A: Ozone is three oxygen atoms in the composition, a natural strong oxidants, bactericides. Ozone in the ozone layer absorbs harmful ultraviolet sunlight and protect the surface of the creatures. Ozone industries manufacturing high purity ozone, it is replaced by chlorine disinfection, widely used in water treatment, bottled water, ..[Detailed]

A: In 1840, ozone was discovered and named for its unique smell. In 1906, the French city of Nice is to establish world's first ozone water purification plant. In 1937, the United States appears first commercial use of ozone-treated pool. In 1940, Indiana, USA for the first time the use of ozone water treatment. In 1975, the nation's more than 1,000 ozone deodorizing device is installed in the sewage treatment plant. 1982, bottled water started using ozone. In 1984, all the Olympic lap pool all to ozone treatment..[Detailed]

A: Ozone is a purifier, not polluters. Ozone is made ​​up of three oxygen atoms, no debris. Humans and animals can not be in the case of ozone and oxygen to survive, located 15 to 40 kilometers of surface within the stratospheric ozone layer absorbs harmful ultraviolet rays from the sun, protecting the surface of the creatures. ...[Detailed]

A: Air or other oxygen-containing gas exposure to high-energy environment, such as high voltage electric field, UV radiation, oxygen molecules will be split into two high oxygen atoms, oxygen atoms and oxygen molecules collide again, resulting ozone. Typical high-voltage discharge, which is corona discharge (corona discharge), it generates the ozone concentration is several times higher than the above UV irradiation. Because ozone is highly reactive and will decay into oxygen, so it must be manufactured and used in the field, the market will not buy ozone gas cylinders...[Detailed]

A: 1997 Water Quality Association (WQA) publish a "Ozone for Point-of-Use, Point-of-Entry and Small Water System Water Treatment Applications: A Reference Manual" records, human use of ozone for 100 years, and not because of ozone cause permanent injury and death cases reported, but the use of ozone as an air purifying agent, or the need careful handling..[Detailed]

A: It depends on what you are used where ozone. Generally the following advantages: An ozone can kill microbes total simulation chlorine even more. (Especially anti-chlorine and strong pear-shaped worm cysts, only the use of ozone to kill) 2 kill rates faster than chlorine, which can reduce the contact time, reducing reactor volume, increasing capacity..[Detailed]

A:June 2001 the U.S. Food and Drug Administration (FDA) agreed the food industry application of ozone in direct contact with food and as a biological inhibitors, while ozone water has been shown to control the food and food contact surfaces with microorganisms density. The use of ozone water cleaning flow management units, cutting boards, knives, dishes following benefits: reducing the number of bacteria (including pathogenic Salmonella Salmonella..[Detailed]

A: It depends on where you will use for ozone. Ozone purification of indoor air have a significant effect. 1 was confirmed by ozone can be oxidized by fungi, yeasts, fungi. 2. Ozone can effectively eliminate cigar, cigarette smoke odor. 3 can be oxidized by the ozone even carpet, paint, furniture, release of contaminants.[Detailed]

A: particularly lively, is a strong oxidants, in a certain concentration can quickly kill airborne bacteria. without any toxic residues, will not form secondary pollution, known as "the cleanest oxidizer and disinfectant."[Detailed]

A: Ozone is a chemical formula of "O3" indicates, that is constituted by the three oxygen atoms of the molecule. Ozone (O3) is a colorless, low concentration at room temperature of the gas, if the concentration is higher than 12% (wt) or more, is rendered light blue and has a special "grass flavor", so with the Greek "OZEIN "naming (English name for oZONE), translated into Chinese is" ozone "means. If you still feel very abstract[Detailed]

A: Ozone in the air about half will break down half a dozen seconds, a byproduct of the decomposition of oxygen, in the presence of contaminants faster decomposition of ozone, ozone in the water for about twenty to thirty minutes decomposition half decomposed products are mainly hydroxyl and oxygen.[Detailed]

A: Ozone sterilization, detoxification, preservation, deodorization, bleaching five functions. 1 Sterilization: can quickly and thoroughly clear the air, the water, viruses and bacteria, academic institutions experiments reported that the water only when the ozone concentration in the 0.05ppm 1 to 2 minutes after treatment, bacterial death rate can reach 99% above.[Detailed]