modelWWSource
Wastewater source
Extends from WasteWater.Icons.WWSource (Icon for a wastewater source), ASM3.Interfaces.stoichiometry (ASM3 stoichiometric coefficients).
Information
This component provides all ASM3 data at the influent of a wastewater treatment plant. The dimension of InPort is 13. 1 volumeflowrate Q of incoming wastewater [m3/d] 2 So [g O2/m3] 3 Si [g COD/m3] 4 Ss [g COD/m3] 5 Snh [g N/m3] 6 Sn2 [g N/m3] 7 Snox [g N/m3] 8 Salk [mmol/l] 9 Xi [g COD/m3] 10 Xs [g COD/m3] 11 Xh [g COD/m3] 12 Xsto [g COD/m3] 13 Xa [g COD/m3] Parameters: - all ASM3 conversion factors for the calculation of Xtss.
Parameters
| Type | Name | Default | Description |
|---|---|---|---|
| Real | f_Si (from stoichiometry) | 0.0 | Production of Si in hydrolysis [g COD_Si/(g COD_Xs)] |
| Real | Y_STO_O (from stoichiometry) | 0.85 | Aerobic yield of stored product per Ss [g COD_Xsto/(g COD_Ss)] |
| Real | Y_STO_NOX (from stoichiometry) | 0.80 | Anoxic yield of stored product per Ss [g OD_Xsto/(g COD_Ss)] |
| Real | Y_H_O (from stoichiometry) | 0.63 | Aerobic yield of heterotrophic biomass [g COD_Xh/(g COD_Xsto)] |
| Real | Y_H_NOX (from stoichiometry) | 0.54 | Anoxic yield of heterotrophic biomass [g COD_Xh/(g COD_Xsto)] |
| Real | Y_A (from stoichiometry) | 0.24 | Yield of autotrophic biomass per NO3-N [g COD_Xa/(g N_Snox)] |
| Real | f_Xi (from stoichiometry) | 0.20 | Production of Xi in endog. respiration [g COD_Xi/(g COD_Xbm)] |
| Real | i_N_Si (from stoichiometry) | 0.01 | N content of Si [g N/(g COD_Si)] |
| Real | i_N_Ss (from stoichiometry) | 0.03 | N content of Ss [g N/(g COD_Ss)] |
| Real | i_N_Xi (from stoichiometry) | 0.02 | N content of Xi [g N/(g COD_Xi)] |
| Real | i_N_Xs (from stoichiometry) | 0.04 | N content of Xs [g N/(g COD_Xs)] |
| Real | i_N_BM (from stoichiometry) | 0.07 | N content of biomass Xh,Xa [g N/(g COD_bm)] |
| Real | i_SS_Xi (from stoichiometry) | 0.75 | SS to COD ratio for Xi [g SS/(g COD_Xi)] |
| Real | i_SS_Xs (from stoichiometry) | 0.75 | SS to COD ratio for Xs [g SS/(g COD_Xs)] |
| Real | i_SS_BM (from stoichiometry) | 0.90 | SS to COD ratio for biomass Xh,Xa [g SS/(g COD_Xbm)] |
Connectors
| Type | Name | Default | Description |
|---|---|---|---|
| Interfaces.WWFlowAsm3out | Out | ||
| Modelica.Blocks.Interfaces.RealInput[13] | data |