Mettler Toledo
Three Considerations for Switching to Ozone Sanitization

January 2021, MARIETTA, GA ~





For pharmaceutical & biopharma manufacturers, sanitization of water systems and distribution loops is critical for maintaining the quality of the water used to produce products.

Historically, sanitization has either been performed using chemicals or heat, but the use of ozone is increasing due to several significant benefits.

The use of on-line ozone sensors permits not only the control of proper ozone levels for sanitization, but also compliance with the “no added substance” rule of the global pharmacopeias.

Virtually all users of pharmaceutical water systems pursue lower maintenance and operational costs, increased reliability, and improved lifecycle management. By switching to ozone, pharmaceutical companies can achieve effective water system sanitization at a reduced cost and with increased uptime.

Whitepaper: Considerations for Switching to Ozone
Three considerations for switching to ozone

1. Destroys organics and biofilm more effectively than chlorine

2. Leaves no residual material and decays to harmless oxygen

3. More effective than chemicals & more economical than thermal sanitization

The whitepaper details these considerations for switching to ozone. & why on-line ozone monitoring provides efficient sanitization

METTLER TOLEDO's pureO3™ ozone sensor provides fast and reliable ozone monitoring down to zero ppb, allowing confirmation of the decay of ozone to oxygen and that the proper ozone level required for system sanitization is reached.

The sensor’s ppb-level monitoring capability provides a clear indication that the pharmacopeias’ “no added substance” rule is met and that the pharmaceutical water is ready for use.

Discover the Mettler Toledo pureO3 Sensor:  www.mt.com/pureO3


Request additional information or to receive a quote, contact FLW Southeast: sales@flwse.com