Innovation capacity
Specialists in cryogenics and innovation, Absolut System’s engineers and experts develop technological solutions to make our products the best performers on the world market.
Our main strength lies in our ability to break down technological barriers in the field of cryogenics. Our core competencies are reflected in all our products, from components to complete cryogenic solutions. As the owner of numerous patents, Absolut System designs unique, innovative and durable products.
-
Turbomachinery
width hydrodynamic
gas bearing -
Turbomachinery with hydrodynamic gas bearings
Absolut System has a heritage of over 30 years in the design of non-contact hydrodynamic bearings. This innovative technology uses shaft rotation to create a local overpressure of cryogenic fluid. This rotor levitation device offers numerous advantages in terms of economy, autonomy and maintenance-free longevity (>10 years).
-
Heat exchanger
technologies -
Heat exchanger technologies
Absolut System offers single-phase and two-phase heat exchangers to transfer thermal energy in the best possible conditions, while reducing losses. We master multiple heat exchanger configurations and carry out the necessary analyses to ensure the best possible choice for the cryogenic cooler being developed.
-
Specialized engineering
software -
Highly specialized engineering software (FEM, CFD, CAD, etc.)
Absolut System uses several highly specialized software packages to support design phases or to correlate environmental test results.
- Thermal modelling: conductive, convective and radiative couplings, etc.
- Structural modelling: static and dynamic loads (sine, random, shock, etc.)
- Turbomachinery: wheel aerodynamics and hydraulics, rotor dynamics, hydrodynamic lift, electrical engineering (engines)
- Cryopumping: Thermal and molecular behaviour using the Monte Carlo method
- CFD: phase change, microgravity, cryogenic fluid behaviour, complex modelling, etc.
-
Thermal shielding
&
radiative shielding -
Heat exchanger technologies
Absolut System offers both single-phase and two-phase heat exchangers to transfer thermal energy under the best possible conditions while reducing losses. We master multiple heat exchanger configurations and carry out the necessary analyses to ensure the best possible choice for the cryogenic cooler being developed.
Turbomachinery with hydrodynamic gas bearings
Absolut System has a heritage of over 30 years in the design of non-contact hydrodynamic bearings. This innovative technology uses shaft rotation to create a local overpressure of cryogenic fluid. This rotor levitation device offers numerous advantages in terms of economy, autonomy and maintenance-free longevity (>10 years).
Heat exchanger technologies
Absolut System offers single-phase and two-phase heat exchangers to transfer thermal energy in the best possible conditions, while reducing losses. We master multiple heat exchanger configurations and carry out the necessary analyses to ensure the best possible choice for the cryogenic cooler being developed.
Highly specialized engineering software (FEM, CFD, CAD, etc.)
Absolut System uses several highly specialized software packages to support design phases or to correlate environmental test results.
- Thermal modelling: conductive, convective and radiative couplings, etc.
- Structural modelling: static and dynamic loads (sine, random, shock, etc.)
- Turbomachinery: wheel aerodynamics and hydraulics, rotor dynamics, hydrodynamic lift, electrical engineering (engines)
- Cryopumping: Thermal and molecular behaviour using the Monte Carlo method
- CFD: phase change, microgravity, cryogenic fluid behaviour, complex modelling, etc.
Heat exchanger technologies
Absolut System offers both single-phase and two-phase heat exchangers to transfer thermal energy under the best possible conditions while reducing losses. We master multiple heat exchanger configurations and carry out the necessary analyses to ensure the best possible choice for the cryogenic cooler being developed.
Remote Helium cooling loops
Remote Helium
cooling loops
