Optimization of JRODOS FDMT Model for Radiological Safety in Portuguese Diet
This work presents the adaptation of the JRODOS FDMT model to the Portuguese case, focusing on a Mediterranean diet and commonly consumed foodstuffs. The study aims to enhance radiological protection and nuclear safety by simulating radionuclide transfer in food chains and evaluating human exposure. By optimizing the model, potential harm from food bans can be minimized while maximizing the benefits of safe food consumption. Expected results include reduced human exposure and enhanced preparedness for future radiological events.
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Presentation Transcript
5th NERIS Workshop Catarina In cio(1), Paulo Marques Nunes(2), David Ferreira(1), Filipa Jer nimo(1), M rcia Farto(2), Lu s Portugal(2), M rio Reis(1), Jo o Oliveira Martins(2), (1) Instituto Superior T cnico, Lisboa, catarinainacio95@gmail.com (2) Ag ncia Portuguesa do Ambiente (Portuguese Environment Agency), Amadora
This work represents part of the Masters thesis of Catarina Incio on Radiological Safety and Protection INTRODUCTION The Chernobyl accident demonstrated deficiencies regarding the radiation protection requisites. Due to that, it was created the Real-time Online DecisiOn Support system, JRODOS. Need to optimize FDMT model for South Europe diet Default diet data Central Europe OBJECTIVE Adaptation of JRODOS FDMT model to the Portuguese case considering a Mediterranean diet and the most consumed and exported foodstuffs.
METHODOLOGY Intervention Levels FDMT Model Simulates the transfer of radionuclides and exposure in food chains and evaluates the dose by the relevant pathways Harm caused by banning the consumption of food Benefit caused by allowing the consumption of food Provides information during all phases and prepare for a future event EXPECTED RESULTS Reducing human exposure due to food consumption Olives (olive oil) and grapes (wine) have a high consume rate and they are not considered in the model. Optimization of the model will contribute radiological protection and nuclear safety to the Help to mitigate the consequences
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