Rod Pump System Design


Spreadsheet

29 rows x 3 columns

fx
A B C
1 Rod Pump System Design
2
3 Well & Equipment
4 Pump Setting Depth 5000 ft
5 Plunger Diameter 1.5 in
6 Rod Diameter 0.875 in
7 Effective Stroke 84 in
8 Pumping Speed 8 SPM
9
10 Fluid Properties
11 Fluid Specific Gravity 0.85
12 Fluid Level Above Pump 4500 ft
13 Fluid Gradient 0.368 psi/ft
14
15 Rod String
16 Rod Area 0.6013204689 in2
17 Rod Weight in Air 10210.42156 lb
18 Buoyant Rod Weight 9099.527695 lb
19
20 Load Analysis
21 Plunger Area 1.767145868 in2
22 Fluid Load 2926.393557 lb
23 Peak Load (PPRL) 12025.92125 lb
24 Minimum Load (MPRL) 9099.527695 lb
25
26 Production & Power
27 Theoretical Displacement 138.4650679 bbl/d
28 Ideal Counterbalance 10562.72447 lb
29 Polished Rod HP 17.92462335 HP

Description

Integrated rod pump system design. Combines pump sizing, rod string analysis, load calculations, and power requirements for complete system evaluation.

Parameters:

  • dp: Plunger diameter (in)
  • dr: Rod diameter (in)
  • L: Rod/pump setting depth (ft)
  • Sp: Effective plunger stroke (in)
  • N: Pumping speed (SPM)
  • SG: Fluid specific gravity (dimensionless)
  • H: Fluid level above pump (ft)
  • G: Fluid gradient (psi/ft)
How to use this blueprint
  1. In Excel, go to the Petroleum Office ribbon tab and click Blueprint Manager
  2. Search for Rod Pump System Design
  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:
rod-pumpdesigndisplacementloadtorqueartificial-lift

Need a custom calculation? Request a Blueprint

An unhandled error has occurred. Reload X