Project manager's main responsibilities:

Year 2007

Stage I

Study regarding the methodology of establishing the requirements and constraints for decontamination, in view of nuclear installations decommissioning, as well as the radwastes management generated by decontamination and nuclear installations decommissioning

Year 2008

Stage II

Study regarding evaluation of materials, structures and equipment contamination, in case of nuclear plants of CANDU type. Contamination with tritium and radiocarbon

Year 2009

Stage III

Scientific and technical bases of decontamination methodologies, in case of nuclear installations decommissioning costs-benefits evaluations

Stage IV

Methodologies of radwastes management on categories from initiation to final storage

Year 2010

Stage V

Study regarding decontamination methodologies and radwastes management, in case of nuclear plants of CANDU type cost-benefits evaluations

Main responsibilities of partners:

Partner  1 in research has the following responsibilities on stages:

Year 2007

Stage I

Study regarding evolution of decontaminating and radwastes management since nuclear installations decommissioning

Year 2008

Stage II

Researches regarding surface and in depth contamination of materials, structures and equipment surfaces, in case of nuclear installations

Year 2009

Stage III

Decontamination methods applicable in case of surface contaminated both with tritium and radiocarbon

Stage IV

Methods of minimizing the radwastes quantities and their enlisting in a lower storage category

Year 2010

Stage V

Decontamination methods and techniques applicable to decommissioning of CANDU type. Management of radwastes generated further to decontamination and decommissioning activities of nuclear plants of CANDU type.

Partner 2 in research has the following responsibilities on stages:

Year 2007

Stage I

Comparative study regarding the decontaminating methods, applicable to nuclear installations decommissioning

Year 2008

Stage II

Theoretic bases of overtaking the surface contamination in direct contact with working fluids and of other contaminating routes. Modeling of contamination way of materials, structures and equipment

Year 2009

Stage III

Testing in laboratory regarding the efficiency of surface decontamination methods in case of both superfluous and in-depth decommissioning

Stage IV

Advanced methods of radwastes treatment, applicable to nuclear installations decommissioning for valuable materials recovery

Year 2010

Stage V

Optimization of decontamination flux and radwastes management on the identified categories