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Accurate flow measurement is foundational to industrial process stability, product quality, and asset protection. Selecting the correct technology requires more than matching a meter to a pipe size — it demands alignment with fluid characteristics, control valves, automation architecture, and long-term lifecycle strategy.
BPC supplies and supports Titan flow meters, engineered in the UK and deployed globally across chemical processing, water treatment, OEM systems, and energy applications. As the U.S. distribution partner, BPC integrates Titan measurement technology into complete flow control systems, often incorporating complementary solutions such as oval gear flow meters, turbine flow meters, ultrasonic flow meters, and Atrato flow meters, along with supporting displays and instruments for system visibility.
This guide outlines the primary flow meter technologies available within the Titan portfolio and explains where each delivers measurable operational value.
Oval gear meters are positive displacement devices. Two precision-machined gears rotate within a chamber, trapping and transferring a fixed volume of liquid per rotation. Flow rate is calculated based on gear speed.
For more detailed configurations, see oval gear flow meters.
Oval gear meters are particularly effective where volumetric precision directly impacts product yield or inventory control, especially when paired with properly selected valve bodies and supporting control systems.
Turbine meters measure flow via a rotor positioned in the fluid stream. Rotor speed is proportional to volumetric flow rate.
More information can be found under turbine flow meters.
Turbine meters perform best in controlled environments where consistent, clean flow conditions exist and are often integrated with displays and instruments for monitoring and control.
Ultrasonic meters measure flow using sound wave transit time or Doppler signal reflection. Titan’s ultrasonic technology enables non-invasive and inline measurement options.
Additional configurations are available through ultrasonic flow meters.
Ultrasonic technology is ideal where maintenance reduction and process continuity are priorities, particularly in systems where mechanical wear from alternatives like turbine flow meters is a concern.
Choosing the correct flow meter requires evaluation of:
At BPC, meter selection is not isolated from the broader control architecture. Measurement must align with:
This often includes integration with valve bodies, including VF-7 Series valve bodies and VF-9 Series valve bodies, as well as instrumentation such as displays and instruments.
The objective is not simply measurement accuracy — it is total system reliability.
Titan provides precision-engineered flow measurement technology.
BPC delivers:
This includes aligning Titan meters with technologies such as oval gear flow meters, turbine flow meters, ultrasonic flow meters, and Atrato flow meters to ensure the correct fit across varying process conditions.
This combined approach ensures measurement technology supports long-term operational stability — not just initial installation.
Flow measurement directly influences process efficiency, product consistency, and equipment protection. Selecting the correct Titan technology within a properly engineered flow control system reduces downtime and improves total cost of ownership.
For application guidance or system integration support, BPC provides engineering-driven selection to ensure the correct technology is deployed correctly the first time, supported by a full portfolio including oval gear flow meters, turbine flow meters, ultrasonic flow meters, Atrato flow meters, valve bodies, and displays and instruments.
