Page 235 - Energy from Toxic Organic Waste for Heat and Power Generation
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Index   213


              H                                    infection-control officer, 114
              Hazardous wastes, 3, 7–8             international recommendations, 117
               characteristics, 126                national management plan, 116–117
               classification, 126–129             reasons for failure, 111
               corrosivity, 126                    requirements, 99
               definition, 123–124                 supply officer, 115
               identification, 124–126             transport, 112–113
               ignitability, 126                   water and habitat engineer, 100
               Indian laws, rules, and principles,   WHO guidance documents,
                   122–123                           113–114
               reactivity, 126                 Heat and energy generation
               vs. secondary materials, 124, 124f  leather processing industry
               vs. solid wastes, 124, 124f         biomethanation, 63–64, 64f
               toxicity, 126                       UASB technology, 61–63, 62f
               treatment processes               textile wastewater, 50
                 biochemical process, 135–137  Honge oil methyl ester (HOME)-producer
                 physical and chemical, 129–133      gas operation. See Dual fuel engine
                 thermal process, 133–134, 135t  Household wastes
               United States, 121                food wastes, 21
              Health-care wastes                 hazardous wastes, 129, 130t
               environmental impacts, 111      Hydraulic retention time (HRT),
               hazardous wastes, 105–106             26–27, 32
               health impacts                  Hydrocarbon solvents
                 hazardous nature, 109           aliphatic compound, 47
                 persons at risk, 109            aromatic compound, 47
               health risks, 110               Hydrolysis
               High-income countries vs. low-income   food wastes, 26
                   countries, 105                hazardous wastes, 137
               reduction practices
                 policy purchasing, 107        I
                 product recycling, 107        Ignitable wastes, 140
                 source reduction, 106–107     Incineration process
                 stock management, 107           MSW, 9–11, 10f
               sharps-related, 110–111           pulp and paper industry wastes, 90
               sorting methods, 101, 105t      Inert wastes, 7–8
               sources, 101, 102t              Infectious waste, 101, 106
               types, 99, 101–105, 104t        Internal combustion (IC) engines, 151–152,
               waste management                      157
                 adiation officer, 115         Ion exchange resins, 77
                 chief pharmacist, 101, 115
                 collection and storage, 112   K
                 financial aspects, 116        K-listed hazardous wastes, 125
                 head nurse, 100–101
                 head of laboratory, 101       L
                 hospital administrator, 100   Land filling, 4–5, 8–9
                 hospital engineer, 115–116    LDPE waste. See Low-density polyethylene
                 hospital project manager, 100       (LDPE) waste
                 improvements, 113             Lead waste, 142, 146
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