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The
formation of hard water scale in piping
networks of cooling circuits and heat exchangers
reduces the internal diameter of pipes by
the formation of insulating layers of scale,
resulting in costly maintenance, increased
energy costs, production down-time, and
equipment deterioration.
The application of chemicals for the reduction
of scale is not always economical and is,
on occasion, prohibited. For example, in
the Food Industry the application of chemicals
is limited, particularly as the purity of
the water may not be altered. In addition,
the application of chemicals in water treatment
often involves high investment, and operations,
maintenance and servicing costs.
HOW
COLLOID-A-TRON WORKS?
The secret of operation is found within
the core of the Colloid-A-Tron, its shape,
its composition and a combination of pressure
changes and turbulence. This operates as
a catalyst, causing colloidal particles
in the bulk of the solution.
In the water to be treated the hardness
salts, when flowing through the Colloid-A-Tron,
are attracted by the galvanic potential
at the surface of the core. There colloidal
particles from but cannot settle because
of the particle shape of the core allied
to the combination of turbulence and flow.
The result is that a suspension of colloidal
particles within the water is created, thus
preventing the formation of scale on heat
exchanger walls. It has been know that systems
already scaled prior to installation, have
had this scale loosened and dissolved over
a period by the Colloid-A-Tron, due to changes
in the environment.
THE
ANSWER
Colloid-A-Tron provides the ideal solution
of hard water treatment problems. It eliminates
the use of chemicals; has no moveable parts;
requires no maintenance or energy consumption;
and is non-sacrificial.
Colloid-A-Tron is the world leader in non-chemical
water treatment and has been widely tested.
The carbonate salts in the water are physically
modified while remaining in the water having
flowed over the Colloid-A-Tron.
Thus the water is not softened and, consequently,
does not become corrosive. The chemical
composition of water remains unchanged after
passing over the Colloid-A-Tron.
ADVANTAGES
- Prevention of scale
- Removal of existing scale
- No chemicals
- No pollution
- No corrosive risk
- Variable water quality
- No moving parts
- Non-sacrificial
- No maintenance required
- No energy consumption
- Energy savings
- No investment risk
- Service visits at no extra cost Contract
guarantee
Case
Histories
Food and consumer product industry:
Colloid-A-Tron have been fitted by well-known
Breweries for cooling and bottle cleaning
machines. Since the installation there have
been no further problems. Successful installation
have also been carried out in Meat Factories
and Companies specializing in refrigerated
products.
Metal
and plastic industries:
There are many possibilities for the use
of Colloid-A-Tron here. The fact that the
units operates without any need for maintenance
avoids production stop-page, which is particularly
important in metal production, plastics
and the motor industry.
Hot
water treatment:
The installation of Colloid-A-Tron
in heat exchanger pipe networks prevents
scale formation. They have been successful
installed in Commercial and Office Buildings
and Apartment Blocks, where variable water
qualities are found.
Administrative
buildings:
Colloid-A-Tron prevents scale in cooling
towers and humidifiers, such as those installed
in larger hotels, hospitals or office buildings,
thus eliminating the need for costly appliances
using chemical products.
|
Diameter
mm
|
Diameter
Inch
|
Length
mm
|
Weight
Kg
|
Minimum
Flow
M3
/hr
|
Minimum
Flow
GPM
|
|
10
|
3/8
|
254
|
.34
|
.27
|
1
|
|
15
|
½
|
254
|
.55
|
.8
|
3
|
|
20
|
¾
|
305
|
1.04
|
1.9
|
7
|
|
25
|
1
|
305
|
1.5
|
3.2
|
12
|
|
32
|
1
¼
|
609
|
3.9
|
5.4
|
20
|
|
40
|
1
½
|
609
|
4.6
|
8.1
|
30
|
|
50
|
2
|
609
|
6.9
|
12
|
45
|
|
65
|
2
½
|
913
|
16.6
|
19
|
70
|
|
80
|
3
|
913
|
18
|
26
|
95
|
|
100
|
4
|
913
|
30
|
49
|
181
|
|
125
|
5
|
913
|
45
|
90
|
333
|
|
150
|
6
|
913
|
58
|
130
|
482
|
|
200
|
8
|
913
|
98
|
250
|
926
|
|
250
|
10
|
913
|
138
|
400
|
1481
|
|
300
|
12
|
913
|
227
|
600
|
2222
|
|
350
|
14
|
913
|
260
|
700
|
2593
|
|