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Selecting the right water flow meter is a critical decision for businesses and industries that depend on accurate water measurement. Whether it is for monitoring consumption, optimising industrial processes, or ensuring regulatory compliance, choosing the most suitable flow meter can lead to increased efficiency, reduced waste, and significant cost savings. This guide aims to provide a comprehensive overview of how to select the best water flow meter based on industry requirements, fluid properties, and operational conditions.

Water is one of the most valuable resources on the planet, and managing its usage efficiently is crucial across various industries. Whether for residential water supply, industrial processes, or agricultural irrigation, the ability to measure and monitor water flow accurately ensures resource conservation, cost savings, and regulatory compliance.

In today’s dynamic industrial landscape, precise measurement and monitoring of liquid and gas flow are crucial for optimising efficiency and ensuring safety.

In the intricate world of industrial processes, precise measurement is the cornerstone of efficiency, safety, and productivity. Among the myriad of measurement tools available, turbine flow meters stand out as a paragon of accuracy and versatility. These remarkable devices play a crucial role in countless applications across the United Kingdom and beyond. From the churning waters of the Thames, harsh environments of North Sea oil platforms, Formula 1, Pharmaceutical laboratories and many other environments. 

Flow meters play a vital role in both industrial and commercial settings, providing essential measurement of liquids, gases, and steam.

Electromagnetic flow meters, commonly referred to as magmeters, are a crucial technology in the measurement of conductive liquids.

Accurate measurement of liquid and gas flow is crucial across a wide range of industries, from oil and gas to chemical processing, water treatment, and beyond.

Well, perhaps not 20,000 but, at least 4,000 metres.  That’s the depth you can take our Subsea-rated Turbine meters down to. Our in-house designed & manufactured range of Turbine flow meters are also available in specially adapted Subsea versions. 

In 1831, Michael Faraday discovered Electromagnetic Induction. This became known as Faraday's law. As a result, we now have electromagnetic-type flow meters.

A Turbine Flowmeter is a very traditional yet highly accurate form of flow measurement. A ferritic stainless steel rotor revolves within a non-magnetic housing, on the outside of which is located a pick-off coil containing a permanent magnet.