Measurement of Bitumen at 700°F
- 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 - FCC
- 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
- Gas Flow Measurement at the main Fuel Gas Header
- High temperature flow measurement for Coker control
Today, rising economic pressure is forcing major refineries to steadily increase the throughput of their facilities. Reliable flow measurement is crucial to the optimization of production processes.
Refined bitumen, which is produced by means of vacuum distillation at temperatures around 700 °F, poses a special challenge to flow measurement technology because of its high temperature and high viscosity. Intrusive flow meters face problems inherent to their technologies:
Clogging of impulse lines, deposit formation, and more.
This became especially prominent in a refinery at the west coast of the USA, where the bitumen is blended with a pentane based solvent to decrease viscosity and to increase the mobility of the product.
If the flow of the product, which is intended as a light fuel oil for ships, drops to zero or the temperature falls below 350°F, it may become immobile and the lines can plug. The cost to recover from blockage is approximately one to two million dollars.
FLEXIM's answer to these problems is the non-intrusive WaveInjector - ideally suited for high temperatures up to 750 °F. There are no movable parts which could be subject to wear and tear and there are no limitations to medium pressure. Further, accurate, drift-free measurement is possible, even with large nominal pipe sizes. The robust measuring system is not harmed either by hot steam purging or by short term overheating.
Reliable, non-intrusive, maintenance-free flow measurement
No risk of clogging of impulse piping (unlike conventional measuring systems)
No deposit formation, no parts subject to wear and tear
No production interruption for installation or maintenance work