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Why use UV, instead of Chlorine?    
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Parameter
Chlorination
Hydrogen Peroxide
Ultra Violet Treatment
1 Characteristic
Highly Oxidising gent Highly Oxidising gent Selected range of electro-magnetic wave length
2 Toxicity
Hazardous Hazardous Can affect eyes and skin cancer
3 Change in Water Chemistry
Changes taste and gives odour to water Changes taste and gives odour to water Does not affect chemistry at all, at this dosage and hecne no change inchemistry
4 On-Line Process Monitoring
Difficult Difficult Easy, and relaible
5 Process Efficency Depends on proper mixing Depends on proper mixing Design hydraulics ensures necessrya treatment
6 Counter Treatment Required to nullify excess chemical if any Required to nullify excess chemical if any Not requried. Can not be over dosed
7 System Integration Separate dosing sub-system required Separate dosing sub-system required Can be fitted IN-Line seamlessly in the process
8 Handling Interface Manual intervention requried Manual intervention requried Not requried
9 By Products Gives out By-Products Gives out By-Products Does not generate By -Products
10 Safety Storage and Handling is difficult Storage and Handling is difficult Easy to contain and protect from
11 Application in Pharma Industry Avoided as far as possible For restricted applications Safe and versatile applications
12 Control on Dosage Highly Variable, difficult to control Highly Variable, difficult to control Can be desgied and monitored and varied as desired
13 Records Sure shot records can not be assured Sure shot records can not be assured Data can be logged with necessary instrumentation
14 Recurring (Operations+ \Maintenance) Costs High High Low
 
Technologies
Why use UV, instead of Chlorine?
 
 
 
 
We provide ultra-Violet disinfection systems for treatment of:
Drinking Water
Soft Drinks & Bottled Water
Sugar Syrup
Swimming Pools
Air
Aquaculture
Brewing
Ultra Pure Process Water
Removal of Chlorine