def vaporeformageFluxSortant(Temperature, Pression, Ratio, Flux):
sol = Classique(Temperature, Pression, Ratio, Flux)
# flux_Sortant = [ CH4, H2O, CO ,H2, CO2]
flux_Sortant = np.array([
Flux - sol[0], Ratio * Flux - sol[0] - sol[1], sol[0] - sol[1],
3 * sol[0] + sol[1], sol[1]
])
#print(flux_Sortant)
#print('################################################### SMR')
# waterGasShift(CO, H2O, CO2, H2)
wgs_sortant = waterGasShift(
[flux_Sortant[2], flux_Sortant[1], flux_Sortant[4], flux_Sortant[3]])
flux_Sortant[2] = wgs_sortant[0] # CO
flux_Sortant[1] = wgs_sortant[1] # H2O
flux_Sortant[4] = wgs_sortant[2] # CO2
flux_Sortant[3] = wgs_sortant[3] # H2
#print(flux_Sortant)
#print('################################################### WGS')
flux_Sortant[1] = 0 # Condensation H2O
#print(flux_Sortant)
#print('################################################### Condensation')
flux_Sortant[4] = 0 # Absorption CO2
#print(flux_Sortant)
#print('################################################### Absorption')
#print('Purete H2 %.2f%%' % (100*flux_Sortant[3]/np.sum(flux_Sortant)))
return flux_Sortant
def ATRDegreAvancement(arg):
temperature, pression, ratio, ratioO2, flux = getVariableATR() # Importe les variables depuis Variables.py
flux_Sortant = np.array([ flux*(1-ratioO2/2)-arg[0] , flux*(1+ratio+ratioO2) - arg[0] - arg[1] , arg[0] - arg[1] , 3*arg[0] + arg[1], ratioO2/2 + arg[1]])
wgs_sortant = waterGasShift([flux_Sortant[2], flux_Sortant[1], flux_Sortant[4], flux_Sortant[3]])
flux_Sortant[2] = wgs_sortant[0] # CO
flux_Sortant[1] = wgs_sortant[1] # H2O
flux_Sortant[4] = wgs_sortant[2] # CO2
flux_Sortant[3] = wgs_sortant[3] # H2
#print(flux_Sortant)
#print('################################################### WGS')
flux_Sortant[1] = 0 # Condensation H2O
#print(flux_Sortant)
#print('################################################### Condensation')
flux_Sortant[4] = 0 # Absorption CO2
#print(flux_Sortant)
#print('################################################### Absorption')
return flux_Sortant
def SMRDegreAvancement(arg):
ratio = getVariableSMR()[2]
flux = getVariableSMR()[3]
flux_Sortant = np.array([ flux-arg[0] , ratio*flux - arg[0] - arg[1] , arg[0] - arg[1] , 3*arg[0] + arg[1], arg[1]])
wgs_sortant = waterGasShift([flux_Sortant[2], flux_Sortant[1], flux_Sortant[4], flux_Sortant[3]])
flux_Sortant[2] = wgs_sortant[0] # CO
flux_Sortant[1] = wgs_sortant[1] # H2O
flux_Sortant[4] = wgs_sortant[2] # CO2
flux_Sortant[3] = wgs_sortant[3] # H2
#print(flux_Sortant)
#print('################################################### WGS')
flux_Sortant[1] = 0 # Condensation H2O
#print(flux_Sortant)
#print('################################################### Condensation')
flux_Sortant[4] = 0 # Absorption CO2
#print(flux_Sortant)
#print('################################################### Absorption')
return flux_Sortant
def vaporeformageDegreAvancement(arg):
flux_Sortant = np.array([
flux * (1 - ratioO2 / 2) - arg[0],
flux * (1 + ratio + ratioO2) - arg[0] - arg[1], arg[0] - arg[1],
3 * arg[0] + arg[1], ratioO2 / 2 + arg[1]
])
wgs_sortant = waterGasShift(
[flux_Sortant[2], flux_Sortant[1], flux_Sortant[4], flux_Sortant[3]])
flux_Sortant[2] = wgs_sortant[0] # CO
flux_Sortant[1] = wgs_sortant[1] # H2O
flux_Sortant[4] = wgs_sortant[2] # CO2
flux_Sortant[3] = wgs_sortant[3] # H2
#print(flux_Sortant)
#print('################################################### WGS')
flux_Sortant[1] = 0 # Condensation H2O
#print(flux_Sortant)
#print('################################################### Condensation')
flux_Sortant[4] = 0 # Absorption CO2
#print(flux_Sortant)
#print('################################################### Absorption')
return flux_Sortant