Page 323 - Biofuels Refining and Performance
P. 323

302   Index


           Branched esters, 155              Chromatophores, 25
           Brazil:                           CI engines (see Compression ignition
             ethanol production, 71, 197, 198   engines)
             ethanol use, 62                 Climate change, 45
             sugarcane production, 194       Cloud points (CPs), 154, 155
           British Petroleum, 70             CN (see Cetane number)
           British thermal units (Btus), 294  Coal conversion, 5, 210
           Buffalo gourd oil, 56             Coal gas, comparison of other fuels and, 12
           Butane (LPG), comparison with other  Coconut oil, 240
              fuels, 12                      Cold filter plugging point (CFPP),
                                                154, 155
           C. beljerinscki, in biohydrogen   Cold starting, with methanol, 211–212
              production, 42                 Cold-flow properties (biodiesel), 154–156
           C. butyricum, in biohydrogen production,  Colligative motion energy, 5
              42                             Compression ignition (CI) engines:
           C. pasturianum, in biohydrogen     alcohol fuels, 204–209
              production, 42                  reducing emissions from, 165
           C. welchii, in biohydrogen production,   Concentrated-acid hydrolysis, 78
              42                             Concentration cells, 17
           Calories (cal), 295               Conservation of energy supplies, 2
           Calotropis procera, 59            Consumers, 8
           Calvin, Melvin, 27                Continuous fermentation processes,
           Canada, fuel cell technology, 290    92–94
           Canola oil, 240                   Corn, biomass yield of, 28
           Carafoli, Ernesto, 18             Corrosion, with alcohol fuels, 200, 212
           Cardoon oil, 124–125              Cottonseed oil, 113–114
           Cassava, 55, 195                   engine performance, 184
           Castor oil, 111–113, 166, 184      enzymatic transesterification, 182, 183
           Catalytic cracking (CC), 224–225   physical and chemical properties, 168
           Cathodes (fuel cells), 252, 253    pyrolyzed, 239–240
           Cathodic catalyst layer (fuel cells),   Cow dung (see Cattle dung)
              252, 253                       CPs (see Cloud points)
           Cattle dung:                      Cuba, sugarcane production in, 194
             comparison of other fuels and, 12  Cuphea oil, 114–115
             gobargas yield of, 32           Cyanobacteria, in biohydrogen
             in mixed cultures, 30              production, 39–40
             (See also Gobargas)
           Causuarina, 53, 54                Danish Co., 197
           CC (see Catalytic cracking)       Danish Distilleries, Ltd., 94
           Cellulose, 60, 76, 77             Dark reaction, 47–49
             acid hydrolysis by-products, 79  DAY-Wessalith, 228
             enzymatic hydrolysis of, 82     Deforestation, 3
             in ethanol production, 196–197  Degumming of vegetable oils, 169–177
           Cetane number (CN), 150–154        blend performances, 172
           CFPP (see Cold filter plugging point)  effect of loads on emissions, 172–177
           Charcoal, comparison of other      effect of timing, 170
              fuels and, 12                   performance and emission
           Chaulmoogra oil, 134–135               measurement, 170
           Chemical cells, 16–18             Dehydration, ethanol, 101
           Chemical hydrolysis, of lignocellulosic  Dependence on energy, 2
              materials, 78–80               Developing countries, energy
           Chemical reaction, 5–7               administration in, 3
           Chemostat, 92                     Development assistance, 2
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