In water treatment applications, UV light provides rapid, effective inactivation of microorganisms through a physical process. When microorganisms are exposed to wavelengths of UV light, they are instantaneously rendered incapable of reproducing.

The UV advanced oxidation process – also known as UV AOP – is when ultraviolet light, in combination with an oxidant, breaks down environmental contaminants in water. Environmental contaminants are...

Robust membrane-based filtration solutions for municipalities and industry. Our systems have the proven ability to prevent the premature fouling and clogging of reverse osmosis (RO) membranes.

UV technology using low-pressure lamps is a highly effective method for chloramine reduction. Studies demonstrate conclusively that chloramine residuals up to 4 ppm can be successfully reduced to < 0.02 ppm by the application of UV light.

Residual ozone represents a potential hazard and it can be damaging to finished goods, as well as to processing and fabrication equipment. Utilizing UV to reduce ozone is a good solution, as it does not require additives that may leave behind residuals.

The removal of TOC can be cost-effectively achieved by using ultraviolet (UV) irradiation to oxidize organic molecules, followed by ion exchange to remove the resulting ionic species from the water.