Cryogenic engineering · Prague · ISO 9001

Stay cool with us.

Custom cryogenic turboexpanders, compressors, pumps and circulators with dynamic gas bearing technology — designed, developed and assembled in Prague.

10+years in cryogenic equipment development
20years of experience with rotary machines
100%customized to each customer application
ISO 9001certified quality management

About us

Engineering at the cold end of physics

European Cryogenics is an independent private company founded by a team of experienced professionals who have worked in the development of cryogenic equipment for more than 10 years and in the field of rotary machines for almost 20 years. Our designers have collaborated on projects for leading research institutes, organizations for nuclear research and superconductivity research, as well as for the world's leading manufacturers of gas processing equipment.

We offer in-house design and development of cryogenic turboexpanders, cryogenic compressors, cryogenic pumps and circulators, including power units using dynamic gas bearing technology. All our devices are developed based on the requirements of individual customer applications — 100% customized — and we can also redesign our products for ball bearings or magnetic bearings. Our own team provides strength and stress analysis of materials, calculation and design of flow parts, insulation analysis and field service.

For our customers we customize products to their requirements, design prototypes to verify concepts, and provide serial production. Production is contracted to carefully selected, mostly local engineering companies equipped with modern machine tools — with individual parts manufactured by more than one manufacturer to ensure delivery reliability and short delivery times. Final assembly and setting is provided by our company.

What sets us apart

  • Dynamic gas bearing technology
  • Ball & magnetic bearing redesigns
  • Prototype to serial production
  • In-house final assembly & field service

Our company is ISO 9001 certified.

Products

Machines built for one job — yours

Every device is developed from the requirements of the individual application. No catalogue, no compromise.

Turboexpanders with high-speed generators

High-speed turboexpanders with direct-drive generators for efficient cryogenic power recovery.

Turboexpanders with eddy current brake

Turboexpanders with eddy current brakes for precise, contact-free speed control.

Companders

Combined expander–compressor units for compact cooling and liquefaction cycles.

Cryogenic compressors

Cryogenic compressors and boosters for low-temperature gas handling.

Cryogenic pumps

Cryogenic pumps for liquefied gases, designed around your process parameters.

Cryogenic circulators

Circulators for closed cooling loops, cryostats and superconducting magnets.

Cryogenic drives

High-frequency drives and power units built on dynamic gas bearing technology.

PLC control systems

PLC-based control and monitoring systems tailored to each machine.

Services

Professional engineering & simulation

For our own products we provide complete engineering, including all necessary simulations.

Rotor dynamics

Assessment of the dynamics of shafts and complete rotors with different bearing types.

Thermal analysis

Cooling efficiency, machine ventilation losses and their minimization, and temperature distribution in the machine.

Fluid dynamics (CFD)

Simulation of turbomachinery, flow in pipelines and exchangers, rotor and stator cooling of electric motors and generators, and analysis and optimization of existing equipment.

Strength & modal analyses

Strength of materials and stress analysis, including modal behaviour of rotating and static parts.

Cycle design & optimization

Design and optimization of cooling and liquefaction cycles for your application.

All production is designed for processing

AirNatural gasBiogasArgonNeonNitrogenHeliumHydrogen

Have an application in mind?

Tell us about your process — we will design a machine around it. Prototypes to serial production, fully customized.