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          Development of Radiometric Methods and modelling for measurement of sediment transport in coastal systems and rivers

          Closed for Proposals

          Project Type

          Coordinated Research Project

          Project Code

          F22074

          CRP

          2274

          Approved Date

          2020.10.20

          Project Status

          Active - Ongoing

          Start Date

          2021.06.18

          Expected End Date

          2025.09.01

          Participating Countries

          Brazil, Canada, Egypt, Spain, Ghana, Greece, India, Kenya, Morocco, Malaysia, Kingdom of the Netherlands, Tunisia, South Africa

          Description

          The CRP objectives will be the development of the use of natural radioactivity and naturally radioactive sediment for tracing (black sand tracing) and associated methodologies on the followings topics:
          Development of new technologies and methodologies to assess sediment transport in an efficient manner from natural radioactivity spectrometric measurement to complement existing techniques associated with appropriate modelling.

          Development of black sand tracing to tackle challenges associated with licensing in case of the use of artificial radioactive tracer, the poor availability of such tracers, due to the lack of research reactors in many countries, as well as transportation problems.

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          Objectives

          The CRP objectives will be the development of the use of natural radioactivity and naturally radioactive sediment for tracing (black sand tracing) and associated methodologies such as activatable tracers methodologies..

          Specific Objectives

          Development of new technologies and methodologies to assess sediment transport in an efficient manner from natural radioactivity spectrometric measurement to complement existing techniques associated with appropriate modelling.

          Development of black sand tracing

          Development of activatable tracer methodologies, sample analysis by NAA or direct in-situ activation using source or D-D neutron generator

          Contact CRP Officer

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