DK-DOX® AWL 500

DK-DOX® AWL 500

DK-DOX® AWL 500

DISINFECTION OF WASTE WATER

Thanks to the high concentrations of the product, it is possible to produce a sufficient amount of chlorine dioxide directly in the water to be treated using small dosing quantities.
DK-DOX® AWL 500 was tested according to DIN EN 13623:2010 and found to be bactericidal against legionella pneumophila.
Germs cannot adapt due to the non-specific way in which the product works.

Suitable for use in a pH value range of between 5 and 9 for the following applications, among others:

  • Killing microorganisms

  • Removing odours

  • Reducing COD/TOC/BOD

  • Removing faecal matter

  • Desulfurisation

  • Increasing redox potential

  • Detoxification (by oxidation and hydrolysis of e.g. cyanides in ammonium compounds and
    carbon dioxide. Nitrite is oxidised to nitrate, sulfide – e.g. in hydrogen sulfide – is oxidised to sulfate.)

DISINFECTION OF WASTE WATER

Thanks to the high concentrations of the product, it is possible to produce a sufficient amount of chlorine dioxide directly in the water to be treated using small dosing quantities.
DK-DOX® AWL 500 was tested according to DIN EN 13623:2010 and found to be bactericidal against legionella pneumophila.
Germs cannot adapt due to the non-specific way in which the product works.

Suitable for use in a pH value range of between 5 and 9 for the following applications, among others:

  • Killing microorganisms

  • Removing odours

  • Reducing COD/TOC/BOD

  • Removing faecal matter

  • Desulfurisation

  • Increasing redox potential

  • Detoxification (by oxidation and hydrolysis of e.g. cyanides in ammonium compounds and
    carbon dioxide. Nitrite is oxidised to nitrate, sulfide – e.g. in hydrogen sulfide – is oxidised to sulfate.)

DISINFECTION OF WASTE WATER

Thanks to the high concentrations of the product, it is possible to produce a sufficient amount of chlorine dioxide directly in the water to be treated using small dosing quantities.
DK-DOX® AWL 500 was tested according to DIN EN 13623:2010 and found to be bactericidal against legionella pneumophila.
Germs cannot adapt due to the non-specific way in which the product works.

Suitable for use in a pH value range of between 5 and 9 for the following applications, among others:

  • Killing microorganisms

  • Removing odours

  • Reducing COD/TOC/BOD

  • Removing faecal matter

  • Desulfurisation

  • Increasing redox potential

  • Detoxification (by oxidation and hydrolysis of e.g. cyanides in ammonium compounds and
    carbon dioxide. Nitrite is oxidised to nitrate, sulfide – e.g. in hydrogen sulfide – is oxidised to sulfate.)