Bilfinger Noell GmbH is a company of Bilfinger SE. Operating worldwide in the product areas of nuclear service, nuclear technology, magnet technology and environment technology, putting experience into practice with great success. Services range from developing, planning, delivering, and commissioning up to operating the delivered plants and the relevant equipment. Most of the about 350 employees work in the field of engineering.
In close cooperation with customers, NOELL develops and fabricates LTS and HTS superconducting magnet systems for research and industry. NOELL has supplied components for large-scale projects such as the dipole magnets for CERN, Geneva, or the non-planar coils for the fusion experiment Wendelstein 7-X in Greifswald, Germany. For both projects, we started with the development of prototypes until the series fabrication of the magnets. For the Karlsruher Institut of Technology (KIT), we develop and design superconducting undulators to bring them to the market. Bilfinger Noell in the past successfully fabricated and tested superconducting coils i.e. an undulator prototype coil (SCU) made out of YBCO, showing that the basic know how is available. We are also involved in the major international projects ITER and FAIR with studies, components and series production.
From CERN, NOELL received the “Golden Hadron Award”, an award which is granted to companies which exceeded the requirements of the customer in terms of technical performance, quality and cost efficiency above the contractual obligations.
Currently, Bilfinger Noell is developing a superconducting flywheel energy storage system for the power market.
- Task leader for T5.4: Technology demonstrator of an HTS insert for HFML
- Main contributor for T4.4: T4.4: Heat extraction and helium free cryogenics
- Contributor to T2: State of the art for the two domains “High field accelerator magnets” and “MRI, NMR and other industrial projects”
PENeLOPE
Precision Experiment on the Neutron Lifetime Operating with Proton Extraction, 2015; DFG Funding; TUM
PERC
Superconducting solenoid system for the experiment PERC at TU Munich; 2014; DFG Funding; PERC Collaboration
DIRACsecondary-Beams
Internal Target experiments with highly energetic stored and cooled secondary beams at the International Accelerator Facility, 2004, FP6, GSI