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Pressurized combustion plant

Table V. Capital Cost of Hydrocarbonization-Pressurized, Fluid-Bed Combustion Plant (1977 Dollars)... Table V. Capital Cost of Hydrocarbonization-Pressurized, Fluid-Bed Combustion Plant (1977 Dollars)...
Fire and Explosion Prevention. Prevention of fire and explosion takes place in the design of chemical plants. Such prevention involves the study of material characteristics, such as those in Table 1, and processing conditions to determine appropriate ha2ard avoidance methods. Engineering techniques are available for preventing fires and explosions. Containment of flammable and combustible materials and control of processes which could develop high pressures are also important aspects of fire and explosion prevention. [Pg.102]

Fig. 12. Combustion turbine engine simple cycle (a) schematic of plant and (b) thermodynamics, where the horizontal lines correspond to the pressure... Fig. 12. Combustion turbine engine simple cycle (a) schematic of plant and (b) thermodynamics, where the horizontal lines correspond to the pressure...
The steam balance in the plant shown in Figure 2 enables all pumps and blowers to be turbine-driven by high pressure steam from the boiler. The low pressure exhaust system is used in the reboiler of the recovery system and the condensate returns to the boiler. Although there is generally some excess power capacity in the high pressure steam for driving other equipment, eg, compressors in the carbon dioxide Hquefaction plant, all the steam produced by the boiler is condensed in the recovery system. This provides a weU-balanced plant ia which few external utiUties are required and combustion conditions can be controlled to maintain efficient operation. [Pg.21]


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See also in sourсe #XX -- [ Pg.723 ]




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