Remaining Issues in the Decommissioning of Nuclear Powered Vessels

Chapter 1 Opening Address

Chapter 2 Utilization of Russian Nuclear Submarines: Contents of the Problem, Review of the Actual Status, Analysis of the Related Risks and International Cooperation

Chapter 3 Overview of the Status and Issues Related to the Decommissioning of Nuclear Vessels in Russia

Chapter 4 Overview of Status and Issues Related to the Decommissioning of Nuclear Vessels in France

Chapter 5 Inactivation and Recycling of Nuclear Vessels in the USA Overview and Status

Chapter 6 Perspectives on Risks Associated with Nuclear Vessels

Chapter 7 On Risk in Decommissioning of Nuclear Submarines (NS)

Chapter 8 Decommissioning and Dismantling of French Nuclear Submarines: Industral Issues

Chapter 9 Bilateral Cooperation Related to the Decommissioning of Nuclear Vessels Between the USA and the Russian Federation — Status and Issues

Chapter 10 Military Environmental Cooperation on Radioactive and Non-radioactive Waste in Russia’s Northwest and Far East

Chapter 11 Non-Proliferation and other Security-Related Issues Associated with the Dismantling of Nuclear Vessels in North-West Russia

Chapter 12 Experience of International Cooperation and Unresolved Issues of Utilizing Nuclear Submarines and Nuclear Maintenance Support Vessels in the Far East Region of Russia

Chapter 13 International Co-Operation for Nuclear Submarine Disposal: Current Results and Future Prospects

Chapter 14 System Analysis of Environmental Risks: Basic Problems and Methods of Solution

Chapter 15 Analysis of the Radiation Potential of the Decommissioned Nuclear Submarines and Reactor Units

Chapter 16 Improving Nuclear and Radiation Safety During the Process of Russian Nuclear Submarine Utilization

Chapter 17 Analysis of the Radiation Risk for the Population at Different Stages of Nuclear Submarine Utilization

Chapter 18 Radiation Burden in Regions Resulting from Nuclear Submarine Handling after Decommissioning and the Existing Uncertainties in their Estimation

Chapter 19 Automated Radiological Monitoring at a Russian Ministry of Defence Naval Site

Chapter 20 Analysis of the Radioecological Situation Within Bays of Nuclear Submarine and Floating Reactor Compartment Storage

Chapter 21 The Forecast of the Possible Radioecological Consequences and Risk of Damage to the Health of Critical Groups of the Population from Sunken Nuclear Submarines and other Radiation-Dangerous Objects on the Bottom of the Ocean

Chapter 22 Radiation Impact on the Environment when Handling Fuel of Dispositioned Nuclear Submarines at GMP “Zvezdochka”

Chapter 23 Methodological Aspects of Assessing the Radioecological Situation at Contaminated Territories Adjacent to Russian Naval Bases to Perform Their Subsequent Rehabilitation

Chapter 24 Radioecological Monitoring of Defuelling of Damaged Spent Fuel from Storage Facilities of Floating Shops

Chapter 25 Issues of Novaya Zemlia Bay Rehabilitation Due to the Dumping of Radiation-Dangerous Facilities

Chapter 26 Ensuring Safety of Nuclear Submarimes Stored Afloat after Decommissioning

Chapter 27 Possibilities of Using a Multifunctional System of Sanogenetic Monitoring to Perform a Physiological and Hygienic Survey of Different Work-Status Personnel at Nuclear Shipbuilding Enterprises

Chapter 28 Actual Status and Problems of Spent Nuclear Fuel Management at Coastal Facilities of the Northwest Region and the Far East Region of Russia

Chapter 29 Transport and Technological Flowsheets for Management of Spent Nuclear Fuel from Nuclear Submarines Under Utilization in the Northwest Region & the Far East Region of Russia: Problems and Solutions

Chapter 30 Storing and Shipping of Spent Nuclear Fuel from Ships: New Engineering Solutions and Probable Radiation Effects of an Accident

Chapter 31 Options for the Handling and Storage of Nuclear Vessel Spent Fuel

Chapter 32 Disposal of Spent Nuclear Fuel and Radioactive Waste in the Decommissioning of French Nuclear Submarines

Chapter 33 Assessment of the Probability of Initiating a Spontaneous Chain Reaction within Metallic-Concrete Transportation Casks: Case of Temporary Storage of Vessel Spent Nuclear Fuel of the Russian Navy

Chapter 34 Radiation-Equivalent Approach to Radioactive Waste Management

Chapter 35 Nuclear Vessel Utilization: Basic Pathways of Realizing Engineering Solutions of the Conceptual Lrw & Srw Management Flowsheet in the Northwest Region of Russia

Chapter 36 Ways of Minimizing Amounts of Radioactive Wastes Created During Nuclear Submarine Utilization

Chapter 37 Problems of Long Term and Safe Storage of Unloaded and Non-Unloaded Spent Nuclear Fuel for Nuclear Submarines with Liquid-Metal Coolant

Chapter 38 Current Problems of Utilization of Nuclear Submarines with Liquid-Metal Coolant

Chapter 39 Step-by-Step Solution to the Project on Long-Term Storage of Spent Fuel from Nuclear Submarines with Heavy Liquid Metal Cooled Reactors

Chapter 40 Substantiation of the Necessity to Construct centers for Long-Term Reactor Compartment Storage and Principal Technical Solutions on Environmentally Safe Storage of Reactor Units of Decommissioned Nuclear Submarines

Chapter 41 Specific Features of the NS “Kursk” Utilization

Chapter 42 Development of Computer Models and Informational Support Systems for Utilization of Decommissioned Nuclear Submarines

Chapter 43 Toward a System Dynamical Model of Russian Nuclear Submarine Dismantlement Barriers

Chapter 44 Creating Adequate Public Opinion in Russian Regions as a Top-Priority Task of Nuclear Submarine Utilization & Radioactive Waste Management