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FEATURE Sensors & Industry 4.0


THE VITAL ROLE OF FLOWMETERS


Flow meters may not always receive the attention given to     


A


utomation is becoming a much greater necessity in manufacturing processes. From pharmaceuticals to


petrochemicals, manufacturers are under increasing pressure to streamline operations, minimise waste, and ensure product consistency. Central to this transformation is a range of smart technologies, and among the most critical – yet often underappreciated 


Flow meters, which measure the volume  provide the data that powers modern  movement is integral to the process, the ability to accurately measure and control  At its core, automation is about control: the ability to precisely regulate systems without constant human intervention. This requires accurate, real-time data, which is where sensors come into play. Among those  role by monitoring the movement of liquids and gases within pipes or conduits. This data allows automated systems to make decisions,  an alarm, or altering a mixing ratio.       in automated systems is precision. In many   For example, in the food and beverage sector,  proportions remain consistent from batch  monitoring is crucial for dosing accuracy and regulatory compliance.


 as closed-loop control. This means that the   


22 September 2025 | Automation


for instance, a pump can be automatically activated to correct it. This responsive automation reduces the need for manual oversight and increases system reliability. 


  organisations can identify leaks, overuse,  unnoticed. Over time, this can result in cost  


    fuels or water-based liquids. Their relatively simple mechanical design makes them reliable in controlled environments.  other hand, provide advanced capabilities.  and are ideal for applications where  which rely on the conductive properties  wastewater treatment, where maintenance access can be limited.


  environments where minimal intrusion and low maintenance are priorities. Ultrasonic meters, which use sound waves to measure   internal meter components. Each type of meter brings unique advantages, and the selection often depends


   integral to automation strategies. In manufacturing, for example, automated paint lines rely on precise  thickness and material usage. Chemical plants use  of ingredients – a process that demands real-time accuracy to prevent costly errors.  for custody transfer – the accurate measurement of   Automated systems ensure these transfers  meters provide the necessary transparency and accountability.


Pharmaceutical companies, facing strict


 automated systems to validate processes, manage   automate treatment processes, manage distribution networks, and optimise energy use As industries move further into the era of    for IoT platforms, enabling remote monitoring, predictive maintenance, and integration with cloud-based analytics tools. Self-calibrating meters and diagnostic capabilities are also becoming more common, allowing systems to detect issues before they cause downtime.


Turbines Inc. www.turbinesincorporated.com/products/


automationmagazine.co.uk


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