CEX / FAMILY SELECTION GUIDE
Cryogenic Expanders
Reference cold-end expansion platforms for cryogenic process studies. Minimum design temperature, compatibility, cleanliness, thermal contraction, containment, and cold-box interfaces require service-specific review.
SELECTION INPUTS
What engineering needs first
- 01Fluid composition, purity, contaminants, and phase envelope
- 02Normal and transient pressure-temperature-flow cases
- 03Minimum design metal temperature and thermal cycles
- 04Cold-box, skid, insulation, purge, drainage, and removal interfaces
- 05Containment, cleaning, inspection, test, and preservation requirements
VERIFICATION OUTPUTS
What closes the release gate
- Gas/material compatibility review
- Low-temperature material and joining qualification
- Thermal movement and nozzle-load review
- Leak, functional, mechanical, and performance-test scope
Standards named on this site are review pathways only. Applicability, edition, exceptions, and conformance must be confirmed in the purchase specification.

CEX-120
CEX-120 Cryogenic Expander
Cold-end expander reference package for continuous cryogenic refrigeration.
OPEN TECHNICAL RECORD
CEX-300
CEX-300 Cryogenic Expander
Medium-duty expander for LNG and industrial-gas process refrigeration.
OPEN TECHNICAL RECORD
CEX-500
CEX-500 Cryogenic Expander
High-flow cold-end platform for integrated LNG and gas-separation trains.
OPEN TECHNICAL RECORD
CEX-800
CEX-800 Cryogenic Expander
Large-frame cryogenic expander for high-capacity refrigeration duties.
OPEN TECHNICAL RECORD