Large Concentration of PO4

Inflows
Upstream inflows
Branch 1
Layer [KQIN] = 31-31
Inflow [QIN] = 0.24 m^3/sec
Temperature [TIN] = 9.75 øC

Tributaries
Segment [ITR] = 7 17 19 25 33 44 61 56
Layer [KTWB] = 31-42 31-42 31-42 31-42 31-42 9-42 9-42 9-42
Inflow [QTR] = 0.57 0.10 0.72 4.34 0.45 81.92 0.32 0.31
Temperature [TTR] = 9.75 9.75 9.75 9.75 9.75 3.54 0.74 3.98

Outflows
Withdrawals
Segment [IWD] = 19
Outflow (m^3/sec) [QWD] = 2.23
Layer [KWD] = 31 32 33 34 35 36 37 38 39 40 41 42

Outflow (m^3/sec) [QSW] = 1.74 0.09 0.08 0.07 0.07 0.06 0.04 0.03 0.02 0.02 0.01 0.00

Withdrawals
Segment [IWD] = 33
Outflow (m^3/sec) [QWD] = 0.00
Layer [KWD] =
Outflow (m^3/sec) [QSW] = 0.00
Withdrawals
Segment [IWD] = 51
Outflow (m^3/sec) [QWD] = 0.00
Layer [KWD] =
Outflow (m^3/sec) [QSW] = 0.00
Withdrawals
Segment [IWD] = 41
Outflow (m^3/sec) [QWD] = 81.92
Layer [KWD] = 31 32 33 34 35 36 37 38 39 40 41 42

Outflow (m^3/sec) [QSW] = 18.68 7.03 6.79 6.74 6.53 6.46 6.20 6.12 5.89 5.84 2.84 2.81

Withdrawals
Segment [IWD] = 49
Outflow (m^3/sec) [QWD] = 0.32
Layer [KWD] = 9 10 11 12
Outflow (m^3/sec) [QSW] = 0.19 0.07 0.05 0.02
Withdrawals
Segment [IWD] = 51
Outflow (m^3/sec) [QWD] = 0.31
Layer [KWD] = 31 32 33 34 35 36 37 38 39 40 41 42

Outflow (m^3/sec) [QSW] = 0.00 0.02 0.02 0.02 0.02 0.03 0.03 0.03 0.03 0.03 0.03 0.03

1Constituent Inflow Concentrations
Branch 1 [CIN]
Phosphate = 0.040 g/m^3
Nitrate-Nitrite = 5.000 g/m^3
Total iron = 5.000 g/m^3
CBOD = 10.000 g/m^3
Dissolved oxygen = 7.000 g/m^3
Tributary 1 [CTR]
Phosphate = 0.100 g/m^3
Nitrate-Nitrite = 5.000 g/m^3
Total iron = 0.201 g/m^3
CBOD = 10.000 g/m^3
Dissolved oxygen = 7.000 g/m^3
Tributary 2 [CTR]
Phosphate = 0.040 g/m^3
Nitrate-Nitrite = 5.000 g/m^3
Total iron = 0.117 g/m^3
CBOD = 10.000 g/m^3
Dissolved oxygen = 7.000 g/m^3
Tributary 3 [CTR]
Phosphate = 0.100 g/m^3
Nitrate-Nitrite = 1.780 g/m^3
Total iron = 0.071 g/m^3
CBOD = 10.000 g/m^3
Dissolved oxygen = 7.000 g/m^3
Tributary 4 [CTR]
Phosphate = 0.030 g/m^3
Nitrate-Nitrite = 3.840 g/m^3
Total iron = 0.500 g/m^3
CBOD = 10.000 g/m^3
Dissolved oxygen = 7.000 g/m^3
Tributary 5 [CTR]
Phosphate = 0.080 g/m^3
Nitrate-Nitrite = 5.000 g/m^3
Total iron = 0.212 g/m^3
CBOD = 10.000 g/m^3
Dissolved oxygen = 7.000 g/m^3

Water Balance
Waterbody 1
Spatial change [VOLSR] = 0.54079966E+07 m^3
Temporal change [VOLTR] = 0.54079966E+07 m^3
Volume error = 0.13257656E-03 m^3
Percent error = 0.24514912E-08 %
Branch 1
Spatial change [VOLSBR] = 0.54079966E+07 m^3
Temporal change [VOLTBR] = 0.54079966E+07 m^3
Volume error = 0.13257656E-03 m^3
Percent error = 0.24514912E-08 %

Energy Balance
Waterbody 1
Spatially integrated energy [ESR] = 0.16928760E+12 kJ
Temporally integrated energy [ETR] = 0.16928760E+12 kJ
Energy error = 0.41433558E+03 kJ
Percent error = 0.24475247E-06 %
Branch 1
Spatially integrated energy [ESBR] = 0.16928760E+12 kJ
Temporally integrated energy [ETBR] = 0.16929974E+12 kJ
Energy error = 0.41436529E+03 kJ
Percent error = 0.24475247E-06 %

Mass Balance
Branch 1
Phosphate
Spatially integrated mass [CMBRS] = 0.41169542E+17 g
Temporally integrated mass [CMBRT] = 0.41169542E+17 g
Mass error = -0.94020240E+07 g
Percent error = -0.22837329E-07 %
Nitrate-Nitrite
Spatially integrated mass [CMBRS] = 0.13296102E+08 g
Temporally integrated mass [CMBRT] = 0.13296102E+08 g
Mass error = -0.24959650E-02 g
Percent error = -0.18772156E-07 %
Total iron
Spatially integrated mass [CMBRS] = 0.38657540E+07 g
Temporally integrated mass [CMBRT] = 0.38657540E+07 g
Mass error = -0.77605434E-03 g
Percent error = -0.20075109E-07 %
CBOD
Spatially integrated mass [CMBRS] = -0.28161897E+19 g
Temporally integrated mass [CMBRT] = -0.28161897E+19 g
Mass error = 0.35596134E+09 g
Percent error = -0.12639821E-07 %
Algae
Spatially integrated mass [CMBRS] = 0.00000000E+00 g
Temporally integrated mass [CMBRT] = 0.00000000E+00 g
Mass error = 0.00000000E+00 g
Percent error = -0.12639821E-07 %
Dissolved oxygen
Spatially integrated mass [CMBRS] = -0.51931015E+19 g
Temporally integrated mass [CMBRT] = -0.51931015E+19 g
Mass error = 0.67753267E+09 g
Percent error = -0.13046783E-07 %