Reservoir Formation Damage Episode 3 Part 7 potx
Reservoir Formation Damage Episode 3 Part 7 potx
... /,(*./*,-
1
)
(19 -36 )
(19 - 37 )
Thus, they calculate
the
harmonic average permeability
of the
damaged
portion
of the
core
by:
K(t\-
Xf
{
dx
K(t)
-T
0
n^t
(19 -38 )
Substituting
Eqs. 19 -33 ,
34 , and 36
... Study,"
SPE
Paper
38 180,
Proceedings
of the
19 97
SPE
European Formation
Damage Conference held
in the
Hague,
The
Netherlands, June
2 -3,
19 97,...
Reservoir Formation Damage Episode 1 Part 7 potx
... "Compressive
Cake Filtration," Chem. Eng.
Sci.,
Vol.
47,
1992,
pp.
1 37 3- 138 1.
136
Reservoir Formation Damage
=
(«£
(7- 44)
The
permeability
and
inertial
flow coefficient
for
porous materials
... York,
1 972 ,
pp.
191-1 97.
Smiles,
D. E., &
Kirby,
J.
M.,
"Compressive
Cake
Filtration—A
Com-
ment,"
Chem.
Eng.
ScL,
Vol.
48, No....
Reservoir Formation Damage Episode 3 Part 11 ppt
... two-phase,
438
Model assisted analysis
experimental data, 2 13,
251,
34 4,
4 43
Index
73 7
plugging-nonplugging,
87
Parity
equations,
566
pe-pH charts, 34 3,
36 7
pH-buffer
solutions,
71 4
Permeability ... assisted
analysis,
2 13
Experimental set-up, formation
damage testing, 459,
564
Expert system, formation
damage,
70 2
Evaluation, formation,
1 03
Evalu...
Reservoir Formation Damage Episode 1 Part 5 potx
... Induced
Formation
Damage, "
/.
of
Petroleum Science
and
Engineering,
Vol.
17,
No.
1/2,
February
19 97,
pp.
1 23- 1 37 .
Civan,
F.,
"A
Generalized Model
for
Formation Damage
... the
Formation Damage Models,"
SPE
2 37 87 paper, Proceedings
of the SPE
International Symposium
on
Formation Damage Control, February
26- 27, 1992,
Lafayette,
Lo...
Reservoir Formation Damage Episode 1 Part 10 potx
... page
218)
216
Reservoir Formation Damage
35
30
20
10
A
TSS =38 43mg/.«
(SLOPE=
0 .38 9
'/min
INTERCEPT
=
-5 .36 )
a TSS -
579 0
mg/0
(SLOPE
=
0. 139 6'/min
INTERCEPT* -3. 09)
50
TIME
... to
2000
840 to
2000
420 to 840
420 to 840
250 to 2 97
250 to 2 97
177
to 210
104 to 124
Effective
Pore
Size
d
s
(urn)
218f
218
97
97
42
42
30
18
Glass Bead
Diameter...
Reservoir Formation Damage Episode 2 Part 5 potx
... Al
cr
Br
so
4
-
2
C0
3
~
2
HCO
3
H
4
Si0
4
°
pH
TDS
Tartarate
Malonate
Succinate
Glycolate
Formate
Acetate
Propianate
Butyrate
Oxalate
JMU
#7 234
58650
28 47
6 63
962
2.41
78 0
10 .3
0.5
106400
835
2 83
0
240
2.2
6. 83
170 8 37
ND
ND
24.6
ND
23. 3
30 4
22
5 .7
ND
JMU
#7 231
60 430
30 37
7 53
412
2.18
812
0.16
0.6
110000
892
246
0
240
4 .3
7. 23
175 932
ND
ND
26.2...
Reservoir Formation Damage Episode 2 Part 7 ppt
... g/g-mol
Component
Saturates
Aromatics
Resins
Asphaltenes
Viscosity
mPa»s
.
12.8
4.2
-
-
Viscosity
@59°C
d
4.2
.
-
-
-
0.1
230
wt.%
48.5
33 .5
13. 2
4.8
OilW2"
Density
kg/m
3
854.9
842.4
-
8 13. 1
-
Density
@61°C
d
8 13. 1
816.4
819.6
822.9
829 .3
Viscosity
mPa*s
.
4.60
-
2 .35
-
Viscosity
@61°C
d
2 .35
2.49
2.62
2 .76
3. 04
0.2
2 03
wt.%
55 .3
31.1
9.6
4.0
Oil
W3
C
Density
k...
Reservoir Formation Damage Episode 3 Part 1 pps
... 12055 234 56
3, 190.5
3, 191.5
3, 192 .7
3, 194.0
3, 195 .7
3, 1 97. 9
3, 199.4
3, 201.0
3, 2 03. 3
3, 205.8
3, 2 07. 1
3, 208.4
3, 209.9
3, 212 .7
3, 216 .7
3, 219.2
49.0
20.4
3. 2 1.4 0 .7
81.5
23. 4
2.8 1.5 0 .7
106.0
... 12199 234 65
2 ,38 7. 6
2 ,38 8.4
2 ,39 0.1
2 ,39 2 .7
2 ,39 4 .7
2 ,39 5.2
184.0
21 .3
1.6 0.9 2.4
246.0
21 .7
1.2 1.1 1.9
69.0
23. 6...
Reservoir Formation Damage Episode 3 Part 2 pptx
... Budmark
2
Morgan Coal
Depth ft
2, 170
3, 158 -3, 176
2 ,38 5-2 ,39 5
2,615-2, 630
2 ,39 2.1
2,6 27
2 ,39 3.5
3, 198 .7
2 ,39 1.1
2,1 63
2 ,39 0
2 ,38 8
2,611
3, 200.6
2 ,38 8 .3
2 ,39 2.8
2 ,39 3
To
determine
Compatibility
... Coal
12199 234 65
Dale
1
McCreery
12055 234 56
Zeigler
2
Mack
12055 2 37 50
Boyd
9
Sanders
1208102628
Depth
ft
2 ,39 3.5
2 ,38 8 .3
2 ,39 1.1
2 ,39 0...
Reservoir Formation Damage Episode 3 Part 3 ppt
... constant
(16-11)
(16-12)
(16- 13)
556
Reservoir
Formation
Damage
,2
=
( 17 -3)
b.
Average random error
A
x
=
0 .79 790^
c.
Probable error
P=
0. 674 50,
( 17- 4)
( 17- 5)
Hence,
the
measured value
... Reservoir
Formation
Damage
2Ax
(16 -36 )
The
central difference formula
is
obtained
as, by
substituting
Eqs.
16 -33
and 34 for
b
{
,b
2
at x =
x
f
=0
into
E...