Ozone is used in many applications in the industry as an oxidising agent for example for bleaching and sterilisation. The decomposition of ozone in aqueous solutions is complex, and is affected by many properties such as, pH, temperature and substances present in the water. Additives can either accelerate the decomposition rate of ozone or have a stabilising effect of the ozone decay. By controlling the decomposition of ozone it is possible to increase the oxidative capacity of ozone. In this work the chemistry of acidic aqueous ozone is studied and ways to stabilise the decomposition of ozone in such solutions. The main work emphasizes the possibility to use surfactants in order to develop a new type of cleaning systems for the sterilisati...
Scientific papers on ozone decay kinetics in water report very wide variations, depending on a multi...
Scientific papers on ozone decay kinetics in water report very wide variations, depending on a multi...
To obtain an idea of the magnitudes of the ozone loss rates r(O3) in practical applications of ozone...
In current times of increasing global decontamination concerns, sustainable and environmentally-frie...
Even though ozone has been applied for a long time for disinfection and oxidation in water treatment...
Ozone is a powerful oxidant used in the water-treatment industry to make drinking water wholesome an...
Ozone has been used for water treatment since the early 1900\u27s. It is utilized for many different...
Ozone has been used for water treatment since the early 1900\u27s. It is utilized for many different...
Ozone has been used for water treatment since the early 1900\u27s. It is utilized for many different...
Scientific publications on ozone decay kinetics in water report very wide result variations, dependi...
In this study, an initiator (Fe2+) and a scavenger (CO32(-)) were used at different concentrations i...
In this paper there are scientific information collected on ozone dissolution in water, its spontane...
The influence of ozonation of aqueous solutions of non-ionic surfactants was investigated in this st...
This paper presents a review of catalytic ozonation and methods of enhancing molecular ozone reactio...
Scientific papers on ozone decay kinetics in water report very wide variations, depending on a multi...
Scientific papers on ozone decay kinetics in water report very wide variations, depending on a multi...
Scientific papers on ozone decay kinetics in water report very wide variations, depending on a multi...
To obtain an idea of the magnitudes of the ozone loss rates r(O3) in practical applications of ozone...
In current times of increasing global decontamination concerns, sustainable and environmentally-frie...
Even though ozone has been applied for a long time for disinfection and oxidation in water treatment...
Ozone is a powerful oxidant used in the water-treatment industry to make drinking water wholesome an...
Ozone has been used for water treatment since the early 1900\u27s. It is utilized for many different...
Ozone has been used for water treatment since the early 1900\u27s. It is utilized for many different...
Ozone has been used for water treatment since the early 1900\u27s. It is utilized for many different...
Scientific publications on ozone decay kinetics in water report very wide result variations, dependi...
In this study, an initiator (Fe2+) and a scavenger (CO32(-)) were used at different concentrations i...
In this paper there are scientific information collected on ozone dissolution in water, its spontane...
The influence of ozonation of aqueous solutions of non-ionic surfactants was investigated in this st...
This paper presents a review of catalytic ozonation and methods of enhancing molecular ozone reactio...
Scientific papers on ozone decay kinetics in water report very wide variations, depending on a multi...
Scientific papers on ozone decay kinetics in water report very wide variations, depending on a multi...
Scientific papers on ozone decay kinetics in water report very wide variations, depending on a multi...
To obtain an idea of the magnitudes of the ozone loss rates r(O3) in practical applications of ozone...