Changeset 742
- Timestamp:
- Mar 3, 2009, 11:49:26 PM (14 years ago)
- Location:
- branches/gui
- Files:
-
- 4 edited
-
eml/pressure_changers/pump.mso (modified) (4 diffs)
-
sample/pressure_changers/Sample_Pump_Diagram.pfd (modified) (32 diffs)
-
sample/pressure_changers/sample_pump.mso (modified) (2 diffs)
-
sample/stage_separators/Column_Distillation_Kettle_Diagram.pfd (modified) (105 diffs)
Legend:
- Unmodified
- Added
- Removed
-
branches/gui/eml/pressure_changers/pump.mso
r741 r742 14 14 * 15 15 *---------------------------------------------------------------------- 16 * Author: Andrey Copat, Estefane S. Horn, Marcos L. Alencastro 16 * Author: Andrey Copat, Estefane S. Horn, Marcos L. Alencastro (Revised Gerson B. Bicca) 17 17 * $Id$ 18 18 *--------------------------------------------------------------------*# … … 41 41 PumpEfficiency as positive (Brief = "Pump Efficiency", Default = 0.75, Lower=1E-3); 42 42 MechanicalEff as positive (Brief = "Mechanical efficiency", Default = 0.95, Lower=1E-3); 43 NPSH_Options 43 NPSH_Options as Switcher (Brief = "NPSH Options", Valid = ["Default","Include Kinetic Head"], Default = "Default"); 44 44 g as acceleration (Brief = "Gravity Acceleration", Default = 9.81,Hidden = true); 45 45 SuctionArea as area (Brief = "Inlet Nozzle Suction Area", Default = 0.001); … … 62 62 Pincrease as press_delta (Brief = "Pressure Increase",Lower = 0, DisplayUnit = 'kPa', Symbol ="P_{incr}"); 63 63 64 StaticHead as length (Brief = "Static Head"); 64 65 Head as energy_mass (Brief = "Actual Head", Protected=true); 65 66 HeadIsentropic as energy_mass (Brief = "Isentropic Head", Protected=true); 66 67 NPSH_available as length (Brief = "Available Net Positive Suction Head" ,Protected=true); 67 68 68 VelocityHead as length (Brief = "Velocity Head"); 69 StaticHead as length (Brief = "Static Head"); 70 NozzleVelocity as velocity (Brief = "Velocity Inlet Nozzle"); 69 VelocityHead as length (Brief = "Velocity Head",Protected=true); 70 NozzleVelocity as velocity (Brief = "Velocity Inlet Nozzle",Hidden=true); 71 71 72 72 73 73 in Inlet as stream (Brief = "Inlet stream", PosX=0, PosY=0.4025, Symbol="_{in}"); 74 74 out Outlet as streamPH (Brief = "Outlet stream", PosX=1, PosY=0.20, Symbol="_{out}"); 75 76 in WorkIn as power (Brief = "Work Inlet", PosX=0.5, PosY=1, Protected=true); 75 77 76 78 SET … … 127 129 "Brake Power" 128 130 BrakePower * PumpEfficiency = FluidPower; 131 132 "Eletric Power" 133 EletricPower = -WorkIn; 129 134 130 135 "Eletric Power" -
branches/gui/sample/pressure_changers/Sample_Pump_Diagram.pfd
r741 r742 80 80 <Desc>F</Desc> 81 81 <Index>0</Index> 82 <Values>1 000</Values>82 <Values>1</Values> 83 83 <Status>0</Status> 84 84 <Unit>kmol/h</Unit> … … 94 94 <Desc>P</Desc> 95 95 <Index>0</Index> 96 <Values> 10</Values>96 <Values>2</Values> 97 97 <Status>0</Status> 98 98 <Unit>atm</Unit> … … 101 101 <Desc>h</Desc> 102 102 <Index>0</Index> 103 <Values>-457 68</Values>103 <Values>-45781.9</Values> 104 104 <Status>0</Status> 105 105 <Unit>kJ/kmol</Unit> … … 161 161 <Desc>F</Desc> 162 162 <Index>0</Index> 163 <Values>1 000</Values>163 <Values>1</Values> 164 164 <Status>1</Status> 165 165 <Unit>kmol/h</Unit> … … 182 182 <Desc>P</Desc> 183 183 <Index>0</Index> 184 <Values> 10</Values>184 <Values>2</Values> 185 185 <Status>1</Status> 186 186 <Unit>atm</Unit> … … 223 223 <Desc>F</Desc> 224 224 <Index>0</Index> 225 <Values>1 000</Values>225 <Values>1</Values> 226 226 <Status>0</Status> 227 227 <Unit>kmol/h</Unit> … … 230 230 <Desc>T</Desc> 231 231 <Index>0</Index> 232 <Values> 298.121</Values>232 <Values>5273</Values> 233 233 <Status>0</Status> 234 234 <Unit>K</Unit> … … 237 237 <Desc>P</Desc> 238 238 <Index>0</Index> 239 <Values>1 8</Values>239 <Values>10494.2</Values> 240 240 <Status>0</Status> 241 241 <Unit>atm</Unit> … … 244 244 <Desc>h</Desc> 245 245 <Index>0</Index> 246 <Values> -45744.1</Values>246 <Values>179938</Values> 247 247 <Status>0</Status> 248 248 <Unit>kJ/kmol</Unit> … … 251 251 <Desc>v</Desc> 252 252 <Index>0</Index> 253 <Values> 0</Values>253 <Values>1</Values> 254 254 <Status>0</Status> 255 255 </Variables> … … 268 268 <Block> 269 269 <Type>centrifugal_pump</Type> 270 <Id_String> centrifugal_pump_1</Id_String>270 <Id_String>Pump_Operation</Id_String> 271 271 <Image_File_Name>/home/ubuntu/repositorio/alsoc/biblioteca/branches/gui/eml/pressure_changers/icon/Pump.png</Image_File_Name> 272 272 <X>330</X> … … 301 301 <Desc>F</Desc> 302 302 <Index>0</Index> 303 <Values>1 000</Values>303 <Values>1</Values> 304 304 <Status>0</Status> 305 305 <Unit>kmol/h</Unit> … … 315 315 <Desc>P</Desc> 316 316 <Index>0</Index> 317 <Values> 10</Values>317 <Values>2</Values> 318 318 <Status>0</Status> 319 319 <Unit>atm</Unit> … … 322 322 <Desc>h</Desc> 323 323 <Index>0</Index> 324 <Values>-457 68</Values>324 <Values>-45781.9</Values> 325 325 <Status>0</Status> 326 326 <Unit>kJ/kmol</Unit> … … 369 369 <Desc>F</Desc> 370 370 <Index>0</Index> 371 <Values>1 000</Values>371 <Values>1</Values> 372 372 <Status>0</Status> 373 373 <Unit>kmol/h</Unit> … … 376 376 <Desc>T</Desc> 377 377 <Index>0</Index> 378 <Values> 298.121</Values>378 <Values>5273</Values> 379 379 <Status>0</Status> 380 380 <Unit>K</Unit> … … 383 383 <Desc>P</Desc> 384 384 <Index>0</Index> 385 <Values>1 8</Values>386 <Status> 1</Status>385 <Values>10494.2</Values> 386 <Status>0</Status> 387 387 <Unit>atm</Unit> 388 388 </Variables> … … 390 390 <Desc>h</Desc> 391 391 <Index>0</Index> 392 <Values> -45744.1</Values>392 <Values>179938</Values> 393 393 <Status>0</Status> 394 394 <Unit>kJ/kmol</Unit> … … 397 397 <Desc>v</Desc> 398 398 <Index>0</Index> 399 <Values> 0</Values>399 <Values>1</Values> 400 400 <Status>0</Status> 401 401 </Variables> … … 440 440 <Desc>PumpEfficiency</Desc> 441 441 <Index>0</Index> 442 <Values>0. 72</Values>442 <Values>0.10</Values> 443 443 <Status>4</Status> 444 444 </Parameters> … … 458 458 <Desc>SuctionArea</Desc> 459 459 <Index>0</Index> 460 <Values>0.0 01</Values>460 <Values>0.01</Values> 461 461 <Status>4</Status> 462 462 <Unit>m^2</Unit> … … 465 465 <Desc>Fvol</Desc> 466 466 <Index>0</Index> 467 <Values> 21.2296</Values>467 <Values>0.0212317</Values> 468 468 <Status>0</Status> 469 469 <Unit>m^3/h</Unit> … … 472 472 <Desc>Fw_in</Desc> 473 473 <Index>0</Index> 474 <Values>18 015.2</Values>474 <Values>18.0152</Values> 475 475 <Status>0</Status> 476 476 <Unit>kg/h</Unit> … … 479 479 <Desc>Fw_out</Desc> 480 480 <Index>0</Index> 481 <Values>18 015.2</Values>481 <Values>18.0152</Values> 482 482 <Status>0</Status> 483 483 <Unit>kg/h</Unit> … … 486 486 <Desc>rho_in</Desc> 487 487 <Index>0</Index> 488 <Values>848.5 88</Values>488 <Values>848.505</Values> 489 489 <Status>0</Status> 490 490 <Unit>kg/m^3</Unit> … … 493 493 <Desc>rho_out</Desc> 494 494 <Index>0</Index> 495 <Values> 848.656</Values>495 <Values>295.144</Values> 496 496 <Status>0</Status> 497 497 <Unit>kg/m^3</Unit> … … 514 514 <Desc>FluidPower</Desc> 515 515 <Index>0</Index> 516 <Values> 4.7802</Values>516 <Values>6.27</Values> 517 517 <Status>0</Status> 518 518 <Unit>kW</Unit> … … 521 521 <Desc>BrakePower</Desc> 522 522 <Index>0</Index> 523 <Values>6 .63917</Values>523 <Values>62.7</Values> 524 524 <Status>0</Status> 525 525 <Unit>kW</Unit> … … 528 528 <Desc>EletricPower</Desc> 529 529 <Index>0</Index> 530 <Values>6 .9886</Values>531 <Status>0</Status> 532 <Unit> kW</Unit>530 <Values>66</Values> 531 <Status>0</Status> 532 <Unit>W</Unit> 533 533 </Variables> 534 534 <Variables> 535 535 <Desc>Pratio</Desc> 536 536 <Index>0</Index> 537 <Values> 1.8</Values>538 <Status> 0</Status>537 <Values>7</Values> 538 <Status>1</Status> 539 539 </Variables> 540 540 <Variables> 541 541 <Desc>Pdrop</Desc> 542 542 <Index>0</Index> 543 <Values>- 810.6</Values>543 <Values>-1.06313e+06</Values> 544 544 <Status>0</Status> 545 545 <Unit>kPa</Unit> … … 548 548 <Desc>Pincrease</Desc> 549 549 <Index>0</Index> 550 <Values> 810.6</Values>550 <Values>1.06313e+06</Values> 551 551 <Status>0</Status> 552 552 <Unit>kPa</Unit> 553 553 </Variables> 554 554 <Variables> 555 <Desc>Head</Desc>556 <Index>0</Index>557 <Values>1.32671</Values>558 <Status>0</Status>559 <Unit>kJ/kg</Unit>560 </Variables>561 <Variables>562 <Desc>HeadIsentropic</Desc>563 <Index>0</Index>564 <Values>0.955234</Values>565 <Status>0</Status>566 <Unit>kJ/kg</Unit>567 </Variables>568 <Variables>569 <Desc>NPSH_available</Desc>570 <Index>0</Index>571 <Values>131.397</Values>572 <Status>0</Status>573 <Unit>m</Unit>574 </Variables>575 <Variables>576 <Desc>VelocityHead</Desc>577 <Index>0</Index>578 <Values>1.77248</Values>579 <Status>0</Status>580 <Unit>m</Unit>581 </Variables>582 <Variables>583 555 <Desc>StaticHead</Desc> 584 556 <Index>0</Index> 585 <Values>1 0</Values>557 <Values>12</Values> 586 558 <Status>1</Status> 587 559 <Unit>m</Unit> 588 560 </Variables> 589 561 <Variables> 590 <Desc>NozzleVelocity</Desc> 591 <Index>0</Index> 592 <Values>5.89712</Values> 593 <Status>0</Status> 594 <Unit>m/s</Unit> 595 </Variables> 562 <Desc>Head</Desc> 563 <Index>0</Index> 564 <Values>12529.4</Values> 565 <Status>0</Status> 566 <Unit>kJ/kg</Unit> 567 </Variables> 568 <Variables> 569 <Desc>HeadIsentropic</Desc> 570 <Index>0</Index> 571 <Values>1252.94</Values> 572 <Status>0</Status> 573 <Unit>kJ/kg</Unit> 574 </Variables> 575 <Variables> 576 <Desc>NPSH_available</Desc> 577 <Index>0</Index> 578 <Values>36.0263</Values> 579 <Status>0</Status> 580 <Unit>m</Unit> 581 </Variables> 582 <Variables> 583 <Desc>VelocityHead</Desc> 584 <Index>0</Index> 585 <Values>1.77282e-08</Values> 586 <Status>0</Status> 587 <Unit>m</Unit> 588 </Variables> 589 </Block_Properties> 590 </Block> 591 <Block> 592 <Type>work_source</Type> 593 <Id_String>work_inlet</Id_String> 594 <Image_File_Name>/home/ubuntu/repositorio/alsoc/biblioteca/branches/gui/eml/icon/work_source.png</Image_File_Name> 595 <X>213</X> 596 <Y>344</Y> 597 <Z>0</Z> 598 <Width>72.5</Width> 599 <Height>38</Height> 600 <Block_Properties> 601 <Model_File_Path>streams</Model_File_Path> 602 <Instance_Id>work_source_1</Instance_Id> 603 <Model_Name>work_source</Model_Name> 604 <T_Connection>0</T_Connection> 596 605 </Block_Properties> 597 606 </Block> … … 604 613 <Block_Source>suction</Block_Source> 605 614 <Port_Source>Outlet</Port_Source> 606 <Block_Target> centrifugal_pump_1</Block_Target>615 <Block_Target>Pump_Operation</Block_Target> 607 616 <Port_Target>Inlet</Port_Target> 608 617 </Line> … … 615 624 <Block_Source>discharge</Block_Source> 616 625 <Port_Source>Inlet</Port_Source> 617 <Block_Target> centrifugal_pump_1</Block_Target>626 <Block_Target>Pump_Operation</Block_Target> 618 627 <Port_Target>Outlet</Port_Target> 619 628 </Line> 629 <Line> 630 <Line_Name>3</Line_Name> 631 <X1>285.5</X1> 632 <Y1>361.48</Y1> 633 <X2>379</X2> 634 <Y2>225</Y2> 635 <Block_Source>work_inlet</Block_Source> 636 <Port_Source>Work</Port_Source> 637 <Block_Target>Pump_Operation</Block_Target> 638 <Port_Target>WorkIn</Port_Target> 639 </Line> 620 640 </Diagram> -
branches/gui/sample/pressure_changers/sample_pump.mso
r740 r742 1 #*------------------------------------------------------------------- 2 * EMSO Model Library (EML) Copyright (C) 2004 - 2007 ALSOC. 3 * 4 * This LIBRARY is free software; you can distribute it and/or modify 5 * it under the therms of the ALSOC FREE LICENSE as available at 6 * http://www.enq.ufrgs.br/alsoc. 7 * 8 * EMSO Copyright (C) 2004 - 2007 ALSOC, original code 9 * from http://www.rps.eng.br Copyright (C) 2002-2004. 10 * All rights reserved. 11 * 12 * EMSO is distributed under the therms of the ALSOC LICENSE as 13 * available at http://www.enq.ufrgs.br/alsoc. 14 * 15 *-------------------------------------------------------------------- 16 * Sample file for model centrifugal_pump and pump (simplified) 17 *-------------------------------------------------------------------- 18 * 19 * This sample file needs VRTherm DEMO (www.vrtech.com.br) to run. 20 * 21 *---------------------------------------------------------------------- 22 * Author: Estefane S. Horn, Paula B. Staudt 23 * $Id$ 24 *--------------------------------------------------------------------*# 1 #*---------------------------------------------- 2 * FlowSheet generated automaticaly by EMSO-GUI 3 *----------------------------------------------*# 4 5 using "streams"; 25 6 using "pressure_changers/pump"; 26 7 27 FlowSheet Pump_P1 28 29 DEVICES 30 S1 as source; 31 P1 as centrifugal_pump; 32 33 CONNECTIONS 34 S1.Outlet to P1.Inlet; 35 36 PARAMETERS 37 PP as Plugin (Brief="External Physical Properties", 8 FlowSheet Sample_Pump_Diagram 9 PARAMETERS 10 PP as Plugin(Brief="Physical Properties", 38 11 Type="PP", 39 12 Components = ["water"], … … 41 14 VapourModel = "PR" 42 15 ); 43 Mw as positive (Brief = "Molar Mass", Unit = 'kg/kmol'); 44 NComp as Integer (Default= 1); 16 NComp as Integer; 17 SET 18 NComp = PP.NumberOfComponents; 19 20 DEVICES 21 suction as simple_source; 45 22 46 23 SET 47 NComp = PP.NumberOfComponents; 48 P1.MechanicalEff = 0.95; 49 P1.PumpEfficiency = 0.72; 50 P1.SuctionArea = 0.001*'m^2'; 51 52 S1.ValidPhases = "Vapour-Liquid"; 53 S1.CompositionBasis = "Molar"; 54 24 55 25 SPECIFY 56 S1.F = 1000 * 'kmol/h'; 57 S1.P = 10 * 'atm'; 58 S1.T = 298 * 'K' ; 59 S1.Composition = [1]; 60 61 P1.StaticHead = 10 * 'm'; 62 P1.Outlet.P = 18 * 'atm'; 63 64 end 26 suction.MolarComposition = 1; 27 suction.F = 1 * 'kmol/h'; 28 suction.T = 298 * 'K'; 29 suction.P = 2 * 'atm'; 65 30 66 FlowSheet pump_Test 67 PARAMETERS 68 PP as Plugin (Brief="External Physical Properties", 69 Type="PP", 70 Components = ["water", "benzene"], 71 LiquidModel = "PR", 72 VapourModel = "PR" 73 ); 74 NComp as Integer; 31 INITIAL 75 32 76 DEVICES 77 p1 as pump; 78 s1 as source; 33 GUESS 34 35 DEVICES 36 discharge as simple_sink; 79 37 80 38 SET 81 NComp = PP.NumberOfComponents;82 83 s1.ValidPhases = "Vapour-Liquid";84 s1.CompositionBasis = "Molar";85 86 87 88 CONNECTIONS89 s1.Outlet to p1.Inlet;90 39 91 40 SPECIFY 92 s1.F = 826 * 'kmol/h'; 93 s1.P = 549 * 'kPa'; 94 s1.T = 313 * 'K'; 95 s1.Composition = 1/NComp; 96 #s1.Outlet.v = 0.68; 97 98 p1.dP = 90 * 'kPa'; 41 42 INITIAL 43 44 GUESS 45 46 DEVICES 47 Pump_Operation as centrifugal_pump; 48 49 SET 50 Pump_Operation.PumpEfficiency = 0.10; 51 Pump_Operation.MechanicalEff = 0.95; 52 Pump_Operation.NPSH_Options = "Include Kinetic Head"; 53 Pump_Operation.SuctionArea = 0.01 * 'm^2'; 54 55 SPECIFY 56 Pump_Operation.Pratio = 7; 57 Pump_Operation.StaticHead = 12 * 'm'; 58 59 INITIAL 60 61 GUESS 62 63 DEVICES 64 work_inlet as work_source; 65 66 SET 67 68 SPECIFY 69 70 INITIAL 71 72 GUESS 73 74 CONNECTIONS 75 suction.Outlet to Pump_Operation.Inlet; 76 Pump_Operation.Outlet to discharge.Inlet; 77 work_inlet.Work to Pump_Operation.WorkIn; 99 78 100 79 OPTIONS 101 80 Dynamic = false; 81 Integration = "original"; 82 NLASolver( 83 File = "sundials", 84 RelativeAccuracy = 1e-3, 85 AbsoluteAccuracy = 1e-6, 86 MaxIterations = 100 87 ); 88 DAESolver( 89 File = "sundials", 90 RelativeAccuracy = 1e-3, 91 AbsoluteAccuracy = 1e-6, 92 EventAccuracy = 1e-2 93 ); 102 94 end -
branches/gui/sample/stage_separators/Column_Distillation_Kettle_Diagram.pfd
r739 r742 35 35 <Show_Grid>0</Show_Grid> 36 36 <Snap_to_Grid>0</Snap_to_Grid> 37 <Width>1 250</Width>38 <Height> 568</Height>39 <X> 0</X>40 <Y>- 214</Y>37 <Width>1033</Width> 38 <Height>620</Height> 39 <X>-166</X> 40 <Y>-363</Y> 41 41 </View> 42 42 <View> … … 44 44 <Show_Grid>0</Show_Grid> 45 45 <Snap_to_Grid>0</Snap_to_Grid> 46 <Width>1 250</Width>46 <Width>1033</Width> 47 47 <Height>0</Height> 48 48 <X>0</X> … … 52 52 <Type>simple_source</Type> 53 53 <Id_String>feed</Id_String> 54 <Image_File_Name>/home/ bicca/apps/biblioteca/branches/gui/eml/icon/Source.png</Image_File_Name>54 <Image_File_Name>/home/ubuntu/repositorio/alsoc/biblioteca/branches/gui/eml/icon/Source.png</Image_File_Name> 55 55 <X>67</X> 56 56 <Y>174</Y> … … 235 235 <Type>simple_sink</Type> 236 236 <Id_String>vapourOutlet</Id_String> 237 <Image_File_Name>/home/ bicca/apps/biblioteca/branches/gui/eml/icon/Sink.png</Image_File_Name>237 <Image_File_Name>/home/ubuntu/repositorio/alsoc/biblioteca/branches/gui/eml/icon/Sink.png</Image_File_Name> 238 238 <X>284</X> 239 239 <Y>164</Y> … … 274 274 <Desc>T</Desc> 275 275 <Index>0</Index> 276 <Values>252. 575</Values>276 <Values>252.305</Values> 277 277 <Status>0</Status> 278 278 <Unit>K</Unit> … … 281 281 <Desc>P</Desc> 282 282 <Index>0</Index> 283 <Values>1.1 5242</Values>283 <Values>1.14028</Values> 284 284 <Status>0</Status> 285 285 <Unit>atm</Unit> … … 288 288 <Desc>h</Desc> 289 289 <Index>0</Index> 290 <Values>-34 13</Values>290 <Values>-3428.21</Values> 291 291 <Status>0</Status> 292 292 <Unit>kJ/kmol</Unit> … … 301 301 <Desc>z</Desc> 302 302 <Index>0</Index> 303 <Values>0.13 5093</Values>303 <Values>0.134983</Values> 304 304 <Status>0</Status> 305 305 <Index>1</Index> 306 <Values>0.0122 654</Values>306 <Values>0.0122216</Values> 307 307 <Status>0</Status> 308 308 <Index>2</Index> 309 <Values>0.749 251</Values>309 <Values>0.749555</Values> 310 310 <Status>0</Status> 311 311 <Index>3</Index> 312 <Values>0.0020 7419</Values>312 <Values>0.00206119</Values> 313 313 <Status>0</Status> 314 314 <Index>4</Index> 315 <Values>0.101 317</Values>315 <Values>0.101179</Values> 316 316 <Status>0</Status> 317 317 </Variables> … … 325 325 <Type>simple_sink</Type> 326 326 <Id_String>liquidOut</Id_String> 327 <Image_File_Name>/home/ bicca/apps/biblioteca/branches/gui/eml/icon/Sink.png</Image_File_Name>327 <Image_File_Name>/home/ubuntu/repositorio/alsoc/biblioteca/branches/gui/eml/icon/Sink.png</Image_File_Name> 328 328 <X>811</X> 329 329 <Y>279</Y> … … 364 364 <Desc>T</Desc> 365 365 <Index>0</Index> 366 <Values>252. 575</Values>366 <Values>252.305</Values> 367 367 <Status>0</Status> 368 368 <Unit>K</Unit> … … 371 371 <Desc>P</Desc> 372 372 <Index>0</Index> 373 <Values>1.1 5242</Values>373 <Values>1.14028</Values> 374 374 <Status>0</Status> 375 375 <Unit>atm</Unit> … … 378 378 <Desc>h</Desc> 379 379 <Index>0</Index> 380 <Values>-27 189.5</Values>380 <Values>-27224.3</Values> 381 381 <Status>0</Status> 382 382 <Unit>kJ/kmol</Unit> … … 391 391 <Desc>z</Desc> 392 392 <Index>0</Index> 393 <Values>0.2102 3</Values>393 <Values>0.210216</Values> 394 394 <Status>0</Status> 395 395 <Index>1</Index> 396 <Values>0.14 8899</Values>396 <Values>0.149031</Values> 397 397 <Status>0</Status> 398 398 <Index>2</Index> 399 <Values>0.30 4259</Values>399 <Values>0.303971</Values> 400 400 <Status>0</Status> 401 401 <Index>3</Index> 402 <Values>0.137 701</Values>402 <Values>0.137868</Values> 403 403 <Status>0</Status> 404 404 <Index>4</Index> 405 <Values>0.19891 2</Values>405 <Values>0.198915</Values> 406 406 <Status>0</Status> 407 407 </Variables> … … 415 415 <Type>simple_sink</Type> 416 416 <Id_String>LiquidBottom</Id_String> 417 <Image_File_Name>/home/ bicca/apps/biblioteca/branches/gui/eml/icon/Sink.png</Image_File_Name>417 <Image_File_Name>/home/ubuntu/repositorio/alsoc/biblioteca/branches/gui/eml/icon/Sink.png</Image_File_Name> 418 418 <X>636</X> 419 419 <Y>966</Y> … … 447 447 <Desc>F</Desc> 448 448 <Index>0</Index> 449 <Values> 4</Values>449 <Values>28</Values> 450 450 <Status>0</Status> 451 451 <Unit>kmol/h</Unit> … … 454 454 <Desc>T</Desc> 455 455 <Index>0</Index> 456 <Values>27 1.139</Values>456 <Values>270.885</Values> 457 457 <Status>0</Status> 458 458 <Unit>K</Unit> … … 461 461 <Desc>P</Desc> 462 462 <Index>0</Index> 463 <Values>1.2 4165</Values>463 <Values>1.2275</Values> 464 464 <Status>0</Status> 465 465 <Unit>atm</Unit> … … 468 468 <Desc>h</Desc> 469 469 <Index>0</Index> 470 <Values>-27 898.4</Values>470 <Values>-27944</Values> 471 471 <Status>0</Status> 472 472 <Unit>kJ/kmol</Unit> … … 481 481 <Desc>z</Desc> 482 482 <Index>0</Index> 483 <Values>0.18 9149</Values>483 <Values>0.188845</Values> 484 484 <Status>0</Status> 485 485 <Index>1</Index> 486 <Values>0.23 7774</Values>486 <Values>0.238258</Values> 487 487 <Status>0</Status> 488 488 <Index>2</Index> 489 <Values>0.12 6291</Values>489 <Values>0.125638</Values> 490 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