3. Double click on System Summary
Here u can add the name of the company and all other user information
Click on Done
4. Now double click on Pvt Data
Add the values. For solution GOR value is 200, Oil gravity 28, Gas Gravity 6 and Water
Salinity 1,00,000.
Click on Match Data
5. Add the temperature value as 170 and bubble point 1650
In the table below, add the pressure value as 1650, Gas oil rate 200, Oil FVF 1,098,
and oil VISCOSITY 2.5.
Then click on Done
6. Now click on Regression.
Then click on Match All.
Now you all can see the PVT match in the Green box
Click on Main
7. Double click on Equipment Data
Select all data except Surface equipment as we are interested in subsurface data
Click on Edit.
8. In the measured depth column add 1st 0 and 2nd value 7500, similarly in true vertical
depth column as 1st value o and 2nd 7500
Click Done
9. Click on a cell below the Xmas tree and select tubing and again click on the cell below tubing and select casing.
Now in the measured depth column add tubing value as 7400 and casing value 7500, In Column tubing inside
dia., in the row of tubing add value as 1.703. In Column of casing inside dia., in the row of casing add value as 6.1
Click on Done
10. In Formation measured depth column add 1st value o and 2nd value 7500.
In Formation temperature column add 1st value 60 and 2nd 170.
Add the value of Over heat transfer coefficient as 3
Click on done
14. Now Double click on IPR Data
Select the Reservoir model as PI entry then add the value of reservoir pressure 1800, reservoir temp. 170,
water 90 .
Then click on input data
15. Add value of Productivity Index PI as 1
Click on Calculate
21. This is IPR and VLP plot
They are not intersecting means well is not producing
so now we have to use Artificial lifting for well to produce
Click on Finish
22. Let's do one more check. In variable 1 select the Water cut option. now add the
values as 0 ,10, 20, 30,....upto 90 and click on continue
23. Click on Calculate.
Still, in the solution part, we can't see any data which means well is not producing
Click on plot
25. Double click on System summary. In artificial lift select Gas lift (intermittent)
Click on Done
26. Double click on equipment data and select downhole equipment.
Click on edit
In tubing row add the value of tubing inside dia as 2.375 and casing inside dia 6.1
Click on Main
27. Double click on Intermittent Gas lift input data
Surface injection pressure is 1500, injection depth is 7000, gaslift gravity is 0.6, wellhead pressure is 50, Valve port size is 22,
water cut is 80 and tubing liquid level is 4500
Click on Done
28. Now click on Design and select Intermittent Gas lift option
30. Now we have to design the valve
click on valve and select constant surface closing pressure
31. Now add the values
Surface injection pressure is 1500, unloading fluid gradient is0.45, Spacing Factor is 0.2, Wellhead pressure is 50,
surface closing pressure is 1300, and max injection depth is 7000
Click on calculate