TROJAN SOLUTIONS FOR DRINKING WATER
Thousands of communities around the world already benefit from ultraviolet (UV) treatment of their water supplies, and more are recognizing the benefits of UV each day. There are many applications for UV in municipal water treatment facilities, including:
- Blanket-protection against a wide range of pathogens, often as part of a multi-barrier disinfection strategy
- Treatment of Cryptosporidium, which is chlorine resistant
- Reduction in expansion costs - UV is very effective against Giardia, significantly reducing the required size of the clearwell
- Year-round treatment of Giardia, without worries about water temperature
- Reduction of disinfection byproducts - UV produces no DBP's and may allow reductions in chlorine CT
- Maintenance of filtration-avoidance waivers
OUR PRODUCT LINE
The TrojanUVSwift™ product line has redefined the industry standards for effectiveness and reliability. The Trojan hallmarks of innovation and reliability continue with the UVSwift, designed to meet and exceed the needs of the market with its many innovative features. Recent innovations include:
- The most compact reactor in the industry - allowing easy retrofits and lower capital costs
- Self-cleaning sensor technology - reliable, highly acurate
- UVDosimeter control system - precise dose adjustment in real time
- Automatic cleaning system - dual-action chemical/mechanical cleaning
- Extensive validation - proven dose delivery
Trojan has designed the TrojanUVSwift™ line of municipal drinking water solutions to meet the most stringent regulatory requirements in the world. Whatever your application, whatever your community's size, Trojan offers a safe, reliable and cost-effective solution that will provide peace of mind.
For solutions to source water contamination from pesticides, fuel additives, taste and odor causing compounds or other organic contaminants, please visit our Environmental Contaminant Treatment pages. For residential or small-scale drinking water applications, please see our Residential Systems.