Deviated Well VLP Analysis


Spreadsheet

25 rows x 3 columns

fx
A B C
1 Deviated Well VLP Analysis
2 Well & Fluid Properties
3 Liquid Rate 1200 bbl/d
4 Liquid Density 48 lb/ft3
5 Liquid Viscosity 2.5 cP
6 Gas Rate 1.2 mmscf/d
7 Gas Specific Gravity 0.72 (air=1)
8 Interfacial Tension 28 dynes/cm
9
10 Pipe Properties
11 Tubing ID 2.441 in
12 Measured Depth 10000 ft
13 Pipe Roughness 0.0006 -
14 Temperature 185 degF
15 Wellhead Pressure 180 psi
16
17 Inclination Sensitivity
18 Angle (dega) B&B BHP Hasan-Kabir BHP
19 90 1745.308577 1312.925484
20 75 1730.727322 1257.102174
21 60 1586.717509 1082.115757
22 45 1361.437645 872.2356046
23 30 1100.476615 665.3857441
24 15 847.5163035 455.2760978
25 5 705.2365811 324.3168662

Description

Analyze vertical lift performance in deviated and inclined wells using correlations that properly account for inclination angle. Four correlations support non-vertical wells:

Inclination-Supporting Correlations:

  • Beggs & Brill (1973): Most widely used, general-purpose for any inclination
  • Gray (1974): Originally for gas wells, supports inclination
  • Hasan-Kabir (1988): Mechanistic model, excellent for deviated wells and annular geometry
  • Mukherjee-Brill (1985): Specifically developed to improve Beggs-Brill for inclined flow

Note: Vertical-only correlations (Hagedorn-Brown, Ansari, Orkiszewski, Duns-Ros, Aziz, Poettmann-Carpenter) should not be used for wells with significant deviation.

How to use this blueprint
  1. In Excel, go to the Petroleum Office ribbon tab and click Blueprint Manager
  2. Search for Deviated Well VLP Analysis
  3. Click on the blueprint to preview
  4. Click Insert to place it into your worksheet. Modify the input values to match your data.
Tags:
VLPdeviated-wellsinclinedHasan-KabirMukherjee-BrillBeggs-Brillmechanisticmultiphase-flow

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