Ozone Destruction
Overview of Ozone Destruction
Different types of bacteria and other microorganisms can easily enter our drinking water. As we know, we definitely don’t want bacteria, viruses or any other microorganisms in our drinking water. After all, bacteria, viruses, protozoa and other microorganisms are known to cause infectious diseases like cholera, dysentery, polio and many more. Such harmful microorganisms are called pathogenic microorganisms.
Ozone is one of the strongest oxidants known and is used in many water and wastewater treatment processes. Ozone reacts with all available contaminants in the water, until consumed.
It is common to get residual Ozone after Ozonation reactions. This residual Ozone can interfere with further reactions, or damage sensitive membranes in downstream processes. It is very important to destroy the residual Ozone before further processing.
Considerations
Maximum amount of residual Ozone, extent of Ozone destruction required, water parameters, peak flowrate and flow patterns affect selection of UV systems for Ozone destruction.
We offer high dose UV systems for online Ozone destruction. Sukrut UV Systems deliver powerful UV levels to break down molecular bonds of Ozone molecules.
For Ozone destruction in pharmaceutical and ultrapure water, we offer Sukrut UViTeC™ range of UV systems with ASME BPE sanitary fittings.
Sukrut LSC™ Series offer Ozone destruction UV systems internal finishing to Ra<0.38u, DVGW UV intensity sensor ports, full set of validation documentation in addition to high UV dose levels and reliable performance.
Sukrut CWS™ Series is ideal for Ozone destruction at relatively small flowrates of drinking or industrial process water.
Sukrut WEL™ Series can be sized for economical destruction of residual Ozone for numerous industries.
Sukrut MCS+™ Series are available to deliver high UV dose levels for Ozone destruction at varying levels of UVT and/or large flow rates.
It is common to get residual Ozone after Ozonation reactions. This residual Ozone can interfere with further reactions, or damage sensitive membranes in downstream processes. It is very important to destroy the residual Ozone before further processing.
We offer high dose UV systems for online Ozone destruction. The powerful UV radiation breaks down molecular bonds of Ozone molecules. This converts the residual Ozone into Oxygen, which may either dissolve in the water to some extent or mostly bubble out of water. Unlike Ozone, the Oxygen molecules don’t interfere with downstream processes or damage equipment like membranes.
UV System for the Application
Reliable disinfection
You are welcome to take samples of drinking water before our UV system and then immediately after our UV system to verify the microbial reduction. Our team will be happy to help with this, so you know for a fact that your drinking water is well protected from diseases.
Easy to install and use
Our UV systems are very easy to integrate with drinking water plants ranging from small RO/filtration skids to large industrial and municipal drinking water treatment plants treating lakhs of liter per hour to a high quality.
Internationally proven quality
Our UV systems are Certified to WaterMark Level1 which is equivalent to NSF61. You know that you are getting the same quality product that is exported to demanding customers in Australia, New Zealand, Singapore, South East Asia and Oceania.
Economical
The cost of disinfecting a liter of drinking water with our UV systems, in terms of Rs/liter of drinking water is extremely low.
Application support
Our experienced team will help solve your specific challenge and inactivate any specific microorganisms from drinking water.
More Information
Sanitary Ozone Destruction UV units are available for pharmaceutical and semiconductor industries. We can also offer Ozone destruction options with our MCS+ and other UV systems.
Contact our friendly and experienced team to discuss your Ozone destruction project and we will be glad to work with you.
More Information
No matter what your requirement, contact our experienced team for help with selecting the most suitable UV solution with UV intensity sensor, UV monitor, sanitary design and validation documentation.
