- About Us
- News & Exhibitions
- Ultrasonic Flowmeters
- Leading Flow Technology
- Your Advantages
- Flowmeters for Liquids
- The multifunctional portable 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 - 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
- Refinery
- Service & Documents
- Contact
Bitumen flow measurement at Oil Sand Facility
In a Canadian oil sand surface mine, the recovered oil is refined directly on site. One of the many processing steps involved is the thermal treatment of bitumen, so called cooking. In this operation, the bitumen flow needs to be measured at temperatures between 650°F and 700°F. Thus, the coker feed requires accurate monitoring and regulation of product input, which can only be accomplished by a reliable flow measurement.
Moreover, clogged lines can easily cause a shutdown of the entire facility, leading to enormous downtime costs. In the past, Orifice or Vortex shedding meters were used for the detection of such line clogging. Like all inline measuring instruments, these were subject to wear and tear and demanded daily maintenance.
Non-intrusive flow measurement proved to be a significantly better solution. A test measurement, using the WaveInjector® together with a portable transmitter on a 6" pipe carrying hot VAC tower residue, demonstrated the superiority of FLEXIM's ultrasonic technology.
Fortunately for the customer, this test measurement revealed a underlying control valve failure. The refinery now uses the flow values delivered by the WaveInjector® in conjunction with a permanent FLUXUS ADM 7407 transmitter for a reliable and accurate mass balancing in the upgrader process.
Your Benefits:
-
Easy installation under extreme conditions
-
Straight forward installation with no need to open the pipe and no process-downtime
-
No corrosion or wear to the system caused by the medium - thus a long operating life


