Bürkert ’ s FLOWave offers excellent accuracy , even with challenging fluids
retaining the flow and hygienic characteristics of normal process pipework .
Recent advances in fluid process control are transforming the food and beverage industry , driving improvements in precision , automation , safety , quality , and sustainability . These innovations not only enhance the efficiency and reliability of production processes but also support the industry ’ s commitment to producing safe , high-quality products while minimising environmental impact . As technology continues to evolve , fluid process control will remain a key area of focus , shaping the future of food and beverage manufacturing . fieldbus technology , which enables process components to be integrated , commissioned and operated more easily .
For smaller installations , modern communication technologies offer a greater freedom to experiment with new recipes while retaining the consistency and repeatability associated with the brand . Furthermore , the ability to monitor operations remotely with notifications of alarms and outof-tolerance conditions , enable operators to focus on core tasks and even spend time away from the brewery .
Precision data collection Beyond control valves , sensors also play a vital role in establishing the data points required for a consistent production facility and while many have remained unchanged for years , new technologies can improve process performance . Flowmeters are just one example . The challenges
The brewery industry exemplifies the positive impact of recent developments in fluid process control .
of accurately measuring the flow of fluids containing entrained gases have more recently been overcome using surface acoustic wave ( SAW ) technology .
Bürkert ’ s solutions for the brewery sector include the Element series of pneumatic control valves , which are well-suited to many applications , from small scale craft processes to much larger industrial-scale enterprises . The FLOWave offers excellent accuracy , even with challenging fluids , while
Modern process control valves can deliver numerous benefits in terms of repeatability and accuracy
For further information , please visit www . burkert . com
Issue 71 PECM 37