SUPRASYS
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Pic legend 1: 3D FEM model of a Mars atmosphere simulation chamber
Pic legend 2: EM simulation of the transient effects on superconducting coils after rapid discharge in a magnetic test bench
Pic legend 3: Mechanical simulation of a first of a kind double aperture superconducting quadrupole
Pic legend 4: Single aperture superconducting quadrupole magnet mock-up after testing at 77 K
General information
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Company nameSUPRASYS
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AdressAv. Lehendakari Aguirre, 11, 7º Dpto. 7. 48014, Bilbao
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Turnover0.37 million EUR in year 2023
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Employees9 in year 2023
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SMEYES
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Contact Info:
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Phone+34946855837
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Emailsuprasys@suprasys.es
Activity and Skills
SUPRASYS is a technology-based company with wide expertise in the fields of cryogenics, vacuum and superconductivity. Its capacities are focused in the multiphysics analysis, electromagnetic systems and laboratory instrumentation and testing.
It is oriented to give support in technical challenging projects to Large Scientific Facilities, Universities, Research Institutes and Enterprises for Big Science Industry. SUPRASYS also gives support for the whole process of technological solutions development.
Contracts for Big Science facilities
[OTHER - Centro de Física de Materiales (CFM - MPC)
]
Development of a calorimeter for the neutron environment
(2023)
Development of a high-sensitivity isothermal calorimeter specifically designed for its use in-situ during neutron experiments. The assembly of this novel sample-environment equipment combines high-precision isothermal calorimetry with the capability to collect high-quality neutron data at high-flux facilities like the ISIS Pulsed Neutron & Muon Source or the Institut Laue-Langevin.
The development has been made in collaboration with the Material Physic Center from the conceptual design to the manufacturing of the first prototype.
[ITER ORGANIZATION - AVS
]
Electromagnetic analysis for the Charge-Exchange Recombination Spectroscopy - CXRS
(2022)
Includes In-vessel and Ex-vessel components, from PDR to FDR
[ITER ORGANIZATION - BERTIN TECHNOLOGIES
]
Thermo-mechanical analysis for the DIP Active Doglegs
(2022)
Required to ensure structural integrity under normal and accidental conditions and deformations under normal conditions as regards to the alignment requirements of the optical beams.
[F4E - ALTER Technology
]
MSDL Magnetic Shield calculation and design
(2022)
Calculation and design of the magnetic shielding of the Mass Spectrometer Leak Detection (MSLD) units, from the conceptual design to the manufacturing drawings of the magnetic shield.
[OTHER - INFN - ANTEC
]
Calculation of solenoid for C-Band gun
(2022)
Electromagnetic calculation and optimization of the INFN solenoid for the C-Band gun
[CIEMAT - IFMIF-DONES
]
Technical support for the design and construccion of superconducting solenoid for IFMIF-DONES
(2021)
Review of the design and manufacturing process of the solenoid package component, in accordance with ASME Boiler and Pressure Vessel Code.
[ITER ORGANIZATION - ALTER TECHNOLOGY
]
Magnetic test bench simulation
(2021)
Simulation of EM fields in a modified magnetic test bench
[ITER ORGANIZATION - BERTIN TECHNOLOGIES
]
EM loads assessment for 55.FA Active Dog Legs
(2021)
Detailed analysis of the EM forces applied on the mirror mounts of the active doglegs of the Density Interferometer Polarimeter (DIP) during the plasma operation and disruption.
[OTHER - Granada University
]
Customized cryogenic pump
(2021)
Manufacturing, design and supply of a customized cryogenic pump for the Penning line of Ion Traps and Lasers Laboratory
[CERN - CIEMAT
]
Technical support for the assembly process for the MCBXF magnet
(2019 - 2020)
Technical support (in assembly and manufacturing of tooling) for the manufacturing of an orbit corrector prototype for the “HiLumi HL-LHC”.
[OTHER - UKAEA
]
Superconducting magnet feasibility study
(2018)
Analysis of the superconducting magnet feasibility for a large-scale fusion test bench: MTF (Module Test Facility), renamed as CHIMERA.
[OTHER - STFC-ANTEC
]
Technical support for the modifications in a dipole for CLARA linear accelerator
(2018)
[OTHER - Malaga University - The Vacuum Projects
]
Technical support for the development of a Mars atmosphere simulation chamber
(2018)
Thermal and structural analysis, supporting in the definition of some critical components.
[CERN - ANTEC
]
Technical support for QUACO Phase II
(2017)
Support in detailed design, including Magnet conceptual and detailed design, Multiphysics FEM simulations including structural and EM analysis, Mock-up design and testing
Relevant R&D projects
[CDTI-MISIONES
] -Industrial Investigation in Technologies and Processes Applied to IFMIF-DONES to Evolution in the Fusion Programme
(DONES-EVO
)
(2021 - 2024)
The role of SUPRASYS is to perform the RF calculations and the conceptual design of the meander prototype, as part the studies to produce a secondary 40 MeV deuteron beam line.
[HAZITEK
] -High Field Magnetic Systems for the Sample Environment
(SIMACEM
)
(2019)
Study of the state-of-the-art and market survey of high field magnets and conceptual design of a magnet for a MOKE system.