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ESP Design Report Summary

This document is an ESP design report that provides input data, design requirements, selected equipment, and design results for an ESP system. The input data includes a pump depth of 6800 feet, operating frequency of 60 Hz, maximum pump OD of 5 inches, and a design rate of 1400 STB/day. The selected equipment is an ESP TD1350 pump, ESP_Inc 375_50 motor, and #8 copper cable. The design results include 213 pump stages, a pump power requirement of 68.37 hp, and a motor power generated of 3474.26 hp.

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Srimonta Roy
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94 views3 pages

ESP Design Report Summary

This document is an ESP design report that provides input data, design requirements, selected equipment, and design results for an ESP system. The input data includes a pump depth of 6800 feet, operating frequency of 60 Hz, maximum pump OD of 5 inches, and a design rate of 1400 STB/day. The selected equipment is an ESP TD1350 pump, ESP_Inc 375_50 motor, and #8 copper cable. The design results include 213 pump stages, a pump power requirement of 68.37 hp, and a motor power generated of 3474.26 hp.

Uploaded by

Srimonta Roy
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
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E:\Petroleum Software\Prosper file\Prosper exercise\ESP Design\esp design mam.

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# ESP DESIGN REPORT #
#######################

.......................
. DESIGN INPUT DATA .
.......................

Pump Depth (Measured) : 6800.0 (feet)


Operating Frequency : 60.00 (Hertz)
Maximum Pump OD : 5.00 (inches)
Length Of Cable : 6800.0 (feet)
Gas Separator Efficiency : 20.00 (percent)
Design Rate : 1400.0 (STB/day)
Water Cut : 0 (percent)
Total GOR : 0 (scf/STB)
Top Node Pressure : 50.00 (psig)
Motor Power Safety Margin : 0 (percent)
Pump Wear Factor : 0 (fraction)

Surface Equipment Correlation Beggs and Brill (1.000) (1.000)


Vertical Lift Correlation Petroleum Experts 2 (1.000) (1.000)

.........................
. DESIGN REQUIREMENTS .
.........................

Well Head Pressure : 50.00 (psig)


Flowing Bottomhole Pressure : 1000.00 (psig)
Water Cut : 0 (percent)
Pump Frequency : 60.00 (Hertz)
Pump Intake Pressure : 928.25 (psig)
Pump Intake Temperature : 199.55 (deg F)
Pump Intake Rate : 1436.6 (RB/day)
Free GOR Entering Pump : 0 (scf/STB)
E:\Petroleum Software\Prosper file\Prosper exercise\ESP Design\esp design mam.Out
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Pump Discharge Pressure : 2559.96 (psig)


Pump Dischage Rate : 1437.2 (RB/day)
Total GOR Above Pump : 1.00 (scf/STB)
Mass Flow Rate : 416977.22 (lbm/day)
Total Fluid Gravity : 0.82759
Average Downhole Rate : 1437.3 (RB/day)
Head Required : 4552.5 (feet)
Actual Head Required : 4552.5 (feet)
Fluid Power Required : 39.82 (hp)
GLR @ Pump Intake (V/V) : -0.0031422 (fraction)
Gas Fraction @ Pump Intake : -0.0031521 (fraction)
Bo @ Pump Intake : 1.0264 (RB/STB)
Bg @ Pump Intake : 0.018109 (ft3/scf)
Average Cable Temperature : 156.30 (deg F)

........................
. SELECTED EQUIPMENT .
........................

Pump : ESP TD1350


Motor : ESP_Inc 375_50
Nameplate Power : 76.50 (hp)
Nameplate Voltage : 1110.00 (Volts)
Nameplate Current : 51.00 (amps)
Cable : #8 Copper

....................
. DESIGN RESULTS .
....................

Number Of Stages : 213


Power Required : 68.37 (hp)
Pump Efficiency : 58.461 (percent)
Pump Outlet Temperature : 46.49 (deg F)
Current Used : 78.03 (amps)
Motor Efficiency : 68.373 (percent)
Motor Power Generated : 3474.26 (hp)
Motor Speed : 3.1345e35 (rpm)
Voltage Drop Along Cable : 3.1345e35 (Volts)
Voltage Required @ Surface : 2.524e34 (Volts)
E:\Petroleum Software\Prosper file\Prosper exercise\ESP Design\esp design mam.Out
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Surface KVA : 103.361


Torque On Shaft : 0.68817 (lb.ft)
Motor Power Factor : (fraction)

+++++++++++++++++++
+ End of Report +
+++++++++++++++++++

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