High Pressure Compressor Configuration: Achieving 1000 Pound Pressure in Minutes

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SUMMARY

The discussion focuses on configuring a high-pressure compressor capable of achieving 1000 psig in one minute using a cylinder with a 2-inch diameter and 12-inch height. The flow rate required to pressurize the cylinder can be calculated based on its volume. Participants recommend adhering to ASME codes for pressure vessel design, although a code stamp is not necessary for cylinders under 6 inches in diameter. The conversation emphasizes the importance of engineering standards in the design and fabrication of such equipment.

PREREQUISITES
  • Understanding of flow rate calculations for pressurization
  • Familiarity with cylinder volume and pressure relationships
  • Knowledge of ASME codes for pressure vessels
  • Basic skills in engineering design and fabrication
NEXT STEPS
  • Research flow rate calculations for compressing air in cylinders
  • Study ASME pressure vessel design codes and standards
  • Explore materials suitable for high-pressure cylinder fabrication
  • Learn about safety protocols for handling high-pressure systems
USEFUL FOR

Engineers, fabricators, and technicians involved in high-pressure compressor design and operation, as well as anyone interested in the safe handling of compressed air systems.

jack001
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hello,

i want the configuration of a compressor having capability of producing 1000 pound pressure in a min.

is it possible to store that high pressure of compressed air in a cylinder having 2"(inches) diameter and 12"(inches) height?

thank you.
 
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The rate at which a cylinder is simply a function of the flow rate into the cylinder and cylinder volume. Since you have an approximate cylinder volume in mind, you can approximate the flow rate into the cylinder you'll need in order to pressurize it to 1000 psig in one minute.

You could purchase a cylinder for this type of service or make your own depending on your ability to design and fabricate something like this. Making a cylinder out of pipe is simple enough, but you need to follow engineering standards for that. Typically, we use ASME codes in the US. In this case, the pressure vessel code should be used but a code stamp isn't required because the cylinder diameter is less than 6".
 
thanks dude.. will keep your valuable instructions in ma mind.
 

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