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At
Last! Someone Who Will Take the Time to Give You the Dedicated Attention
and Advice You’ve been Looking For!
Have you ever wished you could find someone who
not only knows what they are talking about, but also want to genuinely
help "walk you through" everything you need to know to
plan your total water supply?
Well, welcome to Ebenezer
Water.
Since 1986, Rod Hurst and his team have been offering people
a great range of products and sound advice - in a very friendly
and relaxed manner. And they will do the same for you.
But first we need to understand your situation.
Generally, the utilisation of
rainwater falls into two main categories.
Firstly, we have semi-rural
properties in areas where scheme water is not available. Therefore,
the only source of domestic water is to collect all the rainwater
from house and shed roofs and store it in a large rainwater
tank.
Secondly, there are metropolitan and suburban
homes that are connected to mains water, but want to utilise
the rain water which is free, but currently just running to
waste. These applications usually need only a smaller tank
due to space restrictions. |
| Testimonial :: Ross Clark |
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"I
would be pleased to recommend Ebenezer Water for
the installation of either water tanks and/ or pumps.
I do feel Ebenezer Water cater well for the people
in the hills area "
Ross Clark. Gidgegannup WA |
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Now, let's see how the
Ebenezer process works.
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Storage
Tanks |
Minimum requirements are usually 92,000 litres
or 120,000 litres - depending on each individual shire. Some shires
even stipulate building approvals which require engineer certification
of strength.
Usually one tank alongside the house is sufficient to store all
the water your family will need.
What size tank?
It is generally recognised that each family member uses about 160
litres of water per day.
Up until the last few years, shires used to request a minimum 20,000
gallon (92,000 litre) tank on each block. Naturally, that was the
size almost everybody built. However, a large percentage of families
could not get right through summer before the tank emptied.
Therefore they have to supplement their supply by topping up from
a potable bore, or have it carted in with a reputable water carrier.
(About $100 per 14,000 litres -depending on the exact location of
your block).
Now there are many shires requesting a minimum of 120,000 litres
(25,000 gallons for those of us who are old enough to understand
that language!!). But, they also require a fire fighting outlet
be fitted to the bottom of the tank, with a minimum of 10,000 litres
set aside for fire purposes. That means that your house outlet is
raised up higher resulting in reduced capacity in the tank for your
everyday use. So in reality the tank may not hold much more than
the old tanks.
If you are catering for a family, it may be worth considering a
tank of at least 150,000 litres - or perhaps 180,000 litres if the
budget can stretch. These sizes obviously provide a stronger chance
of reducing the need to buy water.
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Colorbond |
Colorbond tanks are starting to make a popular
impression. Why not match the tank walls and roof to the house bricks
and roof? With 5 standard wall colours (Wilderness; Woodland Grey;
Paperbark; Classic Cream; Wheat) and an unlimited selection of roof
colours, you can make your property a real show piece whilst at
the same time adding extra value.
Other wall colours are available at a small extra premium price.

Headland® |
Manor
Red™ |
Jasper™ |
Sandbank™ |
Classic
Cream™ |
Surfmist® |
Paperbark™ |
Dune® |
Shale
Grey™ |
| Windspray® |
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Woodland
Grey™
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Bushland™ |
Pale
Eucalypt™ |
Wilderness® |
Cottage
Green™ |
Plantation™ |
Blue
Ridge™ |
Deep
Ocean®
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Ironstone® |
| Nightsky™ |
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Site
Preparation |
The tank simply sits on a prepared sand base.
The base must be cut level to a minimum diameter of 2 metres larger
than the tank. The earthworks operator must take extra care to ensure
this base is level and of sufficient diameter.
Once this preparation is completed, then a layer of clean sand is
spread evenly over the area to a minimum depth of 150mm. Compaction
of the sand is not necessary.
The handy table below shows the total capacity of each model, the
individual dimensions as well as the pad size and amount of sand
required.
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Dimensions |
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| Tank - Model |
Capacity - Litres |
W (m) |
H (m) |
Minimum Pad Size (m) |
Minimum Sand Required |
| WA5 |
23,600 |
3.7 |
2.2 |
5.7 |
4 Cubic Metres |
| WA8 |
38,100 |
4.7 |
2.2 |
6.7 |
6 Cubic Metres |
| WA12 |
53,200 |
5.55 |
2.2 |
7.6 |
7 Cubic Metres |
| WA15 |
72,100 |
6.46 |
2.2 |
8.5 |
9 Cubic Metres |
| WA20 |
94,100 |
7.38 |
2.2 |
9.4 |
11 Cubic Metres |
| WA25 |
120,400 |
8.35 |
2.2 |
10.4 |
13 Cubic Metres |
| WA30 |
150,400 |
9.33 |
2.2 |
11.3 |
15 Cubic Metres |
| WA40 |
179,500 |
10.15 |
2.2 |
12.2 |
18 Cubic Metres |
| WA45 |
210,900 |
11.05 |
2.2 |
13.1 |
20 Cubic Metres |
| WA50 |
248,800 |
12 |
2.2 |
14 |
23 Cubic Metres |
| WA60 |
269,900 |
12.95 |
2.2 |
14.5 |
26 Cubic Metres |
| WA70 |
324,300 |
13.7 |
2.2 |
15.7 |
30 Cubic Metres |
| WA80 |
368,300 |
14.6 |
2.2 |
16.6 |
33 Cubic Metres |
| WA90 |
420,400 |
15.6 |
2.2 |
17.6 |
37 Cubic Metres |
| WA100 |
470,400 |
16.5 |
2.2 |
18.5 |
41 Cubic Metres |
Similar volumes can
be easily attained by adding to or reducing wall heights.
For special applications, please talk to us. |
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Pumps |
The water must be pumped from the tank into the house.
Modern day pumps will supply water with even pressure and
flow. With state of the art electronic controllers, the old
horror stories of fluctuating hot and cold showers is thankfully
now a thing of the past.
With a carefully selected pump, you can have strong flow
and pressure into your house - automatically. Simply turn
the tap on and the pump starts up; turn the tap off again
and the pump shuts down.
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Testimonial
Chris & Sharon Hood |
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"We
found that Ebenezer was able to answer every question
we had, and explain it in very clear and simple
terms."
Chris & Sharon Hood. Karragullen. WA |
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For more information, please visit the Ebenezer
Water pumps
page.
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SUBURBAN |
Water Restrictions!
Near Empty Dams!
These are terms
we hear all too frequently. In any major city, the amount of water
that runs to waste from all the house roofs is enormous, so it is
natural think that one solution is to put a rainwater tank on every
house.
A house with 250 square metres of roof in an 800 mm annual rainfall
sheds 200 kilolitres of water per year. Multiply that by the number
of homes in your city and we start to get a picture of how much
water runs to waste.
So a rainwater tank on every house is a sensible idea. But...to
maximise the use of rainwater, we need to think a little bit differently
and a little more laterally.
The common
thought is to collect and store water when it is raining,
and
use it when it is not!
But in reality, there is simply not enough room
in the average suburban back yard to store enough water to serve
any meaningful purpose over the summer months. A tank of 4500 litres
could be used in a week if used to water the lawn or keep the pool
topped up. (A lawn of 100 sq metres takes 1000 litres for 10 mm
of water and an average size pool also needs about 1000 litres to
top up 25 mm)
So, what can we do? How can we maximise the use of free rainwater
in a more meaningful way? How can we begin to make an impact on
the dwindling water supply in our dams? Simple!
Use it while it's raining
By installing a tank preferably no smaller than
13,000 litres (the larger the better) and connecting it to an electric
pressure pump, you can set up an ongoing supply of water during
the winter months which will supply the whole of your family's household
needs.
This means that on average, you may be able to turn off the scheme
supply and use rainwater exclusively in your house for 4-6 months
of the year. This of course will depend entirely on seasonal rainfall
and your personal family's water usage habits.
It is generally considered that each person uses about 160 litres
per day. The back of your Water account will tell you your average
daily Usage, and a simple mathematical equation will tell you how
many days between rains your tank will last. (If it's a dry year,
there may be times when you need to switch back to scheme for a
few days until the next lot of rain.)
By implementing a system such as this, it is possible to utilise
up to 50 - 60 kilolitres of water instead of just 4 or 5 kilolitres
simply because the tank is being replenished as you use it. The
larger the tank, the longer you can last between rains. There are
large choices of sizes and colours available to match and harmonise
with your individual home so that they not only look great, but
are functional as well.
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