Skip to Main Content
Table 3

Stoichiometric and Kinetic parameters for the reduced order model

ParameterParameterModel ValueMinMaxUnits
 Saturation coefficient of fermentation 3.58 g COD m−3 
 Saturation coefficient of acetate 2.20 g COD m−3 
 Saturation coefficient of polyphosphate 10.19 50 g P m−3 
 Saturation coefficient of oxygen 2.96 0.1 g O2 m−3 
 Saturation coefficient of polyphosphate 119 200 g COD m−3 
 Saturation coefficient of phosphorus 0.2 0.1 g P m−3 
 Maximum values of XPP 132 200 g P m−3 
 Saturation coefficient of nitrate 1.02 0.1 1.5 g N m−3 
 Saturation coefficient of oxygen (nitrifiers) 1.57 0.1 g O2 m−3 
 Saturation coefficient of ammonia (nitrifiers) 0.1 g Nm−3 
 Rate constant for aerobic uptake of BOD 500 50 5000 g COD m−3d−1 
 Rate constant for fermentation 135 50 5000 g COD m−3d−1 
 Rate constant for PHA storage 2690 50 5000 g COD m−3d−1 
 Rate constant for PP storage 4110 50 5000 g P m−3d−1 
 Rate constant for nitrification 430 50 5000 g N m−3d−1 
 Rate constant for denitrification 310 50 5000 g N m−3d−1 
 PHA requirement for PP storage 1.496 0.1 4.0 g COD g−1
 PP requirement per PHA storage 0.577 0.1 0.6 g P g−1 COD 
 Initial concentration of biodegradables 45 20 120 mg COD L−1 
 Initial concentration of PP 65 20 120 mg P L−1 
 Mass transfer coefficient for dissolved oxygen 912 100 1500 d−1 
ParameterParameterModel ValueMinMaxUnits
 Saturation coefficient of fermentation 3.58 g COD m−3 
 Saturation coefficient of acetate 2.20 g COD m−3 
 Saturation coefficient of polyphosphate 10.19 50 g P m−3 
 Saturation coefficient of oxygen 2.96 0.1 g O2 m−3 
 Saturation coefficient of polyphosphate 119 200 g COD m−3 
 Saturation coefficient of phosphorus 0.2 0.1 g P m−3 
 Maximum values of XPP 132 200 g P m−3 
 Saturation coefficient of nitrate 1.02 0.1 1.5 g N m−3 
 Saturation coefficient of oxygen (nitrifiers) 1.57 0.1 g O2 m−3 
 Saturation coefficient of ammonia (nitrifiers) 0.1 g Nm−3 
 Rate constant for aerobic uptake of BOD 500 50 5000 g COD m−3d−1 
 Rate constant for fermentation 135 50 5000 g COD m−3d−1 
 Rate constant for PHA storage 2690 50 5000 g COD m−3d−1 
 Rate constant for PP storage 4110 50 5000 g P m−3d−1 
 Rate constant for nitrification 430 50 5000 g N m−3d−1 
 Rate constant for denitrification 310 50 5000 g N m−3d−1 
 PHA requirement for PP storage 1.496 0.1 4.0 g COD g−1
 PP requirement per PHA storage 0.577 0.1 0.6 g P g−1 COD 
 Initial concentration of biodegradables 45 20 120 mg COD L−1 
 Initial concentration of PP 65 20 120 mg P L−1 
 Mass transfer coefficient for dissolved oxygen 912 100 1500 d−1 
Close Modal

or Create an Account

Close Modal
Close Modal