Ozon er en billig og miljøvenlig løsning til luft og vandrensning
Kemisk navn Ozon ( O3 ) fines i atmosfærens nederste lag, troposfæren, hvor omkring 10% af al atmosfærens ozon befinder sig. Resten er i stratosfæren, som ligger oven over troposfæren, imellem ca. 10 og 50 km. højde. Ozon er farveløs ved rumtemperatur, med en skarp stikkende lugt.
Ozone er en luftart I stratosfæren, der beskytter mod ultraviolet ( UV ) stråling. Industrielt bruges ozon som en kraftig oxidation / forbrænding.
Ozon er fremstillet af ilt og er ikke stabilt, og vil hurtig blive til ilt igen.
Ozon er et molekyle med 3 iltatomer,
Ozon er en gas som er kraftigt oxiderende med en stærk bakteriedræbende effekt
Ozon produceres ved en elektrisk ladning af iltmolokylet i et højspænding felt.
Cas Nummer 10028-15-6 Molkylevægt 48,0 g/mol Densitet: Gas 2,144 kg/m3 Densitet: Væske 1574/m3 Opløselighed i vand 4,9 ml/L ved 0 C
Egnede materialer er glas, keramik, rustfrit stål, rent aluminium, teflon, PDVF.
Uegnede materialer er kobber, titan og zirkon og deres legeringer samt jern og de fleste plast-materialer samt gummi.
Ozone environmentally safe solution to water disinfection.
Ozone is made of oxygen and reverts to pure oxygen it vanishes without trace once it has been used.
Ozone is a molecule that consists of three oxygen atoms (O3), and is very unstable and has a shorthalf-life, and will therefore decay into its original form (O3 < > O2)
Essentially ozone is oxygen O2 with an extra oxygen O3 , formed by an electric high charge an extra oxygen atom. Ozone is one of the strongest oxidation agents technical available for use to oxidize solutes. The extra-added oxygen atom will bind (=oxidation) in a split second to every component that comes into contact with ozone.
Ozone can be used for a broad of area of purification. For the biggest part ozone is applied in the municipal wastewater, drinking water and aquaculture (for disinfection). However ozone is used more and more in the industrial branch. The main benefit of ozone is its clean character, because it only oxidizes materials, forming almost no by-products. Because ozone has a strong recognizable smell, very low concentrations will soon be perceived. This makes it generally safe to work with ozone. Ozone can be produced artificially according the same principle as it occurs in nature, which means by UV-Light (ozone layer) or via corona-discharge (high voltages, thunderstorm). In both methods the binding between the oxygen molecules is broken up.
For the purification of water and air, it’s needed to produce ozone on-site. Because of its short half-life, ozone will decay soon when produced. The half life of ozone in water is about 30 minutes, which means that every half hour the ozone concentration will be reduced to half its initial concentration. A large number of factors can influence the half-life. Factors are temperature, pH, concentration and concentration and character of the solutes.