HiFluxx Nitrogen Gas | Membrane Modules

HiFluxx Nitrogen Gas | Membrane Modules

Membrane modules for producing nitrogen gas at pressures up to 13 barg from a standard compressed air supply. HiFluxx provides nitrogen gas of 95% to 99,5% equivalent nitrogen purity.

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Description

HiFluxx ST15020-1
Nitrogen Membrane Module

 

Parker hollow-fibre membrane modules produce nitrogen gas from compressed air to offer a costeffective, reliable and safe alternative to traditional cylinder or liquid nitrogen gas supplies. Nitrogen is used as a clean, dry, inert gas primarily for removing oxygen from products and/or processes. Parker modules can be built into a custom-made nitrogen generator or can be integrated with your (production) process to provide an on-demand, continuous source of nitrogen gas. Gas which can be used in a wide range of industries including food, beverage, pharmaceutical, laboratory, chemical, heat treatment, electronics, transportation, oil & gas, mining and marine.

 

Benefits:

  • Less membrane modules needed per nitrogen system
    • More nitrogen per fibre is produced from Parker hollow-fibre membranes than any other in the world
  • Use of low pressure standard industrial compressor
    • No high pressure compressor needed to obtain required nitrogen flow
  • Energy savings
    • Operation at a low pressure requires less energy
  • Reduced CO2 emissions
    • No heater required to open polymer membrane structure, thus reducing the energy consumption
  • Robust fibre
    • Most tolerant fibre to particle contamination
  • Large membrane diameter
    • Lowest membrane module pressure drop
  • Factory membrane ageing, pre-delivery
    • No performance decrease over time due to fibre ageing
  • Quick start-up time
    • Required nitrogen purity is produced instantly, no time needed to heat-up
  • Flexible mounting arrangements
    • Can be mounted horizontal or vertical
  • Low noise operation
    • Radiated noise generated by membrane technology is extremely low
  • No maintenance required
    • No user serviceable parts
  • Small system footprint
    • Less modules needed to produce nitrogen requirements

 

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