Advanced Oxidation Process

 


The Advanced Oxidation Process (AOPs), together with the technologies with ozone and UV, in conjunction with hydrogen peroxide and the catalyst, for the reduction of residual organic compounds and TOC, can offer a powerful solution for the treatment of water.

 

The AOP process is successfully used to decompose many hazardous chemical compounds to permitted levels, without producing sub-products or sludge which require further treatment. The development of the process AOPs is an attempt to produce the non-selective and rapid hydroxyl radical OH. to oxidize pollutants. The more used AOP processes are: 2O2/UV, O3/UV, H2O2/O3 and H2O2/O3/UV.
Oxidizing agents, hydrogen peroxide, and ozone are added to the contaminated water and are activated by UV light to form oxidizing species called hydroxyl radicals, via: O3/H2O2 UV + -----> 3 (• OH)
The hydroxyl radical reacts with the dissolved contaminants, initiating a rapid chain of oxidation reactions that ultimately oxidize completely (mineralize) contaminants.

The Advanced Oxidation Processes has a wide range of applications, mainly for the Oxidation of refractory compounds, and reduction of TOC & COD in the following processes:
Exhaust Gas Treatment
Water Reuse / Recycling plants
Drinking water treatment
Civil & industrial wastewater
Process water, ultra-pure water
Electronic & pharmaceutical industries
Miineral water and beverages
Public, private pools
Cooling water systems
Bottling plants & rinse
Fishmongers and farms

Ozone Elettronica Internazionale Srl can boast more than 40 years of experience in the ozone field and AOP processes.


 

    The Advanced Oxidation Process (AOPs), together with the technologies with ozone and UV, in conjunction with hydrogen peroxide and the catalyst, for the reduction of residual organic compounds and TOC, can offer a powerful solution for the treatment of water.
    The AOP process is successfully used to decompose many hazardous chemical compounds to permitted levels, without producing hazardous by-products or sludge which require further treatment. The development of the process AOPs is an attempt to produce the non-selective and rapid hydroxyl radical OH. to oxidize pollutants. The processes used are more AOP H2O2/UV, O3/UV, H2O2/O3 and H2O2/O3/UV.
    Oxidizing agents, hydrogen peroxide, and ozone are added to the contaminated water and is activated by UV light to form oxidizing species called hydroxyl radicals, via: O3/H2O2 UV + -----> 3 (• OH)
    The hydroxyl radical reacts with the dissolved contaminants, initiating a rapid cascade of oxidation reactions that ultimately oxidize completely (mineralize) contaminants.
    The Advanced Oxidation Processes has a wide range of applications, mainly for the Oxidation of refractory compounds, and reduction of TOC & COD in the following processes:
    Exhaust Gas Treatment
    Water Reclamation / Reuse / Recycling plants
    Supplies drinking water
    Civil & industrial wastewater
    Process water, ultra-pure water
    Electronic & pharmaceutical industries
    Manufacture of mineral water and beverages
    Public, private pools
    Medicinal baths, sanatoriums, hospitals
    Systems of cooling water
    Bottling plants & rinse
    Fishmongers and farms
    Ozone Electronics International Srl can boast more than 40 years of experience in the ozone and the processes of AOP.