Page 102 - Piston Engine-Based Power Plants
P. 102

INDEX






            Note: Page numbers followed by “f ” and “t” refer to figures and tables, respectively.
            A                                 D
            Alpha Stirling engine, 61 62, 61f,63f  Deutz AG Gasmotorenfabrik, 6
                                              Diesel, 17 18
            B                                   biodiesel, 17 18
                                                synthetic, 17
            Backup power systems, 8
                                              Diesel, Rudolf, 7, 27, 47
            Benz, Karl, 7, 27, 40 41
            Beta Stirling engine, 62 63, 63f  Diesel engines
            Biodiesel, 17 18                    combustion, 50 53
            Bottom dead centre (BDC), 36 37, 42, 48, 51,  cylinder cross-section, 49f
                 53                             four-stroke, 51t
                                                fundamentals of, 48 50
                                                power generation applications of, 56 57
            C                                   thermodynamic pressure volume diagram
            Capital costs, 90 91, 91t              for, 49f
            Carbon dioxide emission, 84 85      timing and speed control, 53 54
            Carbon monoxide emission, 83 84     turbocharging, 50 53
            Carburettor, 38, 40 41, 40f         two-stroke, 54 55, 55f
            Carnot, Sadi, 60                  Dual fuel engines, 43, 44f
            Carnot heat engine, 60
            Cetane number, 17 18
            Cetane rating, 18                 E
            Clark, Dugald, 7, 27              Economics of piston engine power plants, 87
            Cogeneration of piston engine, 71   capital costs, 90 91, 91t
             combined cycle, 76 77              electricity cost, 88 89
             engine heat resources, 73 75, 74f  fuel costs, 89 90
             organic Rankine cycle, 77          levelized cost of electricity, 92
             reciprocating engine cogeneration systems,  Electricity cost, 88 89
                 72 73                        Emission control, 39
             Stirling engine CHP systems, 75  Energy sources, of Stirling engine, 65
            Combined cycle, 76 77             Engine cycles, 26 30
            Combined heat and power (CHP)     Environmental impact, of reciprocating engine
            Combined heat and power (CHP) system,  power plants, 79
                 72 75, 87, 91                  additional effects, 85
             Stirling engine, 75                carbon dioxide emission, 84 85
            Combustion                          carbon monoxide emission, 83 84
             diesel engine, 50 53               nitrogen oxides emissions, 82 83
             spark ignition engine, 38 42, 40f  origin of emissions, 80 82, 81t,82t
            Compression or diesel engine, 2, 7, 17, 25 26,  particulates emission, 81, 83 84
                 47                             sulphur dioxide emission, 84
            Compression engines. See Diesel engines  volatile organic compounds emission, 83 84
            Compression ratio, 35 36, 51      Ethanol, 16
            Compression stroke, 38            Exhaust stroke, 38
            Crankshaft, 24 25, 24f,25f        External combustion engines, energy sources
            Cylinders in engine, 22                for, 19 20
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