Discover Unrivaled Water Treatment Solutions
SITA UV systems offer an advanced and highly effective solution for water disinfection, leveraging the power of ultraviolet (UV) light to neutralize harmful microorganisms without the use of chemicals. Operating on a physical principle, SITA’s UV-C lamps emit light at a specific wavelength that penetrates the cells of bacteria, viruses, and other pathogens, damaging their DNA and RNA. This renders them unable to reproduce or cause infection, effectively eliminating them.
UV disinfection provides chemical-free water treatment to preserve the water’s natural composition. UV can neutralize harmful pathogens in a single pass – with limited retention time. This results in a safe, sustainable, and economical alternative to traditional chemical treatment methods.
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SITA UV units are available in both vertical self-supporting upright and horizontal configurations with built-in HDPE legs for easy installation and a small footprint.
High Output – Polyethylene Series UV Sterilizers
SITA UV’s High Output – Polyethylene Series UV Sterilizers provide robust, reliable, and high-performance disinfection specifically for demanding corrosive environments like warm saltwater. Their innovative High-Density Polyethylene (HDPE) construction offers superior resistance compared to traditional materials, ensuring easy maintenance and durability. These systems utilize high-output UV lamp technology designed for flow rates ranging from 25 to 5,000 gallons per minute (GPM).
SITA 440 Stainless Steel UV Sterilizers
The SITA UV 440 Series UV Sterilizers are among the most powerful low-pressure UV sterilizers available, engineered for various large-scale water disinfection systems in some of the most challenging industrial environments. Utilizing high-power 440W amalgam lamps, these units can manage significant flow rates—from 200 GPM up to 8,890 GPM—with fewer lamps than comparable systems. This results in a top-tier solution that combines powerful performance, advanced controls, and robust construction.
