Helium Decanting and Recovery System

About

Paskals has developed Pressure PAC for High Pressure boosting system. Whole system is divided into four parts:-

  • Air Drive Section: - Dry & Filter Air @ 5 Kg/cm2 is required for drive the Pressure PAC.
  • Helium inlet Section: - Helium inlet section comprises of (16.2) Pneumatic actuated valve for inlet and also supply by Amplifire (17.0) to main booster (20.0) Pressure Gauge (14.1) to read the Helium supply pressure, Maximum inlet gas pressure should be 25 kg/cm2 .
  • Helium Boosting Section: This Helium boosting section comprises of Haskel Booster (20.0) to boost the available helium as required Pressure. it has High Pressure Gauge (14.2) to monitor the outlet pressure.
  • Helium Outlet Section: This section comprises of high pressure regulator and Pressure transmitter. Regulated outlet pressure is shown on HMI. the safety & controlling components of the Pressure PAC along with measuring devices to measure performance parameters of the Pressure PAC. This section has following key components:
  • Air pilot switch (21.0), the function of air pilot switch is that, when it senses the pressure more than the required pressure, it will cut the supply of air to the gas booster .By this action booster will stop working. When desired pressure attain.
  • Safety relief valve (22.0), a safety valve is a safety device and in many cases the last line of defense. It is important to ensure that the safety valve is capable to operate at all times and under all circumstances. A safety valve is not a process valve or pressure regulator and should not be misused as such. It should have to operate for one purpose only: overpressure protection.
  • Pressure gauges (14.2)-We can monitor the high pressure of helium after the booster and after valve (V4) we can monitor regulated outlet Pressure For precise filling pressure.

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    Technical Details

    • Drive Pressure (Air) : 5 kg/cm2
    • Purity of Drive Air (1): 40 Micron
    • Purity of helium: 5 Micron
    • Inlet pressure switch and Pressure Transmitter set at: 25 kg/cm2
    • Pilot Switch set at: 4000Psi
    • Pressure Relief Valve: 4100 Psi
    • Inlet gas pressure: 0-350Psi
    • Output Oxygen pressure: As required
    • Buffer storage capacity: 47.5 L
    • Working Media: Helium and Nitrogen
    • Outlet Gas flow rate: Variable (As per requirement)
    • Movement Control of Trolley : Portable on 4 wheels and No Electrical connection
      Helium Testing and Recovery System.

    Key Features

    • Helium inlet Section-Helium inlet section comprises of Pneumatic actuated valve for inlet and also supply by Amplifire to main booster Pressure Gauge to read the Helium supply pressure, Maximum inlet gas pressure should be 25 kg/cm2 .
    • Helium Boosting Section-This Helium boosting section comprises of Haskel Booster to boost the available helium as required Pressure. it has High Pressure Gauge to monitor the outlet pressure.
    • Helium Outlet Section-This section comprises of high pressure regulator and Pressure transmitter. Regulated outlet pressure is shown on HMI. the safety & controlling components of the Pressure PAC along with measuring devices to measure performance parameters of the Pressure PAC.
    • Air pilot switch- the function of air pilot switch is that, when it senses the pressure more than the required pressure, it will cut the supply of air to the gas booster .By this action booster will stop working. When desired pressure attain.
    • Safety relief valve (22.0), a safety valve is a safety device and in many cases the last line of defense. It is important to ensure that the safety valve is capable to operate at all times and under all circumstances. A safety valve is not a process valve or pressure regulator and should not be misused as such. It should have to operate for one purpose only: overpressure protection.

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