Page 575 - Industrial Wastewater Treatment, Recycling and Reuse

Index 545

effective biological treatment, Anaerobic membrane bioreactor (AnMBR)
193–194 agitator, 413–414
electrochemical, with BDD, 206–207 biogas generation and yield, 424–427
electro-Fenton advanced oxidation biological performance, 409, 410t,
treatment, 199–202 423–424
Fenton catalytic reactor advanced biomass, 408
oxidation treatment, 202–206 bioreactor, 407
Fenton process, 196–199 COD, 411, 419
implementation, 207–211 concentration, biomass, 427–429
oxidation treatment, 195–196 development and evaluation, 412–413
principal bottlenecks, present systems, domestic sewage generation and
193–195 treatment scenario, India, 401–403
wastewater treatment technologies, 209f domestic wastewater, 399–400
Aerobic treatment experimental methodology and operating
activated sludge process, 39–40 conditions, 416–419
ASP, 373, 374–375 experimental setup, 413, 413f
“bio-chemical reactors”, 39 fluid flow velocities, 411
biological, 44, 45f granule formation, 408
commercial variations, 40–41 journals, 408–409, 409f
disadvantages, 39 low-strength wastewater treatment, 411
maximum discharge limits, activated membrane-cleaning protocols, 417–418
sludge plant, 41, 41f membrane filtration performance,
MBBR, 377 427–430
operation of, 39 membrane filtration unit, 414
process configuration, 372–373 microorganisms, 407
SBR, 375–377 municipal and industrial wastewaters,
wastewater treatment process, biological, journals, 411–412, 412f
40–41, 40f OLR, 417
AES. See Activated egg shell (AES) optimized operating conditions, 423–430
Agitated thin film dryers (ATFDs) performance evaluation, 418–419
description, 499 TMP, 407–408
pharmaceutical API, 500–512 wastewater characteristics, 415–416, 416t
Agro-foods and starch industry, 476–477 water availability and use, 400–401
Algal fuel preparation, 264–265 Anaerobic treatment
Alumina anodizing industry, 478 acidogenesis, 42
Alumina industry, technology applications acidogenic and methanogenic
alumina trihydrate, 480 microorganisms, 43–44
aluminum oxide, 478 advantages, 42–43
Bayer process (see Bayer process) biological, 44, 45f
hydration, 480 decoupling methods, 43–44
precipitation process, 480 wastewater treatment process, biological,
Ammoniacal nitrogen (NH 3 –N) 42, 42f
low-cost materials, 127 AOPs. See Advanced oxidation processes
technologies, 127 (AOPs)
toxic pollutant, 127 Aqua EMBR system
Anaerobic fermentation actual plant, 391, 391f
ATP generation, 236–238 aerobic treatment principle, 372–373
TEAs, 236–238 biological parameters, 391, 391t