The oxidative strength of ozone allows it to break down contaminants in water. In other words, ozone oxidizes other molecules by accepting their electrons. Iron, for instance, oxidizes into rust when exposed to oxygen. Creating ozone in an ozone generator is the first step in ozone water treatment. Afterwards, the ozone is introduced into the water, and it begins to oxidize and eliminate the contaminants, such as viruses, bacteria, and metals. Bacteria, viruses, and parasites contain organic materials that are oxidized by ozone. As a result, the cells are weakened, ruptured, and killed, removing the troublesome contaminants. In addition to oxidizing iron, manganese, and copper into solid particles, ozone also attracts certain dissolved solids which can be easily filtered from

As an alternative to traditional water treatment methods, ozone is increasingly used in aquaculture. Maintaining the health of aquatic habitats requires disinfection of circulated water. As a disinfectant, ozone produces no chemical residues or harmful byproducts. The use of ozone increases the lifespan of aquaculture and decreases the incidence of illnesses. Aquaculture systems can take advantage of ozone disinfection to prevent and eliminate fish diseases. Fish farming requires excellent water quality, and this is an essential element of intensive fish farming. A simple ozone system can be adapted for large and small ponds, raceways and nurseries. Reducing mortality rates and increasing productivity are two primary benefits of improved water quality. There are also potential benefits for water treatment, vaccines, and