Page 589 - Industrial Wastewater Treatment, Recycling and Reuse

Index 559

“ECOFINE” ammonia stripper, Water requirements
515–517 designated best uses, 297, 298t
equalization, 515 industries, 293–294, 295t
organic and inorganic compounds, RCF Plant, 309
323–324 supply and demand curves, 297–299, 299f
physicochemical and biological processes, urban population, 286–287
323 Water systems, industrial plants
SBR-I feed tank, 517 agro-foods and starch industry, 476–477
Water availability and use, AnMBR alumina anodizing, 478
annual water availability, 400, 401t alumina industry, technology application,
BCM, 400 478–486
infrastructure and low treatment computers usages, 464
capacities, 401 description, 463
projected water demand, 400, 400f engineering initiatives, 463
Water balance mathematical modeling, 464–468
atmospheric, 290, 291t petroleum refining, petrochemical and
classes, water quality, 291–293 bulk chemicals, 473–474
conservation, augmentation and pinch analysis, 468–472
recycling, 291–293 power plants and coal handling, 475
domestic sewage and industrial waste, pulp and paper, 475
291–293 reuse, recycling and regeneration,
Ganga Action Plan, 291–293 463–464
hydrologic, 290–291 sour water stripping system, 473, 474f
infrastructural development, 291–293 systems and software techniques, 463
per capita availability, 290, 290t textile industry, 476
regulatory mechanisms, 291–293 wastewater, 463
septic tanks, 291–293 wastewater reuse potential, industries,
total water resources, 290 472, 473t
Water minimization technique zinc refinery, 477–478
analysis/targeting, 470 Water usage
composite curves, water integration, agricultural sector, 11
470, 471f BOD and COD, 7–9
mathematical modeling, water usages, chemical and allied industries, 1, 2t
471, 472f chemical and allied process, 1
in plant, 468–470, 469f developmental opportunities, rural
process changes, 468 sectors, 10
process simulation, 470 domestic and industrial wastewater,
regeneration recycling, 469 generated vs. treated, 6, 7f
regeneration reuses, 469 economic policy vs. environmental
synthesis, 470 pollution control, 10
wastewater, 469 environmental problems, 11–12
water integration techniques, 470 environmental sustainability, 10–11
water reuses, 469 horticulture, gardening and thermal
Water recovery control power sectors, 3–5
3D TRASAR technology, 459 India projected to water stressed, 2025,
process performance/product quality, 461 3, 4f
RO system recovery, 460, 460f India’s sources, 3–5, 6f
SBS, 460–461 nitric acid production, 2