Cooling Towers - Chlorine Dioxide (ClO2)
Cooling Towers - The use of chlorine dioxide (ClO2)
in cooling towers,
loops and cooling systems greatly assists in the control of algae,
planktonic bacteria, biofilm and scale, helping to maintain the
efficiency of heat exchanger surfaces, reservoir intakes, and ancillary
equipment.
Traditional oxidising agents such as chlorine and bromine suffer
from pH constraints and corrosion problems. CIO2 is significantly
more stable than other oxidising biocides and is also compatible
with most water treatment chemistry.
Each SafeOx generator system produces CIO2 that controls algae,
planktonic and sessile bacteria, and biofilm.
Why is it important to control biofilm in such systems?
Biofilm acts as an insulator causing deterioration in general
heat transfer properties. It creates fouling and corrosion problems
by accumulating scale in pipework and equipment. Biofilm also
creates an environment that promotes the growth of anaerobic microorganisms
which inturn increases microbiologically induced corrosion (MIC)
problems.
Using a SafeOx system to generate CIO2 will lead to significant
cost savings including:
1. Savings on water costs with reduced water consumption.
2. Minimal salt build up; reducing potential corrosion problems.
3. Reduced maintenance costs with longer operating cycles between
"blow downs".
4. Improved system performance with reduced accumulated scale
on heat transfer surface components.
SafeOx CIO2 Generators
SafeOx CIO2 units are manufactured to the highest quality standards
and represent one of the safest, most reliable and cost effective
ways of generating CIO2 at the point of use. They are suitable for
a range of applications including, healthcare and hospital facilities,
food and beverage processing, ultrapure water treatment, legionella
control, water hygiene, potable water treatment, waste-water treatment,
residential, commercial and industrial facilities.
For more information about SafeOx products please call us on +
(44) 161 877 2334 or e-mail info@safeox.com.
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