Page 332 - Biofuels Refining and Performance
P. 332

Index  311


           Sorghum, 28, 55, 195              Tallow, 157, 168
           South America, biomass fuel development  engine performance with, 186–187
              in, 3                           engine performance with esters of,
           Soybean oil, 56, 166–169               131–132
             in comparison of fuel properties,   Tapioca, 197
                222, 223                     Tappeiner, H., 28
             engine performance, 184–186     TCA (see Tricarboxylic acid cycle)
             enzymatic transesterification,  Terrestrial systems:
                182–184                       impact of alcohol fuels on, 218
             transesterification by acid or alkali,  types of, 9
                178–180                      Thermal degradation (vegetable oils),
           Spark ignition (SI) engines, 193, 199,  222–225
              206, 207                       Thermodynamics, 5–7
           SR (see Steam reforming)          Thylakoids, 19–21
           SSF (see Simultaneous saccharification  Tigernut oil, 127–129
              and fermentation)              Tonka bean oil, 123–124
           Standard state, 7                 Transesterification, 62
           Starch, conversion to sugars, 195  by acid or alkali, 177–181
           Starch crops:                      enzymatic, 181–184
             for ethanol production, 71       variables influencing, 109
             sugar production from, 73–76    Transportation:
             (See also specific crops, e.g.: Sorghum)  fuel cell technology, 290
           Stationary fuel cell systems, 289–290  impact of alcohol fuels on, 219
           Steam reforming (SR), 285, 286    Tricarboxylic acid cycle (TCA), 84, 85
           Stillingia oil, 168               Trilaurin, 240
           Submarine systems, 9              Triolein, 240
           Subterrestrial systems, 9         Tung oil, 137–138
           Sugar beets, 28, 194, 195         Turbidostat, 92
           Sugar crops, for ethanol production,   12th Congress of World Energy, 2–3
              71
           Sugarcane:                        Ucuuba oil, 138–139
             anhydrous alcohol from, 197     United Kingdom, 33
             biomass yield of, 28            United States:
             crop area required for, 195      biodiesel tax exemptions, 108
             as renewable energy source, 55   biomass energy, 46
             as source of alcohol, 194        cetane number standards, 152, 153
           Sugars:                            ethanol production, 71
             from lignocellulosic materials,   ethanol use, 62
                77–82                         fuel cell technology, 290
              chemical hydrolysis, 78–80      gasohol, 201
              enzymatic hydrolysis, 81–82
              pretreatment prior to enzymatic  Vegetable oil fuel/hydrocarbon blends,
                  hydrolysis, 80–81             225–239
             production of, 73–76             feed component in FCC, 237–239
             simple, conversion to ethanol, 83  refitting engines for, 227
           Sulfite waste liquor, in ethanol   tailored conversion products, 227–237
              production, 196                   at T = 400°C, 229–235
           Sunflower oil, 166–169               at T = 550°C, 235–237
             engine performance, 184–185     Vegetable oils:
             transesterification by acid or alkali,  Buffalo gourd oil, 56
                178–180                       as diesel fuel alternatives, 55 (See also
           SunFuel, 62                            Biodiesel)
           Sweden, 197–198                    edible (see Edible oils)
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