Abstract

INSIDER

Highlights

  • The project is focused onto radiological characterization applied to waste-driven integrated approaches, including the sampling overall strategy and design

  • The technical approach of the project is on one hand to develop different sampling strategies, coupled with characterization methods whose performances are known in representative situations, and on the other hand to qualify the contribution of this approach to- and validate its effectiveness in real situations on 3 concrete case studies representing typical configurations of decommissioning worksites: – Nuclear reactor: BR3 reactor vessel at Mol (SCK-CEN); – Installation of the fuel/waste cycle: effluent tanks at ISPRA (JRC); – Post-incident management: contaminated soils (CEA)

  • The articles presented in this special issue offer a global vision and a representative sampling of the scientific and technical advances developed in the project: – Assessment of the results acquired during the first period of the project in terms of sampling strategy, identification and prioritization of techniques and methods of analysis in situ and in the laboratory, and metrology tools to improve confidence in measurements based on the mastery of processes and estimation of uncertainties [1,2]. – Organisation of benchmarking, in situ measurement campaign and interlaboratory comparisons on matrix reference materials and real samples [3,4,5,6]. – Analytical innovation [7]

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Summary

Introduction

The project is focused onto radiological characterization applied to waste-driven integrated approaches, including the sampling overall strategy and design. INSIDER is mainly focused on the issues of precharacterization upstream of decommissioning operations.

Results
Conclusion
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