Ultraviolet (UV) ozone generation Ultraviolet lamps have been used for decades to generate ozone. This lamp emits UV light at 185 nanometers (nm). Light is measured on a scale called an electromagnetic spectrum and its increments are referred to as nanometers. Figure 1 represents an electromagnetic scale; note the location of higher-frequency ultraviolet light relative to visible light (the range of light perceptible by the human eye). Figure 1: Wavelengths in nm Air (usually

How does an ozoniser works Our advanced oxidization process begins when UV light bands react on hydrated, quadmetallic, compound targets. These reactions produce friendly oxidizers, including hydroperoxides, super oxide ions, ozonide ions, and hydroxides. These oxidizers then purify the air by oxidizing, or neutralizing, the pollutants, and then become oxygen and hydrogen molecules. Firstly, the air in the surrounding is being pulled into the ozone generator, then it will pas

Ozoniser Application There are many used of ozoniser that could help alleviates our daily lives environment. Below are the lists of the example where ozoniser is applicable. Odor control for sewage plants: Effective odor control and air purification require that the odor or impurities be contained in either a ventilation stream or confined space. The odors and impurities can then be selectively treated. In most cases, those odors and contaminants generated by bacterial or org