Page 236 - Energy from Toxic Organic Waste for Heat and Power Generation
P. 236

214   Index


          Leather processing industry       Nonhazardous health-care waste, 105–106
            heat and energy generation      Nonhazardous wastes, 3
              biomethanation, 63–64, 64f    Nuclear wastes, 2–3
              UASB technology, 61–63, 62f
            manufacturing process, 56       O
            meat processing waste, 55–56    Organohalogens, 50
            pollutants                      Oxygenated solvents, 47–48
              solid wastes, 57
              VOC, 57–59                    P
              waste water, 57, 58t          Paper production process
            raw material, 55                 cancer, 87
            toxic chemicals, 59–61, 60t      China, 83, 85
              azo dyes, 61                   countrywise production, 85–86, 87t
              N-methyl pyrrolidone, 59       mechanical process, 84
              phthalates, 59                 North America and Europe, 84, 85t
          Liquid wastes, 2–3                 process steps, 84
          Low-density polyethylene (LDPE) waste  production flowchart, 85, 86f
            fuel oil (see Fuel oil production)  wastes (see Pulp and paper industry
            reactor shell, 160–163, 160f, 162f   wastes)
                                            Pathological waste, 101
          M                                 Persistent organic pollutants (POPs), 143,
          Magnesium silicate, 77                 146
          Medical wastes. See Health-care wastes  disposal methods, 146
          Mercury waste, 143                 Stockholm Convention, 140
          Metal wastes, 2–3                  types, 143
          Methanogenesis, 137               Pharmaceutical wastes, 104
          MFCs. See Microbial fuel cells (MFCs)  Plastics, 157, 159
          Microalgae, 72–74                 P-listed hazardous wastes, 125–126
          Microbial fuel cells (MFCs), 50–52, 51f  Polychlorinated biphenyls (PCBs),
          Microemulsion, 75                      143, 146
          Municipal solid wastes (MSW), 205–206  Polycyclic aromatic hydrocarbons (PAHs),
            conversions methods, 8–9             47
            energy recovery methods         Potato processing wastewater, 18–19
              biochemical conversions, 9, 13–15  Producer gas
              thermal conversions, 9–13, 10f  carburetor, 171–175, 173–174f
            India, 152, 159                  checking quality, flaring for, 164–165,
            residential areas, 7                 165f
            treatment, process layout for, 23, 24f  composition, 165–167, 167t
            United States, 119               down draft gasifier, 164–165, 164f
                                             exhaust gas analyzer, 171, 172t
          N                                  smoke meter, 169–171, 171t
          National Planning Policy Framework   venturimeter, 174–175, 175f
               (NPPF), 206–207              Pulp and paper industry wastes
          National Toxicology Program, 48    energy generation
          National Waste Management Plan       AD, 92
               (NWMP), 206–207                 biodiesel, 92–93, 94f
          Nonbiodegradable wastes, 2–3         gasification, 90–91
          Nonedible plant oils, 71–72          incineration, 90
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