1,3-butadiene isobutene n-pentane 1-pentene 1-hexene benzene IdealLiquid Ideal 1 0 0 0.01 1 s 1 0 original 0 sundials 1e-6 1e-8 2 dasslc 1e-6 1e-8 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 1 858 288 0 0 1 858 0 0 -15 energy_source energy_source_1 523 241 0 72.5 38 512.25 312.2 OutletQ 'kW' 1 0 1 source source_1 28 236 0 72.5 37 42.0625 295.3 Composition 1 0.2379 1 Composition 2 0.3082 1 Composition 3 0.09958 1 Composition 4 0.1373 1 Composition 5 0.08872 1 Composition 6 0.1283 1 F 'kmol/h' 1 500 1 T 'K' 1 338 1 P 'kPa' 1 507.1 1 flash flash_1 232 110 0 140 225 330.4 336 Level 'm' 1 0.4 2 OutletLiquid P 'kPa' 1 0 OutletLiquid F 'kmol/h' 1 250 1 OutletVapour F 'kmol/h' 1 250 1 simple_sink simple_sink_1 587 421 0 72.5 37 585.712 480.3 simple_sink simple_sink_2 580 48 0 72.5 37 577.712 107.3 S001 286.2 104 574 61.6396 flash_1 OutletVapour simple_sink_2 Inlet S002 589.5 250.2 366 286.25 energy_source_1 OutletQ flash_1 InletQ S003 94.5 249.447 226 212 source_1 Outlet flash_1 Inlet S004 286.2 329 581 434.64 flash_1 OutletLiquid simple_sink_1 Inlet