Safety of Magnetic Fusion Facilities: Guidance

• Safety of Magnetic Fusion Facilities: Guidance
• This document has been reproduced directly from the best available copy.
• Table of Contents
• Table of Contents - Continued
• Table of Contents - Continued
• Table of Contents - Continued
• List of Tables
• Foreword
• Definitions
• Definitions - Continued
• Definitions - Continued
• Definitions - Continued
• Definitions - Continued
• Definitions - Continued
• Definitions - Continued
• Definitions - Continued
• List of Acronyms
• List of Acronyms - Continued
• List of Acronyms - Continued
• Introduction
• Implementation
• Overview
• Radiation and Hazardous Material
• Public Exposures and Environmental Impacts
• Table 2.1. Evaluation guidelines for public protection from radiation
• Additional Guidance
• Routine Worker Exposure
• Beryllium
• Guidance for Meeting Regulatory Limits
• Meteorological Dispersion
• Radiological (No Ingestion)
• Models Used in Relating Exposures to Estimated Consequences
• Environmental and Permitting Requirements
• Federal Statutes and DOE Orders Relating to Environmental Quality
• Federal Statutes
• Federal Statutes - Continued
• Federal Statutes - Continued
• DOE Orders and Guidance
• Federal and State Consultation, Permits, and Approvals
• Federal Permits and Approvals
• State and Local Permits and Approvals
• Archaeological Finds
• Environmental Compliance Plan
• Environmental Compliance Scheduling
• Figure 3.1. Phased schedule for environmental compliance activities.
• Program Management for Safety
• Operations Management
• Configuration Management Process Application
• Quality Assurance
• Performance
• Conduct of Operations
• Emergency Preparedness
• Emergency Plans and Procedures
• Emergency Facilities Equipment and Personnel Preparedness
• Maintenance Policy, Goals and Objectives, and Procedures
• Types of Maintenance
• Facility Training Plan
• Records
• Requirements
• Requirements - Continued
• Nuclear Material Locations at a Fusion Facility
• Composition Measurements.
• Thermal Methods.
• Facility Measurement Recommendations
• Safety Analysis
• Figure 5.1. Flow logic of the safety analysis process.
• Facility Description
• Safety Structures, Systems, and Components
• Safety Structures, Systems, and Components - Continued
• Safety Structures, Systems, and Components - Continued
• Table 5.1. Safety system functional requirements
• Facility Mission/Processes
• Classification
• Analysis of Off-Normal Conditions
• Event Scenario Identification and Classification
• Figure 5.2. Event scenario/safety analysis process.
• Event Scenario Identification and Classification - Continued
• Analysis Approach for the Safety Analysis Report
• Emergency Planning Basis Analysis
• Safety Analysis Report Process
• Risk Assessment
• Safety Analysis Report
• Safety Analysis Report - Continued
• Safety Envelope Configuration Control
• Technical Safety Requirements
• Implementation of Technical Safety Requirements
• Startup and Restart of Fusion Facilities
• Risk-Based Prioritization Implications for Startup and Restart Reviews
• Facility Design Guidance
• Safety Functions and Structures, Systems, and Components
• Safety Functions and Structures, Systems, and Components - Continued
• General Design Guidance
• Defense-In-Depth
• Design Verification
• Codes and Design Standards
• Table 6.1. Suggested design codes for equipmenta
• Loads
• Materials
• Testing and Inspection
• Remote Maintenance
• Hydrogen Explosions
• Systems Performing Safety Functions
• Vacuum Vessel
• Structural Design
• Instrument and Control Systems
• Tritium Systems
• Confinement
• Structural Design
• Cryostat
• Confinement Boundary
• Structural Design
• Confinement/Heating, Ventilating, and Air Conditioning (HVAC) Systems
• Confinement/Heating, Ventilating, and Air Conditioning (HVAC) Systems - Continued
• Confinement/Heating, Ventilating, and Air Conditioning (HVAC) Systems - Continued
• ALARA Design Considerations
• ALARA Design Considerations - Continued
• ALARA Design Considerations - Continued
• Access Controls and Shielding from Radioactive Hazards
• Access Controls and Shielding from Radioactive Hazards - Continued
• Access Controls and Shielding from Radioactive Hazards - Continued
• Access Controls and Shielding from Radioactive Hazards - Continued
• Nonradioactive Worker Hazards
• Afterheat Removal Systems
• Rapid Plasma Shutdown System
• Coolant Energy
• Pressure Suppression Strategies
• Pressure Suppression Strategies - Continued
• Chemical Energy
• Magnetic Energy
• Plasma Energy
• Limiting Airborne and Liquid Releases to the Environment
• Systems That Support Safety Functions
• Instrument and Control Systems
• Instrument and Control Systems - Continued
• Electrical Power Systems
• Electrical Power Systems - Continued
• Power, control, and instrumentation cables
• Cooling Systems
• Cooling Systems - Continued
• Cooling Systems - Continued
• Remote-Handling Systems
• Structural design
• Materials
• Instrument and Control Systems
• Electrical
• Tests and inspections
• Special handling requirements
• Electromechanical manipulator (EMM)
• Master slave manipulators (MSMs)
• Impact of Facility Support and Experimental Systems on Safety Functions
• Table 6.2. Group 1 systems
• Group 2 Systems
• Special considerations for divertors
• Recommended design practice for divertors
• Site Restoration
• Table 7.1. Surface contamination guidelines
• Classification of LLW for Near-Surface Disposal
• Table 7.2. Classification boundaries as given in 10 CFR 61
• Table 7.3. Classification based on long-lived radionuclides
• Table 7.4. Specific activity limits for shallow land burial of all radionuclides
• 7.4. Specific activity limits for shallow land burial of all radionuclides - Continued
• Chemically Hazardous Materials Sent to a Hazardous Waste Site
• Superfund Amendment and Reauthorization Act of 1986
• Appendix A: Category 2 Threshold Quantities of Radionuclides
• Appendix A: Category 2 Threshold Quantities of Radionuclides - Continued
• Table A.1. Thresholds for radionuclides Category 2
• Table A.1. Thresholds for radionuclides Category 2 - Continued
• Table A.1. Thresholds for radionuclides Category 2 - Continued
• Table A.1. Thresholds for radionuclides Category 2 - Continued
• Table A.1. Thresholds for radionuclides Category 2 - Continued
• Table A.1. Thresholds for radionuclides Category 2 - Continued
• Table A.1. Thresholds for radionuclides Category 2 - Continued
• Table A.1. Thresholds for radionuclides Category 2 - Continued
• Table A.1. Thresholds for radionuclides Category 2 - Continued
• Table A.1. Thresholds for radionuclides Category 2 - Continued
• Table A.1. Thresholds for radionuclides Category 2 - Continued
• Table A.1. Thresholds for radionuclides Category 2 - Continued
• Table A.1. Thresholds for radionuclides Category 2 - Continued
• Appendix B: Indentification of Potential Hazards, Energy Sources, and Generic Accidents for Fusion Facilities
• Chemical Hazards
• Energy Sources
• Chemical Energy
• Loss-of-Coolant Event
• Loss-of-Vacuum Event
• Loss of Cryogen
• Vacuum Pumps
• Appendix C: References and Supplemental Guidance
• Chapter 2. References
• Chapter 2. References - Continued
• Chapter 4. References
• Chapter 4. References - Continued
• Chapter 4. References - Continued
• Chapter 4. References - Continued
• Chapter 5. References
• Chapter 6. References
• Chapter 6. References - Continued
• Chapter 6. References - Continued
• Chapter 6. References - Continued
• Chapter 6. References - Continued
• Chapter 6. References - Continued
• Chapter 6. References - Continued
• Chapter 7. References
• Appendix A: References
• Appendix A: References - Continued
• Concluding Material
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Safety of Magnetic Fusion Facilities: Guidance

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