LET Relative Permeability Curves


Spreadsheet

30 rows x 4 columns

fx
A B C D
1 LET Relative Permeability Model
2 Saturation Parameters
3 Swi 0.22 fraction
4 Sorw 0.28 fraction
5 Krow @ Swi 0.95 -
6 Krw @ Sorw 0.3 -
7
8 Oil Curve Parameters
9 Lo 2.5 -
10 Eo 2 -
11 To 1.5 -
12
13 Water Curve Parameters
14 Lw 3 -
15 Ew 1.5 -
16 Tw 2 -
17
18 Relative Permeability Table
19 Sw Krow Krw So
20 0.22 0.95 0 0.78
21 0.28 0.8524425774 0.0004456180888 0.72
22 0.34 0.6475819956 0.004711527975 0.66
23 0.4 0.4097725358 0.02117339529 0.6
24 0.46 0.2153699842 0.0642737586 0.54
25 0.52 0.09326905198 0.1421052632 0.48
26 0.58 0.03119532637 0.2281243888 0.42
27 0.64 0.006276188014 0.2817462732 0.36
28 0.7 0.0001615707979 0.2991883995 0.3
29
30 Mobile Oil Saturation 0.5 fraction

Description

Generate oil-water relative permeability curves using the LET (Lomeland-Ebeltoft-Thomas) correlation. This model offers more flexibility than Corey for matching laboratory data.

LET Parameters:

  • L: Controls lower part of curve (low saturation behavior)
  • E: Controls elevation/position of slope
  • T: Controls upper part of curve (high saturation behavior)
How to use this blueprint
  1. In Excel, go to the Petroleum Office ribbon tab and click Blueprint Manager
  2. Search for LET Relative Permeability Curves
  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:
SCALletrelative-permeabilityoil-watercurve-fitting

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