PIPESIM 2017 Training Module [PDF]

  • 0 0 0
  • Suka dengan makalah ini dan mengunduhnya? Anda bisa menerbitkan file PDF Anda sendiri secara online secara gratis dalam beberapa menit saja! Sign Up
File loading please wait...
Citation preview

V



Modeling a Simple Gas Pipeline 1. Create a new, network. 2. On the Insert tab, click Source. 3. The red highlight around the icon indicates that some required setup data for the source is



missing. Double-click on the icon to open its edit window. 4. Rename the source MySource.



5. Enter a temperature of 60 degF and click Close. WORKSPACE



HOME



INSERT



FORMAT



6. In the Fluid manager window under the Home tab, create a new fluid by click the green + sign to



add a row. Click Template and choose Dry Gas Click OK to create the fluid.



£







New fluid



Template: Dry Gas



□PIPESIM



X *



0



,/



OK



X Cancel



7. Double-click on the newly added line to display the Edit dialog box.



8. Edit the fields to match the entries in the figure below.



1



|4



n



Fluid manager



Fluids



1



1 +]



x



Fluid mapping



Fluid Gas



Gas ratio type Gas ratio • fo OGR



4



Gas ratio unit



STB/mmscf



*



Water ratio type Water ratio * 0 WGR



Water ratio unit Description



STB/mmscf



1



*



Edit BOfluid



FLUID



Gas



Name:



Save as template



Desenptiort Properties



Viscosity



Calibration



Thermal



STOCK TANK PROPERTIES



CONTAMINANT MOLE FRACTIONS



WGR



•: 0



STB/mmscf



OGR



•: 0



STB/mmscf



Gas specific gravity: •



H2 fraction:



□ □



dAPi



: i0



H2S fraction:



N2 fraction:



0.64



Water specific gravity: 1.02



API



C02 fraction:



CO fraction:



6 */



PIPESIM



Close



©



PIPESIM



j



*



r2



awoxJ



Mtuca&q



WtaJiwIs



n:sai»jod



16,000 stb/d P/T profile



1 &n»ne console



SfJtcm



ProfwreMB







Viowgnd ( Sue pot



Cw I



All



JUQ.*X»tf»/«ox*.127*ia;ptu



2



UQ.1*000 lOOUdw OJWOHIMX1034*15 out



3



UQ- 1*000 vx> i») OMM >e-.vÿ«.»WCS2t 3vj



III J««clcekmK.



O L1ÿI«*



1



Lpjpnw-ii



Tfo*



ft



-1600 -1600 -1600 -1600 -1600 •1600 -1600 -1600 -1600 -1600 -1600



- ‘Tc “ITWi



--



_



,,ÿlJQ•,W00,oov,M»o-



t*JUQ.16000 fflbVO»t O-



U UQ- 16000 tact/a+i O.



.



16 UQ* 16000 laot/dey O



IIT UQ- 16000 ttoOdJ»Q_ 14 UQ- 16000 oet/djy O-



U**d roAip EYR



Tempe-atwe



tBeeafcon



UQ» >6000 sooi/dejr 0_ Sowed T>0_ Row ne 2 UQ. 16000 lOM/d* O'Ow TC Bowfene Y UQ.16000 taevor, ORowtne L* UQ.16000 sSOUdJy O. S UQ. 16030 iaol/de*0Rowtne 6 UQ«16COO JSOVdef 0Rowt-ne 1 UQ»16000 ffiOlAJJyOBowline a UQ-16000 >ab