PROBLEM # 4 Wells A, B, and C are all filled with mud that has a density of 10 ppg. TVD = true vertical depth = 15000 ft. The inclined segment of well B is 12000 ft The horizontal segment of well C is 5000 ft. The angle of inclination at the top section of well B is 30 degrees. 1. Estimate the gage pressure (in psi) at the bottom of well A (at point A). 2. Estimate the gage pressure (in psi) at the bottom of well B (at point B). 3. Estimate the gage pressure (in psi) at the deepest point in well C at the end of the horizontal section (at point C). 10 ppg mud KL TVD В C

Elements Of Electromagnetics
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Author:Sadiku, Matthew N. O.
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PROBLEM # 4
Wells A, B, and C are all filled with mud that has a density of 10 ppg.
TVD = true vertical depth = 15000 ft.
The inclined segment of well B is 12000 ft
The horizontal segment of well C is 5000 ft.
The angle of inclination at the top section of well B is 30 degrees.
1. Estimate the gage pressure (in psi) at the bottom of well A (at point A).
2. Estimate the gage pressure (in psi) at the bottom of well B (at point B).
3. Estimate the gage pressure (in psi) at the deepest point in well C at the end of the horizontal
section (at point C).
KL
10 ppg mud
TVD
C
2
Transcribed Image Text:PROBLEM # 4 Wells A, B, and C are all filled with mud that has a density of 10 ppg. TVD = true vertical depth = 15000 ft. The inclined segment of well B is 12000 ft The horizontal segment of well C is 5000 ft. The angle of inclination at the top section of well B is 30 degrees. 1. Estimate the gage pressure (in psi) at the bottom of well A (at point A). 2. Estimate the gage pressure (in psi) at the bottom of well B (at point B). 3. Estimate the gage pressure (in psi) at the deepest point in well C at the end of the horizontal section (at point C). KL 10 ppg mud TVD C 2
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