PSB Industries highlights advanced line of specialty gas dryers

Designed to meet the demanding requirements of diverse industries. These advanced dryers offer superior performance in purifying argon, helium, nitrogen and hydrogen gases, ensuring the highest levels of purity and efficiency for critical industrial processes.
The Argon Specialty Gas Dryers feature a dual tower desiccant design, ensuring continuous operation and consistent gas quality. With automatic cycling, these dryers reduce manual intervention, increasing efficiency and reliability.
They utilise electric heat regeneration with dry N2, maintaining dryer effectiveness and prolonging equipment lifespan.
The dryers boast a high flow rate capacity ranging from 3,600 to 70,000 SCFH, accommodating various production scales. Their wide pressure range of 50 to 100 psia makes them adaptable to different process requirements, while the ultra-low exit moisture of less than 1.0 ppmv delivers high-purity argon for demanding applications.
For helium purification, PSB Industries offers advanced solutions that provide Commercial Helium Recovery for efficient extraction from natural gas and/or helium wells, as well as Advanced Helium Enrichment through sophisticated processing at dedicated facilities.
The Helium Specialty Gas Dryers effectively remove water vapor, while PSB Purification Systems eliminate impurities.
Cryogenic Purification allows for precise elimination of water vapor, trace CO2, and trace H2. The low Exit H2 of less than 1.0 ppmv ensures safety and purity for various industrial uses.
The Nitrogen Specialty Gas Dryers incorporate advanced features for optimal performance, including a deoxygenation reactor for effective oxygen removal via hydrogen or natural gas injection, heat exchangers for optimised temperature control, and Gas-Liquid Separators for water vapor removal.
The Hydrogen Specialty Gas Dryers offer advanced purification capabilities, featuring a deoxygenation reactor for effective oxygen contamination removal, heat exchangers for optimized temperature control, and Gas-Liquid Separators for water vapour removal.
