Location

Slovenia stands out as an ideal location for a new research reactor in Europe due to its long-standing expertise, international credibility, and strategic scientific ecosystem. For over six decades, the country has successfully operated the TRIGA Mark II research reactor, maintained by highly trained personnel and world-class scientists. This operational legacy has fostered deep-rooted international collaborations and earned Slovenia recognition as a reliable and capable partner in nuclear science.

Building a new research reactor in Slovenia will:

  • Modernize and Expand Capabilities: Enable cutting-edge research in areas such as nuclear materials, medical isotope production, neutron imaging, and reactor safety studies.

  • Train the Next Generation: Provide critical infrastructure to educate and train engineers, scientists, and technicians, ensuring Europe’s nuclear workforce remains robust and innovative.

  • Strengthen European Integration: Reinforce Slovenia’s role in European research networks and provide a shared platform for collaboration among EU member states and beyond.

  • Serve Regional Industry: Support industrial applications in pharmaceuticals, materials science, energy, and environmental technologies, boosting Slovenia’s and the region’s innovation ecosystem.

With its proven competence and a supportive scientific community, Slovenia offers a stable, credible, and future-ready home for a next-generation research reactor—one that will serve both national priorities and pan-European interests.

Location

Slovenia stands out as an ideal location for a new research reactor in Europe due to its long-standing expertise, international credibility, and strategic scientific ecosystem. For over six decades, the country has successfully operated the TRIGA Mark II research reactor, maintained by highly trained personnel and world-class scientists. This operational legacy has fostered deep-rooted international collaborations and earned Slovenia recognition as a reliable and capable partner in nuclear science.

Building a new research reactor in Slovenia will:

  • Modernize and Expand Capabilities: Enable cutting-edge research in areas such as nuclear materials, medical isotope production, neutron imaging, and reactor safety studies.

  • Train the Next Generation: Provide critical infrastructure to educate and train engineers, scientists, and technicians, ensuring Europe’s nuclear workforce remains robust and innovative.

  • Strengthen European Integration: Reinforce Slovenia’s role in European research networks and provide a shared platform for collaboration among EU member states and beyond.

  • Serve Regional Industry: Support industrial applications in pharmaceuticals, materials science, energy, and environmental technologies, boosting Slovenia’s and the region’s innovation ecosystem.

With its proven competence and a supportive scientific community, Slovenia offers a stable, credible, and future-ready home for a next-generation research reactor—one that will serve both national priorities and pan-European interests.

  • Faculty of Mathemathics and Physics, University of Ljubljana, Jadranska 19, 1000 Ljubljana
  • Jožef Stefan Institute, Jamova 39, 1000 Ljubljana
  • Slovenian Nuclear Safety Administration, Litostrojska 54, 1000 Ljubljana
  • Slovenian Radiation Protection Administration, Ajdovščina 4, 1000 Ljubljana
  • Gen energija, Vrbina 17, 8270 Krško
  • IJS reaktor, Brinje 40, 1262 Dol pri Ljubljani
  • Krško Nuclear Power Plant, Vrbina 12, 8270 Krško
  • Žirovski vrh, Uranium ore deposite and closed uranium mine, Todraž 1, 4224 Gorenja vas
  • ARAO, LILW repository site, Vrbina, 8270 Krško
  • IJS reaktor, Brinje 40, 1262 Dol pri Ljubljani