| Modelica.Fluid.System | system (from PartialLumpedVolume) | | System properties |
| SI.Volume | fluidVolume (from PartialLumpedVolume) | | Volume |
| Medium.BaseProperties | medium (from PartialLumpedVolume) | | |
| SI.Energy | U (from PartialLumpedVolume) | | Internal energy of fluid |
| SI.Mass | m (from PartialLumpedVolume) | | Mass of fluid |
| SI.Mass | mXi (from PartialLumpedVolume) | | Masses of independent components in the fluid |
| SI.Mass | mC (from PartialLumpedVolume) | | Masses of trace substances in the fluid |
| Medium.ExtraProperty[Medium.nC] | C (from PartialLumpedVolume) | | Trace substance mixture content |
| SI.MassFlowRate | mb_flow (from PartialLumpedVolume) | | Mass flows across boundaries |
| SI.MassFlowRate | mbXi_flow (from PartialLumpedVolume) | | Substance mass flows across boundaries |
| Medium.ExtraPropertyFlowRate | mbC_flow (from PartialLumpedVolume) | | Trace substance mass flows across boundaries |
| SI.EnthalpyFlowRate | Hb_flow (from PartialLumpedVolume) | | Enthalpy flow across boundaries or energy source/sink |
| SI.HeatFlowRate | Qb_flow (from PartialLumpedVolume) | | Heat flow across boundaries or energy source/sink |
| SI.Power | Wb_flow (from PartialLumpedVolume) | | Work flow across boundaries or source term |
| Medium.EnthalpyFlowRate[nPorts] | ports_H_flow (from PartialLumpedVessel) | | |
| Medium.MassFlowRate[nPorts,Medium.nXi] | ports_mXi_flow (from PartialLumpedVessel) | | |
| Medium.MassFlowRate | sum_ports_mXi_flow (from PartialLumpedVessel) | | Substance mass flows through ports |
| Medium.ExtraPropertyFlowRate[nPorts,Medium.nC] | ports_mC_flow (from PartialLumpedVessel) | | |
| Medium.ExtraPropertyFlowRate | sum_ports_mC_flow (from PartialLumpedVessel) | | Trace substance mass flows through ports |
| HeatTransfer | heatTransfer (from PartialLumpedVessel) | | |
| Medium.Density | portInDensities (from PartialLumpedVessel) | | densities of the fluid at the device boundary |
| SI.Velocity | portVelocities (from PartialLumpedVessel) | | velocities of fluid flow at device boundary |
| SI.EnergyFlowRate | ports_E_flow (from PartialLumpedVessel) | | flow of kinetic and potential energy at device boundary |
| Real | s (from PartialLumpedVessel) | | curve parameters for port flows vs. port pressures; for further details see, Modelica Tutorial: Ideal switching devices |
| Real | ports_penetration (from PartialLumpedVessel) | | penetration of port with fluid, depending on fluid level and port diameter |
| SI.Area | portAreas (from PartialLumpedVessel) | {Modelica.Constants.pi/4*portsData_diameter[i]^2 for i in 1:nPorts} | |
| Medium.AbsolutePressure | vessel_ps_static (from PartialLumpedVessel) | | static pressures inside the vessel at the height of the corresponding ports, zero flow velocity |
| SI.MassFlowRate | m_flow_turbulent (from PartialLumpedVessel) | | |
| Medium.ExtraPropertyFlowRate | J_S (from PartialCSBR) | | Dissolved substance diffusion rate |
| Medium.ExtraProperty | C_S_film (from PartialCSBR) | | Film dissolved substance concentration |
| Medium.ExtraPropertyFlowRate | J_X (from PartialCSBR) | | Particulate substance diffusion rate |
| Medium.ExtraProperty | C_X_film (from PartialCSBR) | | Film particulate substance concentration |
| Real | heterotrophDominance (from PartialCSBR) | | Dominance of heterotrophic bacteria. 1 = No autotrophs, 0 = no heterotrophs |
| Real | K_d (from PartialCSBR) | | Variable detachment coefficient |
| Real | filmPorosity (from PartialCSBR) | | Variable biofilm porosity |
| Types.ProcessData.ProcessMatrix | bioparam (from PartialCSBR) | | |
| SI.Thickness | L (from PartialCSBR) | | |
| Real | nitrificationRate_Apparent (from PartialCSBR) | -R_S[6]/A | |
| Real | nitrificationRate_AO (from PartialCSBR) | -(P_film[4])*bioparam.SoluteReactions[S.NH, 4]*L | |
| Real | nitrificationRate_NO (from PartialCSBR) | -(P_film[5])*bioparam.SoluteReactions[S.NO2, 5]*L | |
| Real | denitrificationRate (from PartialCSBR) | -L*sum(P_film[2:3]*bioparam.SoluteReactions[S.NO2:S.NO3, 2:3]) | |
| Real | R_S (from PartialCSBR) | Vf*reactionRate_S + reactionRate_S_film*L*A | Generation/consumption of species |
| Real | R_X (from PartialCSBR) | Vf*reactionRate_X + reactionRate_X_film*L*A | Generation/consumption of species |
| Real | r_S_total (from PartialCSBR) | R_S/V | Generation/consumption of species per unit reactor volume |
| Real | r_X_total (from PartialCSBR) | R_X/V | Generation/consumption of species per unit reactor volume |
| Real | r_S_film (from PartialCSBR) | reactionRate_S_film*L | Generation/consumption of species per unit biofilm area |
| Real | r_X_film (from PartialCSBR) | reactionRate_X_film*L | Generation/consumption of species per unit biofilm area |
| Real | R_S_film (from PartialCSBR) | {P_film.*bioparam.SoluteReactions[i, :] for i in S}*L | Generation/consumption of species per unit biofilm area from each process |
