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Example 10.1: - SP and Resistivity (shallow and deep) logs are shown in Figure 10.1 in front of sandstone formation. And from the following information: = Rmf 2.0 @ 70 °F, surface temperature = 60 °F = Rm 2.5 @70 °F, TD = 10500 ft, BHT = 164 °F, d= 33 in Find Rw value by: 1.) Chart. 2.) Equation. SP 8100 RESISTIVITY 500 SHORT NORMAL INDUCTION 8200 Figure 10.1 SP and Resistivity Logs

Example 10.1: - SP and Resistivity (shallow and deep) logs are shown in Figure 10.1 in front of sandstone formation. And from the following information: = Rmf 2.0 @ 70 °F, surface temperature = 60 °F = Rm 2.5 @70 °F, TD = 10500 ft, BHT = 164 °F, d= 33 in Find Rw value by: 1.) Chart. 2.) Equation. SP 8100 RESISTIVITY 500 SHORT NORMAL INDUCTION 8200 Figure 10.1 SP and Resistivity Logs

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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Example 10.1: - SP and Resistivity (shallow and deep) logs are shown in Figure 10.1 in front of sandstone formation. And from the following information: = Rmf 2.0 @ 70 °F, surface temperature = 60 °F = Rm 2.5 @70 °F, TD = 10500 ft, BHT = 164 °F, d= 33 in Find Rw value by: 1.) Chart. 2.) Equation. SP 8100 RESISTIVITY 500 SHORT NORMAL INDUCTION 8200 Figure 10.1 SP and Resistivity Logs
Transcribed Image Text:Example 10.1: - SP and Resistivity (shallow and deep) logs are shown in Figure 10.1 in front of sandstone formation. And from the following information: = Rmf 2.0 @ 70 °F, surface temperature = 60 °F = Rm 2.5 @70 °F, TD = 10500 ft, BHT = 164 °F, d= 33 in Find Rw value by: 1.) Chart. 2.) Equation. SP 8100 RESISTIVITY 500 SHORT NORMAL INDUCTION 8200 Figure 10.1 SP and Resistivity Logs
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