e following data obtained from depleted oil reservoir: A= 10 acres, h=20 ft, PHI-22%, Soi=0. r0.30, Bo-1.31 RB/STB, Kro-0.8, Krw=0.24, iw-100 RB/day, the reservoir is subjected to wa oding, calculate the recovered oil volume and time of breakthrough if E-55%. If the flood ntinue and a one and half pore volume of water are injected calculate recovered oil volume and ne of recovery knowing that E= 90%.

e following data obtained from depleted oil reservoir: A= 10 acres, h=20 ft, PHI-22%, Soi=0. r0.30, Bo-1.31 RB/STB, Kro-0.8, Krw=0.24, iw-100 RB/day, the reservoir is subjected to wa oding, calculate the recovered oil volume and time of breakthrough if E-55%. If the flood ntinue and a one and half pore volume of water are injected calculate recovered oil volume and ne of recovery knowing that E= 90%.

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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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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This is for hydrology. How would I calulate the time it would take for the plume to reach the next well in it's path? Plume is moving in a southeast direction with with the next well at a distance of 61.2m away with a hydraulic gradient of 0.15m between the two wells. Here is the other information I have. Thank You A confined aquifer with the top of the aquifer about 13.5 m below the surface. The aquifer is 5.5 m thick and is bounded by impervious rock below (forming the datum for the hydraulic head measurements) and a clay aquitard above. Analysis of the aquifer material reveals a bulk density of 1.75 g/cm3, porosity of 0.35 and 0.55% organic carbon. After a pumping test, you calculate that the transmissivity of the aquifer is 0.00025 m2/s and the storativity is 0.000055. What monitoring well(s) would you next expect to see toluene found in and in approximately how long?
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