Tubing Size Selection Analysis


Spreadsheet

31 rows x 5 columns

fx
A B C D E
1 Tubing Size Selection Analysis
2 Well & Fluid Properties
3 Liquid Rate 2500 bbl/d
4 Liquid Density 48 lb/ft3
5 Liquid Viscosity 2.5 cP
6 Gas Rate 2 mmscf/d
7 Gas Specific Gravity 0.72 (air=1)
8 Interfacial Tension 28 dynes/cm
9
10 Well Properties
11 Tubing Length 9000 ft
12 Pipe Roughness 0.0006 -
13 Pipe Angle 90 degrees
14 Temperature 185 degF
15 Wellhead Pressure 150 psia
16
17 Tubing Size Comparison
18 Tubing Size ID (in) BHP (psia) dP (psi) Velocity (ft/s)
19 2-3/8" 1.995 3069.007576 2919.007576 7.484483269
20 2-7/8" 2.441 2137.548533 1987.548533 4.999332972
21 3-1/2" 2.992 1676.6043 1526.6043 3.327548879
22 4-1/2" 3.958 1456.010872 1306.010872 1.901498741
23
24 Optimal Size 4-1/2 (lowest pressure drop)
25
26 Rate Sensitivity by Tubing Size
27 Rate (bbl/d) 2-3/8" BHP 2-7/8" BHP 3-1/2" BHP
28 1000 1792.299236 1550.09896 1477.131664
29 2000 2597.232665 1905.55143 1578.416114
30 3000 3568.961315 2392.417374 1792.560893
31 4000 4652.198067 2944.019627 2063.346873

Description

Compare pressure drops across different tubing sizes to optimize well production. Smaller tubing increases friction but maintains velocity for liquid lift; larger tubing reduces friction but may cause liquid loading in gas wells.

Common Tubing Sizes:

  • 2-3/8": 1.995" ID
  • 2-7/8": 2.441" ID
  • 3-1/2": 2.992" ID
  • 4-1/2": 3.958" ID
How to use this blueprint
  1. In Excel, go to the Petroleum Office ribbon tab and click Blueprint Manager
  2. Search for Tubing Size Selection Analysis
  3. Click on the blueprint to preview the spreadsheet template
  4. Click Insert to place it into your worksheet. Modify the input values to match your data.
Tags:
VLPtubingsizingoptimizationnodal-analysis

Need a custom calculation? Request a Blueprint

An unhandled error has occurred. Reload X