The mission of the AERB is to ensure the use ofionising radiation and nuclear energy in India does not cause undue risk to the health of people and the environment.
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Safety Research Institute

The objective of Safety Research Institute is to build a unique research and knowledge base with a strong research capability in important safety related areas to support regulatory functions of AERB. With this objective, under the initiative of Prof. P. Rama Rao, the then Chairman, AERB, Safety Research Institute was setup at Kalpakkam. The foundation stone for the institute was laid on February 20, 1999 by Dr. R. Chidambaram, the then Chairman, AEC during the IX Five Year Plan period with P. Rodriguez as first Director of the Institute.

Safety Research Institute (SRI) of AERB conducts independent safety to supplement regulatory review and assessment activities. The domains of scientific activities at SRI includes Thermal and Fast Reactor Physics, Radiation Shielding & Transport and Criticality Computations, Reliability and Probabilistic Safety Assessment, Structural and Seismic Studies, Fire Safety, Thermal Hydraulic Studies, Safety Assessment of Fuel Cycle and Waste Management Facilities. Radionuclide migration studies, Environmental and Fuel safety studies, Remote Sensing and GIS Applications, establishment of a depository of Computer Codes etc. Research activities at SRI are closely monitored and periodically reviewed by AERB management.

Areas of Research

Research areas undertaken at SRI are specifically chosen in a way to complement the ongoing R&D activities at various other DAE units. The institute, located within IGCAR campus, has an added advantage with access to various state-of-art laboratories, library facilities, interaction with large pool of scientists & engineers, etc.

Major Areas of Research

  • Reactor Physics Studies

  • Seismic Studies

  • Consequence analysis and Atmospheric dispersion modeling

  • Probabilistic Safety Assessment and Reliability Analysis

  • Development of methodology for Passive system reliability, software reliability and human reliability

  • Fuel cycle studies

  • Generic Issues

  • Radiation Streaming Studies

  • Bulk Shielding Studies

  • Radiation Dosimetry

  • Nuclear Reactor Thermal Hydraulics

  • Hydrogen distribution and mitigation studies

  • Fire safety

  • Component safety and Structural reliability analysis

  • Remote Sensing and Geographic Information System Applications

    • Design and organization of digital database and information system to carry out Environmental Impact Assessment.

    • Development of digital database for sites of nuclear facilities.

    • Emergency Preparedness Plans for Tsunamis and Disaster Management at Nuclear Installations

    • Development of Simulation tools to predict flood inundation patterns and their validation.

  • Sea Surface temperature studies around nuclear facilities

  • Atmospheric Dispersion modelling

  • NORM waste management

  • Uptake of radionuclides using sorbents

  • Diffusive leaching of radionuclides from waste matrices

  • Degradation of toxic organic pollutants from liquid waste

  • Phytoremediation of radionuclides

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Last Updated: 29-12-2025 02:48:17 PM