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- Flowmeters for Liquids
- The multifunctional portable flow meter - F601
- The portable meter for hazardous areas - F608
- The economic water meter - ADM 5107
- The permanent meter for all liquids - ADM 7407
- The permanent Rack flow meter - ADM 7907
- The permanent meter for hazardous areas - ADM 8027
- The permanent meter for Offshore environments - ADM 8127
- Flowmeters for Gases
- The portable gas flow meter - G601
- The portable gas and liquids flow meter - G601 CA Energy
- The portable gas flow meter for hazardous environments - G608
- The permanent gas flow meter - G704
- The permanent Rack gas flow meter - G709
- The permanent gas flow meter for hazardous areas - G800
- The permanent gas flow meter for Offshore environments - G801
- BTU - Thermal Energy Metering
- Process Analysis
- FLEXIM Oil & Gas
- Refinery
- State-of-the-Art
- Advantages & Benefits
- Field-Proven Worldwide
- Heavy Crude Oil flow measurement
- Overflash Mass Flow Measurement at 720°F
- Heat Transfer Oil at High Temperatures
- Heavy Gasoil in Vacuum Destillation Tower
- Fluidized Catalytic Cracker
- Highly Viscous Coker and Visbreaker Feed
- Hot Pitch During the Distillation of Coal Tar
- Measurement of Bitumen at 700°F
- Bitumen at Oil Sand Facility
- Portable Measurement of Different Media
- High Temperature Coker Control
- Underground Gas Storage
- Upstream / Offshore
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State-of-the-Art Ultrasonic Technology for Flow Measurement in Refineries
FLEXIM's WaveInjector has been specially engineered for high-temperature applications
Using patented technology, the WaveInjector thermally separates the ultrasonic transducer from the hot pipe, allowing permanent operations at process temperatures up to 750°F.
Overcoming the drawbacks of conventional Technologies
Traditionally, Orifice / DP meters, Coriolis meters and Vortex meters are used to measure refinery flows - especially in demanding environments. These well-known conventional flowmeter types have equally well-known shortcomings:
Intrusive flow measurement technologies require frequent servicing. As the sensors are in contact with hot and often dirty hydrocarbons they show high failure rates - and especially pressure taps for orifice plates tend to clog. Such high-maintenance measuring technologies reduce plant availability and critically undermine the profitability.
Besides, intrusive sensors create pressure losses, thus reducing process efficiency and driving energy costs.
FLEXIM's non-intrusive flow measurement, in combination with our WaveInjector, gives you the competitive edge –
in process control, process management, and environmental protection.


