Changeset 916
- Timestamp:
- Feb 24, 2010, 8:15:15 PM (12 years ago)
- File:
-
- 1 edited
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branches/gui/sample/optimization/ammonia.mso
r578 r916 123 123 F101 as flash_steady; 124 124 F102 as flash_steady; 125 S101 as splitter ;125 S101 as splitter2; 126 126 M101 as Mixer; 127 127 M102 as Mixer; … … 141 141 M102.Outlet to R101.Inlet; 142 142 R101.Outlet to F101.Inlet; 143 F101.OutletL to F102.Inlet;144 F102.OutletV to M101.Inlet2;145 F101.OutletV to S101.Inlet;143 F101.OutletLiquid to F102.Inlet; 144 F102.OutletVapour to M101.Inlet2; 145 F101.OutletVapour to S101.Inlet; 146 146 S101.Outlet1 to C102.Inlet; 147 147 C102.Outlet to M102.Inlet2; … … 165 165 R101.X = 0.4; # Convertion of the reactor 166 166 167 F101.OutletV .P = 199 * 'atm';168 F101.OutletV .T = (-34 + 273.15) * 'K';167 F101.OutletVapour.P = 199 * 'atm'; 168 F101.OutletVapour.T = (-34 + 273.15) * 'K'; 169 169 170 F102.OutletV .P = 10 * 'atm';170 F102.OutletVapour.P = 10 * 'atm'; 171 171 F102.InletQ = 0 * 'kJ/h'; 172 172 173 173 # We can choose between one of the following specs 174 S101. frac= 0.78; # Recycle fraction174 S101.FlowRatios(1) = 0.78; # Recycle fraction 175 175 #loose = 1 * 'lbmol/h'; # Ammonia in the purge 176 176 177 177 EQUATIONS 178 production = purity * F102.OutletL .F;179 purity = F102.OutletL .z(5);178 production = purity * F102.OutletLiquid.F; 179 purity = F102.OutletLiquid.z(5); 180 180 loose = S101.Outlet2.F * S101.Outlet2.z(5); 181 181
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