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WaterMate
A REFRESHING APPROACH TO GARDEN IRRIGATION
Turn your grey into
The
Answer
for
The Answer for
Greywater
Reuse
Greywater
Reuse
The Answer
for
Greywater Reuse
able and
With washble filters
replacea
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Cross-flow depth
filtration and
Cross-flow
depth
Cross-flow
depth plug
Multichamber
filtration
and
flow concept
filtration
and
Multichamber plug
multichamber
flow concept plug
flow concept
Cross-flow depth
filtration and
Multichamber plug
flow concept
Greywater
Greywater
Greywater
Diversion
diversion
Diversion
Device
Device
Greywater
device
¤
Diversion
With washable and
Device
replaceable filters
How it Works:
How
Stepit1. Works:
When the valve is open, greywater flows directly to the mains
How it works:
B
A
S F G
HI
LO
B
S F G
HI
Q
LO
Q
T
T
P
N
sewage or septic tank.
P
E
K
Step 1. When the valve is open, greywater flows directly to the mains
A
Step 2. When the valve is closed, greywater from the house is diverted
N
S F G
HI
sewage or septic tank.
to the inlet of the filter.
Q K
LO
EBC
T
Step 1.
2. When the
valve
greywater
from
the
housetoisthe
diverted
Step
valveisisclosed,
open,
greywater
flows
directly
mains
J
StepWhen
3. Thethe
greywater
flows through
the
1st filter
web that retains
How
it septic
Works:
to the inlet
of thetank.
filter.
sewage
or
C
major
and medium
particles such as hair, lint, paper detergent clogs
R
D
Stepand
3. The
1st filter
web
thatdensity,
retains Matala
othergreywater
impuritiesflows
(The through
filter web:the
Matala
Black
- Low
PJ
Step
2.
When
valve
is closed,
greywater
the
house
is clogs
diverted
Step
1.
When
thethe
valve
is open,
greywater
flows
directly
to
the mains
A D
major
and
medium
particles
such
as
hair,
lint,from
paper
detergent
Green
- Medium
density).
M
NR
toand
the other
inlet
the filter.
sewage
or of
septic
tank.(The filter web: Matala Black - Low density, Matala
impurities
E
Step 4. The greywater flows through the 2nd filter web that retains
K
Green When
- Mediumvalve
density).
Step
is flows
closed,
greywater
from
the
house
is diverted
M
medium
and small
particles
(The the
filter
web:
Matala
Green
- Medium
Step2.
3. The the
greywater
through
1st
filter
web
that
retains
major
to
the
inlet
of
the
filter.
Step
4.
The
greywater
flows
through
2nd
filter webclogs
that retains
density, particles
Matala Blue
- as
High
density)
and medium
such
hair,
lint, the
paper
detergent
and other
C
A. Inlet (2”)
A. Inlet (2”)
medium
and
small
particles
(The
filter
Matala
Green
- Green
Medium
J
impurities
(The
filter
web:
Matala
Black
- web:
Low
density,
Matala
Step
3.
The
flows
through
the
1st
filter
that
retains
Step
5.greywater
The
greywater
flows
through
the
3rdweb
filter
web
that retains
B. Diverting valve
B. Diverting valve
density,
Matala
Blue
- High such
density)
Medium
density).
major
and
medium
particles
as
hair,
lint,
paper
detergent
clogs
R
C.
Outlet
to
sewer
(2”)
y
small and minor particles (The filter web: Matala Blue - High density,
D C. Outlet toA.
Inlet(2”)
(2”)
sewer
olog
and
other
(The flows
filter
web:
Matala
- Low
density,
Matala
D. Basket
n
Step
5. impurities
The
greywater
through
theBlack
3rd filter
web
that retains
Matala
Gray
- Super
high
density)
B. Diverting
valve
h
D.
Basket
c
n
i
Step
The
greywater
flows
through
the Matala
2nd filter
web
that retains
E. Overflow
Green
Medium
density).
TepipeM
n
Outlet
to sewerstand
(2”)
small-4.
and
minor
particles
(The
filter web:
Blue
- High
density,
E. OverflowC.
stand
F. pipe
Matala FSM190 Black
Step
6. small
Filtered
greywater
pumped
to the irrigation.
medium
and
particles
(Theisfilter
web: Matala
Green - Medium
rove an 40
D. Basket
p
Matala
Gray
- Super
high
density)
F. Matala FSM190
Black
Step
4.
The
greywater
flows
through
the
2nd
filter
web
that
retains
G.
Matala
FSM290
Green
density, Matala Blue - High density)
E. Overflow stand pipe
G. Matala FSM290
re thtries
H. Green
Matala
FSM365
medium
small
particles is
(The
filter web:
Matala
Green - Medium
oBlue
F.
Matala
FSM190
Black
Step 6.and
Filtered
greywater
pumped
to the
irrigation.
m
n
I.
Matala
FSM460
Grey
H.
Matala
FSM365
Blue
density,
Matala
Blue - High
density)
G. Matala FSM290 Greencou
Step 5.
The greywater
flows
through the 3rd filter web that retains small
J. (2”)
Water
pump
I. Matala A.
FSM460
Grey
H. Inlet
Matala
FSM365
Blue
and minor
particles
(Theflows
filter through
web: Matala
Blue
- High
Matala Gray
K. Pump
Step
5. The
greywater
the 3rd
filter
webdensity,
that retains
valveoutlet
J. Water B.
pump
I. Diverting
Matala
FSM460
Grey
L. to
Electronic
pump controller
Filtered
Grey
- Super
high
density)
sewer (2”)
small
and
minor
particles (The filter web: Matala Blue - High density,
J. Outlet
Water
pump
K. Pump C.
outlet
water for
M. Drain/Cleanout
point with 1” plug
D.K. Basket
Pump
outlet
Matala water
Gray
Super
high
density)
pump
lawn and L. Electronic
in
N. controller
Kink-free
hose
& hose clamp
E. L. Overflow
stand
pipe
Electronic
pump
controller
Filtered
Step
Grey6. Filtered greywater is pumped to the irrigation.
M.
Drain/Cleanout
point
with
1”
plug
garden
O.
Outlet
Connector
F. M.Matala
FSM190 Black
Step
6. Filtered greywater is pumped to the irrigation.
water for
Drain/Cleanout
point with 1” plug
water
in
Grey
water
in
lawn and
garden
Black
Green
Black
Black
Low
Medium
High
Super high
density filter
density
filter
density
filter
density filter
Black
Green
Black
Black
Low
Medium
High
Super high
Filtered
density filter
density filter
density filter
density filter
water for
lawn and
garden
N. Kink-free
hose clamp
P. and
Outlet
G.N.hose
Matala
FSM290
Kink-free
hoseGreen
& hose clamp
O. Outlet H.
Connector
Q. FSM365
Tank
Cover
Blue
O. Matala
Outlet
Connector
R.
Tank
P. Outlet I. P. Matala
FSM460
Grey
Outlet
S. pump
Inlet
cover
J. Q. Water
Q. Tank Cover
Tank
Cover
T. outlet
Electrical pump lead
R. Tank K.R. Pump
Tank
L. S. Electronic
pump controller
Inlet cover
S. Inlet cover
M. Drain/Cleanout
point with 1” plug
Electrical
T. ElectricalT.pump
lead pump lead
N. Kink-free hose & hose clamp
O. Outlet Connector
P. Outlet
Q. Tank Cover
For
more information and stockist details visit
R. Tank
S. Inlet cover
T.
Electrical pump lead
Technology
proved
in more than 40 countries
Black
Green
Black
Black
Low
Medium
High
Super high
www.watermate.co.nz
Technology
proved
in
countries
density filter
density filter
density
filter
density
filtermore than 40
For more information and stockist details visit
www.watermate.co.nz
WaterMate
A REFRESHING APPROACH TO GARDEN IRRIGATION
Features & Benefits
Features
Features & Benefits
&
benefits
Features
& Benefits
• Water
mark
approved.
• System
can
be installed
above ground, halfsubmerged in ground, or underground
A potential
water
of 151,000
How much
water can
wereuse
reuse?
• Water mark
approved.
annually
an average
A litres
potential
waterfor
reuse
of 151,000
family of
litres annually
forfour
an average
Residential
Residential
Use
Water
Reuse
family
ofUsage
fourWater Usage
(Singleof
Household)
A potential
reuse
151,000
(Single
Household)
Use water
Residential Water Usage
Litres/person/day
Litres/house/day
litres annually
for an
average
(Single
Household)
Litres/person/day
Use
43.8
Showers family of 175.4
four
Litres/house/day Litres/person/day
Showers
Clothes Washers
Showers
Baths
Washing Machine
90
227
57
43.8
175.4 Water Usage
Residential
4.5
18.1
22
(Single
227 Household) 57
Clothes
Use Washers
105.3x
420.5
Sub-total Greywater
Toilet
38
4.5
18.1
Baths
Litres/person/day
Litres/house/day
70
280
Toilets
105.3x
420.5
Sub-total Greywater
43.8
175.4
Showers
Washbasins/Kitchen
30
4
15
Dishwashers
280
Toilets
57 70
227
Clothes Washers
6
24.2
Other Domestic Uses
Total
180
4.5 4
18.1 15
Baths Dishwashers
35.9
144
Leaks
6
24.2
Other Domestic Uses
105.3
420.5
Sub-total
Greywater
41.2
164.8
Faucets
Shower
waste
90 280
litres
35.9
144
Leaks
70
ToiletsTotal in-house
262.4
1048.5
41.2
164.8
Washing Faucets
machine
22 litres
4
15
Dishwashers
Data
sourcein-house
: American Water Works Association
Research Foundation262.4
1048.5
Total
"Residential
End Uses
of Water", 1999 24.2
6
Other
Domestic
Uses
Potential water reuse 112 litres/person/day
Data source : American Water Works Association Research Foundation
35.9
144 litres/person/year
Leaks
40,880
"Residential End Uses of Water", 1999
Data source
: American Water
Associationusage
Research available
Foundation for re-use
Proportion
ofWorks
in-house
Proportion
in-house
usage
available
"Residential End Usesof
of Water",
1999
Faucets
Showers
for re-use
16%
17%
USA water usage
Faucets
16%
Showers
Greywater
17%
Leaks usage available
Proportion of in-house
for re-usefor
available
Wash
Basins
17%
Other
Toilet
21%
14%
Leaks
14%
Faucets
Clothes
reuse
Washers
21%
Clothes
Washers
Showers 21%
2%
16%
17%
Other
Toilets
2%
Dishwashers
27%
Baths
1%
Leaks
2%
Toilets
Shower
14%
Dishwashers
Clothes
27%
Greywater
Baths
1% for reuse 50%
Washers 2%
Available
21%
Greywater
Data source
: American Water Works Association ResearchFoundation
Available
for reuse
Other
"Residential
EndUsesof
Water", 1999
2%
Data
source : American Water Works Association ResearchFoundation
"Residential EndUsesof Water",Toilets
1999
Dishwashers
Washing
1%
machine
12%
27%
Baths
2%
Greywater
Available for reuse
400mm400mm
(15.7”) (15.7”)
400mm (15.7”)
45mm (1.8”)
45mm (1.8”)
2
Aqua2use
GWDD Pump Specifications
0
0
5
10
15
20
25
30
Output
Rated
Maximum
Dimension
Aqua2use
GWDD
Pump
Specifications
Flow (GPM)
35
WaterMate
pump
specifications
Head
Flow
Head
Flow
L x W x H
HP Output
W
mm
Rated
Maximum
Dimension
1/4
HP
Output
200
25-32
W
mm
(m)
Head
5
(m)
1/4
200 25-32
5
(l/m)
Flow
Rated
53
(l/m)
(m)
Head
7
(m)
(l/m)
(mm)
(l/m)
(mm)
7
136
155x155x240
Flow
L x W x H
Maximum
Dimension
136
155x155x240
Aqua2use
GWDD Pump Specifications
HP
W
mm Head Flow Head Flow
LxWxH
Output
Rated
(m)
53
(l/m)
Maximum
(m)
(l/m) Dimension
(mm)
Unit tested in
a caravan
park, Flow
Australia.
Head
Flow
Head
L x W
x H
40
Weight
Kg
Weight
Weight
4.2
Kg
4.2Kg
Weight
25-32 diverter
5 checked
53
7 filtering
13640,000L
155x155x240
1/4
HP
W200
mm
Matala
greywater
after
(10,567
(m)
(l/m)
(m)
(l/m)
(mm)
4.2
Kg
gallons)
1/4Matala
200 greywater
25-32
5
53
136
155x155x240
diverter
checked7after filtering
40,000L
(10,567
4.2
gallons)
Unit
tested
in a caravan
park,
Australia.
incoming
greywater:
public shower
rooms
and laundry
incoming greywater: public shower rooms and laundry
Greywater
Greywater
flow
flow
direction
direction
Greywater
flow direction
USA water usage
41.2
164.8
Proportion
of in-house
usage available
for re-use
262.4
1048.5
Total
in-house
USA
water
usage
Faucets
Aqua2use Sub. Pump (240V / 50Hz)
24
WatermateSub.
Sub. Pump
Pump (240V
Aqua2use
(240V/ /50Hz)
50Hz)
22
Aqua2use
GWDD Pump
Performance
Curve
24
20
22
18
20
16
Aqua2use Sub. Pump (240V / 50Hz)
14
2418
16
2212
10
2014
12
188
10
166
8
144
6
2
124
0
102 0
5
10
15
20
25
30
35
40
80
Flow (GPM)
5
10
15
20
25
30
35
40
6 0
4
Flow (GPM)
Head
Head
(Ft) (Ft)
• System can be installed above ground, half• Water mark approved.
• submerged
Water
mark in
approved.
ground, or underground
• Easy
to clean
(11.3")
WaterMate
pump Pump
performance
curve Curve
Aqua2use GWDD
Performance
Head (Ft)
•• System
can be
installed
ground,
System
can
be above
installed
above
ground,
halfThe
pump
protected
from
dryhalfrun,
clogging
• Easy
toisclean
submerged
in ground,
or underground
in built
ground,
or underground
and submerged
damage
with
in overflow
safety
45mm (1.8”)
225mm (8.9”)
360mm (14.2”)
225mm225mm
(8.9”) (8.9”)
360mm360mm
(14.2”) (14.2”)
58 Gladstone Rd, Richmond. Email: [email protected]
• 30 litres (6.8 gallons) of Matala filter media
Ph: 03 543 8004, Fax: 03 541 0157 Freephone: 0800 ALLFLOW
58 Gladstone Rd, Richmond. Email: [email protected]
provides10m2 (108ft2) of specific surface area
(2553569)
• &
3090%
litresvoid
(6.8space
gallons) of Matala filter media
Ph: 03 543 8004, Fax: 03 541 0157 Freephone: 0800 ALLFLOW
58
Gladstone
Rd,
Richmond.
Email:
[email protected]
2
2
WaterMate
dimensions
provides10m
) of specific
surface area
• 30 litres
(6.8 gallons) of (108ft
Matala filter
media provides
(2553569)
Aqua2use
GWDD
Dimensions:
• 10m
30 •2litres
(6.8
gallons)
of
Matala
filterfilter
media
Ph: 03 543
8004, Fax:
03 541 0157 Freephone: 0800 ALLFLOW
2
Cross-Flow
depth
fltration:
web has
(108ft
) of
specific
surface
areaeach
and 90%
&
90%
void
space
2
2
provides10m
(108ftstructure,
) of specific
(2553569)
590mm
Aqua2use
GWDD Dimensions:
void
space
a 3-dimensional
able surface
to trap aarea
high
370mm
(23.2")
• volume
Cross-Flow
depth fltration:
each
filter web has
(14.6")
& 90%
void of
space
impurities
without
plugging
• Cross-Flow
depth filtration:
each filterable
web to
hastrap
a a high
590mm
a 3-dimensional
structure,
370mm
Aqua2use
GWDD Dimensions:
(23.2")
(14.6")
structure,
ableflow
to
trap
a plugging
high
• 3-dimensional
Cross-Flow
depth
fltration:
each
filtervolume
has
• volume
Multi-chamber
plug
concept:
Ifweb
the first
of impurities
without
of
impurities
without
plugging
590mm
a 3-dimensional
able
to trapisadone
high
370mm
filter web getsstructure,
clogged the
filtration
1-1/2” outside thread
(23.2")
(14.6")
• by
Multi-chamber
plug
flow
If 2nd
the first
1” inside thread
volume
of impurities
without
plugging
the
2nd
filter concept:
If the
web
• Multi-chamber
plugand
flow 3rd
concept:
Ifweb.
the first
filter
2” in
filter
web
gets
clogged
is the
done
1-1/2” outside thread
web gets
the the
filtration
isthe
done
by the by
2nd
getsclogged
clogged,
filtration
isfiltration
done
3rd
1” inside thread
• and
Multi-chamber
plug
flow
concept:
the2nd
firstweb
by
the
2nd If
and
3rd
filter
web.clogged,
If Ifthe
2” in
3rd
filter
web.
the 2nd
web
gets
the
filter
web
2” out
filter gets
web
getsbyclogged
theweb
filtration
is by
done
clogged,
is done
the 3rd
1-1/2” outside thread
filtration
is done
thethe
3rd filtration
filter
1” inside thread
Solid
removal:
to 75%
pump
filter
web
by •the
2nd
and 3rdupfilter
web.for
If the
2ndoperated
web
2” in
2”
out
• Solid removal:
up for
to 75% for pump
operated unit,
90%
unit
gets unit,
clogged,
thegravity
filtration
is done
by the
3rd
90%•for
gravity
unit
Solid
removal:
up to 75%
for pump
operated
filter
web
•
Submersible
pump
with
integrated
Electronic
unit,
90%
for
gravity
unit
2” out
• Submersible pump with integrated Electronic Pump
287 m m
Pump
Controller
• Controller
Solid
removal:
uppump
to (EPC)
75%
for
pump operated
(EPC)
508mm (20”)
• Submersible
with
integrated
Electronic
(11.3")
unit,
90%
for
gravity
unit
• Pump
The
pump
is protected
from
dry run,
clogging
287 m m
Controller
(EPC)
• The
pump
is
protected
from
dry run,
clogging
and
508mm (20”)
(11.3")
and
damage
withwith
built
in overflowElectronic
safety
with
built
in overflow
safety
• damage
Submersible
pump
integrated
• The pump
is protected
from dry run, clogging
Aqua2use
GWDD Pump Performance Curve
• Easy
clean
287 m m
Pump
Controller
• toand
Easy
to clean(EPC)
damage
with built in overflow safety
508mm (20”)
Unit tested in a caravan park, Australia
Matala
greywater
checked
after filtering 40,000L
Unit tested
in a diverter
caravan
park, Australia.
(10,567
gallons)diverter
incoming
greywater:
public
shower
Matala greywater
checked
after filtering
40,000L
(10,567 gallons)
rooms
and
laundry. public shower rooms and laundry
incoming
greywater:
The pictures prove the high filtration efficiency achieved with progressive
density Matala filter sheets. The filter can take up a huge volume of
The
prove
theresidues
high filtration
hair, pictures
lint, sand,
soap,
etc. efficiency achieved with progressive
density Matala filter sheets. The filter can take up a huge volume of
hair, lint, sand, soap, residues etc.
The
pictures prove the high filtration
efficiency achieved with progressive
State of the artThe
greywater
reuse
pictures prove the high
filtration
efficiency achieved with
density Matala filter sheets. The filter can take up a huge volume of
progressive
density
Matala
filter
sheets.
The filter can take up
State
of
the
art
greywater
reuse
hair,
lint, sand, soap, residues
etc.
a huge volume of hair, lint, sand, soap, residues etc.
Data source: On-Site NewZ Table A-4
Data source : American Water Works Association ResearchFoundation
"Residential EndUsesof Water", 1999