Development Application part 2 of 2 Report and Plans MCU13/0030

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 Loat                                                               catchment A (RoofArea)               Catchment B2   -

                                                                                                                            COIrplrU & aaen road                 Cltchment Bl-urparts & access road
 10                                                                                                  1
 Node Type                                                          Urban5ourceNode                      UrbOInSourceNode                                        UrbOInSourceNode
 Total Aru (ha)                                                                                                                                          0.057                                              0.039
 Arealmpervious(h,i)                                                                            0.3S7                                              O.05136795S                                        0.035146496
 Are.. Petvlow (ha)                                                                                  o                                             0.00563204S                                        0.003853504
 FII!!Id~pachy(mm)                                                                                  ’"                                                      ’"                                                 eo
 Pervious NeJ I/lfihnlion Capacity coefficient.iI                                                 ’"                                                       243                                               243
 ~rArea Infiltr.ltlon Capacity exponent. b                                                         0.’                                                     0.’                                                0.’
 Impervious Area Ibmf.R Th(f!shold (mm/davl                                                                                                                  1                                                  1
 perviow Area Soil 5tOflll’f: Ca~(:ity (rnm)                                                        18                                                      18                                                 18
 Pervious Area Soillnttiat Storale ’"of Capacity)                                                   10                                                      10                                                 10
 Groundwater Inll’" Depth fmm)                                                                      50                                                      50                                                 50
 Groundwater 0<11,., RKharae Rale (")

 Groundwater Dally 8ue              !bIt:""                                                         31                                                      31                                                 31
 Groundwater Daily ~pSee~Be bit ’’’I                                                                 o
 5torm       Toul SuspeI’Kied Sofids MeJn 1101 m&/Ll                                               1.’                                                    2.43                                               2.43
 Stormflow Total Suspended SOlids StandJrd ~tlon 110& maIL)                                       0.38                                                    0.38                                               0.38
 Slorm       Total Suspen          Solids Esllmilllon Method       Stocnaulc                             Stochastic                                              Stochastic
 Slormflow TotOlI Suspended Solids Se         t Correluion                                           o                                                       o
 Stormflow Total Phosphorus Mean 110& mall)                                                      .(I."                                                    -0.’                                               .(I.’
 5tormnow Total Phmphotu$ SCOlndard Deviation (lot!: m&llJ                                       0.34                                                     0.34                                               0.34
 Slormnow Toul Phi:Kphorus EstNtJon Method                         Stochaulc                             Stochastic                                              StocNUic
 Stormflow Total Phosphorus Serial Correlation                                                       o                                                       o
 Stormflow Total NitUl8en Mun (lot maIL)                                                         0.37                                                     0.37                                               0.37
 SCormflow Total Nitrogen Standilrd DevIation (1Gs m           l                                 0.34                                                     0.34                                               0.34
 Stormf\ow Tot..1 Nitrosen Estimation Method                       Stochastic                            Stochastic                                              Stochastic
 Stormflow TOIII Nitrogen Serbl Correlation                                                         o                                                        o
 BoIseflow Toul Suspended Solids Mean (lot m&Ill                                                                                                          0.78                                               0.78
 BoIseflow Toul Suspended Solids Suncbrd ~tion lies m&/ll                                                                                                 0.39                                               0.39
 Bueflow Total SuspendedSofds EslirNtion Method                    Stochaulc                             Stochastic                                              Stochastic
 BaseflowToul Su5.pended Solids Serial Correlation                                                  o                                                        o
 bseflow Toul Phosphorus Mean (lot m                                                                                                                      -0.’                                               -0.’
 bseflow Toul PhcsphofUS Standard Deviation (log mg/l!                                                                                                     0.’                                                0.’
 bseflow Total PhcKphorus EstlmnJon Method                         Stochastic.                           StOCNStic                                               Stochastic
 bseflowTotalPhosphorusSerialCotrelatlon                                                            o                                                       o
 bseflow Total Nitroeen Mean (!omill)                                                                                                                    0.32                                                0.32
 bSeflow Total Nitrosen Standard Deviation (!omill)                                                                                                        0.’                                                0.’
 bseflow Total NltrOlen estimation Method                          StocNlstlc                            Stochastic                                              Stochastic
 BaseflowTotalNitrtllenSerlalCorr~atJon                                                             o                                                       o
 OVT.Mean Annual flow (ML/yr)                                                                    4.56                                                   0....                                              0.476
 OVT.TSSMean~fLcMd(k&/vr)                                                                         131                                                     ".                                                 186
 OVT TP Mean ~fLoad (k&!vr!
      -
                                                                                                0.811                                                   0.472                                              0.327
OVT   .   TN Mean        ualload tk&!rrJ                                                         ".                                                       2.23                                               1.53
OUT.Gross Pollutant Mean Annual Load tk&!yr)                                                      107                                                     16.3                                               11.2
 Rain In (MLlrr)                                                                              4.97759                                                0.794742                                           0.543771
fTlon{MlIyr)                                                                                 0.41.9796                                               0.098526                                          0.0674128
Deep SeepaaeLos.s(MLlrr)                                                                            o                                                                                                          o
BaseflowOut (MlIYr)
Im    Stormflow Out (Ml/vr)
      .                                                                                        4.5578                                                0.6549044                                           O.<<8U
PeN.Stormflow Oul (Ml/rr)                                                                                                                           0.04124S3                                          0.0282205
Total Stormflow Out (MlIyr)                                                                    4.S578                                                 0.69619                                           0.476341
Total Outflow (Ml/rrl                                                                          4.SS78                                                 0.69619                                           0.476341
CNl’lle in Soil StOfase (Ml/yr)                                                                     o                                                 2.61E-05                                           1.1ge-DS
TSSBaseflowOul(MLlyr)                                                                               o
TSS Total Stormflow Out IMI../’I’r)                                                           131.345                                                 276.213                                            186.103
TSS Total Outflow IMl/YrJ                                                                     131.34S                                                 276.213                                            186.103
TP Baseflow Out (Ml/rrl
TP Total Stormflow Out (Ml/yr)                                                               0.810961                                                0.472055                                           0.327097
TP Total Outflow (Ml/yr)                                                                     0.810961                                                0.472055                                           0.327097
TN Baseflow Out (Ml/rrl
TN Total Stormflow Oul (M1/.,..)                                                              14.5894                                                 2.22546                                            I.S3305
TN Total Outflow (Ml/yr)                                                                      14.5894                                                 2.22546                                            1.5330S
GP Total Outflow IMl/yr)                                                                      107.351                                                 16.3433                                            11.1822


No Imported Data SOun:e nos



USTM treatment nodes

Location                                                           2 II 2lOOO litre RWT                  BIoretent    Basln                                      Swale                                               BioretentlonSwale-Road
10                                                                                                                                                          ,                                                  .
NodelVpe                                                           RaInWaterTankNode                     8ioRetentionNodeV4                                      SwaleNodt                                           BioRetentionNodeV4
lo-fIowbypaurilte(cum/sec)                                                                          o                                                       o                                              0.002                              0.002
Hi-flow bypass ~te (cum/see)                                                                      1110                                                    1110                                                                                 1110
Inlet pond volume                                                                                   o
Arulsqrn)                                                                                        19.2                                                    49.3                                                                                   28
Extended detention depth 1m)                                                                     0.01                                                     0.’                                                0.2
Pennanent Pool Volume (cubic metres)                                                               46

Proportlonve,etated                                                                                 o
Equ alent Pipe Oi<lmeter Imm)                                                                    300
Overflow weir width 1m)                                                                            10                                                                                                                                           2.’
Notional DetentlonTltne Ihrs)                                                                2.S4f-03
OrifICe OIseN’le Coefficient                                                                      0.’
Well’Coeff     nt                                                                                 1.7                                                     1.7                                                                                   1.7
Number of CSTR Celli                                                                                                                                                                                          10                                 ,
Total Suspended Solid$. k Im/yr)                                                                 400                                                     80lIO                                              80lIO                             80lIO
TcQl Suspended Solids. C.(mg/lJ                                                                    12                                                      20                                                                                   20
TOI I Suspended Solids     -
                               C"(maIll                                                            12                                                                                                         "
Total Phosphofus    -
                        k (m/yr)                                                                 300                                                     6000                                               6000                              6000
Tout Phospnorus-C.(ml/l.)                                                                        0.23                                                    0.13                                               0.13                              0.13
Total Phosphorus.C.,(mc/l)                                                                       0.13                                                                                                       0.13
fobl Nitrosen. k Im/rr)                                                                            40                                                                                                        500                               500
Total Nitroen .colm&lll                                                                           1.’                                                     L4                                                                                    1.4