Separation/treating
The research facility said it plans to add multiphase-flow-testing capabilities for heavy oil and different viscosities.
In this final installment of the Savvy Separator Series (No. 23), the authors present a curated collection of recommended references, articles, and other key resources—a comprehensive guide worth reading, bookmarking, and keeping in your library.
With the right internal modifications, traditional degassers can be enhanced with gas flotation for improved oily water separation. This article outlines key design considerations—including inlet and settling zones, skimming, and solids handling. Two case studies highlight lessons learned in troubleshooting and revamping degasser designs.
-
At the end of the day, when you are working with heavy oil, the question is how to design your system, including both the layout and the functional aspects of various equipment. -
A realistic computational fluid dynamics (CFD) simulation of a field three-phase separator has been developed. Further, a useful approach to estimating the particle size distribution in oilfield separators was developed. The predicted separation efficiencies are consistent with oilfield experience.
-
Fluid flows in separation vessels are key to effective performance. The flow distributions are affected by the vessel, the configuration of its internals, and the layout of the upstream piping connecting to the vessel’s inlet nozzle.
-
A Separations Technology Technical Section was recently created to allow SPE members to share knowledge about emerging separations technology and its challenging applications. Interested members are encouraged to join.
Page 10 of 10