Page 587 - Industrial Wastewater Treatment, Recycling and Reuse
P. 587

Index  557


               ASP technology, 302             Sugar mills, 3D TRASART technologies
               biological methods, 304           analyzers, TOC, 442
               class I and II cities, 300–304, 301t, 302t  components, 443, 445f
               data collection, 306–307          condensate process, 438–440
               membrane processes, 305–306       condensate reuse, 442–443, 444f
               primary treatment, 304–305        conductivity sensor, 446–447, 446f
               secondary treatment, 305          conductivity vs. ammonia concentration,
               technical factor, 305                441–442, 441f
               UASB technology, 303              florometer, 443, 444f
               UV light, 305                     fluorescence intensity, condensate,
               water recycling and reuse, strategy, 306  442–443
               WSP technology, 302               Jablonski diagram, 442, 443f
              Sewage wastewaters                 juice contamination, 443
               biological methods, 286           MEE, 438, 438f
               characteristics, 284, 285t        a-naphthol method, 447
               COD and BOD, 285–286              non-sugar materials, 442
               domestic use, 284                 pH and conductivity monitoring module,
               nitrogen and phosphorus, 284–285     444–446
               recycling and reuse option, 288–289  sugar cane, 437–438
               rivers, 286                       TOC, 439
               sewage generation and treatment capacity,  wet chemistry methods, 440–441
                   294–297
               sewerage system, 288
               temperatures, 284–285           T
               treatment options, STPs (see Sewage  Tangential flow/vortex diodes
                   treatment plants (STPs))      construction details, 121–122, 122f
               urban water market, 299–300       description, 121–122
               urban water supply system, 287–288  experimental setup, cavitation studies,
               water balance (see Water balance)    123–124, 123f
               water requirements (see Water     pollutants and process parameters,
                   requirements)                    123–124
              Single-solute adsorption           quality and quantity, 124
               AES, 350–351                      working principle, 121–122, 122f
               ATW, 350                        TDSs. See Total dissolved solids (TDSs)
               vs. binary solute, 357–360      TEAs. See Terminal electron acceptors
               BMO of Fe and Al, 351–352            (TEAs)
               TW powder, 349                  Tea waste (TW)
               untreated BP, 348–349             FTIR spectrum, 335, 336f
              Solar energy, 528                  powder, adsorption isotherms, 349
              Solids separation equipment        preparation, 333
               ATFDs, 499                        surface characteristics, 341–342, 342t
               dryer, 499                      Terminal electron acceptors (TEAs),
               pusher centrifuge, 499               236–238
              Solvent stripping system         Textile industry, 476
               feed effluent, 505              Thermal vapor recompression (TVR),
               packed and tray column designs, 505, 506t  496–497
              Sour water stripping system, 473, 474f  TMP. See Transmembrane pressures (TMP)
              STPs. See Sewage treatment plants (STPs)  TOC. See Total organic carbon (TOC)
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