Pressure drop in pipe due to bends and/or pressure reducing valves ?

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SUMMARY

The discussion centers on achieving a pressure drop from 140-150 bars to 2 bars in a 1-2 meter copper pipe using either bends or pressure reducing valves. It is established that a back pressure regulator is the most effective solution for this requirement. Industrial strength regulators from manufacturers like Fisher and Jordan are recommended, with the possibility of finding more affordable options. Calculations for the chosen method should consider standard ranges for unknown variables.

PREREQUISITES
  • Understanding of fluid dynamics and pressure drop calculations
  • Familiarity with pressure reducing valves and their specifications
  • Knowledge of pipe materials, specifically copper and copper alloys
  • Basic principles of gas flow, particularly with nitrogen
NEXT STEPS
  • Research the specifications and operation of back pressure regulators
  • Learn about pressure drop calculations in piping systems
  • Investigate the impact of pipe bends on fluid flow and pressure loss
  • Explore different manufacturers of pressure reducing valves and their product offerings
USEFUL FOR

Engineers, project managers, and students involved in fluid dynamics, particularly those working on gas pressure management in piping systems.

AKapoor
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I am currently doing my final year project and have a few queries. I would be really grateful if someone could answer the following questions for me as soon as possible.
• The requirement is to drop the pressure from 140-150 bars at the inlet of a pipe to 2 bars at the outlet of the pipe.
• The pressure of 2 bars is to be maintained at the outlet of pipe.
• The pipe length is 1-2 metres long.
• Pipe is made of copper or a copper alloy.
• The pressurized gas used is Nitrogen.
• The pipe diameter is not fixed yet and can be varied (but is to be kept as small as possible).

Please answer the following questions for me:
• Can the pressure drop be achieved using only bends in the pipe?
• Would using a pressure reducing valve be a better option?
• Or should both of the above options be considered?
• For any option chosen please let me know the calculations involved. The unknown variables can be assumed over a standard range.

Thanking you,

Anshuman
 
Engineering news on Phys.org
If you have enough money in the project, a "back pressure regulator" is your best choice.

Fisher and Jordan make industrial strength regulators. You may be able to find something cheaper if you need.
 

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