Original source · versioned page text
Reference Document MCU22/0102 Stormwater Management Plan
The original of this document is very large (29.9 MB). Opening the original or downloading it may take a few minutes. Please be patient and don't click again. The page text is quick to read. If you are on mobile data, it is best to wait until you are on Wi-Fi.
This document appears to be plans or drawings. Its page text below holds only the words printed on the drawings, without the drawings themselves, so it may be jumbled or hard to follow. To see the plans as drawn, choose Original above or download the file (both need you to log in).
Log in to see the plans as drawn 2. Applicability Guide
As a modular biofiltration system, there are some considerations that should be incorporated into the design
process. These are indicated below in Table 1.
Design Consideration Applicability Information
At source stormwater treatment ✓ SPELBasin® systems are ideal for capturing runoff as it
leaves a road, carpark and/or catchment surface.
Litter, sediment & nutrient capture ✓ Biofilters utilise physical, biochemical and biological
processes to remove particulates and dissolved pollutants
from stormwater.
Urban/civic landscaping ✓ The modular configuration allows landscaping to be
incorporated into roadscapes and traditionally hard
cityscapes.
Constrained sites ✓ SPELBasin® systems can be as small as 0.6% of the
contributing catchment, and lifted into difficult to access
locations.
Moderate to steep gradient sites ✓ The fibreglass and precast concrete chambers promote
unique alternatives to retaining walls and features in
steep sites.
Sites with <600mm gradient ✓ Designs can accommodate internal invert level increases
to achieve discharge on very flat sites, provided a free
surface can be achieved.
Tidal influence X SPELBasin® is not suitable for locations that are subject to
tidal influence.
Tailwater --- Tailwater can affect the treatment flow rate through the
SPELBasin®, and should be avoided if possible. Check
with SPEL Stormwater.
High velocity flowpaths X As a filtration and biological treatment system, high
velocity flowpaths may cause damage to the SPELBasin®.
An external bypass is recommended.
Greywater treatment ✓ SPELBasin® systems have been observed to remove
nutrients and suspended solids from stormwater. They
could equally remove nutrients from greywater.
TABLE 1.
APPLICABILITY GUIDE FOR SPELBASIN®
4 Technical Design Guidelien SPELBasin
See the original
The page text is free to read. Viewing or downloading an original file needs an account.
Log in to see the originalVery large file: the download may take a few minutes. If you are on mobile data, it is best to wait until you are on Wi-Fi.
Searchable page text hides email addresses. Original files are unchanged and may show email addresses.