Researcher Numerical Modelling of Coolant Chemistry
- Contribute to the development of SMR's by conducting research on the chemistry of heavy liquid metal-based coolants
- responsible for modelling chemical reactions and transport
- temporary duration contract of 4 years
- PhD in engineering sciences
Lead the future: Join SCK CEN's pioneering research into Small Modular Reactors
SCK CEN aims to establish itself as a leading research centre of excellence in heavy liquid metal technology, particularly within the context of developing advanced lead fast small modular reactors (SMR-LFR). Our vision involves constructing an SMR-LFR demonstrator at the SCK CEN site, a project that promises innovation and challenges at a grand scale. To achieve this, we are investing in conducting intensive, high-quality research that pushes the boundaries of current knowledge and technology.
We are currently seeking a Researcher to join our Coolant Chemistry Research (CCR) Unit. This role is central to advancing our understanding of heavy liquid metal coolant chemistry, which is critical for the development and operational efficiency of SMR-LFR. The selected candidate will be responsible for numerical modelling of the lead (Pb) coolant chemistry.
Key Responsibilities:
- thermodynamic database development: establish and maintain a comprehensive database containing corrosion products, fission products, and activation products
- modelling of chemical reactions and transport: develop sophisticated models to simulate reaction kinetics, transport phenomena, and the release mechanisms of radioisotopes within the coolant system
- validation of experiments : design, conduct and analyze model validation experiments in collaboration with a team of researchers, engineers and lab technicians
- safety analysis : lead and support safety studies for SMR-LFR and other projects
- international collaboration : engage with the SMR-LFR consortium partners and participate in European projects.
To join this frontier, you'll need
- PhD in engineering science, preferably in Chemistry, Material Sciences or a related field
- expertise in physical chemistry and thermochemical modelling
- demonstrated experience in numerical modeling and simulation
- familiarity with nuclear reactor technologies, particularly with regard to coolant systems
- experience with thermodynamic software such as HSC Chemistry, Thermo-Calc, FactSage, etc. and programming skills are assets
- strong analytical skills, coupled with the ability to collaborate in multidisciplinary teams
- excellent communication skills, both written and verbal, with the ability to articulate complex technical information clearly and concisely
- able to thrive in an international, highly skilled environment.
Deadline