Optimization of Radiation Protection in Design – focusing on Nuclear, Accelerator and Medical Isotope Installations

This workshop focusses on the optimization radiation protection in the design of nuclear applications. There is a significant potential to avoid radiation doses and reduce costs by considering radiation protection early in the design phase. A correct design process will lead to an optimized protecting of workers, the public and the environment while fostering innovation.

As we are at a crossroads in the nuclear field where we see new developments of nuclear applications for energy production, medical applications and research it is important to take stock of the experience gathered and to look how the ALARA principle can be applied practically in the design of new installations.

Among the new developments we see the rise of Small Modular Reactors (SMRs), the development of advanced reactor technologies, accelerators and next-generation facilities for medical applications from diagnostics and cancer treatment to meet the demands of a cleaner, more sustainable future.

This workshop will bring together stakeholders from different fields to share experiences in implementing radiation protection in design and exchange ideas for further improvement. Whether we’re building reactors for power generation, facilities for producing medical isotopes or research centers for cutting-edge innovations, our shared goal remains the same: to ensure the safety and well-being of people and the environment.

During the workshop we will:

1. Examine the radiation protection challenges and opportunities in designing SMRs, advanced reactors, accelerators and facilities for the production of medical isotopes.
2. Explore innovative strategies to embed the ALARA (As Low As Reasonably Achievable) principle into design processes, balancing technical feasibility, economic considerations and societal expectations.
3. Discuss case studies from new and existing installations, highlighting best practices, lessons learned and emerging solutions.
4. Foster collaboration among experts from diverse fields, including energy, healthcare and research, to ensure our efforts are aligned and impactful.

By the end of this workshop we will be equipped with actionable insights and inspired by the possibilities ahead. Whether we are revolutionizing energy systems, advancing medical science or enabling future technologies, radiation protection and the ALARA principle remain a cornerstone of our progress.