Expanding the Boundaries of Nuclear Energy
The SANE project explores safe, non-electric applications of nuclear power - paving the way for innovation, safety, and new industrial opportunities.
Exploring the Non-Electric Potential of Nuclear Energy
The SANE project (Safety Assessment of Non-Electric Uses of Nuclear Energy) focuses on exploring how nuclear energy can be used beyond electricity generation. Although non-electric applications have been around for decades, they remain underutilized. The nuclear industry and potential end-users lack a clear understanding of these possibilities.
SANE assesses the safety and technical feasibility of retrofitting existing reactors, designing purpose-built reactors, and developing new reactors at different sites. The project also examines how to communicate the risks of these new applications and adapt emergency preparedness plans for emerging technologies.
SANE's Impact
Scientific
Impact
SANE develops tools and best practices to address radiation exposure and improve public communication, aligning with the sustainability goals of Horizon Europe.
Technological Impact
The project helps ensure that nuclear installations meet the highest safety standards and considers socio-economic factors in non-electric applications.
Economic
Impact
SANE promotes nuclear innovation and supports the broader adoption of non-electric applications of nuclear energy.
Societal
Impact
By contributing to a sustainable future, SANE aligns with the UN's Sustainable Development Goals, such as Climate Action and Clean Water.
SANE’s Outcomes
SANE’s case studies on radiation risks and accident scenarios help improve emergency preparedness and public trust in nuclear safety. The project’s models and methodologies also lay the groundwork for future licensing of innovative nuclear applications, fostering collaboration between public and private sectors.
Project Partners
Recent News & Events
Potential Applications for Nuclear Energy
This report explores nuclear energy opportunities through a literature review of electricity generation, heat-only uses, and hybrid applications. Special attention was given to sectors where energy demand is steady, large-scale, and suitable for outputs of tens to hundreds of megawatts.
N-R HES Emerge as Promising Solutions
Nuclear-Renewable Hybrid Energy Systems (N-R HES) are emerging as promising solutions for clean, reliable and flexible energy supply. Their importance grows with the rising share of renewable energy generation and development of advanced nuclear technologies such as Small Modular Reactors (SMRs).
New SANE Project Leader
Atte Helminen, a senior scientist and project manager at VTT steps up as the new leader of the SANE project. Previously, Atte was the coordinator of EU Horizon EURATOM project Benchmark Exercise on Safety Engineering Practices (BESEP) and has 25 years of experience in the field. We are thrilled to navigate the path of advancement together!