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Worldwide consensus exists within the international community that geological repositories can provide the necessary long-term safety and security to isolate long-lived radioactive waste from the human environment over long timescales. Such repositories are also feasible to construct using current technologies. However, proving the technical merits and safety of repositories, while satisfying societal and political requirements, has been a challenge in many countries. Building upon the success of previous conferences held in Denver (1999), Stockholm (2003), Berne (2007) and Toronto (2012), the ICGR 2016 brought together high-level decision makers from regulatory and local government bodies, waste management organisations and public stakeholder communities to review current perspectives of geological repository development. This publication provides a synthesis of the 2016 conference on continued engagement and safe implementation of repositories, which was designed to promote information and experience sharing, particularly in the development of polices and regulatory frameworks. Repository safety, and the planning and implementation of repository programmes with societal involvement, as well as ongoing work within different international organisations, were also addressed at the conference.
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Worldwide consensus exists within the international community that geological repositories can provide the necessary long-term safety and security to isolate long-lived radioactive waste from the human environment over long timescales. Such repositories are also feasible to construct using current technologies. However, proving the technical merits and safety of repositories, while satisfying societal and political requirements, has been a challenge in many countries. Building upon the success of previous conferences held in Denver (1999), Stockholm (2003), Berne (2007) and Toronto (2012), the ICGR 2016 brought together high-level decision makers from regulatory and local government bodies, waste management organisations and public stakeholder communities to review current perspectives of geological repository development. This publication provides a synthesis of the 2016 conference on continued engagement and safe implementation of repositories, which was designed to promote information and experience sharing, particularly in the development of polices and regulatory frameworks. Repository safety, and the planning and implementation of repository programmes with societal involvement, as well as ongoing work within different international organisations, were also addressed at the conference.
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Worldwide consensus exists within the international community that geological repositories can provide the necessary long-term safety and security to isolate long-lived radioactive waste from the human environment over long timescales. Such repositories are also feasible to construct using current technologies. However, proving the technical merits and safety of repositories, while satisfying societal and political requirements, has been a challenge in many countries. Building upon the success of previous conferences held in Denver (1999), Stockholm (2003), Berne (2007) and Toronto (2012), the ICGR 2016 brought together high-level decision makers from regulatory and local government bodies, waste management organisations and public stakeholder communities to review current perspectives of geological repository development. This publication provides a synthesis of the 2016 conference on continued engagement and safe implementation of repositories, which was designed to promote information and experience sharing, particularly in the development of polices and regulatory frameworks. Repository safety, and the planning and implementation of repository programmes with societal involvement, as well as ongoing work within different international organisations, were also addressed at the conference.
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Geological repositories. --- Radioactive waste disposal in the ground --- Seepage. --- Soil chemistry.
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Geological repositories. --- Deep geologic disposal. --- Hazardous wastes. --- Radioactive waste repositories. --- Geology, Structural.
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Geological repositories. --- Radioactive waste disposal in the ground --- Spent reactor fuels --- Radioactive waste disposal --- Nuclear facilities --- Radioactivity --- Safety measures.
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Integrated performance assessments (IPAs) of radioactive waste repositories deep underground are made at different stages of repository development in order, for example, to allow full-scale development, to provide feedback to R&D, and to test and develop review capability. IPA studies must be acceptable to a wide range of stakeholders and are one of the bases for dialogue amongst regulators and implementers of disposal facilities. The goal of the IPAG-2 study was to examine the experience of regulatory reviews of IPAs, from both the implementer and regulator points of view. Ten implementer and seven regulatory organisations participated. This report presents the lessons learnt from their review experiences, and provides recommendations to aid future regulatory decision making.
Radioactive waste disposal in the ground --- Radioactive waste sites --- Dumping sites, Radioactive --- Radioactive dumping sites --- Radioactive waste disposal sites --- Radioactive waste facilities --- Hazardous waste sites --- Risk assessment --- Risk assessment. --- Geological repositories --- Radioactive waste repositories --- Nuclear waste repositories --- Deep geologic repositories --- Deep geologic disposal --- Radioactive waste sites. --- Radioactive waste repositories. --- Geological repositories. --- Geology --- Radioactivity
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Geological repositories. --- Radioactive waste disposal in the ground --- Seepage. --- Soil chemistry. --- Geological repositories --- Seepage --- Soil chemistry --- Agricultural chemistry --- Geochemistry --- Infiltration --- Water --- Hydraulics --- Soil infiltration rate --- Soil percolation --- Burial of radioactive wastes --- Ground radioactive waste disposal --- Underground radioactive waste disposal --- Hazardous waste sites --- Waste disposal in the ground --- Radioactive waste repositories --- Deep geologic repositories --- Deep geologic disposal
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Nuclear power plants --- Safety measures. --- Cement composites. --- Radioactive waste repositories --- Materials. --- Nuclear waste repositories --- Geological repositories --- Radioactive waste sites --- Radioactive waste disposal in the ground --- Cementitious composites --- Cement --- Composite materials
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