- digester, 73, 98, 99, 158, 206, 294
- fixed film reactors, 154
- fluidized bed reactors, 154
- lagoons, 134, 147, 154, 177, 267
- pond, 268
- single phase, 154
- systems, 207
- treatment, 135, 207, 267
- anaerobic contact filter, 134
- analgesics, 346, 352, 419
- anammox, 213, 277
- aniline, 53
- annual plant species, 37, 38
- anode electrode, 494
- anodic oxidation, 291, 470
- ANOVA, 194, 195, 197, 334
- anthocyanins, 96
- antibiotic resistance, 351
- antibiotics, 203, 346, 351, 352, 357
- anti-carcinogenics, 288
- antidiabetics, 346
- antiepileptic drugs, 419
- anti-inflammatories, 288, 346, 352, 419
- antimony, 482
- antioxidant, 288
- apatite, 191
- application scale, 5
- aquaculture, 349, 434
- aquatic species
- aquatic vegetation, 67
- areal load, 449
- Argentina, 165
- arid climate, 135
- Armoratia rusticana, 372
- aromatic organic compound, 51, 265
- Arrhenius equation, 455
- arsenic, 238, 482
- arsenopyrite, 250, 251
- arthrobacter, 51
- artificial
- Arundinella berteroniana, 209,
- Arundo donax, 329
- ashed crushed gravel, 137
- asphalt, 470
- atenolol, 352, 360, 383
- Australia, 165, 469
- Austria, 469
- autotrophic bacteria, 273, 381
- auxiliary variable, 132
- Avena strigosa, 159
- azo dye, 330–332
- Azzola filicuolides, 372
- b
- bacterial diversity, 405, 411
- bagasse, 127
- balanced scorecard, 532, 536, 539, 545
- balance temperature, 457, 458, 465, 466
- bauxite, 9
- Belgium, 176, 181, 182
- benefits
- benthic microbial fuel cells (sMFC), 496
- bentonite, 383
- benzene-toluene-ethylbenzene and xylenes, 43, 44
- concentration, 46
- derivatives, 52
- removal, 44, 47
- removal efficiency, 47
- best available technology (BAT), 145
- best management practices (BMPs), 515, 516
- beta-blockers, 346, 352, 360
- binary variable, 132
- bioaccumulation, 252
- bioavailability, 286, 299
- bioavailable, 236
- biochemical oxygen demand (BOD), 7
- biodegradability, 166, 172, 274, 286, 289, 475
- biodegradability index, 475
- biodegradation
- aerobic, 47
- pathway, 45
- rate, 47
- biodiversity, 5, 15
- bio-electricity, 493, 502
- bio-electrochemical system (BES), 495
- bioethanol, 127, 128, 133
- biological
- biomethanation, 158
- bioremediation, 254, 258
- biosolids, 15, 349, 481
- biotic components
- microorganisms, 370
- plants, 370
- biotic processes, 350, 353, 367, 377, 419
- bisphenol A, 53
- bleaching, 309–311, 317
- blue baby syndrome, 205
- BOD/COD ratio, 68
- boiler
- bornite, 251
- boron, 32, 34, 36
- boron-doped diamond (BDD), 297
- Bowtie diagrams, 558
- Brachiaria decumbens, 329
- Brazil, 203
- breweries, 95, 96, 101, 103
- broken bricks, 157
- BTEX compounds, 44, 55
- Building Research Establishment (BRE), 551
- bulrush, 459
- Business Case Approach, 541
- Business Case Theory, 532
- Butomus umbellatus, 177
- c
- Cabomba caroliniana, 372
- cadmium, 430, 482, 514
- caffeic acid, 288, 291
- caffeine, 158, 352, 362, 368, 372, 376, 411, 414, 419
- Calamity Levels Of Urban Drainage systems (CLOUDS), 521
- calcite, 249
- calcium
- carbonate, 185
- hypochloride, 309
- Canada, 148
- Canna indica, 313
- capillary suction time (CST), 443, 445, 446
- capillary water, 434
- capital costs, 533, 534
- carbamazepine, 345, 352, 361, 367, 372, 376, 383, 414, 419
- carbohydrates, 128
- carbolic acid, 51
- carbon
- carbon-based methane, 206
- carbon dioxide fixation, 1
- carbon felt, 498
- carbon footprint, 95, 101, 102
- Carex
- Carroll's CSR pyramid, 532, 536
- carwash
- cascade aeration, 160
- casein, 175, 176
- cash flow, 539–546
- catechins, 96
- cathode electrode, 494, 503
- cationic exchange reaction, 212, 226
- cellulose, 309
- centralized
- facilities, 3
- wastewater treatment, 429
- centrifuge decanters, 207, 429, 430, 436
- Ceratophyllum demersum, 372
- chalcopyrite, 250, 251
- charcoal matrix, 258
- cheese whey, 176, 194, 198
- chemical oxygen demand (COD), 68
- chemical spills, 51
- chemisorption, 226
- Chile, 203
- China, 203
- chlorinated hydrocarbons, 311
- chlorination, 309–312, 321, 488
- chlorine dioxide, 309, 312
- chlorocatechols, 311, 315
- chlorodehydroabietic acid, 318
- chloroform, 311
- chloroguaiacols, 311, 315
- chlorophenols, 289, 299, 311, 314–316
- chloro-resin, 310
- chlorosyringaldehydes, 311
- chlorosyringols, 311
- chlorovanillins, 311
- chromate ions, 335
- chromium, 332, 336, 430
- Chrysopogon zizanioides, 372
- ciprofloxacin, 357, 373, 375
- circular economy principles, 39
- Cladium jamaicensis, 209,
- clarithromycin, 357
- client satisfaction, 552
- climatic
- conditions, 11
- factors, 263
- climate impact, 433
- clinoptilolite, 384
- clofibric acid, 345, 352, 361, 372–374, 383
- clogging, 152, 165, 197
- closed-loop reuse, 103
- C:N:P ratio, 298, 302
- C/N ratio, 184, 192, 214, 264, 337
- coagulation, 176, 267, 269, 289, 290, 470
- coal transformation, 51
- coarse filling material, 148
- cobalt, 520
- cobbles, 171
- COD/N ratio, 208
- CO2 emissions, 36
- Coffea arabica, 157
- Coffea canephora, 157
- coffee processing, 157
- coffee processing wastewater, 53, 62, 86, 157, 288
- Colocasia esculenta, 313
- color density, 154
- combinations of technologies, 103
- co-metabolism, 369
- commercial clients, 557
- compartmentalization, 379
- compliance-driven, 531
- compostable material, 264
- compost production, 4
- compound-specific isotope analysis, 45
- conductive material, 493, 496, 503
- conjugation, 379
- constructed wetlands (CWs), 1, 3, 6, 26, 28
- Construction Design and Management (CDM), 555, 557
- construction manager, 551
- construction success, 559
- construction time and cost, 552
- contaminated groundwater, 50, 54–56, 301
- continuous aeration, 159
- convective nighttime cooling, 456
- conventional treatment methods, 2, 4, 5, 15
- conveyance ditch, 458
- cooling tower, 453, 454, 456
- copper, 226, 256, 430, 482, 520
- cork production, 285
- cork boiling wastewater (CBW), 285, 287
- cork oak forests, 285
- corkwood, 286, 288
- Corporate Social Responsibility (CSR), 531, 535, 536
- cotton plants, 39
- covellite, 251
- Cr(VI), 194, 195
- customer
- cyanobacteria, 128
- cyclophosphamide, 345
- cylindrical graphite rod, 499
- Cyperus
- alternifolius, 270
- immensus, 52, 313
- involucratus, 138
- pangorei, 313
- papyrus, 52, 137, 312
- spp., 28, 136
- d
- dairy products, 175
- dairy wastewater, 175, 180, 434, 437
- Danish Environmental Protection Agency (DEPA), 430
- dechlorination, 321
- decision making, 544, 545
- decolorization, 170, 297, 303, 304
- deep well disposal, 25, 40, 154
- degradation kinetics, 71
- degreaser, 181, 183
- delignification, 309, 311
- demolition waste, 513
- denaturing gradient gel electrophoresis (DGGE), 409
- denitrification, 210, 270, 277
- Denmark, 13, 430, 432, 436, 437
- depletion of carbon, 69
- deposited sludge, 100
- Desulfobacterium phenolicum sp., 51
- detergent, 175, 182, 436, 469, 477, 480, 489
- developing countries, 264, 269, 309
- dewatering efficiency, 433, 437
- dichlorophenolics, 317
- diclofenac, 352, 353, 368, 372–377, 383, 411, 419
- di-2-ethylhexyl-phthalate (DEHP), 430, 436
- digested sludge, 430, 436, 446
- Digital Elevation Model (DEM), 521
- dimensioning, 432, 433
- dioxins, 311
- diphasic (upflow) fixed film reactor, 134
- direct electron transfer (DIET/DET), 495
- direct plant uptake, 47, 367
- discharge of the condensate
- to the public sewer, 173
- after a treatment, 173
- discharge permit, 454, 465, 467
- dissimilatory sulfate reduction, 230, 253, 254
- dissolved
- carbohydrates, 96
- carbon dioxide, 467
- organic carbon (DOC), 287, 297
- organic matter, 53, 365
- oxygen (DO), 71, 410
- sulfate, 228
- distillation process, 154
- diuretics, 352, 361
- dolomite, 249, 255
- domestic clients, 557
- downflow
- filter, 134
- fixed film reactor, 134
- doxycycline, 357
- d-phenols, 169, 171
- drainage, 432, 433, 436, 437, 443, 448
- dry coffee processing, 157
- dry mass (dm), 13
- dry solid content, 430, 434, 435, 442, 446
- dry solids (ds), 13
- dry systems, 206
- duck potato, 459
- dyes, 327, 330–332
- e
- Echinochloa
- ecological engineering, 3
- ecological impact, 15
- economy of scale, 553
- ecosystem services, 28
- ecotoxicity, 350, 351
- Ecuador, 147
- effluent
- polishing, 135
- recirculation, 8,73, 75
- Eichhornia crassipe, 372
- electroactive bacteria (EAB), 495
- electrocoagulation, 165
- electrolytes, 171
- electron acceptors, 228, 232, 493, 496, 500
- electron donors, 228, 231, 493, 495, 503
- electro-oxidation, 165, 167
- elemental chlorine free (ECF), 310, 311
- Eleocharis interstincta, 209
- Elkington triple-bottom-line approach, 532, 536
- ellagic acid, 288, 298, 300
- Elodea canadensis, 373
- emergent macrophyte, 6, 7
- employee satisfaction, 552
- endemic plants, 140
- endocrine disrupting effects, 346
- endocrine disruption, 350
- energy
- energy budget approach, 456
- energy-dispersive X-ray spectroscopy (SEM-EDS), 236
- engineering efficiency, 553
- England, 440, 441
- enrofloxacin, 358, 375, 384
- environmental footprint, 36
- environmental impacts
- environmentally-driven, 531
- Environmental Protection Agency (EPA), 251
- enzyme activity, 53
- epoxy coating, 181
- equalization tank, 98
- erythromycin, 345, 358, 384
- ethanol
- distilleries, 127
- industry, 153
- ethical case approach, 541
- ethical firm, 537
- ethylbenzene, 43–45, 54
- European Union (EU), 176, 203, 285, 328, 430
- eutrophication, 128
- evaporation ponds, 28, 30, 33, 36, 168
- evaporator-condenser, 167, 172
- evapotranspiration, 135, 170, 193, 302, 431, 446, 456
- Everglades restoration, 15
- excretion, 233
- exoelectrogen, 495
- expanded
- explosives, 349, 371
- extended X-ray absorption fine structure analysis (EXAFS), 239
- extensive biological processes, 134
- extra virgin oil, 166
- exudates, 233
- f
- facultative lagoon, 179
- fat and oil, 432, 437, 443, 446, 447, 470
- fatty acids, 166, 230, 311
- fecal coliforms, 13, 470, 486
- feces, 203
- Fenton oxidation, 290, 297, 299, 312
- fermentation
- fermentative bacteria, 230
- fermenting sugars, 158
- ferric
- ferulic acid, 288
- fill-and-drain wetlands, 67, 69, 70
- filtrate water, 433, 436, 442, 447–449
- filtration, 226, 227, 253, 286, 366, 470
- Fimbristylis spadicea, 209,
- financial
- dimension, 539
- performance, 532
- fine gravel, 192
- first-order area-based PkC* model, 13, 454
- first-order kinetics, 12, 319, 454
- fish and shrimp aquacultures, 105
- Flanders, 189
- floating plants, 67
- floating switch, 184
- floating treatment wetlands (FTWs), 6, 10
- flocculation, 176, 253, 289, 290, 470
- flood
- control, 6
- irrigation, 36–38
- protection, 2
- fluidized bed reactor, 134
- Folin–Ciocalteau reagent, 288
- Food and Agricultural Organization (FAO), 127
- food industry wastewater, 67, 429, 434
- food processing, 82
- Forced Bed Aeration, 67, 181, 190
- formazine attenuation units (FAU), 146
- Fourier transform infrared spectroscopy (FTIR), 236
- fragrances, 419, 420
- France, 432
- FRB seeFrench Reed Bed
- free water, 434
- free water surface (FWS)
- French Reed Bed, 98–100, 102
- freshwater
- fuel hydrocarbons, 44
- functionalization, 379
- furans, 311
- furnace slag matrix, 258
- furosamide, 361
- g
- galaxolide, 410, 416, 419
- galena, 251
- gardening reuse purposes, 98
- gasoline contaminants, 54
- gemfibrozil, 361, 383, 384
- geobacter, 495
- geo-membrane, 7–10
- geo-textile, 7, 9, 10, 183
- Germany, 432, 469
- global warming, 251
- global warming potential, 15
- Glyceria
- glycosides of flavonoids, 96
- granular activated
- grape processing, 96
- graphite plate, 498
- gravel biofilm, 53
- Greece, 13, 165
- greenhouse conditions, 137
- greenhouse gas emissions, 3, 5, 15
- green infrastructure, 28
- green table olives, 168
- groundwater contamination, 154
- h
- habitat creation, 6
- hazard identification, 556, 558
- hazardous organic compounds, 430, 434, 436, 448
- HDPE substrate, 196
- health and safety, 552, 553, 555, 558
- Health, Safety and Environmental (HSE) Services, 560 {AU: This term is given as “Health and Safety Executive (HSE)” in the text. Please check}
- heat energy, 456, 457
- heavy metals, 225, 250, 267, 327, 435, 470, 514
- hemicelluloses, 309
- Henry's Law constant, 45, 52
- heterotrophic bacteria, 72, 208, 210, 273, 381
- hexavalent chromium Cr(VI), 256, 328, 336
- high density polyethylene (HDPE)
- holistically driven, 531
- holistic value chain, 539
- homogenization, 175
- Hordeum vulgare L. 373
- horizontal subsurface flow (HSF)
- hormones, 176, 203, 346
- HSE Management Systems (HSEMS), 556
- hyacinth pond, 158
- hybrid system, 69, 170, 177, 181
- hybrid wetland system, 15, 86, 270
- hydraulic
- clogging, 72
- conductivity, 365, 370, 381
- loading rate (HLR), 12,49, 70
- residence time (HRT), 12,49, 70, 133, 181
- hydrocarbons, 25, 33
- compounds, 43, 44
- concentration, 33
- contamination, 43
- decomposition, 43
- molecule structures, 43
- organic, 43
- products, 43
- separators, 470, 477
- hydro-cyclone oil separators, 28
- hydrolytic upflow sludge blanket (HUSB), 72, 73, 99
- hydrophobic compound, 52
- hydroxyl radicals, 297
- i
- ibuprofen, 352, 354, 368, 372–376, 383, 411, 419
- ice-cream production, 187
- illegal disposal, 43
- imhoff tank, 98, 99, 179
- incineration, 165
- in-country value, 4, 5, 553
- India, 137, 263
- indirect electron transfer (IET), 495
- inductively coupled plasma (ICP), 238
- industrial
- inert material, 264
- Infiltration–percolation (IP) filter, 471
- inflow splitter structure, 458
- infrared spectroscopy, 236
- innovation cycle, 539
- insoluble metal sulfides, 229
- Intended Nationally Determined Contributions, 35
- intensified systems, 68
- intermediate compound, 53
- intermittent
- internal business process, 540
- International Carwash Association, 470
- interstitial liquid, 408–411, 418
- inverted porous clay bowls, 155
- ion exchange, 194, 370, 382
- ionization, 345
- Iris pseudacorus, 177, 329, 373
- iron, 183, 188, 227, 256, 434, 436, 444, 520
- iron hydroxides, 249
- iron-oxidizing bacteria, 250
- j
- Japan, 153, 203
- Juncus
- acutus, 373
- effuses, 52, 99, 373
- rigidus, 28
- spp., 7, 210
- Jura marble, 185, 188
- l
- labile, 236
- lactose, 176
- landfill, 263–267, 273, 274, 279, 349
- landfill leachates, 349
- Landoltia punctate, 373
- land pollution, 128
- landscape integration, 71
- Langenreichenbach, 70
- leachate
- lead, 227, 430, 482, 514, 520
- leather products, 327
- Legionella
- Lemna
- gibba, 374
- minor, 373, 374
- spp., 177
- Leuna, 54
- levofloxacin, 384
- light expanded clay aggregates (LECA), 191, 286, 301, 303
- lignin, 309, 311, 314
- ligno-cellulosic materials, 309
- limestone, 182, 185
- Limnophila sessiliflora, 374
- linear alkylbenzene sulfonate (LAS), 430, 436
- linearity, 131, 132
- Linum usitatissimum, 374
- lipid regulating drugs, 346
- lipids, 166, 230
- lipophilicity, 345, 368
- liquid treatment systems, 205
- Litaneutria minor, 177,
- Lithuania, 147
- livestock farm effluents, 68, 349
- lixiviation, 205
- local availability, 165
- lockboxes, 556
- Lolium multiflorum, 159
- Loss on Ignition (LOI), 434, 435, 437, 444
- lubricating oil, 436
- Lupinus luteolus, 374
- lye treatment, 150
- Lythrum salicaria L, 375
- m
- macrophyte
- manganese, 227
- manure, 206–208, 212
- market share, 535, 539, 540
- mass removal rates (MRR), 302, 304
- mass spectrometry, 346
- mathematical programming model, 130
- matrix material, 49
- maximum acceptable level, 513
- m-cresol, 54, 55, 304
- meat processing, 145
- mechanical aeration, 67
- Mediterranean, 165, 172
- mefenamic acid, 384
- melanoidin, 153
- membrane
- bioreactors, 351
- technologies, 289
- mercury, 256, 430, 482
- mesophilic conditions, 133, 268
- metabolites, 346, 349, 350, 379, 386
- metabolization, 367, 377, 386
- metal
- metal-laden wastewater, 225
- metalloids, 225, 226, 238, 239
- metathiolate, 233
- methanogenesis, 134, 303
- methanogenic
- methanogens, 230
- methemoglobinemia, 205
- methyl dihydrojasmonate, 411, 416, 420
- methyl-tert-butyl-ether (MTBE )
- compounds, 44
- degradation, 49, 54, 55
- degradation processes, 49
- mineralization, 48
- removal, 48, 50, 55
- removal rates, 50
- volatilization, 55
- metoprolol, 360
- Mexican guideline, 140
- Mexico, 137, 146
- microbial fuel cell (MFC), 493, 494, 502
- microbial
- biofilm activity, 52
- community development, 54
- removal processes, 232
- respiration, 213
- microbiological risk, 470, 490
- microfiltration (MF), 298, 300
- micronutrients, 172
- micropollutants, 346, 347, 364, 412
- milking parlors, 175
- milk processing units, 175
- millerite, 251
- mineralized sludge residue, 13, 431
- mineral salts, 176
- mineral sealing layer, 28, 30, 35, 36
- mine waste dumps, 251
- mining activities, 249
- mixed integer linear programming (MILP), 131
- mobile, 230, 235–238
- mobility, 233, 366, 367, 379
- mobybdenite, 251
- molasses, 127, 129, 134, 135, 140, 230
- molecular weight (MW), 286, 345
- monochlorophenolics, 317
- monohydroxybenzene, 51
- monooxygenase, 379
- monsoons, 265
- montmorillonite, 383
- mordenite, 384
- motivation-based strategy, 534
- multistage CW systems, 98, 171
- municipal solid waste (MSW), 263–265
- Myriophyllum aquaticum, 375
- n
- nanofiltration, 165, 176, 253, 289, 351, 470
- nanowires, 495
- naproxen, 345, 352, 356, 368, 372–374, 383, 411, 414, 419
- Natura 2000, 285
- natural
- treatment systems, 3
- wastewater treatment systems, 26
- natural limestone (CaCO3), 158
- natural weathering, 249
- natural wetlands, 1, 2, 7
- natural zeolite, 9, 14, 196, 384
- nematode eggs, 476
- Netherlands, 176, 181, 469
- neuroactive drugs, 346
- neutralization, 158, 252, 253
- nickel (Ni), 226, 430, 438, 482, 513, 520, 523
- nicotine, 383
- Nimr oilfield, 27
- Nimr Water Treatment Plant (NWTP), 27, 28, 39
- nitrate reduction, 180
- nitric oxide, 210
- nitrification process, 159, 270
- nitrifying activity, 72
- nitrogen
- accumulation, 155
- assimilation, 212
- cycle, 211
- elimination mechanisms, 209
- nitrous oxide, 210
- nitroreductase, 379
- Nitrosospira spp., 180
- nonylphenol/nonylphenol ethoxylates (NPE), 430, 436
- numerical model
- results, 50
- simulations, 50
- nutritional source, 205
- o
- objective function, 130, 131
- Occupational Health Risk Assessment (OHRA), 558
- octanol-water partition coefficient, 45, 52, 320, 350, 363, 367
- ofloxacin, 358
- oil and gas industry, 25
- oil and grease, 25, 27, 470
- oil in water, 30, 32, 34, 35
- concentration, 33
- content, 30
- olive mill wastewater (OMW), 51, 56, 165, 167, 288
- olive oil industry, 165
- olive pomace, 166
- operational costs, 5
- operational taxonomic unit (OTU), 409
- operation cycle, 539
- organic
- flocculants, 207
- loading rate (OLR)
- solids, 448, 449
- surface load rates, 12,135, 139, 197, 275, 286, 294
- organic carbon partition coefficient, 320
- organic matter
- decomposition, 71
- degradation, 99
- orthophosphate (OP), 170, 411, 413
- overhead irrigation, 36, 37, 39
- oxazepam, 362, 372–374
- oxidation
- oxidation reduction potential (ORP), 155, 265
- oxygen
- consumption rates (OCR), 70
- solubility, 70
- transfer, 67, 69, 70, 89, 91
- transfer capacity (OTC), 12
- transfer rate, 69, 70
- uptake rate (OUR), 288, 289, 291, 294
- oxytetracycline, 358, 375, 377, 383
- ozonation, 291, 297, 312, 470
- ozone depletion, 251
- p
- palygorskite, 384
- paracetamol, 383, 384
- parking areas, 513
- passive
- subsurface CWs, 172
- systems, 68
- pasteurization, 175
- p-cumaric acid, 288
- pea gravel, 183
- Pennisetum purpureum, 329
- pentachlorophenol, 311, 317, 321
- peptides, 176, 380
- perennial plant species, 37, 38
- perforated drainage pipes, 67
- peroxidases, 379
- peroxygenases, 379
- persistence, 351, 370
- persistent organic pollutants (POPs), 311
- person equivalent (PE), 12, 101, 166
- pesticides, 327
- petrochemical industry, 26, 43, 44
- petroleum hydrocarbons, 25, 26, 43, 49, 371
- Phalaris arundinaceae, 177
- pharmaceutical industry, 349
- pharmaceuticals, 345–353, 364–380
- pharmaceuticals and personal care products (PPCPs), 406, 408, 411, 413, 418
- phenol
- adsorption, 52
- chlorinated, 51
- concentrations, 52
- contamination, 44
- oxidase, 53
- removal, 51, 52, 168
- surface load, 52
- toxicity, 52
- phenol-degrading microorganisms, 51
- phenolic
- acids, 96, 288
- compounds, 44, 51, 52, 128, 158, 159, 288, 298
- phenolic intermediates, 54
- phenylalcohol, 51
- phosphate accumulation, 155
- phosphoric acid, 182, 188
- phosphorus
- adsorbent materials, 73, 87
- adsorption material, 152
- binding capacity, 185
- photodegradation, 349, 350, 353–362, 418
- photo-oxidation, 168, 170, 290
- photosynthesis, 153
- Phragmites
- australis, 7, 8,28, 98, 136, 177, 193, 313, 371, 406, 438
- mauritianus, 52, 313
- karka, 135
- phytochelatins, 232, 233
- phytoremediation techniques, 154, 482
- phytostabilization, 366, 368, 371
- phytotechnologies, 347, 351, 385
- phytotoxicity, 51, 233
- phytotransformation, 366, 368, 369
- phytovolatilization, 366, 369, 370, 378
- pig manure, 75, 82
- pigments, 140
- Pistia stratiotes, 375, 376
- plant
- biomass management, 337
- exudates, 367
- matter, 234
- root mats, 47
- transpiration, 378
- plant-mediated oxygen transfer, 69
- plant uptake, 180, 189, 232, 313, 418
- plasticizers, 470
- plastic media, 197
- polarity, 346, 350, 357, 369, 379
- polar molecules, 345
- poly aluminum chloride (PAC), 269, 312, 440
- polyculture, 371
- polycyclic aromatic hydrocarbons (PAH), 430, 436, 484, 514
- polymerase chain reaction (PCR), 409
- polymer coagulants, 433
- polyphenols, 166, 286, 299
- polysaccharides, 286
- Pontederia
- population equivalent, 68
- Populus nigra L., 376
- pork production, 203
- porosity, 196, 197
- Portugal, 285, 300
- potato
- Pourbaix diagrams, 255
- powder activated carbon, 499
- power-generating facility, 453
- pressure transducer, 458, 459
- pretreatment processes, 133
- primary
- priority pollutants, 51
- proactive industry, 541, 545
- processes
- biological, 2
- chemical, 2
- physical, 2
- produced water, 25–28
- management, 25–27, 36
- reuse, 27
- production scenarios, 130
- profit-driven, 531, 545
- proteins, 230
- protocatechuic acid, 288
- proton exchange membrane (PEM), 494, 496
- protozoa, 380, 381
- Pseudomonas
- aeruginosa, 51
- fluorescens, 51
- putida, 51
- species, 45
- psychiatric drugs, 352, 361
- psychoactive drugs, 352
- public acceptance, 470
- pulp and paper
- pulping of exocarp and mesocarp, 157
- pulp residuals, 158
- pulse fed tracer, 147
- pyrite, 250, 251
- pyrrhhdite, 251
- r
- radium, 256
- Raman spectroscopy, 236
- reactive Industry, 543, 545
- reciprocating wetlands, 67, 69, 89
- recirculation, 148, 150, 152, 168, 185
- recyclable material, 264
- redox potential, 53, 214, 226, 303, 410, 412
- regulatory-based strategy, 534
- regulatory risks, 535
- remediation, 253
- removal
- kinetics, 72
- mechanisms, 226
- renewable energy sources, 11, 14
- reputation, 535, 541
- research needs, 141
- resin and fatty acids (RFAs), 311, 314–321
- resistant organic matter, 158
- reuse options, 130
- reverse osmosis, 165, 176, 298, 351, 470
- brine, 453
- without regeneration, 130
- with regeneration, 130
- rhizodegradation, 366, 369, 370, 378
- rhizosphere, 233, 234, 239, 367–370, 377, 420
- Ricinus communis, 38, 39
- rinsing cycles, 175, 181, 182, 188
- risk of clogging, 97
- risk screening, 556, 558
- root biofilm, 53, 54
- root concentration factor (RCF), 377
- rotating biological contactor (RBC), 267
- ryegrass, 159, 160
- s
- Saccharum officinarum L. 127
- SAFIRA-project, 55
- Salicornia bigelovii, 38, 39
- salicylic acid, 352, 357, 383, 411, 416, 419
- saline irrigation, 36, 39
- Salix
- Salvinia molesta, 376
- sand filter, 147
- sanitary landfill, 263
- Santa Tea mill, 172
- scanning electron microscopy (SEM), 236
- scenario developments, 540
- Schoenoplectus
- Scirpus
- atrovirens, 270
- californicus, 7
- lacustris, 7
- spp., 7, 371
- sylvaticus, 180
- tabernaemontani, 177
- validus, 145, 177, 376
- screw-press, 429, 430
- seasonality, 166
- secondary treatment, 133, 207, 406
- security fencing, 556
- sedimentation, 226, 253, 286, 470
- sedimentation tank, 148, 151, 443
- selenium, 482
- Senecio sylvaticus, 177,
- sepiolite, 383
- septic tank, 177, 178
- sequencing batch reactor (SBR), 100, 176, 178, 268
- sequential extraction procedures (SEP), 236, 237
- sequential treatment, 289, 299
- service cycle, 539
- settling
- sewage sludge, 429, 432, 437, 443, 445, 447
- sewer collection network, 3
- shewanella genera, 495
- sickness absence, 552
- single-stage CW, 97
- slaughterhouse wastewater, 145
- sludge
- application, 429
- dewatering, 429–437
- handling, 4
- loading rate (SLR), 13
- residue, 431–438, 440, 446, 449
- volume reduction, 446
- sludge drying reed bed (SDRB), 100
- sludge treatment reed bed (STRB), 429–431
- Sludge Treatment Wetlands (STWs), 10, 13, 15
- slurry management, 203, 205
- soda pulping, 309
- sodium
- soft drinks processing, 145
- soil amendment, 429
- solar
- solid-liquid separation, 205
- solid waste (SW), 263, 265–267, 328
- solubility, 229, 235, 346, 349, 363, 377
- solubility product constant, 235
- soluble organic compounds, 151
- solvents, 327
- sorbents, 365, 385
- sorption
- behavior, 52
- capacity, 52
- distribution coefficient, 350
- Sotalia fluviatilis, 178,
- sotalol, 360
- South Africa, 138, 165, 251
- Spain, 13, 165, 285, 406, 469
- Sparganium erectum, 177,
- specific conductance, 453, 454, 456, 466, 467
- specific surface area, 196
- specific weight, 196
- sphalerite, 250, 251
- Sri Lanka, 271
- stabilization ponds, 134, 136, 167
- stable isotope, 147
- staff turnover, 552
- stakeholder
- dimension, 539
- involvement, 147
- steel factories, 513
- steel slag, 186, 187, 189
- Stella software, 532, 536, 540
- step-feeding, 8
- stoichiometry, 250
- storage tank, 471, 488, 490
- stormwater
- strategic management, 531, 535, 539, 545
- Stuckenia pectinate, 178,
- submerged macrophyte, 6
- submersible pump, 183
- substrate
- conversion rate, 497
- layer, 8, 10, 14
- subsurface drip irrigation, 471
- subsurface flow (SSF)
- constructed wetlands, 6–8
- systems, 51, 67, 269, 364
- subtropical climates, 135
- sugarcane
- sugars, 366, 370, 380
- Suillus pungens, 178
- sulfamethazine, 358, 373, 375, 377
- sulfamethoxazole, 345, 352, 358, 372, 376, 383
- sulfate, 140
- sulfate-reducing bacteria (SRB), 227, 228, 231, 328
- sulfide ore, 249, 250
- sulfides, 227–235, 327
- sulphide oxidizing bacteria (SOB), 328
- sulfide precipitation, 228–230
- sulphate reduction, 72, 303
- supply chain management, 553
- support matrix, 381, 382, 385, 386
- surface loading rates, 69, 336
- Surface Flow Constructed Wetlands (SFCWs), 6, 7, 28, 33, 36, 39, 154
- surfactants, 469, 470, 474–480, 487
- surplus activated sludge, 3, 445, 446
- suspended solids (SS), 7, 289, 312, 434, 443
- sustainability, 14
- sustainability-driven, 531
- sustainable
- development, 3
- entrepreneurship, 537
- wastewater treatment, 72
- water management, 26
- Sustainable Urban Drainage System (SUDS), 511
- Sweden, 432
- swine
- synchrotron radiation, 239
- Syria, 165
- syringic acid, 288
- system dynamic, 532, 539, 546
- t
- table olive processing wastewater, 168, 170
- tanneries, 327, 412
- tanning agents, 327
- tannins, 158, 286, 300
- tellurium, 482
- temperature reduction, 454, 456
- tertiary butyl alcohol (TBA), 55
- tetrachlorophenolics, 317
- tetracycline, 359, 372, 375, 377, 383
- textile
- tezontle, 137
- Thailand, 138, 153
- Thalia
- thallium, 482
- theft, 556
- three-phase (3-P) olive mills, 168
- three-phase olive oil production, 166
- tidal flow wetlands, 67, 69, 89, 155, 156
- tin, 482
- tonalide, 410, 419
- topographical information, 11
- total ammonia nitrogen (TAN), 148
- total carbon (TC), 265, 276
- total chlorine free (TCF), 310, 311
- total copper, 454, 463, 513, 520, 523
- total dissolved solids, 25, 27, 32, 34
- total Kjeldahl nitrogen (TKN), 147, 170, 327
- total phenols, 287, 288
- total phosphorus (TP), 156, 265, 443
- total solids, 443
- total suspended solids (TSS), 68
- total value of wetlands, 1, 2
- toxic chemicals, 158
- toxicity, 128, 141, 205, 456
- trace metals, 227, 235
- transferases, 379
- translocation, 367, 375–378, 436
- transpiration stream concentration factor (TSCF), 378
- treated produced water, 27, 28
- trichlorophenolics, 317
- trickling filter, 15, 167, 170, 171, 176
- trimethoprim, 359
- trivalent chromium (Cr(III)), 327, 328
- tropic climates, 157
- Tunisia, 165
- turbidity, 140, 470, 476–480, 483, 484
- Turkey, 165
- turnover growth, 539, 540
- two-phase olive oil extraction, 166
- two-stage bioreactor (anaerobic), 134
- Typha
- angustata, 136, 178
- angustifolia, 7,270, 313, 406
- colacasia, 158
- compensis, 101
- domingensis, 28, 52, 177, 313
- latifolia, 7,52, 156, 169, 177, 209, 313, 329
- spp., 7,136, 329, 371, 376
- u
- UK, 255
- ultrafiltration (UF), 289, 300, 312, 351, 470
- unionized ammonia, 453, 454, 456, 463
- unit area demand, 12
- United States of America (USA), 203
- unplanted wetland, 180
- upflow anaerobic hybrid reactor (UAHR), 158
- upflow anaerobic sludge blanket (UASB) reactor, 133, 154, 158, 176, 268
- upscaling, 173
- uranium, 256
- urban wastewater reuse, 477
- urban wastewaters, 135
- urine, 203–205
- Urtica dioica, 180
- US Environmental Protection Agency (EPA), 328
- UV radiation, 297
- v
- valorization, 286, 288, 298, 304
- vanadium, 520
- vandalism, 556
- vanillic acid, 288
- vapor pressure, 45, 52
- vegetable processing, 145
- vehicle
- cleaning system, 469, 470
- washing facilities, 469
- ventilation, 431, 441
- Veracruz, 137
- vertical flow (VF)
- CWs (constructed wetlands), 6, 8, 9,45, 364
- systems, 67
- vertical roughing filter, 55
- veterinary medicine, 345
- veterinary pharmaceutical products, 145
- VFCWs seevertical flow, CWs (constructed wetland)
- virgin oil, 166
- volatile
- volatilization rates, 45, 286, 313, 349, 365, 366
- volcanic substrate, 137
- volumetric reduction factor (VRF), 292, 293, 296, 300
- w
- warning signs, 556
- washed processing technique, 157
- wash water, 453
- wastewater
- water–biofilm interface, 69, 70
- water-demanding industries, 103
- water discharge taxes, 130
- waterharmonica, 516, 517
- water reuse, 26, 27
- waterworks sludge, 430, 440, 449
- wetland
- Wetland Technology, 1, 4, 8, 9, 14, 16
- wet total manure, 204
- whey, 176, 194, 198
- whole effluent toxicity (WET), 466
- whole life performance, 552
- wineries, 95, 96, 99, 103, 300
- wine stoppers, 285
- working hours, 552
- x
- X-ray absorption near edge structure (XANES), 239
- X-ray absorption spectroscopy (XAS), 238, 239
- X-ray diffraction (XRD), 238
- X-ray fluorescence (XRF), 238
- X-ray photoelectron spectroscopy (XPS), 236
- xylenes, 54
- z
- Zahn–Wellens test protocol, 288
- Zannichellia palustris, 377
- zeolite-filled system, 50, 197
- zero-discharge approach, 129
- zero-liquid-discharge, 129
- zinc, 227, 256, 430, 482, 514, 520
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