![]() Advanced modeling capabilities to support Advanced, Micro-, and Small Modular Reactors.Researchers use this expertise to examine: Sandia leverages expertise in atmospheric transport modeling, health physics and dosimetry, aerosol sciences, emergency planning and response, economics, and nuclear engineering to form multidisciplinary teams to address a wide range of problems. ![]() MELCOR is reactor safety technology of national and international significance.Īccident Consequences Modeling and Analysis DOE radiological facility safety assessments.Transport of contaminants within buildings.The broad range of physical phenomena modeled by MELCOR has enabled its application to a range of engineering analyses beyond traditional nuclear power plant accident analysis. Advanced machine learning methods to enable next generation risk-informed safety assessment methods.Modern accident analysis software – MELCOR.The research and development initiatives at Sandia are leading significant reactor safety technology innovation. The software enables assessment of the potential for consequences to public health and safety. The MELCOR software was developed to analyze nuclear power reactor accidents that could lead to release of radiation to the environment. and international nuclear energy sectors. Sandia develops nuclear reactor safety technology in support of the U.S. View more information about Sandia’s nuclear facility risk assessment capabilities. The nuclear energy work at Sandia is augmented by the ability to leverage the many state-of-the-art unique testing and computational facilities. We contribute value to our partners by bringing over forty years of experience supporting the NRC with nuclear energy science and engineering expertise which is augmented by decades of expertise in nuclear weapons safety and security. Furthermore, we provide and advance the scientific and technical basis for assessing the environmental, economic, and human health impacts of an accident at a power plant. In addition, we provide and advance the scientific and technical basis to defend energy systems from cyber and physical threats. We provide a scientific basis to support Nuclear Regulatory Commission (NRC) licensing and regulatory decisions and advance the technical foundation for severe accident analysis/management and high consequence risk characterization of light water and advanced nuclear power systems. Sandia develops innovative technologies and methodologies through scientific analyses and experiments to enhance the safety of the nuclear fuel cycle and the supporting infrastructure. Sandia Energy > Programs > Nuclear Energy > Safety, Severe Accident, and Consequence
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