Exercise 2 A production tubing is anchored at a depth of 9,000 ft. if the packer is set 30 ft above the shallowest perforation depth and the perforated interval is 100 ft, estimate a well static bottomhole pressure at mid-perforation depth, given the following: Yg = 0.7 Pts = 3800 psia Tis = 90 °F Tws = 210 oF %3D %3D ww
Exercise 2 A production tubing is anchored at a depth of 9,000 ft. if the packer is set 30 ft above the shallowest perforation depth and the perforated interval is 100 ft, estimate a well static bottomhole pressure at mid-perforation depth, given the following: Yg = 0.7 Pts = 3800 psia Tis = 90 °F Tws = 210 oF %3D %3D ww
Related questions
Question
Transcribed Image Text:Exercise 2
A production tubing is anchored at a depth of 9,000 ft. if the
packer is set 30 ft above the shallowest perforation depth and the
perforated interval is 100 ft, estimate a well static bottomhole
pressure at mid-perforation depth, given the following:
Yg = 0.7
Pts = 3800 psia
Tis = 90 °F
Tws = 210 oF
www
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 4 steps
