Side Stream Filters - preferential flow through side stream without using a pump

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SUMMARY

This discussion focuses on the implementation of side stream filtration without a pump, specifically addressing the use of a valve to create a pressure drop for preferential flow in multiphase systems. The user seeks to install a side stream filter off a 6" pipeline using a 1" or 2" flexible hose, leveraging an actuated valve to facilitate flow through the filter. Key insights include the understanding that the pressure drop across the filter will influence the overall flow dynamics in the side stream, emphasizing the importance of managing resistance in the piping system.

PREREQUISITES
  • Understanding of multiphase flow dynamics
  • Knowledge of pressure drop calculations in piping systems
  • Familiarity with actuated valve operations
  • Experience with side stream filtration techniques
NEXT STEPS
  • Research pressure drop calculations for side stream filtration systems
  • Learn about the design and operation of actuated valves
  • Study the principles of multiphase flow in pipelines
  • Explore case studies on side stream filtration without pumps
USEFUL FOR

Engineers, process designers, and technicians involved in fluid dynamics, particularly those working with filtration systems in multiphase environments.

koko1409
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Hi,

I am trying to understand side stream filtration.

Iv been finding it really hard to find out anything on preferential flow (multiphase) through a side stream using a valve to create a pressure drop (general info for my understanding)

Im trying to do this without the need for a pump as there is a high gas fraction.

What I am trying to establish is whether or not I can install a side stream filter off a 6" pipeline using say a 1" OR 2" side stream (flexible hose) using an actuated valve to create a pressure drop to obtain some flow through the filter on the side stream.

Will the pressure drop across the filter affect the pressure drop required for flow through the side stream to the filter?

General pressure drop info would be appreciated

Thanks
 
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It's like anything else, your liquid will follow the path of least resistance. Obviously a 6 inch pipe impedes the flow of your fluid less than a 2 inch line would. So you put a valve and partially close it so that there is a greater pressure drop and the fluid wants to go through the 2" just as much as it would like to go through the 6" valve.
 

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