def _design(self):
design = self.design_results
# defining the quantities of materials/items
# note that these items to be to be in the _impacts_items.xlsx
design['StainlessSteel'] = SS_quant = (
self.carbonizer_base_assembly_stainless +
self.carbonizer_base_squarebox_stainless +
self.carbonizer_base_charbox_stainless)
design['Steel'] = S_quant = (self.carbonizer_base_assembly_steel +
self.carbonizer_base_squarebox_steel +
self.carbonizer_base_charbox_steel)
design['ElectricMotor'] = EM_quant = (2.7 / 5.8) + (6 / 5.8)
design['Electronics'] = Elect_quant = 1
self.construction = (
Construction(item='StainlessSteel',
quantity=SS_quant,
quantity_unit='kg'),
Construction(item='Steel', quantity=S_quant, quantity_unit='kg'),
Construction(item='ElectricMotor',
quantity=EM_quant,
quantity_unit='ea'),
Construction(item='Electronics',
quantity=Elect_quant,
quantity_unit='kg'),
)
self.add_construction()
def _design(self):
design = self.design_results
design['OilHeatExchanger'] = OHX_quant = (4 / 200)
design['Pump'] = Pump_quant = (2.834 / 2.27)
self.construction = (
Construction(item='OilHeatExchanger',
quantity=OHX_quant,
quantity_unit='ea'),
Construction(item='Pump', quantity=Pump_quant, quantity_unit='ea'),
)
self.add_construction()
def _design(self):
design = self.design_results
# defining the quantities of materials/items
# note that these items to be to be in the _impacts_items.xlsx
design[
'StainlessSteel'] = SS_quant = self.quantity_tanks * self.reactor_weight # kg SS
design[
'PVC'] = PVC_quant = self.quantity_tanks * self.material_P_pipe * self.pvc_mass # kg PVC
self.construction = (
Construction(item='StainlessSteel',
quantity=SS_quant,
quantity_unit='kg'),
Construction(item='PVC', quantity=PVC_quant, quantity_unit='kg'),
)
self.add_construction()
def _design(self):
design = self.design_results
# defining the quantities of materials/items
# note that these items to be to be in the _impacts_items.xlsx
design['Electronics'] = Elect_quant = 2
design['ElectricConnectors'] = ElectCon_quant = 0.5
design['ElectricCables'] = ElectCables_quant = 3
self.construction = (
Construction(item='Electronics',
quantity=Elect_quant,
quantity_unit='kg'),
Construction(item='ElectricConnectors',
quantity=ElectCon_quant,
quantity_unit='kg'),
Construction(item='ElectricCables',
quantity=ElectCables_quant,
quantity_unit='m'),
)
self.add_construction()
def _design(self):
design = self.design_results
design['StainlessSteel'] = SS_quant = self.pcd_cat_sandwich_stainless
design['Steel'] = S_quant = self.pcd_cat_sandwich_steel
design['ElectricMotor'] = EM_quant = (5 / 5.8)
design['CatalyticConverter'] = Cat_quant = 1
self.construction = (
Construction(item='StainlessSteel',
quantity=SS_quant,
quantity_unit='kg'),
Construction(item='Steel', quantity=S_quant, quantity_unit='kg'),
Construction(item='ElectricMotor',
quantity=EM_quant,
quantity_unit='ea'),
Construction(item='CatalyticConverter',
quantity=Cat_quant,
quantity_unit='ea'),
)
self.add_construction()
def _design(self):
design = self.design_results
# defining the quantities of materials/items
# note that these items to be to be in the _impacts_items.xlsx
# add function to calculate the number of screw presses required based on
# influent flowrate
design['Steel'] = S_quant = (self.dewatering_screw_press_steel)
self.construction = (Construction(item='Steel',
quantity=S_quant,
quantity_unit='kg'), )
self.add_construction()
def _design(self):
design = self.design_results
# defining the quantities of materials/items
# note that these items to be to be in the _impacts_items.xlsx
self.quantity_columns = np.ceil(
self.volume_treated /
self.column_daily_loading_rate) # number of 0.4 m columns
design['PVC'] = PVC_quant = (self.column_length *
self.quantity_columns * self.pvc_mass
) # kg PVC
Tubing_quant = (self.tubing_length * self.quantity_columns *
self.tubing_mass) # kg PE
Tank_quant = (self.quantity_columns * self.tank_mass / 3
) # number of tanks with one tank for three columns
design['PE'] = PE_quant = Tubing_quant + Tank_quant
self.construction = (
Construction(item='PVC', quantity=PVC_quant, quantity_unit='kg'),
Construction(item='PE', quantity=PE_quant, quantity_unit='kg'),
)
self.add_construction()
def _design(self):
design = self.design_results
# defining the quantities of materials/items
# note that these items to be to be in the _impacts_items.xlsx
design['StainlessSteel'] = SS_quant = (
self.heat_exchanger_hydronic_stainless)
design['Steel'] = S_quant = (self.heat_exchanger_hydronic_steel)
design['HydronicHeatExchanger'] = HHX_quant = 1
design['Pump'] = Pump_quant = (17.2 / 2.72)
self.construction = (
Construction(item='StainlessSteel',
quantity=SS_quant,
quantity_unit='kg'),
Construction(item='Steel', quantity=S_quant, quantity_unit='kg'),
Construction(item='HydronicHeatExchanger',
quantity=HHX_quant,
quantity_unit='ea'),
Construction(item='Pump', quantity=Pump_quant, quantity_unit='ea'),
)
self.add_construction()