Air separation
Oxygen-rich streams from cryogenic distillation carry trace xenon into rare-gas recovery.
Industrial gas operations
Calder XG recovers xenon from cryogenic air separation streams, operates dedicated concentration and purification equipment, and supplies qualified gas in managed packages.
Operating scope
Xenon is present in air at less than one part per ten million. Production depends on integration with cryogenic air separation and careful control of low-volume intermediate streams.
Our scope covers rare-gas crude receipt, concentration, krypton/xenon separation, final polishing, analysis and cylinder or bundle filling.
Review the process route →Integrated operations
Our process begins downstream of cryogenic air separation, not in an oil refinery. We isolate rare-gas concentrates, remove krypton and trace contaminants, then verify every product lot.
Oxygen-rich streams from cryogenic distillation carry trace xenon into rare-gas recovery.
Adsorption and staged distillation increase rare-gas concentration under monitored conditions.
Dedicated columns separate xenon from krypton before final contaminant removal.
Analytical release, secure filling and documented custody complete the supply chain.
Application sectors
Controlled impurity profiles for satellite thruster qualification, acceptance testing and operation.
Documented lots for detector systems, specialist imaging and laboratory programmes.
Repeatable gas quality for high-intensity discharge, flash and excimer applications.
Supply enquiries
Include purity, impurity limits, package, quantity, destination and required date.
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