Plug flow reactor cocurrent cooling

Figure 4-8 Effect of higher flow rate ratios on the conversion of an exothermic reactive fluid in a plug-flow reactor with endothermic cocurrent cooling in a concentric double-pipe configuration with radius ratio k =0.5. Both fluids enter the double-pipe reactor at 340 K.

Figure 4-5 Sensitivity of reactant conversion to changes in flow rate ratio for nonisother-mal plug-flow tubular reactors with exothermic chemical reaction and cocurrent cooling in a concentric double-pipe configuration with radius ratio k = 0.5. The inlet tempoatures are 340 K for the reactive fluid and 335 K for the cooling fluid.

TABLE 4-3 Summary of Parametric Sensitivity Results for Nonisothermal Plug-Flow Tubular Reactors with Cocurrent Cooling in a Double-Pipe Configuration with Radius Ratio ic = 0.5 ... 

TABLE 4-6 One-Dimensional Mass and Thermal Energy Balances for Plug-Flow Thbular Reactors with Cocurrent Cooling in a Concentric Double-Pipe Configuration"... 

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