SUEZ Water - Water Technologies & Water

ozonia* Membrel* Electrolytic Ozone Generators

State-of-the-art electrolytic ozone generators

The ozonia Membrel MkIV electrolytic ozone generation process is a unique technology that produces ozone from water instead of gaseous air or oxygen. ozonia Membrel electrolytic ozone solutions continuously secure water and product quality for pure water, ultrapure water, and process water systems in the pharmaceutical, cosmetic, semiconductor, microelectronic, and personal care product applications.

ozonia* Membrel* Electrolytic Ozone Generators

State-of-the-art electrolytic ozone generators

The ozonia Membrel MkIV electrolytic ozone generation process is a unique technology that produces ozone from water instead of gaseous air or oxygen. ozonia Membrel electrolytic ozone solutions continuously secure water and product quality for pure water, ultrapure water, and process water systems in the pharmaceutical, cosmetic, semiconductor, microelectronic, and personal care product applications.

State-of-the-art electrolytic ozone generators

The Ozonia Membrel MkIV electrolytic ozone generation process is a unique technology that produces ozone from water instead of gaseous air or oxygen. Ozonia Membrel electrolytic ozone solutions continuously secure water and product quality for pure water, ultrapure water, and process water systems in the pharmaceutical, cosmetic, semiconductor, microelectronic, and personal care product applications.

Overview

ozonia Membrel MkIV

The ozonia Membrel MkIV is the latest generation of electrolytic ozone generators which uses proprietary membrane technology and state-of-the-art electronics to produce ozone.

Installation of an ozonia Membrel is an effective way of sanitizing a pure water loop. Because the ozone is produced from the water being treated there is reduced risk for contaminants.

Features

  • Ozonia electrolytic ozone generation technology
  • Easily upgrade by adding modular ozone cells
  • Ozone production from 3 gO3 /h to 9 gO3 /h
  • User friendly with individual cell controls
  • Remote control capabilities
  • Easily installed in existing systems while maintaining system integrity
  • Recognized by all major pharmaceutical guidelines

Applications

  • Ultrapure Water (UPW)
  • Pharmaceutical UPW
  • Cosmetic UPW
  • Semi-conductor UPW

How It Works

How Membrel sanitizes pure water loop

The feed water, taken from the main UPW loop, enters the anode chamber of the cell where it is dissociated into its elements at the contact surface between the anode and the electrochemically stable membrane.

The hydrogen proton travels through the membrane and is reduced to hydrogen gas on the cathode side before being vented to atmosphere. On the anode side a portion of the liberated oxygen is converted into ozone which is quickly absorbed by the feed water. The water/oxygen/ozone mixture leaving the cell is reintroduced to the ultrapure water already circulating in the loop.

*A trademark of SUEZ. May be registered in one or more countries.