man
admin 管理员 answered 3月 ago
在CMG中进行聚合物驱与CO₂溶解协同模拟时，聚合物组分需在组分定义中*COMPNAME中单独定义（如*COMPNAME ‘POLYMER’）。WinProp适用于状态方程模拟，主要用于气-液平衡和CO₂溶解的拟合，不适合直接模拟聚合物等复杂高分子组分。
如下是微粒运移算例：
RESULTS SIMULATOR STARS 200600
** ============== INPUT/OUTPUT CONTROL ======================
*TITLE1 ‘2-D Areal Producer Injector Pair’
*INUNIT *FIELD
WRST TIME
WPRN GRID TIME
WPRN SECTOR TIME
WSRF GRID TIME
WSRF SECTOR 1
OUTPRN WELL ALL
OUTPRN GRID BPP MASDENO MOLDENO PRES SG SO SW TEMP VISG VISO X
Y Z
OUTSRF GRID FPOROS MASDENO MOLDENO PRES RFG RFO RFW SG SO SOLCONC SW
TEMP VISG VISO VPOROS W X Y Z
RESULTS XOFFSET 0.0000
RESULTS YOFFSET 0.0000
RESULTS ROTATION 0.0000 **$ (DEGREES)
**$ ***************************************************************************
**$ Definition of fundamental cartesian grid
**$ ***************************************************************************
GRID VARI 10 10 1
KDIR DOWN
DI IVAR
10*100
DJ JVAR
10*100
DK ALL
100*10
DTOP
100*2000
**$
**$ Property: NULL Blocks Max: 1 Min: 1
**$ 0 = null block, 1 = active block
NULL CON 1
**$ RESULTS PROP NETPAY Units: ft
**$ RESULTS PROP Minimum Value: 0 Maximum Value: 66.8
NETPAY CON 5.0
**$ RESULTS PROP POR Units: Dimensionless
**$ RESULTS PROP Minimum Value: 0 Maximum Value: 0.375
POR CON 0.2
**$ RESULTS PROP PERMI Units: md
**$ RESULTS PROP Minimum Value: 204 Maximum Value: 4645
PERMI CON 1000.0
PERMJ EQUALSI * 1
PERMK EQUALSI * 0.1
**$ RESULTS PROP TRANSK Units: Dimensionless
**$ RESULTS PROP Minimum Value: 0 Maximum Value: 0
TRANSK CON 0
**$
**$ Property: Pinchout Array Max: 1 Min: 1
**$ 0 = pinched block, 1 = active block
PINCHOUTARRAY CON 1
END-GRID
ROCKTYPE 1
PRPOR 1300.
CPOR 0.0
ROCKCP 35.
THCONR 24.
THCONW 24.
THCONO 24.
THCONG 24.
HLOSSPROP OVERBUR 35. 24.
UNDERBUR 35. 24.
**$ Model and number of components
MODEL 7 5 5 3
COMPNAME ‘Water’ ‘Salt’ ‘SolnFine’ ‘Dead_Oil’ ‘Soln_Gas’ ‘LineFine’ ‘DepFine’
CMM
0 58.4425 12 869.9 26.3627 12 12
PCRIT
0 0 0 0 667.009
TCRIT
0 0 0 0 -115.554
KV1
0.0 0.0 0.0 0.0 12345.7
KV2
0.0 0.0 0.0 0.0 -0.000440008
KV3
0.0 0.0 0.0 0.0 18.6777
KV4
0.0 0.0 0.0 0.0 -1583.98
KV5
0.0 0.0 0.0 0.0 -446.782
PRSR 14.7
TEMR 125.6
PSURF 14.7
TSURF 100
**$ Surface conditions
SURFLASH W W W O G
SOLID_DEN ‘LineFine’ 165.434 0 0
SOLID_DEN ‘DepFine’ 165.434 0 0
MASSDEN
62.1603 62.1603 62.1603 58.5073 21.495
CP
3e-006 3e-006 3e-006 5.01e-006 5.01e-006
CT1
0.000150621 0.000150621 0.000150621 0.00102442 0.00102442
DNMIXCOMP ‘Soln_Gas’
DNMIXENDP 0 0.52
DNMIXFUNC 0 0.0902324 0.1508 0.2028 0.2548 0.3068 0.3588 0.41133 0.453215 0.491053 0.52
VISCTABLE
**$ temp
41 2.85154 2.85154 2.85154 513737 51030.1 ** Live oil visc (P=1014.7) = 153325
59 2.1308 2.1308 2.1308 43468.9 4317.81 ** Live oil visc (P=1014.7) = 12973.3
77 1.67306 1.67306 1.67306 7137.05 708.931 ** Live oil visc (P=1014.7) = 2130.05
95 1.35196 1.35196 1.35196 1715.79 170.431 ** Live oil visc (P=1014.7) = 512.076
120 1.05387 1.05387 1.05387 351.583 34.9232 ** Live oil visc (P=1014.7) = 104.93
125.6 1 1 1 258 25.6274 ** Live oil visc (P=1014.7) = 77
150 0.805958 0.805958 0.805958 77.3484 7.6831 ** Live oil visc (P=1014.7) = 23.0846
200 0.573408 0.573408 0.573408 17.5792 1.74616 ** Live oil visc (P=1014.7) = 5.2465
245 0.444894 0.444894 0.444894 6.18137 0.614002 ** Live oil visc (P=1014.7) = 1.84483
290 0.359972 0.359972 0.359972 2.59376 0.257641 ** Live oil visc (P=1014.7) = 0.774107
335 0.308928 0.308928 0.308928 1.23393 0.122567 ** Live oil visc (P=1014.7) = 0.368265
380 0.270027 0.270027 0.270027 0.644728 0.0640416 ** Live oil visc (P=1014.7) = 0.192419
425 0.239352 0.239352 0.239352 0.362287 0.0359863 ** Live oil visc (P=1014.7) = 0.108124
470 0.214747 0.214747 0.214747 0.215747 0.0214304 ** Live oil visc (P=1014.7) = 0.0643896
515 0.194018 0.194018 0.194018 0.134721 0.013382 ** Live oil visc (P=1014.7) = 0.0402075
560 0.174833 0.174833 0.174833 0.0875124 0.0086927 ** Live oil visc (P=1014.7) = 0.026118
605 0.161141 0.161141 0.161141 0.058775 0.00583819 ** Live oil visc (P=1014.7) = 0.0175414
650 0.148224 0.148224 0.148224 0.0406186 0.00403469 ** Live oil visc (P=1014.7) = 0.0121226
695 0.137348 0.137348 0.137348 0.0287741 0.00285817 ** Live oil visc (P=1014.7) = 0.00858763
740 0.127844 0.127844 0.127844 0.0208294 0.00206901 ** Live oil visc (P=1014.7) = 0.00621653
785 0.119431 0.119431 0.119431 0.0153687 0.00152659 ** Live oil visc (P=1014.7) = 0.00458679
VSMIXCOMP ‘Soln_Gas’
VSMIXENDP 0 0.52
VSMIXFUNC 0 0.0423589 0.0847177 0.127077 0.169435 0.214975 0.267746 0.320517 0.373531 0.43124 0.52
**$ Non-equilibrium blockage
BLOCKAGE ALL ‘DepFine’
**$ effplt rrsft
0.01 1e+006
0.1 316228
1 100000
10 31622.8
100 10000
1000 3162.28
10000 1000
**$ Reaction specification
STOREAC
0 1 0 0 0 1 0
STOPROD
0 1 1 0 0 0 0
RPHASE
0 1 0 0 0 4 0
RORDER
0 1 0 0 0 1 0
FREQFAC 115391
EACT 18289.5
RXEQBAK ‘Salt’ 0 0 5.24993 2540.72 -459.67
**$ Reaction specification
STOREAC
0 0 1 0 0 0 0
STOPROD
0 0 0 0 0 0 1
RPHASE
0 0 1 0 0 0 0
RORDER
0 0 1 0 0 0 0
FREQFAC 0.0161918
EACT 0
** ============== ROCK-FLUID PROPERTIES ======================
*ROCKFLUID
*RPT 1
*SWT **
**Sw Krw* Kro*
0.186000 0.000000 0.872000 0.000000
0.209000 0.000100 0.811000 0.000000
0.231000 0.000200 0.752000 0.000000
0.253000 0.000300 0.694000 0.000000
0.276000 0.000400 0.638000 0.000000
0.298000 0.000800 0.583000 0.000000
0.321000 0.001400 0.529000 0.000000
0.343000 0.002200 0.477000 0.000000
0.365000 0.003400 0.426000 0.000000
0.388000 0.005000 0.378000 0.000000
0.410000 0.007000 0.330000 0.000000
0.433000 0.009400 0.285000 0.000000
0.455000 0.012400 0.242000 0.000000
0.477000 0.016000 0.200000 0.000000
0.500000 0.020300 0.162000 0.000000
0.522000 0.025300 0.125000 0.000000
0.544000 0.031000 0.092000 0.000000
0.567000 0.037600 0.061000 0.000000
0.589000 0.045100 0.035000 0.000000
0.612000 0.053600 0.013000 0.000000
0.633000 0.062000 0.000000 0.000000
**1.000 0.374 0
*SLT **
0.495000 0.120000 0.000000 0.000000
0.515300 0.111100 0.013320 0.000000
0.535500 0.102500 0.032800 0.000000
0.555800 0.094040 0.055570 0.000000
0.576000 0.085870 0.080770 0.000000
0.596300 0.077940 0.107960 0.000000
0.616500 0.070280 0.136830 0.000000
0.636800 0.062890 0.167190 0.000000
0.657000 0.055770 0.198890 0.000000
0.677300 0.048950 0.231800 0.000000
0.697500 0.042430 0.265820 0.000000
0.717800 0.036220 0.300890 0.000000
0.738000 0.030360 0.336920 0.000000
0.758300 0.024850 0.373870 0.000000
0.778500 0.019720 0.411680 0.000000
0.798800 0.015000 0.450310 0.000000
0.819000 0.010730 0.489720 0.000000
0.839300 0.006971 0.529880 0.000000
0.859500 0.003795 0.570750 0.000000
0.879800 0.001342 0.612310 0.000000
0.900000 0.000000 0.654530 0.000000
1.000000 0.000000 0.872000 0.000000
KRTEMTAB SWR SORW SORG KRWIRO KRGCW
**$ TEMP (Deg F) SWR SORW SORG KRWIRO KRGCW
125.6 0.186 0.367 0.309 0.062 0.120
225.0 0.250 0.200 0.050 1.000 1.000
** ============== INITIAL CONDITIONS ======================
*INITIAL
*VERTICAL *DEPTH_AVE
**$ Data for PVT Region 0
**$ ————————————-
*REFDEPTH 2005.
*REFPRES 1300.0
**$ RESULTS PROP TEMP Units: F
**$ RESULTS PROP Minimum Value: 125.6 Maximum Value: 125.6
TEMP CON 125.6
**$ Property: Water Mole Fraction(Water) Max: 0.996895 Min: 0.996895
MFRAC_WAT ‘Water’ CON 0.996895
**$ Property: Water Mole Fraction(Salt) Max: 0.00310485 Min: 0.00310485
MFRAC_WAT ‘Salt’ CON 0.00310485
**$
**$ Property: Oil Mole Fraction(Dead_Oil) Max: 0.476397 Min: 0.476397
MFRAC_OIL ‘Dead_Oil’ CON 0.476397
**$
**$ Property: Oil Mole Fraction(Soln_Gas) Max: 0.523603 Min: 0.523603
MFRAC_OIL ‘Soln_Gas’ CON 0.523603
**$ Property: Initial Solid Concentration(LineFine) (lbmole/ft3) Max: 0.137862 Min: 0.137862
CONC_SLD ‘LineFine’ CON 0.137862
** ============== NUMERICAL CONTROL ======================
*NUMERICAL
RUN **
DATE 1990 01 01.
DTWELL 1.
WELL ‘0583’
PRODUCER ‘0583’
OPERATE MAX STO 100.0 CONT
OPERATE MIN BHP 20. CONT
** Rw Geofac wfac skin
**$ rad geofac wfrac skin
GEOMETRY K 0.458 0.5 1. 0.
PERF GEO ‘0583’
**$ UBA ff Status Connection
1 1 1 1. OPEN FLOW-TO ‘SURFACE’
**$
WELL ‘Inj’
INJECTOR MOBWEIGHT EXPLICIT ‘Inj’
INCOMP WATER 0.99689515 0.00310485 0. 0. 0.
TINJW 225.0
QUAL 0.
PINJW 1000.
OPERATE MAX BHP 5000. CONT
**$ rad geofac wfrac skin
GEOMETRY K 0.28 0.249 1. 0.
PERF GEO ‘Inj’
**$ UBA ff Status Connection
10 10 1 1. OPEN FLOW-FROM ‘SURFACE’
DATE 1991 01 01.
DATE 1992 01 01.
DATE 1993 01 01.
DATE 1994 01 01.
DATE 1995 01 01.
DATE 1996 01 01.
DATE 1997 01 01.
DATE 1998 01 01.
DATE 1999 01 01.
DATE 2000 01 01.
DATE 2001 01 01.
DATE 2002 01 01.
DATE 2003 01 01.
DATE 2004 01 01.
DATE 2005 01 01.
DATE 2006 01 01.
DATE 2007 01 01.
DATE 2008 01 01.
DATE 2009 01 01.
DATE 2010 01 01.
stop
RESULTS PVTIMEX TABLECOLS P RS BO BG VISO VISG DENOIL DENGAS CO
RESULTS PVTIMEX TABLE 101.353 0 1.025 1.12393 258 0.0088 937.197 0.989568 7.33891e-007
RESULTS PVTIMEX TABLE 1825.04 9.07993 1.06 0.0454781 163 0.0099 915.779 24.4558 7.32441e-007
RESULTS PVTIMEX TABLE 3548.73 16.6014 1.08 0.0249849 121 0.0117 906.566 44.515 7.3099e-007
RESULTS PVTIMEX TABLE 5272.42 24.0214 1.1 0.0171806 98 0.0126 897.585 64.7358 7.2954e-007
RESULTS PVTIMEX TABLE 6996.11 30.9017 1.115 0.012689 77 0.0135 892.373 87.6512 7.28089e-007
RESULTS PVTIMEX TABLE 9064.54 38.4036 1.11333 0.00965708 95 0.0145 893.715 115.17 7.26639e-007
RESULTS PVTIMEX TABLE 20684.3 80.5385 1.10402 0.00409865 196.118 0.0205 901.245 271.358 7.25189e-007
RESULTS PVTIMEX TABLEDO 48.8889 500
RESULTS PVTIMEX TABLEDO 65.5556 110
RESULTS PVTIMEX TABLEDO 93.3333 25
RESULTS PVTIMEX TRES 52
RESULTS PVTIMEX BPP 4
RESULTS PVTIMEX BWI 1
RESULTS PVTIMEX DENSITYWATER 999.552
RESULTS PVTIMEX VISCOSITYWATER 1
RESULTS PVTIMEX WATERCVW 0
RESULTS PVTIMEX DENSITYOIL 960.627
RESULTS PVTIMEX GASGRAVITY 0.91
RESULTS PVTIMEX WATERCOMP 4.35113e-007
RESULTS PVTIMEX REFPW 8963.18
RESULTS PVTIMEX END
RESULTS SPEC ‘Permeability J’
RESULTS SPEC SPECNOTCALCVAL 0
RESULTS SPEC REGION ‘All Layers (Whole Grid)’
RESULTS SPEC REGIONTYPE ‘REGION_WHOLEGRID’
RESULTS SPEC LAYERNUMB 0
RESULTS SPEC PORTYPE 1
RESULTS SPEC EQUALSI 1 1
RESULTS SPEC STOP
RESULTS SPEC ‘Permeability K’
RESULTS SPEC SPECNOTCALCVAL 0
RESULTS SPEC REGION ‘All Layers (Whole Grid)’
RESULTS SPEC REGIONTYPE ‘REGION_WHOLEGRID’
RESULTS SPEC LAYERNUMB 0
RESULTS SPEC PORTYPE 1
RESULTS SPEC EQUALSI 1 0.1
RESULTS SPEC STOP
