UV System for Small Communities
Published on by Water Network Research, Official research team of The Water Network in Technology
The Lowest Lamp Count, Lowest Energy and Easiest-to-Maintain UV System for Drinking Water Disinfection
TrojanUV launched the TrojanUVTelos™ (télÅs), a UV system that sets a new standard for ultraviolet (UV) disinfection for small communities.
The system combines TrojanUV Solo Lamp™ Technology and the revolutionary TrojanUV Flow Integration (FIN™) Technology to deliver the lowest lamp count, lowest energy, and easiest-to-maintain UV disinfection system available. No compromises are needed with the compact and efficientTrojanUVTelos.
"In the world's communities, providing safe drinking water without the overuse of chemicals and without creating disinfection by-products is a continual challenge," says Marv DeVries, president of Trojan Technologies. "Our goal with TrojanUVTelos is to make UV disinfection easier and more cost effective."
These cost savings are driven by FIN, a new hydraulic optimization technology developed by TrojanUV. FIN advances the science of mixing and light distribution inside a closed vessel UV system to never-before-achieved levels. Inside the TrojanUVTelos, FIN uses patent-pending flow modifiers distributed throughout the length of the UV chamber to ensure the highest possible UV disinfection performance, reducing lamp counts, energy requirements and overall operational costs.
"Our customers correctly demand lower energy consumption and lower lamp count. We created the TrojanUVTelos to address the needs of the energy- and maintenance-conscious buyer," states Adam Festger, Drinking Water Market Manager at TrojanUV. "The Solo Lamp and UV system design advancements are allowing us to design higher efficiency and lower maintenance UV systems than ever before."
Even in developed countries, water can act as a vehicle for illness. The USEPA reports that in the United States, tens of thousands of public water systems, the majority of which extract groundwater, provide water without disinfection.
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