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run_0_8.dat
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run_0_8.dat
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RESULTS SIMULATOR STARS 200900
**NOLIST
**
INUNIT *SI
*****************************************************************
**CHECKONLY
**
INTERRUPT STOP
**
WPRN GRID TIME
WPRN ITER TIME
OUTPRN WELL ALL
**PRES SWCRIT SW SO SG TEMP OBHLOSS VISO KRO KRG KRW MASDENO MASDENG MASDENW
OUTPRN GRID NONE
**ALL **SMALL
OUTPRN RES NONE
OUTPRN ITER BRIEF
**
WSRF GRID TIME
WSRF WELL TIME
WSRF SECTOR TIME
OUTSRF GRID PRES SG SO SW TEMP
**OUTSRF WELL COMPONENT ALL
OUTSRF WELL LAYER ALL
REWIND 0
**$ Distance units: m
RESULTS XOFFSET 0.0000
RESULTS YOFFSET 0.0000
RESULTS ROTATION 0.0000 **$ (DEGREES)
RESULTS AXES-DIRECTIONS 1.0 -1.0 1.0
WRST TIME
**$ ***************************************************************************
**$ Definition of fundamental cartesian grid
**$ ***************************************************************************
GRID VARI 100 1 20
KDIR DOWN
DI IVAR
100*1
DJ JVAR
1
DK ALL
2000*1
DTOP
100*0
NULL CON 1
PINCHOUTARRAY CON 1
**$ Property: Porosity Max: 0.3 Min: 0.3
POR CON 0.32
**$ Property: Permeability I (md) Max: 4000 Min: 2000
PERMI CON 1000
*mod
INCLUDE 'K_Dyn/K_Dyn_0_8.inc'
**$ Property: Permeability J (md) Max: 2000 Min: 2000
PERMJ CON 1000
*mod
INCLUDE 'K_Dyn/K_Dyn_0_8.inc'
**$ Property: Permeability K (md) Max: 2000 Min: 2000
PERMK CON 1000
*mod
INCLUDE 'K_Dyn/K_Dyn_0_8.inc'
END-GRID
*****************************************************************************
** GRID OTHER PROPERTIES
*****************************************************************************
ROCKTYPE 1
CPOR 1.2E-6
PRPOR 101.
CTPOR 3.84e-5
ROCKCP 2.347E6 0. ** J/(m3 C) = 35 Btu/(ft3 F)
***************************
THCONR 600E3 ** J/(m d C)
THCONW 55E3
THCONO 11E3
THCONG 2E3
THCONMIX SIMPLE
***************************
HLOSSPROP OVERBUR 2.347E6 1.496E5 ** Vol. Heat Capacity / Thermal conductivity
UNDERBUR 2.347E6 1.496E5
*********** Property: Thermal/rock Set Num Max: 1 Min: 1
THTYPE CON 1
*****************************************************************************
** COMPONENT PROPERTIES
*****************************************************************************
MODEL 3 3 3 1 **Fluids of the model include water, dead oil and methane
COMPNAME 'WATER' 'OIL' 'METHANE'
**--------------------------------
CMM 0.018 0.523 0.016 ** kg/gmol = kg/mol (!)
PCRIT 0.0 0.0 4600 ** kPa. Default for water, not needed for dead oil
TCRIT 0.0 0.0 -82.55 ** oC. Default for water, not needed for dead oil
MOLDEN 55555 1931 20000 ** Molar density = Dens/MW.
** For water =1000/0.018= 55555
** For oil = 1010/0.523 = 1931
** For gas = 320/0.016 = 20000
CP 4.463E-7 6E-7 10E-7 ** 1/kPa.
CT1 0.0 10.04E-4 9.72E-4 ** 1/oC. Thermal expansion coefficients
CT2 0.0 0.0 0.0
CPG1 0.0 841. 35.2 ** Refer to both ARC and CMG decks
CPL1 0.0 1000. 67.2
HVAPR 0.0 1346. 1770. ** Heat of vaporization, J/(gmol oC)
AVG 0.0 0.0 0.016
BVG 0.0 0.0 0.0 ** Temperature-independent
** K-VALUE CORRELATIONS (From STARS' Table)
KV1 0.0 0.0 5.45E5 **kPa.
KV4 0.0 0.0 -879.84 **oC
KV5 0.0 0.0 -265.99 **oC
PRSR 500. **kPa. Ref. pressure of methane & others density = Initial gas cap res. pressure
TEMR 10.
PSURF 101.3 **=14.7 psia **Surface conditions
TSURF 15.6 **=60 oF
VISCTABLE
************************************************** Both curves smoothed by Jeff
**Temp Water Bitumen Methane (liq)
**********************************************************************************
9.0 0 1461700 515.59
10.0 0 1241639 486.21
12.2 0 870699 427.72
40.0 0 22267.1 107.86
60.0 0 3183.8 49.21
80.0 0 694.3 25.58
100.0 0 209.2 14.74
120.0 0 81.1 9.23
140.0 0 38.2 6.17
160.0 0 21.1 4.37
175.6 0 14.5 3.44
200.0 0 9.1 2.48
220.0 0 6.8 1.97
240.0 0 5.4 1.6
260.0 0 4.5 1.34
280.0 0 4.0 1.13
300.0 0 3.6 0.98
350.0 0 3.2 0.80
*****************************************************************************
** ROCK-FLUID DATA
*****************************************************************************
ROCKFLUID
RPT 1
SWT
****************** Additional points were added between (1-Sor) and 1
** Sw Krw Krow
*************************************
0.15 0.0000 1.0000
0.20 0.0001 0.8603
0.25 0.0009 0.7305
0.30 0.0028 0.6106
0.35 0.0066 0.5009
0.40 0.0125 0.4014
0.45 0.0212 0.3123
0.50 0.0332 0.2337
0.55 0.0489 0.1659
0.60 0.0688 0.1091
0.65 0.0935 0.0635
0.70 0.1232 0.0296
0.75 0.1586 0.0080
0.80 0.2000 0.0000
0.85 0.2960 0.0000
0.90 0.4540 0.0000
0.95 0.6780 0.0000
1.00 1.0000 0.0000
SLT
******************* Additional points were added between Swc and (Swc+Sor)
**Sliq Krg Krog Krw
*************************************************
0.1500 1.0000 0.0000 0.0000
0.1925 0.8330 0.0000 0.0000
0.2775 0.6000 0.0000 0.0000
0.3625 0.4500 0.0000 0.0000
0.4050 0.3851 0.0081 0.0000
0.4475 0.3256 0.0277 0.0000
0.4900 0.2712 0.0570 0.0000
0.5325 0.2220 0.0951 0.0000
0.5750 0.1779 0.1415 0.0000
0.6175 0.1389 0.1957 0.0000
0.6600 0.1050 0.2575 0.0000
0.7025 0.0759 0.3266 0.0000
0.7450 0.0518 0.4028 0.0000
0.7875 0.0324 0.4859 0.0000
0.8300 0.0177 0.5758 0.0000
0.8725 0.0076 0.6722 0.0000
0.9150 0.0018 0.7751 0.0000
0.9575 0.0000 0.8844 0.0000
1.0000 0.0000 1.0000 0.0000
SGR 0.05 **Critical gas saturation
KRGCW 0.60 **Rel. perm. to gas at residual liquid saturation (Swc+Sor)
************* Sand
KRTEMTAB SORW SORG KRWIRO
10 0.15 0.15 0.20
250 0.10 0.05 0.40
************* RELATIVE PERMEABILITY TYPE DESIGNATION
************* Property: Rel Perm Set Number Max: 1 Min: 1
KRTYPE CON 1
************* Property: Critical Water Saturation Max: 0.15 Min: 0.15
BSWCRIT CON 0.15
*****************************************************************************
** INTITIALIZATION
*****************************************************************************
INITIAL
VERTICAL DEPTH_AVE
INITREGION 1
REFPRES 550
REFDEPTH 10
**$ Property: Temperature (C) Max: 10 Min: 10
TEMP CON 10
**$ Property: Water Saturation Max: 0.15 Min: 0.15
SW CON 0.2
**$ Property: Oil Saturation Max: 0.85 Min: 0.85
SO CON 0.8
**$ Property: Gas Saturation Max: 0 Min: 0
SG CON 0
** Initial "OIL" mol fraction in the oil liquid phase
**$ Property: Oil Mole Fraction(OIL) Max: 0.999 Min: 0.999
MFRAC_OIL 'OIL' CON 0.999
** Initial "METHANE" mol fraction in the oil liquid phase
**$ Property: Oil Mole Fraction(METHANE) Max: 0.001 Min: 0.001
MFRAC_OIL 'METHANE' CON 0.001
*****************************************************************************
** NUMERICAL CONTROL
*****************************************************************************
NUMERICAL
DTMAX 30.
MAXSTEPS 9999999
NORM TEMP 10
UPSTREAM KLEVEL
CONVERGE TOTRES LOOSE
ITERMAX 300
NORTH 100
*****************************************************************************
** WELL AND RECURRENT DATA
*****************************************************************************
NCUTS 20
RUN
DATE 1901 1 1.00000
DTWELL 5
**$
WELL 'Injector2' FRAC 1.
INJECTOR MOBWEIGHT IMPLICIT 'Injector2'
INCOMP WATER 1. 0. 0.
TINJW 250.
QUAL 0.95
OPERATE MAX BHP 3000. CONT
OPERATE MAX STW 800. CONT
**$ rad geofac wfrac skin
GEOMETRY K 0.086 0.249 1. 0.
PERF GEOA 'Injector2'
**$ UBA ff Status Connection
50 1 16 1. OPEN FLOW-FROM 'SURFACE'
SHUTIN 'Injector2'
**$
WELL 'Producer2' FRAC 1.
PRODUCER 'Producer2'
OPERATE MIN BHP 500. CONT
OPERATE MAX STL 800. CONT
OPERATE MIN STEAMTRAP 10. CONT REPEAT
**$ rad geofac wfrac skin
GEOMETRY K 0.086 0.249 1. 0.
PERF GEOA 'Producer2'
**$ UBA ff Status Connection
50 1 19 1. OPEN FLOW-TO 'SURFACE'
SHUTIN 'Producer2'
**$ Property: Heat Transfer Rate (J/day) Max: 0 Min: 0
HEATR CON 0
*MOD
50:50 1:1 16:16 = 1e11
50:50 1:1 19:19 = 1e11
**$ Property: Temp. Setpoint for Controller (C) Max: 10 Min: 10
TMPSET CON 10
*MOD
50:50 1:1 16:16 = 240
50:50 1:1 19:19 = 240
**$ Property: Prop. Heat Transfer Coeff. (J/(day*C)) Max: 0 Min: 0
UHTR CON 0
*MOD
50:50 1:1 16:16 = 1e+10
50:50 1:1 19:19 = 1e+10
AUTOHEATER ON 50:50 1:1 16:16
AUTOHEATER ON 50:50 1:1 19:19
*****************************************************************************
** DATES
*****************************************************************************
DATE 1901 1 15
STOP