Hazard Categorization and Accident Analysis Techniques For Compliance With DOE Order 5480

• Hazard Categorization and Accident Analysis Techniques For Compliance With DOE Order 5480.23, Nuclear Safety Analysis Reports
• This document has been reproduced directly from the best available copy
• Change Notice No. 1
• Change Notice No. 1 cont'd
• Change Notice No. 1 cont'd
• Change Notice No. 1 cont'd
• Foreword
• Table of Contents
• Purpose
• SAR Nuclear Facility Guidance for DOE Order 5480.23
• Figure 1. SAR Guidance Topics and General Flow
• SAR Upgrade Plan and Schedule
• Initial Radiological Hazards Screening
• Occupational and Nonradiological Hazards
• Table 3.1 Nuclear Hazard Categories Summary
• Figure 3.1 Hazard Classification Decision Process (Section 3)
• Graded Approach - Analysis Techniques
• Magnitude of the hazards
• Facility's Stage in its Life-Cycle
• Hazard Analysis
• Preventive Features
• Release Mechanism
• Figure 4.1: Simplified Overviewof Accident Analysis Techniques and the Graded Approach
• Sequence Selection
• Release Mechanisms
• Table 4.2 Example Category 3 Qualitative Consequence Analysis
• Nuclear Hazard Category 2 Facilities
• Single-Failure Electro-Mechanical Systems
• Large, Moderately Complex Processes
• High Complexity Facilities
• Sequence Selection
• Operational Accidents
• Nuclear Hazard Category 1 Facilities
• Attachment 1 Hazard Categorization of DOE Facilities
• Summation of Radionuclide Threshold Ratios
• Interpretation
• Hazard Category 1
• Hazard Category 3
• Exposure Pathways
• Release Fractions
• Release Fractions cont'd
• Calculation of Category 3 Radiological Thresholds
• Table A.1 Thresholds for Radionuclides
• Table A.1 Thresholds for Radionuclides cont'd
• Table A.1 Thresholds for Radionuclides cont'd
• Concluding Material
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Hazard Categorization and Accident Analysis Techniques For Compliance With DOE Order 5480.23, Nuclear Safety Analysis Reports

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