water n-butane benzene SRK SRK 0 0 10 100 s 1 0 original 0 sundials 0 dassl 1e-3 1e-6 1e-2 #* This tab can be used by users to insert small code structures in the present simulation. For example: Steps, Ramps, Sinusoidals, ... *# #Enter your code here. #Example: #* EQUATIONS if time > 1000 * 's' then source_1.F = 100 * 'kmol/h'; else source_1.F = 200 * 'kmol/h'; end*# 2000 1000 1 858 219 0 0 1 858 0 0 0 Heatex_NTU Heatex_NTU_1 240 94 0 107 104 254.9 247.854 A 'm^2' 1 17 1 U 'kW/m^2/K' 1 3 1 PdropHotSide 'kPa' 1 0 1 PdropColdSide 'kPa' 1 0 1 ExchangerType 1 "Shell and Tube" 4 simple_source simple_source_1 80 44 0 72.5 37 70.0625 103.3 MolarComposition 1 1 1 MolarComposition 2 0 1 MolarComposition 3 0 1 F 'kmol/h' 1 36 1 T_Cdeg 'K' 1 89.85 1 P 'atm' 1 1.18431 1 simple_source simple_source_2 65 253 0 72.5 37 54.0625 312.3 MolarComposition 1 0.1 1 MolarComposition 2 0.7 1 MolarComposition 3 0.2 1 F 'kmol/h' 1 10 1 T 'K' 1 313 1 P 'atm' 1 1.18431 1 simple_sink simple_sink_1 533 40 0 72.5 37 531.712 99.3 simple_sink simple_sink_2 551 224 0 72.5 37 548.712 283.3 line_1 146.5 57.4472 234 140.832 simple_source_1 Outlet Heatex_NTU_1 InletHot line_2 131.5 266.447 287.5 192 simple_source_2 Outlet Heatex_NTU_1 InletCold line_3 287.5 88 527 53.6396 Heatex_NTU_1 OutletCold simple_sink_1 Inlet line_4 341 140.832 545 237.64 Heatex_NTU_1 OutletHot simple_sink_2 Inlet