- 7685–A Corporate Blvd. Plain City, OH 43064, USA
- 166 Benjamin Hudon Montreal, QC, Canada H4N 1H8
- +1 614 873 8995
Accurate liquid flow measurement is fundamental to process control, batching accuracy, product quality, and system efficiency. Whether the application involves chemical dosing, fuel monitoring, coolant circulation, or ingredient transfer, selecting the correct flowmeter technology directly impacts performance and lifecycle cost.
BPC supplies a focused range of industrial liquid flowmeters, built around three proven measurement technologies: Oval Gear Flowmeters, Turbine Flowmeters, and Inline Ultrasonic Flowmeters. Supporting instrumentation such as Displays & Instruments also plays a critical role in turning raw flow data into actionable system feedback.
Each technology serves a distinct operational purpose. The correct selection depends on fluid characteristics, viscosity, required accuracy, installation constraints, and system integration requirements. In many engineered systems, the flowmeter also needs to work in conjunction with Valve Bodies and integrated control architecture.
Technology Type: Positive Displacement
Best For: Viscous liquids, oils, chemicals, resins, fuels, batching systems
Oval gear meters operate using two precisely machined gears that rotate as fluid passes through the chamber. Each rotation displaces a known volume of liquid, allowing direct volumetric measurement independent of flow profile. For applications requiring product-level detail, BPC also offers models such as the OG4 Oval Gear Positive Displacement Flow Meter and the Metra Clear Oval Gear Positive Displacement Flow Meter.
Models are available in:
Seal and gear materials are selected to match chemical compatibility and operating temperature requirements.
System Consideration:
Oval gear meters require clean fluids. Filtration is recommended upstream to prevent gear wear or blockage.
Technology Type: Velocity-Based
Best For: Clean, low-viscosity liquids with stable flow profiles
Turbine flowmeters measure flow by detecting the rotational speed of an internal rotor positioned in the flow stream. As liquid velocity increases, rotor speed increases proportionally, generating a frequency output signal. BPC’s turbine portfolio includes options such as the 900 Series Turbine Flow Meters, the 1000 Series Turbine Flow Meters, and the 800 Series Low Power Turbine Flow Meters.
Turbine meters require:
They are best suited for continuous process monitoring rather than heavy particulate environments. For buyers evaluating design criteria more deeply, BPC also provides additional technical insight in Turbine Flow Meters: 5 Critical Design Features.
Technology Type: Transit-Time Ultrasonic (Inline Style)
Best For: Clean liquids where low pressure drop and minimal maintenance are required
Inline ultrasonic flowmeters use transit-time technology to measure flow velocity by comparing upstream and downstream ultrasonic signal transmission times. BPC also offers product-specific solutions including the Process Atrato Ultrasonic Pulse Flow Meter, the broader Atrato Flowmeter category, and specialized solutions such as the Metraflow Ultra Pure Water PFA Ultrasonic Flow Meter.
Unlike clamp-on styles, these inline designs are fully integrated into the piping system, ensuring stable and repeatable measurement in controlled industrial environments.
Technology selection must be based on system conditions, not simply flow rate.
BPC evaluates these variables to ensure long-term reliability and measurement stability. Where local indication or signal conditioning is needed, Displays & Instruments and products like the Pulsite Solo Rate Totaliser Battery Powered Display can strengthen overall system visibility and performance.
Liquid flow measurement should not be treated as a standalone component. In industrial environments, it must integrate with:
By aligning flowmeter technology with valve automation and system-level process control, BPC ensures measurement accuracy translates directly into process performance. That integration often extends into the broader Valve Bodies range, including the VF-7 Series Valve Bodies and VF-9 Series Valve Bodies, depending on pressure class, flow path requirements, and overall system design.
Oval gear flowmeters, turbine flowmeters, and inline ultrasonic flowmeters each serve a distinct role in industrial liquid measurement.
Correct technology selection reduces downtime, improves product quality, and enhances process control. For engineered liquid flow measurement solutions, BPC provides the technical guidance and integration support required to move beyond components and toward optimized flow control systems, including supporting technologies such as Atrato Flowmeters, Displays & Instruments, and integrated Valve Bodies
