SME run by 3 cryogenic engineers, Thierry Trollier (President), Julien Tanchon and Jérôme Lacapère (Managing Directors). Absolut System has been designing innovative, ultra-complex, customized cryogenic systems (between -180°C and -271°C) since 2010, and selling them worldwide.
Absolut System’s key technologies enable it to reach very low temperatures (from -180°C to -273°C), and it is recognized worldwide. Its know-how has enabled it to break new technological ground in a number of low-carbon energy fields (liquefied hydrogen, high-power wind turbines, mini nuclear reactors).
In 2020, Absolut System will begin industrialization, bringing unique, particularly innovative and high-performance cryogenic systems to market, with the ambition of placing cryogenic innovation at the service of accelerating the energy transition.
With its international scope and involvement in a number of strategic projects (ASCEND, H2 Hub Airport, Copernicus, etc.), Absolut System plays an active role in developing French sovereignty in the fields of space, environmental control, new energies (nuclear fusion, hydrogen) and quantum digital technology.
Absolut System took part in the launch of the EUCLID satellite, supplying 5 thermal links for the integrated near-infrared spectrophotometer. This tool measures the brightness and intensity of galaxies as a function of wavelength. The mission of the European Space Agency (ESA) is to map the structure of the Universe to help us understand matter and dark energy.
Announced by Emmanuel Macron and Jean-Noël Barrot, the Absolut Group has been selected as the winner of the first edition of the FrenchTech2030 program, which supports emerging players in disruptive innovation in economic objectives and technologies that are a priority for French sovereignty.
Announcement made by the French Ministry of the Economy, Finance and Industrial and Digital Sovereignty. The aim: to enable the emergence of the first industrializations by innovative start-ups and SMEs, with a view to developing green industrialization.
Announced by Emmanuel Macron and Jean-Noël Barrot, the Absolut Group has been selected as the winner of the first edition of the FrenchTech2030 program, which supports emerging players in disruptive innovation in economic objectives and technologies that are a priority for French sovereignty.
This thermal link is integrated into the cryostat. The aim of the project is to collect thermal infrared images of the Earth with unrivalled resolution and revisit frequency.
Absolut System supplies thermal links integrated into the Imager-FCI and Sounder-IRS cryostat on the MTG-I-1 satellite. These links connect the cryogenic cooler to the infrared detectors to be cooled. The MTG-I-1 satellite is the first imaging satellite in ESA and EUMETSAT’s Meteosat Third Generation Program, which aims to provide high-resolution weather monitoring beyond 2040.
The VOL-V Group, a major player in the energy and ecological transition sector, is investing 12 million euros in the capital of Groupe Absolut, a specialist in cryogenic technologies. This capital increase is designed to support the Groupe Absolut in accelerating its development.
Developed in collaboration with Thalès Cryogenics BV, the LPT6510 cooler is fully equipped with our Pulse-Tube cold finger for increased robustness and reliability.
Installation and commissioning of a Helium purification and liquefaction system for the magnetoencephalography system at the neuroimaging platform of the CERMEP (Centre d’Exploration et de Recherche Médicales par Émission de Positons) in Lyon-Bron.
Delivery of a helium loop for cryogenic cooling of a 140K laser amplifier at the STFC (Science and Technology Facilities Council) laboratories in England. This project used two unique technologies, based on Absolut System’s expertise: a cryogenic circulator and a venturi system. Energy-efficient superconducting cables are managed by our experts, who develop the technologies needed to make the cryocooling system viable for industrial operation.
he VOL-V Group, a major player in the energy and ecological transition sector, is investing 12 million euros in the capital of Groupe Absolut, a specialist in cryogenic technologies. This capital increase is designed to support the Groupe Absolut in accelerating its development.
Installation and commissioning of a Helium purification and liquefaction system for the magnetoencephalography system at the neuroimaging platform of the CERMEP (Centre d’Exploration et de Recherche Médicales par Émission de Positons) in Lyon-Bron.
Absolut System is a member of the European SCARLET project, which aims to design and manufacture superconducting cables on an industrial scale. These cables enable very high power to be transferred in very small conductors, while using renewable electricity.
Since 2021, Absolut System has been the technological development base of the Absolut Group. The Absolut Group comprises 3 other entities specialising in markets with high growth potential: hydrogen – via Absolut Hydrogen, NewSpace – via Absolut Sensing and quantum – via Absolut Quanta.
The Absolut System exchanger is installed on the mechanical pumping loop (MPL) developed by Thalès Alenia Space.
Since 2021, Absolut System has been the technological development base of the Absolut Group. The Absolut Group comprises 3 other entities specialising in markets with high growth potential: hydrogen – via Absolut Hydrogen, NewSpace – via Absolut Sensing and quantum – via Absolut Quanta.
Commissioned by SNCF, Absolut System is taking part in the SUPERRAIL project. The aim is to install a superconducting cable on the Montparnasse train tracks. The cooling system for these cables is managed by our experts, who are developing the cryocooling system for industrial use.
This test bench consists of a vacuum chamber designed for research into electric thrusters. It recreates the environment of a satellite in orbit, enabling us to test the life and performance of space propulsion engines as closely as possible to real-life conditions.
Delivered to MIT (Massachusetts Institute of Technology) for cooling the plasma confinement coils being developed for nuclear fusion.
The first of its kind to be integrated into the 150W @ 40K Helium circulation loop delivered to ESA/ESTEC. This loop is intended for cooling cold panels to establish the desired thermal environment in the LSS 5Large Space Simulator).
CNRS-Ecole Polytechnique joint laboratory. ACE-CUBE is a dry, cryogen-free cryostat based on the Absolut System family of helium cryocooling loops for low-temperature science.
Liquid nitrogen flows from the seismic table panels to the 2 articulated arms via rotating cryogenic seals, also designed and manufactured by Absolut System.
Liquid nitrogen flows from the seismic table panels to the 2 articulated arms via rotating cryogenic seals, also designed and manufactured by Absolut System.
Thermal link of the Atmospheric Probing Interferometer in the Infrared of the MetOp-SG satellite.
(Meteorological Imager) on the MetOp-SG satellite.
(Near Infradred Spectrometer and Photometer) – consortium EUCLID.
FCI (Flexible Combined Imager) and IRS (InfraRed Sounder) cryostats on the MTG (Meteosat Third Generation) satellite.
(Meteorological Imager) on the MetOp-SG satellite.
(Near Infradred Spectrometer and Photometer) – consortium EUCLID.
For cooling a superconducting cable demonstrator.
(ONERA/CEA-LETI/IPAG/LAM and SOFRADIR collaboration) and testing by IPAG on the PIONIER (Precision Integrated Optics Near-infrared Imaging) interferometric instrument of the Very Large Telescope at Mount Paranal in Chile (ESO).
Allowing wavefront measurements to be made on an optical component with a typical diameter of 130mm, cooled to temperatures of around 110-150K.
This innovative system uses a nitrogen thermosiphon subcooled by Gifford-Mahon machines. Cryogenic power 1.5kW@65K.
Delivered and installed by Absolut System on a PPMS Quantum Device cryomagnet with 1.9K insert and 14 Tesla coil. Delivered to the Laboratoire de Physique et d’Etude des Matériaux (LPEM) / Ecole Supérieure de Physique et de Chimie Industrielles (ESPCI).
Designed and manufactured by Absolut System for Raman electron spectroscopy experiments on superconducting single crystals – Temperature range 3K- 300K and pressure range 0.1 MPa -20 GPa. Delivered to Laboratoire Matériaux et Phénomènes Quantiques, Université Paris Diderot VII.
This liquid nitrogen cryostat enables macromolecular diffraction experiments to be carried out by cooling all forms of sample to 77K. It is integrated into a fully automatic macromolecular X-ray beamline at the ESRF (European Synchrotron Radiation Facilities) synchrotron facility.
For the cooling requirements of an optical characterization bench for infrared detectors. A total of 5 circulation loops will be delivered over the course of infrared detection chain projects for space applications, with cryogenic power ranging from 25W to 43W @ 50K.
This liquid nitrogen cryostat enables macromolecular diffraction experiments to be carried out by cooling all forms of sample to 77K. It is integrated into a fully automatic macromolecular X-ray beamline at the ESRF (European Synchrotron Radiation Facilities) synchrotron facility.
Type LHeP18 (18 liters/day) delivered and successfully installed by Absolut System at the Laboratoire National de Métrologie et d’Essais – LNE
Preventive and corrective maintenance (10 Gifford-MacMahon cryocoolers) of the P.I.V.O.I.N.E. 2G (Propulsion Ionique pour le Vol Orbital avec Interprétation et Nouvelles Expériences) national test facility of the CNRS ICARE (Institut de Combustion Aérothermique Réactivité et Environnement).
Type LHeP18 (18 liters/day) delivered and successfully installed by Absolut System at the Laboratoire National de Métrologie et d’Essais – LNE.
Absolut System founded in Seyssinet-Pariset.