1. Draw the iso structure and iso pach map from the well information usingground level (14 ft K.B.) and sub sea measurements. The water oil contact isestimated to be at 2600 ft sub sea. Which well would you expect to be the bestoil producer and which well would be the best water injection well?Well #ElevationDepth to Sand(K.B.)3654Pay Thickness(ft)38TI1090100010251024W-1W-2W-3343035893668449.33W-4W-5W-6W-7W-810551078103510233679357538343658419.3736211065101010761057W-9W-1038603540347821434W-11W-123576Well #1Well #6Well #11Well #5Well #3Well #2Well #9Well #4Well #10Well #7Well #8Well #12

Well# Elevation Depth to Sand(K.B.) Pay Thickness(ft) W-1 1090 3654 38 W-2 1000 3430 44 W-3 1025…

1. Draw the iso structure and iso pach map from the well information using ground level (14 ft K.B.) and sub sea measurements. The water oil contact is estimated to be at 2600 ft sub sea. Which well would you expect to be the best oil producer and which well would be the best water injection well? Well # W-1 Pay Thickness(ft) 38 Elevation 1090 1000 1025 Depth to Sand(K.B.) 3654 W-2 W-3 3430 3589 44 3668 3679 3575 W-4 1024 W-5 W-6 1055 1078 33 41 9 W-7 W-8 W-9 W-10 W-11 1035 1023 1065 1010 1076 3834 3658 37 36 21 3860 3540 3478 21 43 W-12 1057 3576 4 Well #1 Well #6 Well #11 Well #5 Well #3 Well #2 Well #9 Well #4 Well #10 Well #7 Well #8 Well #12

1. Draw the iso structure and iso pach map from the well information using ground level (14 ft K.B.) and sub sea measurements. The water oil contact is estimated to be at 2600 ft sub sea. Which well would you expect to be the best oil producer and which well would be the best water injection well? Well # W-1 Pay Thickness(ft) 38 Elevation 1090 1000 1025 Depth to Sand(K.B.) 3654 W-2 W-3 3430 3589 44 3668 3679 3575 W-4 1024 W-5 W-6 1055 1078 33 41 9 W-7 W-8 W-9 W-10 W-11 1035 1023 1065 1010 1076 3834 3658 37 36 21 3860 3540 3478 21 43 W-12 1057 3576 4 Well #1 Well #6 Well #11 Well #5 Well #3 Well #2 Well #9 Well #4 Well #10 Well #7 Well #8 Well #12

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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find diameter of the well to yield 4000 Iph, if c=0.09/h and depression head = 0.8m.
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Solve all please Q2) Choose the right answer. 1. The uncontrolled flow of whole mud into a formation is known as B-washouts C- lost circulation A- fracturing 2. The space below the derrick floor is known as ------- A-mud pit B-crown block 3. In the oil industry well completion objective...... A- oil treatment B- provide pathway for reservoir fluids C- monkey bord A-bottom hole pressure B-flow rate 8. The indirect porosity determined form flow 4. The unit of Relative permeability is A-g/ce B-Darcy 5. Open hole completions done by install - A- production casing at top of pay zone. D- perforate liner 6. The ---------- type is used for large flow rates and segregates flow. A- Casing flow B- Tubing and Annulus flow 7. The well logging provides a continuous record for reservoir - C- observation C- demission less B-neutron log 10. the dolomite rock matrix density is equal to A-2.71 B-2.87 A-density log B-GR log C- core 9. Natural reductive of formations record by ----------. A-sonic log…
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3b) A well of r = 0.328 ft , drainage area 650 acres and Pwr=4500 psia in the reservoir of following characteristics (K = 28 md, h = 59 ft, Pe= 5651 psia, u = 1.67 cp, and B, 1.12 rb/stb). This well is producing at steady state with an outer boundary constant pressure of 5651 psia. This well suffers from skin effect equals to + 10 and penetration of damage is 3ft beyond the wall of the well. Answer Following Questions: A) Calculate production rate of the well for s =+10 and s = zero. B) Describe two mechanisms to increase damaged well production by 30% C) Permeability of damage zone.
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Determine Optimum tubing sizes for the following wells, if you know well depth = 2100 m and , GLR = 500 SCF/STB for all wells. Solve this question step by step in clear way