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EXECUTIVE SUMNIARY
One Dimensional Waterood Simulation in a Single Layer Reservoir
Submitted by: S. Al-Ghamdi, Y. Cai, R. Erickson, S. Han, Y. Yang
This project details the construction of a waterood simulation in a single reservoir layer using
tw

RESERVOIR ENGINEERING II
Geophysicists look for traps
Geologists look for source rocks
Drilling Engineers drill for target depths and maximum contact ASAP
Production Engineers deliver fluids to the surface & beyond
(hopefully hydrocarbons)
Reservoir Engin

Fractional Flow
Basics of Multiphase 1D
Displacement
Wettability
Wettability = the natural tendency for one phase (usually a solid) to prefer
contact with one fluid phase over another.
Can be considered a thermodynamic property in that a configuration wil

More Frontal Advance Theory
Welges Equation(s)
Waterflooding
Recovery Efficiency
Waterflooding
Recovery Efficiency
ERWF = ED x EV = ED x EA x EI
Microscopic
Displacement
Efficiency
Wettabillity
Mobility ratio
Vertical Sweep
Efficiency
Volumetric
Sweep
Eff

Capillary Pressure
In Porous Media
Laplace Pressure Difference = Capillary Pressure
1 1
P 2H c1 c2
R1 R2
is the interfacial tension and
R1, R2 are the principle radii of curvature at any point.
Note: The assumption of a surface of constant mean curva

PROJECT 1
1.
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7.
Use the following formulas to get your personalized case (Siw=0.2, Sor=0.3, krw=0.25, kro=1, nw=4,
and no=2).
Swi = Siw + 0.02*(birth month)
= 0.2 *[1+ 0.1*(last digit on your student ID)]
k = 10 md *[1 + (birth day of t

CLICKERS
We have a number of mis-registered clickers. Please
check yours. If you did not receive a grade for Quiz 1,
you were either absent or we have a registration
problem. 12 clickers were captured that did not match
anyones Harvey-registered 6-digit c

TECHNICAL REPORTING VIA EXECUTIVE SUMMARY
ROLE OF THE EXECUTIVE SUMMARY
The executive summary is not a place to give chronologic, step-by-step description how things were
done, nor is it a place to state what may be found in other parts of the report, e.g

Name 3 aim-Hm PE 1336513 Reservoir ll
Midterm
Problem I. (20 points) The following gure shows a capillaryt tube with three sections with different
diameters. The diameter of section A is 0.02 in; the diameter of section B is 0.04 in; and the diameter of
s

Determination of water saturation in 10 layer reservoir Yun Yang, 1
Executive Summary
/ This report details the calculation to determine the initial water saturation in a ten-layer reservoir. Z
003 This calculation can be further used" 1n the determ

EXECUTIVE SUMMARY
Two Dimensional Waterood Simulation in a ten Layer Reservoir
Submitted by: R. Feng, Y. Yang, J. Lv, S. Kunasekaran, E. Hansen
This project details waterflood simulation in a 10-layered reservoir layer using three methods:
Eclipse reservo

PE 4113
1D Simulation Construction
Fractional Flow
Neglecting the gravitational and capillary pressure
gradient terms, the fractional flow becomes:
fw
1
k ro w
1
k rw o
which typically conforms to a sigmoidal (S-shaped) curve.
Fractional Flow
We in