def _run(self):
wet_solids, air, natural_gas = self.ins
dry_solids, hot_air, emissions = self.outs
wet_solids.split_to(hot_air, dry_solids, self.split)
sep.adjust_moisture_content(dry_solids, hot_air, self.moisture_content)
emissions.phase = air.phase = natural_gas.phase = hot_air.phase = 'g'
design_results = self.design_results
design_results['Evaporation'] = evaporation = hot_air.F_mass
air.imass['N2', 'O2'] = np.array([0.78, 0.32]) * self.R * evaporation
hot_air.mol += air.mol
dry_solids.T = hot_air.T = self.T
emissions.T = self.T + 30.
natural_gas.empty()
emissions.empty()
if self.utility_agent == 'Natural gas':
LHV = self.chemicals.CH4.LHV
def f(CH4):
CO2 = CH4
H2O = 2. * CH4
natural_gas.imol['CH4'] = CH4
emissions.imol['CO2', 'H2O'] = [CO2, H2O]
duty = (dry_solids.H + hot_air.H + emissions.H) - (wet_solids.H + air.H + natural_gas.H)
CH4 = duty / LHV
return CH4
flx.wegstein(f, 0., 1e-3)
def _run(self):
top, bottom, solids = self.outs
sep.lle(self.ins[0], top, bottom, self.top_chemical, self.efficiency)
bottom.split_to(solids,
bottom,
self.solids_split,
energy_balance=False)
sep.adjust_moisture_content(solids, bottom, self.moisture_content)
def _run(self):
oil, aqueous, solids = self.outs
self.ins[0].split_to(aqueous, oil, self.aqueous_split)
aqueous.split_to(solids, aqueous, self.solids_split)
sep.adjust_moisture_content(solids, aqueous, self.moisture_content)
def _run(self):
top, bottom, solids = self.outs
sep.lle(self.ins[0], top, bottom, self.top_chemical, self.efficiency)
sep.split(bottom, solids, bottom, self.solids_split)
sep.adjust_moisture_content(solids, bottom, self.moisture_content)
def _run(self):
top, bottom, solids = self.outs
sep.split(self.ins[0], top, bottom, self.liquids_split)
sep.split(bottom, solids, bottom, self.solids_split)
sep.adjust_moisture_content(solids, bottom, self.moisture_content)