JellyFish® filter Technical manual

JellyFish® filter
Technical manual
Issue 5
Filter
Contents
JellyFish® filter
1
System components
2
Membrane filtration cartridge
4
System operation
5
Self-cleaning functions
System performance
6
7
Treatment efficiency
7
Inlet and outlet pipes
7
System options
8
Design information
9
Configurations and design capacities
9
Bypass design
10
Dry sump option
11
Submerged (tidal/tailwater) installations
11
Series JellyFish® filter
11
System installation
12
Inspection and maintenance
12
Replacement parts
12
Appendices
13
Precast solutions
20
Contact information
21
JellyFish® filter
JellyFish® filter
The JellyFish® filter is a tertiary stormwater treatment system featuring membrane
filtration to provide exceptional pollutant removal at high treatment flow rates with
minimal head loss and low maintenance costs.
The JellyFish® filter uses gravity, flow rotation, and
• The system provides tertiary level performance with a
up-flow membrane filtration to provide tertiary
small footprint
treatment to stormwater in an underground structure.
The proven performance of the JellyFish® filter and
Using unique filtration cartridges, each JellyFish® filter
high flow rate membranes enables water quality
provides a large membrane surface area, resulting in high
objectives to be met with a smaller footprint system
flow rates and pollutant removal capacity.
than typical bioretention systems.
The JellyFish® filter efficiently captures a high level of
• It has been independently researched and proven
The JellyFish® filter has been independently researched
stormwater pollutants, including:
under both laboratory and field conditions in the
• Total Suspended Solids (TSS), median removal
United States and Australia. In the United States, it has
efficiency of 89%, including particles down to
received verification under the stringent New Jersey
two microns
Corporation for Advanced Technology (NJCAT) protocol.
• Total Nitrogen (TN), median removal efficiency of 55%
• Total Phosphorous (TP), median removal efficiency
• It treats higher flow rates than most filters
Each filter cartridge has an effective filter area of
of 65%
35.4 m2 designed to treat 5 litres per second (L/s)
• Total Copper (Cu), median removal efficiency of 61%
during operation.
• Total Zinc (Zn), median removal efficiency of 91%.
• Above-ground land use is maintained
Designed as a polishing device for constrained sites, the
The system is assembled within a fully-trafficable,
JellyFish® filter is available in a range of sizes to cater for
precast concrete structure for underground
both at-source and end-of-pipe solutions.
installations on constrained sites, allowing maximum
use for above-ground activities.
• Maintenance is easy
The filter backwashes after peak flows so it can
self-clean several times in each storm event. Manual
backwash is recommended annually. When cartridge
replacement is required (usually every three to five
years), it is a safe and simple process.
• We provide world class treatment solutions
Humes has a team of water specialists dedicated
to delivering sustainable solutions, creating
maximum value for your project, accommodating
your site conditions, design requirements and
construction factors.
JellyFish® filter 1
System components
• Filter cartridges are designated as either high-flow or
draindown cartridges, depending on their location in
The JellyFish® filter is comprised of several structural and
the cartridge deck. High-flow cartridges placed within
functional components:
the backwash pool are automatically backwashed after
• A cylindrical precast concrete structure which is
available in a range of diameters and depths that
each storm event.
• Draindown cartridges located outside the backwash
serves as a vessel providing structural support
pool facilitate the draindown of the backwash
for a 50 year design life and provides storage for
pool. The design flow rate (2.5 L/s) of a draindown
accumulated filtered pollutants.
cartridge is controlled by the lid orifice. The lower
• A rigid high-strength fibreglass cartridge deck
separates the vessel into a lower chamber and upper
chamber. This houses the filter cartridges, provides
a surface and flow path for treated water to the
design flow rate of the draindown cartridge ensures
the membranes last for longer periods between
scheduled maintenance.
• Cartridge lids are fastened into the deck to securely
effluent pipe, and provides containment of oil and
anchor the filter cartridges. The lids are removable to
other hydrocarbons below the deck and also provides
allow manual rinsing and replacement of the filter
a platform for maintenance personnel to safely service
cartridges when required. Cartridge lids contain a
the filter cartridges.
flow control orifice that is specifically sized for use
• The lower chamber provides storage for pollutant
separation and membrane filtration.
• The upper chamber provides adequate clearance for
inspection and maintenance.
with high-flow and draindown cartridges. Blank lids
have no orifice and are used to cover unoccupied deck
apertures in systems that do not use the full rated flow
capacity of the system.
• A rigid fibreglass backwash pool weir extends
• A rigid high-strength fibreglass Maintenance Access
150 mm above the cartridge deck and encloses the
Wall (MAW) attenuates influent water velocity and
high-flow cartridges. During inflow, filtered water
directs flow into the lower chamber through a large
leaving the high-flow cartridges forms a pool inside
opening in the cartridge deck. In addition, it provides
the weir. When the water level in the pool exceeds
storage for floatable pollutants. It also serves as an
the weir height it overflows and spills to the cartridge
inspection and maintenance access point.
deck where it then flows to the outlet pipe. As the
• JellyFish® membrane filtration cartridges are secured
inflow event subsides and pressure decreases, water
to the deck by the cartridge lids. Each filter cartridge
in the backwash pool reverses flow direction and
consists of multiple membrane filter tentacles, which
automatically backwashes the high-flow cartridges,
treat the stormwater by filtering out fine suspended
cleaning the membrane surfaces. Water in the lower
particulates (TSS) and particulate-bound pollutants on
chamber (below deck) is displaced through the
the membrane of each tentacle. Filtered water passes
draindown cartridges.
through the membranes, up the centre tube of each
This self-cleaning mechanism may occur multiple
tentacle and exits through the top.
times during a single storm event as rainfall/runoff
intensities rise and fall, thereby significantly
extending the service life of the cartridges and the
maintenance interval.
2
JellyFish® filter
• Large diameter access lids are installed at the surface
and defines the filtration zone. The separator skirt
and are removed to allow access for maintenance
extends the full length of the filtration tentacles and
of the system. The upper chamber is designed
prevents contamination of the membranes with oil
with tapered surrounds to match with finished
and floatable debris. The separator skirt also forces
surface grades.
JellyFish® filter
• A separator skirt encloses the filtration cartridge
water to enter the filtration zone under low velocities.
The separator skirt is attached to the underside of the
The JellyFish® filter and components are depicted in
cartridge deck.
Figure 1 below.
• As an option, the inlet pipe can be located below the
deck for drainage networks with deep invert levels.
In these systems, a deflector plate is installed across
the inlet pipe to induce tangential water flow
through the channel between the chamber wall and
separator skirt.
Figure 1 – JellyFish® filter components
Maintenance access wall
High-flow cartridges
Inlet
Backwash pool
Outlet
Draindown cartridge
Cartridge deck
Separator skirt
JellyFish® filter 3
Membrane filtration cartridge
Figure 2 – JellyFish® membrane filtration cartridge
Head plate
The JellyFish® filter utilises multiple lightweight
membrane filtration cartridges. Each cartridge consists of
Lifting eyes
Attachment
nuts
Gasket
multiple removable filter elements (“filtration tentacles”)
attached to a cartridge head plate. Each filtration
tentacle consists of a central perforated tube surrounded
by a specialised membrane. A removable oil-resistant
polymeric gasket provides a watertight seal between the
cartridge and the deck. A JellyFish® membrane filtration
Tentacles
cartridge is depicted in Figure 2.
The cartridge length is 1,372 mm. The dry weight of
a new cartridge is less than 9 kg, and the wet weight
of a used cartridge is less than 23 kg. No heavy lifting
equipment is required during exchange.
The filtration tentacle membranes provide a large surface
area, resulting in high flow and suspended sediment
These values translate to a conservative design
removal capacities. A typical JellyFish® cartridge with
membrane filtration flux rate (flow per unit surface area)
11 filtration tentacles has 35.4 m of membrane
of 0.14 L/s/m2 for the high-flow cartridge and 0.07 L/s/m2
surface area. Hydraulic testing on clean filter cartridges
for the draindown cartridge.
2
demonstrated a flow rate of 11.3 L/s at 455 mm of
driving head.
In addition, the filtration membrane has been treated
to allow biofilm to grow but not clog the pores of the
Extensive independent field testing, including testing
membrane. The flow rating of a particular JellyFish® filter
at an urban site with high intensity rainfall and runoff,
cartridge is based on the membrane filtration surface
has demonstrated consistently high pollutant removal
area of the cartridge and data collected from both
performance with a conservative design flow rate of
laboratory testing and field testing. The cartridge deck
5 L/s for the high-flow cartridges and 2.5 L/s for the
contains apertures for each filter cartridge.
draindown cartridges.
4
JellyFish® filter
System operation
JellyFish® filter
Gravitational forces remove coarse sediment (generally
>50 microns), particulate-bound pollutants (nutrients,
As a tertiary treatment system, the JellyFish® filter
toxic metals, hydrocarbons), free oil and floatable
is designed to be an “offline” structure, as part of a
trash and debris (that may bypass upstream primary
treatment train. For effective operation, the system
treatment devices). Large, heavy particles fall to the sump
requires a difference in elevation between upstream and
(sedimentation) and low specific gravity pollutants rise to
downstream water levels. Typically, a minimum 455 mm
the surface (floatation) behind the MAW.
of driving head is designed into the system but may
vary from 305 mm to 610 mm depending on specific
Treatment begins when flow enters the system through
site requirements.
the inlet pipe (standard). Below-deck inlet pipes are
offered as an option. Influent enters the MAW zone and
The JellyFish® filter uses gravity, flow rotation and
passes through a large opening in the deck to the lower
membrane filtration treatment to remove pollutants
chamber. The large deck opening and change in flow
from stormwater runoff. These functions are depicted in
direction attenuate the influent flow velocity. Buoyant
Figure 3 below.
pollutants remain on the surface in the MAW zone.
Figure 3 – JellyFish® filter functions
Inlet
Outlet
Gravitational
particles settling
Flow rotation
Membrane
filtration
JellyFish® filter 5
Flow into the lower chamber must then pass tangentially
Self-cleaning functions
around the separator skirt protecting the cartridges
and increasing the flowpath length. Coarse sediment
The JellyFish® filter utilises several self-cleaning
settles out of the MAW zone into the sump. As water
processes to remove accumulated sediment from the
flows tangentially around the separator skirt in the
external surfaces of the filtration membranes, including
lower chamber, the large opening in the bottom of the
automatic backwash of the high-flow cartridges,
separator skirt and upward change in direction further
vibrational pulses, and gravity. These processes have
reduces flow velocity and enhances particle separation.
been confirmed by more than 12 months of full
As a result, sediment settles in the sump.
scale prototype testing. Combined, these processes
significantly extend the cartridge life, maintenance
Flows pass through the cartridge in the filtration zone.
interval and reduce life-cycle costs.
Each filter cartridge consists of multiple tentacles.
Hydraulic pressure across the entire membrane surface
Automatic backwash occurs with the high-flow
area causes water to penetrate the filtration tentacles.
cartridges at the end of each runoff event. This can occur
Water enters the membrane pores radially and deposits
multiple times during a single storm event as intensity
fine particulates on the exterior membrane surface.
and driving head varies. As the inflow subsides and
Filtered water flows into the centre drain tube of each
driving head decreases, water in the backwash pool
tentacle, the water then flows upward and out the top.
reverses flow direction and automatically backwashes
the high-flow cartridges, removing sediment from the
Water exiting the top of the tentacles combines under
membrane surfaces. Water in the lower chamber (below
the lid, where the combined flow exits the cartridge
deck) is displaced through the draindown cartridges.
through the orifice with a pulsating fountain effect
into the backwash pool. When the water level in the
Vibrational pulses occur as a result of complex and
backwash pool exceeds the weir height it overflows to
variable pressure and flow direction conditions that
the outlet pipe.
arise in the deck during operation. During forward flow
a stream of filtered water exits the top of each filtration
Outside the backwash pool, the draindown cartridge
cartridge and encounters resistance from the turbulent
provides treatment at a reduced flow rate (2.5 L/s) and
pool of water in the backwash pool. Water is forced
allows the treated water captured in the backwash pool
through the cartridge lid orifice into the backwash pool
to return through the cartridges and balance water
with a pulsating fountain effect. The resulting pulses
pressure as the storm event ends.
transmit vibrations through the deck to the membranes,
thereby dislodging accumulated sediment. The effect
As particles build up on the external membrane surface,
is pronounced at higher flow rates, and influences
the pores progressively become smaller. This process,
all cartridges.
referred to as “filter ripening”, significantly improves
the removal efficiency relative to a brand new or clean
Accumulated sediment on the membranes will settle
membrane. Filter ripening accounts for the ability of
under gravity both during inflow events and inter-event
the JellyFish® filter to remove particles finer than the
dry periods. As fine particles form into larger masses
nominal pore size. An animation of the JellyFish® filter
on the membrane surface, adhesion to the membrane
operation and maintenance is available at humes.com.au.
surface lessens, and sediment sheds away from the
membrane. Chemical processes and biofilm effects also
play a role.
6
JellyFish® filter
Inlet and outlet pipes
The JellyFish® filter has been designed to provide tertiary
An above-deck inlet pipe configuration is standard
level treatment and may be combined with a Gross
for the JellyFish® filter and an optional below-deck
Pollutant Trap (GPT) as part of a treatment train to
inlet configuration is available on request. Specific site
optimise overall performance.
constraints generally determine the configuration that
JellyFish® filter
System performance
is most favourable. In both configurations, the invert
level of the outlet pipe is identical to the cartridge
deck elevation.
Treatment efficiency
Extensive research of the JellyFish® filter has proven
its performance under Australian laboratory, US field
conditions and Australian field conditions. Field testing in
the United States has received independent verification
under the stringent New Jersey Corporation for Advanced
Technology (NJCAT) protocol. The results are summarised
in Table 1 below.
Table 1 – JellyFish® filter performance summary
Pollutant
Median reduction
TSS
89%
TP
65%
TN
55%
Cu
61%
Zn
91%
Total oil and grease
62%
Reference: University of Florida (2011) and West Ipswich (2014).
JellyFish® filter 7
System options
The JellyFish® filter can be customised to suit your project
requirements. As each treatment train is unique and
units are designed to match surface levels, please contact
Humes for assistance, however, Table 2 below can be
used as a guide.
Table 2 – JellyFish® filter model range and details
JellyFish®
model
Number of highflow cartridges
Number of
draindown
cartridges
Inlet pipe
diameters (mm)
Treatment flow
(L/s)
JF1200-1-1
1
7.5
JF1200-2-1
2
12.5
JF1800-3-1
3
JF1800-4-1
4
JF1800-5-1
5
JF1800-6-1
6
32.5
JF2400-6-2
6
35.0
JF2400-7-2
7
40.0
JF2400-8-2
8
JF2400-9-2
9
50.0
JF2400-10-2
10
55.0
JF3000-11-3
11
JF3000-12-3
12
JF3000-12-4
12
70.0
JF3000-13-4
13
75.0
JF3000-14-4
14
80.0
JF3000-15-4
15
85.0
JF3000-16-4
16
JF3000-17-4
17
95.0
JF3000-18-4
18
100.0
JF3000-19-4
19
105.0
JF3600-20-5
20
112.5
JF3600-21-5
21
JF3600-22-5
22
JF3600-23-5
23
JF3600-24-5
24
JF3600-25-5
25
137.5
JF3600-26-5
26
142.5
JF3600-27-5
27
147.5
150 - 225
2
22.5
27.5
45.0
225 - 300
8
JellyFish® filter
2,400
67.5
3,000
90.0
300 - 375
117.5
122.5
127.5
132.5
Note: Designers should allow for upstream and downstream bypass pits and a bypass pipe link in a triangular configuration.
1,800
62.5
4
5
1,200
17.5
1
3
Nominal
structure
diameter (mm)
3,600
For the standard above-deck inlet pipe configuration, the
JellyFish® filter
Design information
invert elevation of the inlet pipe is typically set 150 mm
The JellyFish® filter has many flexible design features to
higher than the invert elevation of the outlet pipe. This
accommodate a wide range of specific site requirements
generally ensures that the inlet pipe will drain completely
and constraints. Please contact Humes for assistance.
after each rainfall/runoff event, while providing sufficient
volume within the MAW zone for surface accumulation
of floatables below the inlet pipe. The elevation of the
Configurations and design capacities
inlet pipe can be varied as required.
Design flow capacities and pollutant capacities for
The JellyFish® filter can accommodate a range of angles
standard JellyFish® filter configurations are shown in
between the inlet and outlet pipes. Standard outlet pipe
Table 2 on the previous page.
locations are within a 180° span about the circumference
of the structure (refer to Figure 4 below). The separation
The JellyFish® filter standard model numbers provide
angle relationship of the inlet pipe to the outlet pipe can
information about the manhole inside diameter and
vary from 90 to 270 degrees to provide maximum design
cartridge counts for high-flow and draindown cartridges.
flexibility. Contact Humes Water Solutions for assistance
For example, the JellyFish® filter model number
with angles outside this range. The JellyFish® filter can be
JF1800-5-1 is an 1,800 mm diameter structure with five
installed at a range of depths of cover.
high-flow cartridges and one draindown cartridge.
With systems using an external bypass from an upstream
Figure 4 – Typical JellyFish® filter outlet locations
diversion structure, the driving head is calculated as the
Inlet
Outlet
difference in elevation between the top of the diversion
structure weir and the invert of the JellyFish® filter outlet
pipe. A minimum of 455 mm is required to drive the flow
through the JellyFish® filter at the rates shown in Table 2.
Recommended design flows of 5 L/s for high flow
cartridges and 2.5 L/s for draindown cartridges are to
ensure longevity of the filter.
Submerged or backwater conditions may be
accommodated in some circumstances and assistance
from Humes engineers is recommended.
JellyFish® filter 9
The pressure relief pipe height and diameter can be
Bypass design
varied to accommodate the design peak flow rate and
The JellyFish® filter should be designed in an offline
system driving head requirements. For these systems, the
configuration for most catchments. All stormwater filter
driving head is calculated as the difference in elevation
systems will perform for a longer duration between
between the top of the pressure relief pipe and the invert
required maintenance services when designed and
of the outlet pipe.
applied in offline configurations. A standard offline
configuration has an external bypass that uses an
When the internal bypass option is utilised, peak flow
upstream diversion structure. The elevation difference
rates receive membrane filtration treatment up to the
between the top of the diversion structure and the
filtration design flow rate, with the balance of the peak
JellyFish® filter outlet pipe invert should be a minimum
flow receiving primary treatment only. In these cases,
of 455 mm. Excess flow that overflows the diversion,
increased sump depth may be required to increase
bypasses the JellyFish® filter.
sediment storage capacity and to minimise re-suspension
of previously captured sediment at peak flow rates.
For smaller sites an online configuration might be more
suitable. In these cases, an optional internal bypass
It is also possible to configure this arrangement using
pressure relief pipe(s) can be placed in one or multiple
a single diversion structure. Contact Humes for design
cartridge receptacles within the JellyFish® filter.
assistance.
Figure 5 – JellyFish® filter offline arrangement without diversion weir
JellyFish® unit outlet I.L.
is 455 mm lower than
I.L. of high flow bypass
inlet
Diversion chamber inlet
Low flo
w
w
Lo
flo
w
High flow bypass
Bypass inlet I.L. is 455 mm
higher than JellyFish®
unit outlet
JellyFish® unit
Diversion chamber
Collection chamber
Figure 6 – JellyFish® filter offline arrangement with diversion weir
JellyFish® unit outlet I.L.
is 455 mm lower than
top of weir wall
Diversion chamber inlet
Low flo
w
w
Lo
flo
w
High flow bypass
Top of weir is 455 mm
higher than I.L. of
JellyFish® unit outlet
Diversion chamber
10
JellyFish® filter
JellyFish® unit
Collection chamber
Figure 7 – JellyFish® filter with dry sump option
Concrete cover
The JellyFish® filter can be supplied with a dry sump
during a rainfall event to an offline soak well.
positioned filter “tentacle” that is covered by a stainless
Manholes
Upper converter
surround ring
Lower converter
surround ring
option by way of filtering the water collected in the sump
The captured water is filtered with a horizontally
JellyFish® filter
Dry sump option
Treatment
chamber
Maintenance access wall
Outlet pipe
Inlet pipe
steel shroud for protection at the sump invert.
Drainage channel
The release of filtered water is controlled by using an
orifice plate at the exit of the sump, which is sized
Separator skirt
to match the required hydraulic conductivity of the
Filter cartridges
receiving media.
Base unit
Submerged (tidal/tailwater) installations
The JellyFish® filter is designed to function optimally
Perforated shroud
under free-surface flow conditions. For systems that
Filter medium
may experience submerged or backwater conditions due
One-way valve
Stop valve
to tailwater or tidal effects, driving head calculations
must account for water elevation during the backwater
uPVC pipe
condition. The JellyFish® filter treatment functions
will continue to operate despite backwater conditions.
A customised design will be required to ensure litter
capture and backwash. Contact Humes for assistance.
Series JellyFish® filter
For sites with water quality treatment flow rates that
exceed the design flow rate of the largest standard
JellyFish® filter model, custom systems can be
designed that hydraulically connect multiple JellyFish®
filters in series. For any design questions or custom
modifications, contact Humes for assistance.
JellyFish® filter 11
System installation
The JellyFish® filter can be installed by a civil or plumbing
contractor in much the same way as a manhole or other
stormwater drainage structures. It is supplied on-site in
separate, easily identifiable components. The upstream
bypass pit and downstream junction pit are supplied
separately.
The JellyFish® filter is lowered into place by a crane
or excavator, the components interlock and a tapered
surround can be supplied and rotated to match a surface
grade (if the system is located in road pavement). The
system arrives to the site with the internal parts fully
assembled.
Inspection and maintenance
For inspection and maintenance information, please refer
to the JellyFish® filter owner’s manual.
An animation of the JellyFish® filter operation and
maintenance is available at humes.com.au.
Replacement parts
Replacement parts for the JellyFish® filter can be
ordered by contacting Humes at ph 1300 361 601 or
[email protected].
12
JellyFish® filter
JellyFish® filter
Appendices
JellyFish® filter standard drawings
JellyFish® filter inspection and maintenance log
JellyFish® filter 13
Holcim (Australia) Pty Ltd
TECHNICAL SERVICES
BRISBANE, QUEENSLAND
Holcim (Australia) Pty Ltd
TECHNICAL SERVICES
BRISBANE, QUEENSLAND
Holcim (Australia) Pty Ltd
TECHNICAL SERVICES
BRISBANE, QUEENSLAND
Holcim (Australia) Pty Ltd
TECHNICAL SERVICES
BRISBANE, QUEENSLAND
Holcim (Australia) Pty Ltd
TECHNICAL SERVICES
BRISBANE, QUEENSLAND
Humes
Holcim (Australia) Pty Ltd
ABN 87 099 732 297
18 Little Cribb st
Milton QLD 4064
Australia
JellyFish® filter inspection and maintenance log
Owner:
GPS coordinates:
Location:
JellyFish® filter model number:
Land use:
Commercial:
Industrial:
Service station:
Road/highway:
Mine site:
Residential:
Other:
Date:
Time:
Inspector
Maintenance contractor
Visible oil present (Y/N)
Oil quantity removed (Y/N)
Floatable debris present (Y/N)
Floatable debris removed (Y/N)
Water depth in backwash pool
Draindown cartridges backflushed (Y/N)
Draindown cartridges externally rinsed
and re-commissioned (Y/N)
New tentacles put on draindown
cartridges (Y/N)
High-flow cartridges backflushed (Y/N)
High-flow cartridges externally rinsed
and re-commissioned (Y/N)
New tentacles put on high-flow
cartridges (Y/N)
Sediment depth
Sediment removed (Y/N)
Cartridge lids intact (Y/N)
Other comments:
(Deck condition, blockages of upstream/
downstream junctions, skirts, etc..)
Phone
(07) 3364 2800
Fax
(07) 3364 2835
www.humes.com.au
Precast solutions
Top:
StormTrap® system
Middle:
RainVault® system
Bottom:
Segmental shaft
Stormwater
Stormwater treatment
Primary treatment
HumeGard® Gross Pollutant Trap
Secondary treatment
HumeCeptor® hydrodynamic separator
Tertiary treatment
JellyFish® filter
Detention and infiltration
StormTrap® system
Soakwells
Harvesting and reuse
RainVault® system
ReserVault® system
RainVault® Mini system
Precast concrete cubes
Segmental shafts
Stormwater drainage
Steel reinforced concrete pipes – trench
Steel reinforced concrete pipes – salt water cover
Steel reinforced concrete pipes – jacking
Corrugated Metal Pipe (CMP)
Box culverts
Uniculvert® modules
Headwalls
Stormwater pits
Access chambers/Manholes
Kerb inlet systems
Floodgates
Geosynthetics
Sewage transfer and storage
Bridge and platform
Tunnel and shaft
Walling
Potable water supply
Irrigation and rural
Traffic management
Cable and power management
Rail
20
JellyFish® filter
Contact information
National sales 1300 361 601
humes.com.au
[email protected]
Head Office
New South Wales
Tasmania
18 Little Cribb St
Grafton
Launceston
Milton 4064 QLD
Ph: (02) 6644 7666
Ph: (03) 6335 6300
Ph: (07) 3364 2800
Fax: (02) 6644 7313
Fax: (03) 6335 6330
Fax: (07) 3364 2963
Newcastle
Ph: (02) 4032 6800
South Australia
Queensland
Fax: (02) 4032 6822
Ipswich/Brisbane
Sydney
Ph: (08) 8168 4544
Ph: (07) 3814 9000
Ph: (02) 9832 5555
Fax: (08) 8168 4549
Fax: (07) 3814 9014
Fax: (02) 9625 5200
Rockhampton
Tamworth
Ph: (07) 4924 7900
Ph: (02) 6763 7300
Fax: (07) 4924 7901
Fax: (02) 6763 7301
Adelaide
Western Australia
Gnangara
Ph: (08) 9302 8000
Townsville
Ph: (07) 4758 6000
Fax: (08) 9309 1625
Victoria
Perth
Fax: (07) 4758 6001
Echuca
Ph: (08) 9351 6999
Ph: (03) 5480 2371
Fax: (08) 9351 6977
Fax: (03) 5482 3090
Melbourne
Northern Territory
Ph: (03) 9360 3888
Fax: (03) 9360 3887
Darwin
Ph: (08) 8984 1600
Fax: (08) 8984 1614
National sales 1300 361 601
humes.com.au
[email protected]
A Division of Holcim Australia
This brochure supersedes all previous literature on this subject. As the specifications and details contained in this publication may change please
check with Humes Customer Service for confirmation of current issue. This document is provided for information only. Users are advised to
make their own determination as to the suitability of this information or any Humes product for their own specific circumstances. We accept
no responsibility for any loss or damage resulting from any person acting on this information. Humes is a registered business name of Holcim
(Australia) Pty Ltd. The JellyFish filter is manufactured, marketed, and sold by Humes under licence from Imbrium Systems Inc, Canada. JellyFish
is a registered trademark of Imbrium Systems Inc, Canada and is used in Australia under license. Humes is a registered trademark of Holcim
Australia Pty Limited. JellyFish is registered under Australian Patent No. 2008286748, US Patent Application No. 11/839,303 and 12/014,888 and
International Publication No. WO 2009/023832 A1.
© April 2015 Holcim (Australia) Pty Ltd ABN 87 099 732 297. All rights reserved. This guide or any part of it may not be reproduced without prior
written consent of Holcim.