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PRISM® Oxygen VSA Systems
Oxair Gases’ Vacuum Swing Adsorption (VSA) Systems provide
state-of-the-art technology for on-site oxygen generation. These systems offer a highly
reliable supply of oxygen and can provide significant cost savings over
cryogenically-produced or hauled-in liquid oxygen.
PRISM VSA Systems can satisfy customer needs over a range of
purities, pressures, and volumes. Optional features are available to meet specific
customer requirements. Modular construction and skid mounting make these systems compact
and easy to install.
Cost-Effective Oxygen Supply
Oxair Gases’ VSA Systems use a patented high-efficiency molecular sieve to selectively
recover oxygen from air. This high-performance sieve significantly reduces the energy
necessary to generate oxygen, making PRISM VSAs the low-cost oxygen source for many
applications.
Oxair Gases’ experienced team of experts is available to evaluate your application,
determine your oxygen requirements, and provide you with the most cost-effective supply
option.
The VSA systems use a proprietary adsorption process for efficient air separation. A
blower draws in ambient air which is compressed and passed through adsorber vessels
containing the high-efficiency molecular sieve. The sieve removes nitrogen, water vapour,
carbon dioxide and other impurities. The result of this process is a concentrated stream
of up to 94% purity oxygen gas. The adsorbed contaminants are removed from the molecular
sieve by reducing the pressure within the adsorber vessels, hence the term vacuum swing
adsorption.
Designed to Meet Your Needs
 | Cost-effective, continuous supply of oxygen. |
| Highly reliable, dedicated source of supply. |
| Remote operation and monitoring by system experts in our worldwide service centre. |
| Modular design, enabling quick installation. |
| Proven design, ensuring reliable operation and minimal maintenance. |
| Compact configuration minimises space requirements. |
| High-efficiency molecular sieve for low energy consumption. |
| Applications experts aid in optimising oxygen system sizing, selection, and gas
utilisation. |
    
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