एईआरबी का लक्ष्य यह सुनिश्चित करना है कि भारत में आयनीकारक विकिरण तथा नाभिकीय ऊर्जा के कारण लोगों के स्वास्थ्य एवं पर्यावरण को किसी भी प्रकार का अवांछित जोखिम न हो ।

Environment and Fuel Cycle Chemistry studies

The primary objective of the environment and fuel chemistry studies is to carry out the chemistry related R&D activities to support the safety objectives of AERB pertaining to the nuclear reactor, fuel cycle processes, environment etc.

Atmospheric Dispersion Modeling
  • Atmospheric dispersion pertaining to complex terrain and also site consisting multiple units / facilities.
  • Deployment of highly conservative models such as Gaussian Plume Models to advanced dispersion models are employed for the purpose.
  • Numerical Weather Prediction mathematical models for weather forecasting and the developed meteorological parameters as vital inputs for running dispersion models.
  • Boundary layer measurements and theoretical study of processes occurring in the PBL over homogenous, heterogeneous and complex hilly terrain.

Environmental Impact Assessment (EIA) and Emergency planning
Development of man-rem reduction and waste minimization methodologies
Chemical reactivity evaluation and control
Corrosion studies pertaining to Zr - 2.5% Nb
Electrochemical applications in nuclear fuel cycle operations
Iodine Chemistry related safety studies
Theoretical Studies on waste matrix integrity

विजिटर काउण्ट: 1154153

Last updated date:

Color switch


अक्सर देखे गए

कार्यालय का पता

परमाणु ऊर्जा नियामक परिषद, नियामक भवन अणुशक्तिनगर,, मुंबई 400094, भारत,

कार्य का समय
9:15 से 17:45 – सोमवार से शुक्रवार

वर्ष के सार्वजनिक अवकाशों की सूची