-— This reservoir simulation is made available under the open Database 
-- License: http://opendatacommons.org/licenses/odbl/1.0/
-- Individual contents of the database are licensed under the Database contents
-- License : http://opendatacommons.org/licenses/dbcl/1.0/



-- Copyright(C) 2015 Statoil



-- ===============================================================================
-- SPE 10 - MODEL 2
-- Simulation based on the followinf SPE paper:
-- "Tenth SPE comparative solution project: a comparison of upscaling techniques"
-- By Mike Christie (Heriot-Wat University) and Martin Blunt (Imperial College)
-- SPE, August 2001
-- ===============================================================================


RUNSPEC

TITLE
    TENTH SPE COMPARATIVE SOLUTION PROJECT: A COMPARISON OF UPSCALING TECHNIQUES - MODEL 2

DIMENS

 60  220  85  /

NONNC


OIL

WATER

GAS


FIELD

EQLDIMS
  /

TABDIMS
  /

WELLDIMS
    5   340  1    5  /




UNIFOUT

START
    1 'FEB' 1967  /

NSTACK
   300  /




--      =================================================
------- In theis section, the geometry of the simulation 
------- grid and the rock perøeabilities, porosities are
------- defined.
--      =================================================

GRID


INIT

OLDTRAN   
 
DX
  1122000*20    /
DY   
  1122000*10    / 
DZ     
  1122000*2     /

INCLUDE
   SPE10MODEL2_TOPS.INC  
/
-- In the PORO file, all the values equal to 0  have been replaced 
-- by a minimum by a minimum value (1e-7) in order not to have 'dead cells'.

INCLUDE 
   'SPE10MODEL2_PHI.INC'
/

INCLUDE 
   'SPE10MODEL2_PERM.INC' 
/

MESSAGES
   3* 100000  5* 100000 /


-- =======================================================
PROPS


--Sw	  Krw     Kro
SWOF

0.200	0.0000	1.0000  0
0.250	0.0069	0.8403  0
0.300	0.0278	0.6944  0
0.350	0.0625	0.5625  0
0.400	0.1111	0.4444  0
0.450	0.1736	0.3403  0
0.500	0.2500	0.2500  0
0.550	0.3403	0.1736  0
0.600	0.4444	0.1111  0
0.650	0.5625	0.0625  0
0.700	0.6944	0.0278  0
0.750	0.8403	0.0069  0
0.800	1.0000	0.0000  0  /



-- No gas, but table needed because Flo is a 3-phase simulator 
-- Sgmax is setto 0.8 to have coherent data with SWOF
-- simplest table has been considered

-- Sg             Krg              Kro            Pcgo
SGOF
 0.000000	0		1.000000	0.000000
 0.800000	1		0.000000	0.000000   /  


-- Oil  Wat   Gas
DENSITY
   53   64   0.0624  /

PVDO
   300   1.05  2.85  
   800   1.02  2.99
   8000  1.01  3
/

PVTW
   6000  1.01  0.000003  0.3   0  /

--PVT oif gas for 3-phi simulator flow - MADE UP DATA
PVDG
   14.7   178.1   0.005
   8000   1       0.01
/

ROCK
   6000    0.000001 
/


SOLUTION ========================================================

EQUIL

--    DATUM  DATUM   OWC    OWC    GOC    GOC    RSVD   RVVD   SOLN
--    DEPTH  PRESS  DEPTH   PCOW  DEPTH   PCOG  TABLE  TABLE   METH

      12000  6000   12170    0    12000    0     1*      1*      0   /


SUMMARY ==========================================================

RUNSUM

FPR
FOPR
FOPT
FWPT
FWCT

WBHP
   'INJ'
/

WOPR
   'P1'
   'P2'
   'P3'
   'P4'
/

WWCT
   'P1'
   'P2'
   'P3'
   'P4'
/

WOPT
   'P1'
   'P2'
   'P3'
   'P4'
/


SCHEDULE =====================================================

RPTRST
    'BASIC=2'  /


TUNING
  /
  /
  2* 300 1* 12 /


WELSPECS
'INJ'    'G1'     30    110    12001    'WATER'  /
'P1'     'G1'     1      1     12001    'OIL'    /
'P2'     'G1'     60     1     12001    'OIL'    /
'P3'     'G1'     60    220    12001    'OIL'    /
'P4'     'G1'     1     220    12001    'OIL'    /
/

COMPDAT
'INJ'    30   110   1   85   'OPEN'   2*   2  /
'P1'     1    1     1   85   'OPEN'   2*   2  /
'P2'     60   1     1   85   'OPEN'   2*   2  /
'P3'     60   220   1   85   'OPEN'   2*   2  /
'P4'     1    220   1   85   'OPEN'   2*   2  /
/

WCONINJE
'INJ'   'WATER'   'OPEN'   'RESV'   1*   5000    10000 /
/


WCONPROD
'P1'     'OPEN'    'BHP'   5*   4000 /
'P2'     'OPEN'    'BHP'   5*   4000 /
'P3'     'OPEN'    'BHP'   5*   4000 /
'P4'     'OPEN'    'BHP'   5*   4000 /
/

TSTEP
1 2 3 4 5 5 10 10 20 20 30 30 30 30 50 50 17*100 /

--DATES
-- $$$ 2  FEB 1967 /
-- $$$ 3  FEB 1967 /
-- $$$ 4  FEB 1967 /
-- $$$ 5  FEB 1967 /
-- $$$ 15 FEB 1967 /
-- $$$ 1  MAR 1967 /
-- $$$ 1  APR 1967 /
-- $$$ 1  MAY 1967 /
-- $$$ 1  AUG 1967 /
-- $$$ 1  NOV 1967 /
-- $$$ 1  FEB 1968 /
-- $$$ 1  MAY 1968 /
-- $$$ 1  AUG 1968 /
-- $$$ 1  NOV 1968 /
-- $$$ 1  FEB 1969 /
-- $$$ 1  MAY 1969 /
-- $$$ 1  AUG 1969 /
-- $$$ 1  NOV 1969 /
-- $$$ 1  FEB 1970 /
-- $$$ 1  MAY 1970 /
-- $$$ 1  AUG 1970 /
-- $$$ 1  NOV 1970 /
-- $$$ 1  FEB 1971 /
-- $$$ 1  MAY 1971 /
-- $$$ 1  AUG 1971 /
-- $$$ 1  NOV 1971 /
-- $$$ 1  FEB 1972 /
-- $$$ 1  MAY 1972 /
-- $$$ 24 JUL 1972 /
-- $$$ /

END