Zenox USA · Subsidiary of Zenox Australia
We design and build on-site nitrogen and oxygen generation systems — PSA, membrane, and VPSA-class — that replace cylinder and bulk liquid supply for U.S. industrial plants. Instrument air packages and custom-engineered pressure vessels, heat exchangers, and condensers complete the scope.
PSA · Membrane · VPSA · Tonnage O₂ · Instrument air · Custom vessels
Industrial nitrogen
Industrial oxygen
Why specify Zenox
Engineered for U.S. process plants, with documented fabrication and no clinical or medical product lines.
PSA nitrogen generators with carbon molecular sieve (CMS), membrane nitrogen generators, and industrial PSA/VPSA oxygen generators with zeolite molecular sieve — multi-bed cycles engineered for lower air-to-product ratios than conventional twin-bed systems.
We size on-site nitrogen generation and oxygen production systems against your actual flow, purity, and pressure so you can compare delivered-gas costs to continuous generation.
Filtration, carbon treatment, and TBAD™ drying packaged to plant dew-point and ISO 8573 class targets — for pneumatics, controls, and process air.
Custom-engineered vessels of any size, pressure rating, and material — including heat exchangers and condensers — with material traceability, NDE, hydrotest, and MDR packages. The same fabrication expertise builds the multi-tower adsorber systems inside our nitrogen and oxygen generators.
Nitrogen, oxygen, instrument air, and pressure vessels for process plants and manufacturing — with no clinical or medical product lines.
Product scope
Industrial equipment only. Not for medical devices or FDA-regulated clinical applications.
Gas generation
TriEquion™ PSA · Membrane
On-site nitrogen generation systems: PSA nitrogen generators and membrane nitrogen generators for industrial nitrogen plants — food packaging, electronics, laser cutting, and high purity nitrogen generation up to 99.999%.
Technical specifications →
Gas generation
MBVD™ Industrial PSA / VPSA-class
On-site oxygen production plants: industrial PSA oxygen generators, VPSA-class vacuum regeneration, and tonnage oxygen generators for mining, aquaculture, glass, and metals — not medical systems.
Technical specifications →Compressed air
Filtration + TBAD™ drying
Clean, dry instrument and process air packages for pneumatic controls, valves, and plant utilities — filtration train plus TBAD™ desiccant drying to specified dew point.
Technical specifications →
Fabrication
ASME Section VIII · Custom engineered
Custom-engineered pressure vessels of any size, pressure rating, and material — process vessels, receivers, separators, heat exchangers, and condensers — built to ASME and international standards with full documentation.
Technical specifications →Technology
Visual systems architecture shared with the Zenox Australia engineering platform.
MBVD™ industrial oxygen — multi-bed vacuum desorption cycle
Integrated gas generation and TBAD™ drying process flow
Applications
Application photography from the Zenox Australia site — industrial use cases only.
Execution
01
Duty & purity basis
Flow, purity, pressure, dew point, code
02
System design
Generator, dryer, vessel, or package
03
Fabrication & build
India manufacturing under Zenox engineering
04
Test & documentation
FAT, hydro/NDE as applicable, MDR
05
Ship & support
Export packing, commissioning support options
Zenox USA operates as a subsidiary of Zenox Australia, with Zenox engineering and Oxair India manufacturing for gas systems, dryers, and pressure equipment.
Answers for buyers & AI search
Comparative questions buyers ask before specifying PSA or membrane systems. Full FAQs live on nitrogen and oxygen product pages.
For continuous demand, on-site generation is usually cheaper than bulk or cylinder delivery once you account for power, maintenance, and capital recovery. For intermittent, low-volume use, bulk or cylinders may still win. Share your load profile and we can compare on a $/Nm³ basis.
PSA (pressure swing adsorption) uses carbon molecular sieve (CMS) beds to reach higher purities — up to 99.999% when specified. Membrane systems use selective permeation for simpler, mid-purity packages, typically 95–99.5%. The right choice depends on your purity, flow, footprint, and energy targets.
Facilities with continuous or multi-shift demand usually cut delivered-gas spend versus cylinders and bulk liquid. Savings scale with utilization, purity, and local power cost. Share monthly usage for a project-specific ROI discussion rather than a generic calculator result.
Submit industrial project requirements. Typical response within 2 business days.
