Eurobodalla Integrated Water Cycle Management Strategy
Eurobodalla Integrated Water Cycle Management Strategy
Eurobodalla Integrated Water Cycle Management Strategy
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<strong>Eurobodalla</strong> <strong>Integrated</strong> <strong>Water</strong> <strong>Cycle</strong> <strong>Management</strong> <strong>Strategy</strong><br />
Table 9-32 Social and Environmental Aspects of the Medium to Long Term<br />
Opportunities for Potato Point<br />
Opportunities Social Environmental<br />
Improved management of existing<br />
on-site facilities<br />
Enhanced management of existing<br />
on-site facilities<br />
Centralised<br />
management<br />
of effluent<br />
from on-site<br />
facilities<br />
Provision of<br />
full reticulated<br />
sewerage<br />
system<br />
Local treatment<br />
and management<br />
(Reed beds)<br />
Transfer to<br />
Bodalla system<br />
with greywater<br />
reuse<br />
Transfer to<br />
Bodalla system<br />
and grey water<br />
reuse and<br />
roofwater<br />
harvesting<br />
Associated odour and noise<br />
impacts<br />
Inconvenience of pumpout trucks<br />
in the area<br />
Improved air quality and visual<br />
character<br />
Enhanced aesthetic appeal for<br />
the local area, good for tourism<br />
and recreational activities<br />
Solution would be tailored to<br />
match local requirements<br />
Limited additional infrastructure<br />
required<br />
Use of existing resources<br />
Short term inconvenience for<br />
residents during construction i.e.<br />
noise, vehicle movement<br />
Limited additional treatment<br />
infrastructure required<br />
Existing resources can be utilised<br />
Short term inconvenience for<br />
residents during construction i.e.<br />
noise, vehicle movement<br />
Reduced demand on reticulated<br />
water resources<br />
Reduced hydraulic and biological<br />
loads on the Bodalla sewerage<br />
system<br />
9.11.4 <strong>Integrated</strong> <strong>Water</strong> <strong>Cycle</strong> <strong>Management</strong> Scenarios<br />
Improved environmental<br />
outcomes, minimises the<br />
incidence of septic effluent<br />
contaminating groundwater<br />
Reduced impact to local<br />
waterways and the environment<br />
Would encourage local reuse and<br />
recycling<br />
Less overall environmental<br />
impacts than conventional gravity<br />
systems<br />
Improved quality of effluent<br />
discharged to environment<br />
Increased opportunities for<br />
effluent reuse<br />
Possible environmental impact<br />
during construction<br />
Significantly reduced likelihood of<br />
groundwater contamination<br />
Improved quality of effluent<br />
discharged to environment<br />
Increased opportunities for<br />
effluent reuse<br />
Possible environmental impact<br />
during construction<br />
Significantly reduced likelihood of<br />
groundwater contamination<br />
Using the bundling process the above water management opportunities can be combined<br />
into integrated scenarios. Table 9-33 presents examples of integrated scenarios. Other<br />
scenarios may be developed and considered in the subsequent study phase.<br />
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