PART Response to Information Request · OPW11/0335

         Table B-9: Full Development MUSIC Model Input Parameters - Treatment Units
       Treatment devices and parameters           BloretenUon   Bloretentlon    Bloretentlon    Bloretention
              Full Development                        CIA           CIB              81             Al

Low flow by-pass (m3/sec)                             0              0               0               1
High flow by-pass m3/sec                             100            100             100             100
Extended detention depth (m)                          0.2           0.2             0.2             0.2
Seepage loss (mm/hr)                                   0             0               0               0
Filter area mz                                        63            74              81              95
Filter de pth ( m )                                   0.5           0.5             0.5             0.5
Filter median particle diameter (mm)                 0.45          0.45            0.45            0.45
Saturated hydraulic conductivity (mm/hr)             150            150             150             150
Depth below underdrain pipe (% of filter depth)        0             0               0               0
Overflow weir width (m)                                2             3               3               3


                            FULL DEVELOPMENT MUSIC MODEL OUTPUTS

           Table B-10: Full Development MUSIC Model - Treatment Train Effectiveness
             Treatment Train Effectiveness          Source      Residual Load       % Reduction
          Flow ML/ r                                  19                  13              30
          Total Suspended Solids k / r               3790                451              88
          Total Phosphorus k / r                      8.5                1.8              79
          Total Nitrogen k / r                        46              20.3                56
          Gross Pollutants k / r                      387              0                  100