WasteWater.ASM2d.SecClar.Krebs.Interfaces

Partial models for Secondary Clarifier Model by Krebs

WasteWater.ASM2d.SecClar.Krebs.Interfaces.SCVar WasteWater.ASM2d.SecClar.Krebs.Interfaces.ratios

Information

This package contains partial models for ASM2d secondary clarifier models.

Main Author:
 
          Gerald Reichl
          Technische Universitaet Ilmenau
          Faculty of Informatics and Automation
          Department Dynamics and Simulation of ecological Systems
          P.O. Box 10 05 65
          98684 Ilmenau
          Germany
          email: gerald.reichl@tu-ilmenau.de
Copyright (C) 2003, Gerald Reichl

The Modelica package is free software; it can be redistributed and/or modified under the terms of the Modelica license, see the license conditions and the accompanying disclaimer in the documentation of package Modelica in file "Modelica/package.mo".


WasteWater.ASM2d.SecClar.Krebs.Interfaces.SCVar WasteWater.ASM2d.SecClar.Krebs.Interfaces.SCVar

partial models providing variables

Information

partial models providing ASM2d variables

Modelica definition

partial model SCVar "partial models providing variables" 
  
  package WWU = WasteWater.WasteWaterUnits;
  WWU.MassConcentration Xf "total sludge concentration";
  WWU.MassConcentration XB "sludge concentration in sludge layer";
  WWU.MassConcentration XR "sludge concentration of return";
  
  WWU.MassConcentration So1 
    "Dissolved oxygen in first stirrer tank of the excess layer";
  WWU.MassConcentration Sf1 
    "Readily biodegradable substrate in first stirrer tank of the excess layer";
  WWU.MassConcentration Sa1 
    "Fermentation products in first stirrer tank of the excess layer";
  WWU.MassConcentration Snh1 
    "Ammonium in first stirrer tank of the excess layer";
  WWU.MassConcentration Sno1 
    "Nitrate (plus nitrite) in first stirrer tank of the excess layer";
  WWU.MassConcentration Spo1 
    "Phosphate in first stirrer tank of the excess layer";
  WWU.MassConcentration Si1 
    "Inert, non biodegradable organics in first stirrer tank of the excess layer";
  WWU.Alkalinity Salk1 
    "Bicarbonate alkalinity in first stirrer tank of the excess layer";
  WWU.MassConcentration Sn2_1 
    "Dinitrogen in first stirrer tank of the excess layer";
  
  WWU.MassConcentration So2 
    "Dissolved oxygen in second stirrer tank of the excess layer";
  WWU.MassConcentration Sf2 
    "Readily biodegradable substrate in second stirrer tank of the excess layer";
  WWU.MassConcentration Sa2 
    "Fermentation products in second stirrer tank of the excess layer";
  WWU.MassConcentration Snh2 
    "Ammonium in second stirrer tank of the excess layer";
  WWU.MassConcentration Sno2 
    "Nitrate (plus nitrite) in second stirrer tank of the excess layer";
  WWU.MassConcentration Spo2 
    "Phosphate in second stirrer tank of the excess layer";
  WWU.MassConcentration Si2 
    "Inert, non biodegradable organics in second stirrer tank of the excess layer";
  WWU.Alkalinity Salk2 
    "Bicarbonate alkalinity in second stirrer tank of the excess layer";
  WWU.MassConcentration Sn2_2 
    "Dinitrogen in second stirrer tank of the excess layer";
  
  
end SCVar;

WasteWater.ASM2d.SecClar.Krebs.Interfaces.ratios WasteWater.ASM2d.SecClar.Krebs.Interfaces.ratios

partial model for ratios of solid components

Information

partial model for ASM2d ratios of solid components

Modelica definition

partial model ratios "partial model for ratios of solid components" 
  
  // ratios of solid components
  Real rXi;
  Real rXs;
  Real rXh;
  Real rXpao;
  Real rXpp;
  Real rXpha;
  Real rXa;
  Real rXmeoh;
  Real rXmep;
  
end ratios;

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