EMERSON DeltaV

The leading and longest established online Process Engineering publication serving the Process Manufacturing Industries

Rotronic Humidity Measurements in Hydrogen Peroxide

The sterilisation methods used throughout pharmaceutical, biomedicine, biotechnology, cosmetic and food industry production, research, storage and other areas are changing world wide. Highly controlled hydrogen peroxide techniques are being introduced due to its highly toxic effects on bacterial and fungal spores. There is no toxic residue or product contamination. Humidity monitoring and control throughout each phase of the sterilisation phase is crucial. The majority of sensors on the market do not survive for long and measurement drift is significant over the short term. Rotronic has developed a sensor which is chemically resistant with a longer life.

Rotronic is a Swiss-based, world leading manufacturer of high precision humidity sensors.
A chemically resistant sensor for use in rough hydrogen peroxide environments (also suitable where ammonia is present e.g. animal welfare rooms) has been developed with longer life and evaluated commercially. The measurement range is very wide -80...120 °C, 0...100 %rh with high thermal stability and good response time. The sensor element can be supplied integrated on the 'standard' Rotronic HC2-S temperature and humidity probe for use with handhelds, data loggers including secure wireless systems, measurement transmitters with digital/analogue outputs and configured for customers' OEM systems.

For more information, please contact:

Chris Fox
Sales and Marketing Manager
Rotronic Instruments (UK) Ltd
Tel:  +44 1293 571000 
Email: chrisf@rotronic.co.uk
Web:  www.rotronic.co.uk 

Request FREE information from the supplier on the products in this article

Login or Register

Process and Control Today are not responsible for the content of submitted or externally produced articles and images. Click here to email us about any errors or omissions contained within this article.

Get the weekly eNewsletter from Process and Control Today