Ozone Systems for Air & Water Purification

Ozone Systems for Air & Water Purification
Ozone (O3) is a natural gas that is comprised of 3 oxygen atoms bonded together to form the ozone molecule. Ozone is produced when energy from UV light or electrical discharge breaks the O2 molecule (oxygen’s natural state is to exist as two oxygen atoms bonded together – O2) into single oxygen atoms that combine with other O2 molecules to form O3 molecules – Ozone.

Strong Oxidiser

Ozone is a highly unstable molecules since oxygen atoms like to be bonded together as O2 as opposed to O3. The weak bonds holding together the 3rd oxygen atom cause instability which ultimately makes ozone a powerful oxidising agent. Ozone is able to oxidise a variety of substances including microorganisms (viruses, bacteria, mould) and organic/inorganic compounds (plastics, rubbers, metal ions).

Disinfecting Agent

The highly unstable 3rd oxygen atom also makes ozone a powerful disinfecting agent. A large amount of energy is transferred during the oxidation reaction between ozone and the substance being oxidised. This energy transferred is sufficient enough to rupture the outer membranes of microorganisms leading to their destruction.

Cleaner Means of Purification

Ozone’s powerful ability to oxidise and disinfect makes it ideal to replace common purification sources like chlorine, hot water and steam in many applications. Ozone reactions do not produce any harmful by-products as ozone just reverts back to oxygen. This means a reduction in chemical use, by-product as well as energy during many purification applications.

How is Our Ozone Produced?

Pacific Water Technology’s Ozone generators make use of High Voltage Electrical Discharge (Corona Discharge) technology to produce ozone.