Pressure relief valve safety considerations during design

AI Thread Summary
Key safety considerations in designing a pressure relief valve (PRV) include adherence to industry standards, correct orifice sizing, and ensuring the system pressure is set appropriately. Diagnosing incorrect designs involves checking orifice diameter and evaluating system pressure at minimum settings to determine functionality. The discussion raises questions about the rationale for designing a PRV versus purchasing one, as well as the specific application and circuit involved. Understanding these factors is crucial for effective PRV design and safety. Proper design and diagnosis are essential for ensuring the reliability and safety of pressure relief systems.
elephunk
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What are the main safety considerations during design of a pressure relief valve? and how would you go about diagnosing if they are incorrect?

Is the following correct?

Orifice diameter for a fixed pressure - How to diagnose if it wasn't correct?

What effect would a incorrect system pressure at minimum setting have? Would the system just not function?

Thanks,
 
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elephunk said:
What are the main safety considerations during design of a pressure relief valve? and how would you go about diagnosing if they are incorrect?

Is the following correct?

Orifice diameter for a fixed pressure - How to diagnose if it wasn't correct?

What effect would a incorrect system pressure at minimum setting have? Would the system just not function?

Thanks,

You should design the PRV to an industry standard. You can also verify the that the orifice is the correct size with the same standard.

CS
 
elephunk said:
What are the main safety considerations during design of a pressure relief valve? and how would you go about diagnosing if they are incorrect?

Is the following correct?

Orifice diameter for a fixed pressure - How to diagnose if it wasn't correct?

What effect would a incorrect system pressure at minimum setting have? Would the system just not function?

Thanks,

My first question is why are you designing a relief valve as opposed to purchasing it off-the-shelf? Second, what is the application? Third, what is the circuit that the relief valve is to be used?

Then we can start giving you some good information. There are a few of us here who can help you.
 
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