data = thermo.tdat verify
time start = 0 yr, end = 20 yr
dxplot 1/20
length = 1 km; width = 1 km; height = 2 m
Nx = 30; Ny = 30
porosity = 30%
discharge left = 25 m/yr, fluid = ambient
dispersivity longitudinal = 100 cm, transverse = 20 cm
well leak1 x = .2 km, y = .5 km, end = 10 yr, fluid = contamination, rate = 20 m3/day
well leak2 x = .3 km, y = .25 km, end = 10 yr, fluid = contamination, rate = 10 m3/day
well leak3 x = .2 km, y = .75 km, end = 10 yr, fluid = contamination, rate = 20 m3/day
well extract x = .8 km, y = .5 km, start = 10 yr, rate = -100 m3/day
decouple Fe+++
decouple Cu++
surface_data = FeOH.sdat
suppress Hematite Goethite NiFe2O4 Ferrite-Cu Tenorite
scope ambient
swap Fe(OH)3(ppd) for Fe+++
pH = 6
Na+ = .001 molal
Cl- = .001 molal
Pb++ = .1 ug/kg
Cu++ = .1 ug/kg
Ni++ = .1 ug/kg
Br- = .1 ug/kg
scope contamination = ambient
Pb++ = .1 mmolal
Cu++ = .1 mmolal
Ni++ = .1 mmolal
Br- = .1 mmolal
scope initial = ambient
Fe(OH)3(ppd) = .01 volume%
scope