Ozone is a gas - triatomic form of oxygen. It most powerful oxidizing agent available for conventional water treatment. It is highly reactive and unstable – therefore it must be generated and used on-site. The weak bond holding ozone's third oxygen atom is what causes the molecule to be unstable and thus, very effective as an oxidizer. Ozone is only partially soluble in water, but more so than oxygen. The best property of ozone is that after all its actions it ultimately reverts to environmentally friendly oxygen.

As an Oxidant ozone is more powerful that Oxygen. This difference is due to the oxidation states .In water the oxidation state of the hydrogen atoms is +1 and that of oxygen atom is -2 ( hydrogen as yielded its electron to oxygen and oxygen as acquired an electron from each hydrogen atom ) The Oxidation State for oxygen atoms is usually - 2. However, in both ozone and molecular oxygen, the oxygen atoms each have an oxidation state of 0. Therefore, ozone and oxygen are both oxidants because they are capable of drawing electrons from a source, decreasing the oxidation State of at least one of their oxygen atoms in the process.

Ozone prevents the formation of scum line forming; filter clogging chlorinated organics and eye, skin irritating; hair and swimsuit discolouring chloramines. Upon completion of these significantoxidation tasks, Ozone reverts to Oxygen, leaving no by-products behind. To date Ozonation is the best water treatment solution available, yielding the most modern, safest and most environmentally friendly sanitation of pools and SPAs.

Ozone chemistry is composed of a single bond and one double bond. The single bonds are weak and this leads t easy formation of free radicals. The double bond is as strong as the double bond of oxygen and so un reactive. Two resonance structure of ozone exists and they are inter convertible. The interconvertibility is so fast that at point of time ozone as seen as a blend of the two resonance structure .The strength of these two bonds are equal

OZONE is a very powerful oxidizing agent , only next to OH radicals . How effective ozone is , will depend entirely on the nature of the contaminant and is directly dependant in the chemistry involved in the process. Many other oxidation agents are often used in combination with ozone to provide increased efficacy . .Agents such as peroxides, UV, and conditions of high pH assist ozone in the oxidation process.Ozone Chemistry is composed of a single bond and one double bond. The single bonds are weak and this leads t easy formation of free radicals .The double bond is as strong as the double bond of oxygen and so un reactive .Two resonance structure of ozone exists and they are inter convertible .The inter-convertabilty is so fast that at point of time ozone as seen as a blend of the two resonance structure .The strength of these two bonds ae equal

Ozone is a gas - triatomic form of oxygen. It most powerful oxidizing agent available for conventional water treatment. It is highly reactive and unstable – therefore it must be generated and used on-site. The weak bond holding ozone's third oxygen atom is what causes the molecule to be unstable and thus, very effective as an oxidizer. Ozone is only partially soluble in water, but more so than oxygen. The best property of ozone is that after all its actions it ultimately reverts to environmentally friendly oxygen.

As an Oxidant ozone is more powerful that Oxygen. This difference is due to the oxidation states .In water the oxidation state of the hydrogen atoms is +1 and that of oxygen atom is -2 ( hydrogen as yielded its electron to oxygen and oxygen as acquired an electron from each hydrogen atom ) The Oxidation State for oxygen atoms is usually - 2. However, in both ozone and molecular oxygen, the oxygen atoms each have an oxidation state of 0. Therefore, ozone and oxygen are both oxidants because they are capable of drawing electrons from a source, decreasing the oxidation State of at least one of their oxygen atoms in the process.

Ozone prevents the formation of scum line forming; filter clogging chlorinated organics and eye, skin irritating; hair and swimsuit discolouring chloramines. Upon completion of these significantoxidation tasks, Ozone reverts to Oxygen, leaving no by-products behind. To date Ozonation is the best water treatment solution available, yielding the most modern, safest and most environmentally friendly sanitation of pools and SPAs.

Ozone chemistry is composed of a single bond and one double bond. The single bonds are weak and this leads t easy formation of free radicals. The double bond is as strong as the double bond of oxygen and so un reactive. Two resonance structure of ozone exists and they are inter convertible. The interconvertibility is so fast that at point of time ozone as seen as a blend of the two resonance structure .The strength of these two bonds are equal

OZONE is a very powerful oxidizing agent , only next to OH radicals . How effective ozone is , will depend entirely on the nature of the contaminant and is directly dependant in the chemistry involved in the process. Many other oxidation agents are often used in combination with ozone to provide increased efficacy . .Agents such as peroxides, UV, and conditions of high pH assist ozone in the oxidation process.Ozone Chemistry is composed of a single bond and one double bond. The single bonds are weak and this leads t easy formation of free radicals .The double bond is as strong as the double bond of oxygen and so un reactive .Two resonance structure of ozone exists and they are inter convertible .The inter-convertabilty is so fast that at point of time ozone as seen as a blend of the two resonance structure .The strength of these two bonds ae equal