Multiparameter, real-time, inline monitoring - revolutionising QA/QC in the beverage and food industries

Thursday, 13 March, 2014


Near infrared technology can be used for the real-time measurement of dissolved CO2, sugars/Brix, alcohol/ethanol and organic acids in the in the beer, soft drink, spirits, pharmaceutical and food industries. They can also be used to monitor CIP cycles.

Unaffected by the density, colour, turbidity, temperature or pressure of the product, the latest sensors combine infrared spectrometer technology with networking and software so that results can be displayed in real time anywhere on a company’s network.

If you are interested in finding out more about the latest developments in sensor technology, you need to attend ACI Connect - Australia’s new conference and exhibition that is focusing on automation, instrumentation and control.

Backed by IICA and Engineers Australia, the conference has lots to offer food industry professionals as they seek to improve their efficiency and productivity. Andrew McKay’s* presentation, Fluid analysers – what is the future?, which will explore the latest in multiparameter real-time, inline monitoring, is just one of the topics that is particularly relevant to food industry engineers.

As an added bonus, those attending the conference both days can claim 10.5 hours towards their CPD (continuous professional development) requirements.

Find out more about the conference and exhibition, view the program and register to attend at aciconnect.com.au.

*Andrew is the Australasian product manager at Hach Australia.

Related Articles

Processing method to lower oil in French fries

Researchers have explored a microwave frying method that could help food manufacturers modify...

Food metal detector solves dairy product effect

Food safety specialist Fortress Technology explains how product effect can interfere with...

Reading Between the Lines: A Smarter Way to Verify Allergen Safety

Allergen management remains a priority consideration for food manufacturers in Australia and New...


  • All content Copyright © 2026 Westwick-Farrow Pty Ltd