This unit model is formulated as a reactive single-inlet, double-outlet model form. See documentation for :ref:`reactive single-inlet, double-outlet Helper Methods<sidor_methods>`.
The constraint used to calculate energy consumption is described in the Additional Constraints section below. More details can be found in the unit model class.
Costing is calculated using the :py:meth:`~watertap.unit_models.zero_order.electrochemical_nutrient_removal_zo.ElectroNPZOData.cost_electrochemical_nutrient_removal` method. For full details on costing, see documentation for the :ref:`zero-order costing package<zero_order_costing>`.
| Description | Variable Name | Units |
|---|---|---|
| Electricity consumption of unit | electricity | kW |
| Electricity intensity with respect to phosphorus removal | energy_electric_flow_mass | kWh/kg |
| Dosage of magnesium chloride per phosphorus removal | magnesium_chloride_dosage | dimensionless |
| Magnesium chloride flowrate | MgCl2_flowrate | kg/h |
| Description | Constraint Name |
|---|---|
| Constraint for electricity consumption based on phosphorus removal | electricity_consumption |
| Constraint for magnesium chloride demand based on phosphorus removal. | MgCl2_demand |
.. index:: pair: watertap.unit_models.zero_order.electrochemical_nutrient_removal_zo;electrochemical_nutrient_removal_zo
.. currentmodule:: watertap.unit_models.zero_order.electrochemical_nutrient_removal_zo
.. automodule:: watertap.unit_models.zero_order.electrochemical_nutrient_removal_zo
:members:
:noindex: