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Att 4 - SWMP · MCU21/0117
• 4 x 5,000L Slimline Rainwater tanks will be used to capture roof run-off, with 50% of
the tank volume allocated to reuse, and 50% to attenuation storage.
• 2 Bioretention areas will be used to treat and detain stormwater run-off from
driveway areas.
• Ecosol Litter baskets (or similar) with 200µm mesh are to be provided within all
field inlet pits minimise sediment and gross pollutants from entering the drainage
line. Refer to Appendix C Ecosol Litter Basket Technical Specification for details.
4.2.1 MUSIC Modelling
The proposed development and the above treatment train have been modelled in MUSIC
(Model for Urban Stormwater Improvement Conceptualisation) software in accordance
with the Water by Design MUSIC Guidelines 2018.
The climatic data has been modelled using the rainfall and PET data at station 40059
(Cooroy Composite) in 6-minute timesteps. The rainfall run-off parameters have been set
as defined for the Southeast Queensland region, shown below in Figure 4.2 - Rainfall run-
off parameters for SEQ
Figure 4.2 - Rainfall run-off parameters for SEQ
The source nodes have been created using a split catchment approach, with the roof,
driveway and other ground areas separated with stochastic pollutant generation for each
of the surface types as per Table 4.1 - Urban Residential Split Node Pollutant Generation
Parameters. The area and impervious fractions for each catchment are actual values based
on the design plans.
Table 4.1 - Urban Residential Split Node Pollutant Generation Parameters
Flow Type TSS LOG¹º TP LOG¹º VALUES TN LOG¹º VALUES
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