Flow Rate of Liquid O2 Cylinder w/ 24 Bar Pressure

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SUMMARY

The discussion focuses on calculating the maximum flow rate of liquid oxygen (O2) from a cylinder with a regulated gas pressure of 24 bar through a fully opened 15mm diameter supply tap. The user seeks to understand the flow rate in liters per minute (l/min) under ideal conditions, assuming no resistance and atmospheric pressure at sea level. Participants recommend using specific formulas and online calculators from Pipe Flow Calculations to derive accurate results, emphasizing that resistance must be considered in practical scenarios.

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  • Understanding of fluid dynamics principles
  • Familiarity with gas flow calculations
  • Knowledge of pressure units and conversions
  • Experience using online flow rate calculators
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  • Research the Bernoulli equation for fluid flow analysis
  • Learn how to calculate flow rates using the orifice equation
  • Explore the use of the Pipe Flow Calculations website for various gas flow scenarios
  • Investigate the effects of temperature and pressure on gas flow rates
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Engineers, technicians, and safety professionals working with gas systems, particularly those involved in the handling and calculation of flow rates for liquid oxygen and other gases.

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Hi. Just looking for an average answer to a practical scenario. At work we use a liquid O2 cylinder which includes an outer jacket that houses a regulated gas pressure of 24 bar. I need to calculate the flow rate in l/min when the supply tap (15mm diameter) is open fully?
This is essentially maximum flow with no resistance and maximum pressure difference. Hypothetically just opening that tap into the environment at sea level.
Hope this is enough info..
 
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Here is a calculator for nozzle flow on the above website that may be more appropriate for your situation.

http://www.pipeflowcalculations.net/nozzle.xhtml
 

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