UltraWater 20 GPM LED UV- Water Disinfection System

Advanced UV-C LED protection in a compact, energy-efficient design.

The UltraWater 20 GPM LED UV-C Water Disinfection System provides an additional layer of protection against waterborne microorganisms without adding chemicals, creating harmful residues, or changing the water’s natural taste and odor.

Powerful, Chemical-Free Water Disinfection

UV-C light penetrates microorganisms and disrupts their DNA and RNA, preventing them from reproducing. This physical disinfection process helps control bacteria and other microorganisms without adding chlorine or treatment chemicals to the water.

Because nothing is added to the water, UV-C treatment does not create chemical byproducts or affect its taste, odor, color, or mineral composition.

Benefits of UV-C LED Technology

• Chemical-free disinfection: Treats water without chlorine or other disinfecting chemicals.
• Instant operation: The UV-C LEDs activate immediately, with no warm-up period required.
• Compact design: Fits conveniently under sinks and in other space-limited installations.
• Up to 2 GPM flow rate: Provides point-of-use disinfection for drinking-water faucets and other low-flow applications.
• No mercury lamp: Modern LED technology eliminates the need for a conventional mercury-based UV lamp.
• No added taste or odor: UV treatment disinfects without changing the water’s natural characteristics.
• Energy-efficient performance: LEDs operate only when needed, helping reduce unnecessary energy use.
• Low-maintenance design: Streamlined construction provides convenient access for scheduled LED service.
• No chemical residue: The process does not introduce disinfectants or chemical byproducts into the treated water.
• Easy system integration: Can be incorporated into many existing filtration and reverse-osmosis systems.

Important Information

This system is designed to disinfect microbiologically unsafe water. It does not remove sediment, hardness minerals, dissolved chemicals, heavy metals, or other physical contaminants. Appropriate filtration and pretreatment may be required depending on the source water.