Water Filtration Systems

Chiller3 . Treatment Process . System Features . System Specifications

A Fresh Approach and New Look
The innowave Chiller3™ brings a unique, fresh approach, and a new look, to point-of-use systems in the marketplace. Unlike a bottled water cooler, incoming tap water is treated as it's needed, so the water is always fresh and great tasting. The innowave Chiller3™ has a cooling capacity that surpasses that of the ordinary bottled water cooler, so you are sure to get a cold, refreshing serving of drinking water every time.

Water - Drink 8 a Day
Health care professionals recommend that the average person drink at least 8 - eight ounce servings of water every day. Unfortunately, over 2,100 contaminants have been identified as potential threats to the drinking water supply. They fall into four groups: Organic, Inorganic, Biological and Radioactive. A point-of-use water treatment system is ideal for consumers concerned about their local water quality, or who are simply looking to have better tasting water.

Filtration Technology Enhances Drinking Water
The innowave Chiller3™ uses 3-stage filtration to treat drinking water. First, a 5-micron Sediment filter traps sediment and solid particle matter. Then, a 1-micron Carbon Block filter reduces contaminants as small as 1-micron. Next, a Granular Activated Carbon filter reduces chlorine and polishes taste.

Tested & Proven To Perform
The 1-micron filter used in the innowave Chiller3™ has been tested and certified by WQA according to NSF/ANSI Standard 53: Drinking Water Treatment Units - Health Effects for the reduction of at least 90% of lead and 99.99% of cysts. The 1-micron and Granular Activated Carbon filters have also been tested and certified to NSF/ANSI Standard 42: Aesthetic Effects for the improvement of taste and odor and aesthetic chlorine reduction. The innowave Chiller3™has been tested and complies with UL Standard 399.

ITS™ Controls Bacteria
The innowave Chiller3™ is also equipped with ITS™ (In-Tank Sanitization). This feature utilizes ultra violet light as an effective method to prevent the potential for biofilm (slime) buildup in the storage tank after chlorine has been reduced through carbon filtration. Ultra violet technology also helps reduce any heterotrophic bacteria that may occur in drinking water.

*treated at the point-of-use