Mass Flow Meters Helps Brewer Keep its Head

Chromatography

Mass Flow Meters Helps Brewer Keep its Head

21 Oct, 2009

Published over 16 years ago. See the latest and most current information on Chromatography.

The Max-Trak 180 mass flow meter from the Sierra Instruments range distributed by Litre Meter has been selected by Orval Brewery to help it get exactly the right amount of head on its famous Trappiste beers.

The Max Trak 180 was selected because it allows precise accuracy and repeatability, remote monitoring and offers rugged wash down protection. The Sierra Max Trak 180 already has a proven track record in the brewing industry being used by Heineken, Europe’s largest brewers.

Sierra’s Max Trak 180 mass flow meter was chosen because it is robust enough to work in factory conditions but allows accurate measurement and control of air and gas. It is being used by Orval to precisely measure the injection of nitrogen into its beer to create the perfect head. In addition, the brewery is making use of the meter’s Dial-A-Gas® capability to achieve optimum aeration during fermentation, making it integral to the brewing process.

Sierra’s state-of-the-art Dial-A-Gas® uses an internal microprocessor which is pre-programmed with ten gases that are commonly used in biotech, pharmaceutical, analytical and research applications – others gases can be substituted to customise the flowmeter for specialist applications. This technology allows the instrument to be used for multiple applications, creating great flexibility as well as helping to reduce spares inventory.

In applications like beverage processing where frequent wash-down/hose-down is required, Max- Trak outperforms the competition as it conforms to the rigorous requirements of NEMA 6 and IP67. Reliability and instrument stability result from an inherently linear design, advanced platinum sensor technology and a valve that accepts variations in process conditions.

Max-Trak controls gas mass flow from 10 to 1000 standard litres per minute. It has a repeatability of +/-0.2%, which ensures a stable process even under changing conditions. Its direct valve design means that operation at low differential pressures is possible.

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