Electrical Submersible Pump (ESP) is one of artificial lift methods that used widely in oil industry . In this presentation i showed the components of ESP and installation of it by using PIPESIM (schlumberger software )

1. Electric Submersible Pumps
(ESP)
Presented by :
Mohamed Adel Helal
Muhammed Alaa Afifi
Waheed Shams
Moustafa Magdy
1

2. Table of Contents
 Introduction to ESP
 Operating principle
 ESP components
 Advantages & Disadvantages of ESP
 Application of ESP pump by using PIPESIM.
2

3. Introduction to ESP
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4. Operating principle
 Electrical submersible pumps are multi-staged centrifugal pumps Each
stage consists of a rotating impeller and a stationary diffuser.
 The rotating impeller takes the fluids and imparts kinetic energy from the
rotating shaft to the fluids
 The stationary diffuser converts the kinetic energy of the fluids into
potential energy then to pressure (head) .
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5. ESP Components
 Transformer
 Junction Box (Vent Box )
 Switchboard ( Motor Controller )
 Power Cable
 Motor
 Protector ( Seal )
 Pump Intake ( or Gas Separator )
 Pump
 Check Valve & Drain Valve
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6. ESP Components
 Transformer
 Junction Box (Vent Box )
 Switchboard ( Motor Controller )
 Power Cable
 Motor
 Protector ( Seal )
 Pump Intake ( or Gas Separator )
 Pump
 Check Valve & Drain Valve
6

7. ESP Components
 Transformer
 Junction Box (Vent Box )
 Switchboard ( Motor Controller )
 Power Cable
 Motor
 Protector ( Seal )
 Pump Intake
 Pump
 Check Valve & Drain Valve
7

8. ESP Components
 Transformer
 Junction Box (Vent Box )
 Switchboard ( Motor Controller )
 Power Cable
 Motor
 Protector ( Seal )
 Pump Intake ( or Gas Separator )
 Pump
 Check Valve & Drain Valve
8

9. ESP Components
 Transformer
 Junction Box (Vent Box )
 Switchboard ( Motor Controller )
 Power Cable
 Motor
 Protector ( Seal )
 Pump Intake ( or Gas Separator )
 Pump
 Check Valve & Drain Valve
9

10. ESP Components
 Transformer
 Junction Box (Vent Box )
 Switchboard ( Motor Controller )
 Power Cable
 Motor
 Protector ( Seal )
 Pump Intake ( or Gas Separator )
 Pump
 Check Valve & Drain Valve
10

11. ESP Components
 Transformer
 Junction Box (Vent Box )
 Switchboard ( Motor Controller )
 Power Cable
 Motor
 Protector ( Seal )
 Pump Intake ( or Gas Separator )
 Pump
 Check Valve & Drain Valve
11

12. ESP Components
 Transformer
 Junction Box (Vent Box )
 Switchboard ( Motor Controller )
 Power Cable
 Motor
 Protector ( Seal )
 Pump Intake ( or Gas Separator )
 Pump
 Check Valve & Drain Valve
12

13. ESP Components
 Transformer
 Junction Box (Vent Box )
 Switchboard ( Motor Controller )
 Power Cable
 Motor
 Protector ( Seal )
 Pump Intake ( or Gas Separator )
 Pump
 Check Valve & Drain Valve
13

14. ESP Components
 Transformer
 Junction Box (Vent Box )
 Switchboard ( Motor Controller )
 Power Cable
 Motor
 Protector ( Seal )
 Pump Intake ( or Gas Separator )
 Pump
 Check Valve & Drain Valve
14

15. ESP Components
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16. Advantages Vs. Disadvantages
Advantages
 Different kinds of wells
 Less facilities needed
 High production rate
 Environment friendly
Disadvantages
 Solids
 Failures are expensive
 Power efficiency drops
 Large space needed
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17. Table of Contents
 Introduction to ESP
 Operating principle
 ESP components
 Advantages & Disadvantages of ESP
 One of the Application of PIPESIM is ESP pump design and installation.
17

18. One of the Application of PIPESIM is ESP
pump design and installation.
In this case study we will discuss:-
A. Production rate from a vertical well.
B. Production rate with the same vertical well after installation of ESP
pump.
C. Discuss the effect of ESP Pump installation in the vertical well
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19. A-Production rate from a vertical well:-
1. Steps of vertical well design.
2. Calculate the well Production rate.
3. Sensitivity input of reservoir pressure.
4. Effect of Increasing water cut.
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20. 1-Steps of vertical well design.
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21. Input data for the design:-
well – tubing – fluid stream.
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22. A-Production rate from a vertical well:-
1. Steps of vertical well design.
2. Calculate the well Production rate.
3. sensitivity of reservoir pressure.
4. Effect of Increasing water cut
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23. 2-Calculate the well Production rate.
Operations – Nodal analysis:- Entering the outlet pressure.
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24. Run the model :- stable point.
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25. A-Production rate from a vertical well:-
1. Steps of vertical well design.
2. Calculate the well Production rate.
3. sensitivity input data of reservoir pressure.
4. Effect of Increasing water cut
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26. 3- sensitivity of reservoir pressure.
Input:-
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27. Run the model.
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28. A-Production rate from a vertical well:-
1. Steps of vertical well design.
2. Calculate the well Production rate.
3. sensitivity of reservoir pressure.
4. Effect of Increasing water cut
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29. 4-Effect of Increasing water cut
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29

30. Application of ESP pump by using PIPESIM
In this case study we will discuss:-
A. Production rate from a vertical well.
B. Production rate with the same vertical well after installation of ESP
pump.
C. Discuss the effect of ESP Pump.
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31. B. Production rate with the same vertical well
after installation of ESP pump.
1-Steps of ESP pump installation :-
 ESP design
 Pump selection
 ESP calculation
 Motor selection
2- calculation a production rate.
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32. 1-Steps of ESP pump installation :-
Artificial lift then ESP design
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33. Pump selection:-
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34. Pump calculations:-
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35. Motor Selection:-
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36. Calculating Production rate :-
Q=10000 STB/d Pwf=2400 psi
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37. Application of ESP pump by using PIPESIM
In this case study we will discuss:-
A. Production rate from a vertical well.
B. Production rate with the same vertical well after installation of ESP
pump.
C. Discuss the effect of ESP Pump.
37

38. c. Discuss the effect of ESP Pump.
In the first case :- from graph
Stable point Pwf =2670 PSIA , Q= 7800 STB/D
In the second case :- from graph
stable point Pwf=2400 PSIA Q= 10000 STB/D
ESP Pump JD is to make a pressure aid.
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39. Conclusion:-
o Operating principle of ESP
o ESP components
o Advantages & Disadvantages of ESP
o One of the Application of PIPESIM is ESP pump design and installation.
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40. Thank you .
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