LIST OF TABLES
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Table S-1. SRS nuclear materials.
Table 1-1. SRS nuclear materials.
Table 1-2 Locations of Principle facilities at the Savannah River Site
Table 2-1 Alternatives for the management of SRS nuclear materials
Table 2-2 Comparison of the potential environmental impacts of the alternatives for stable material
Table 2-3 Comparison of the potential environmental impacts of the alternatives for plutonium-242
Table 2-4 Comparison of the potential environmental impacts of the alternatives for americium and curium
Table 2-5 Comparison of the potential environmental impacts of the alternatives for neptunium
Table 2-6 Comparison of the potential environmental impacts of the alternatives for H-Canyon plutonium-239 solutions
Table 2-7 Comparison of the potential environmental impacts of the alternatives for H-Canyon enriched uranium solution
Table 2-8 Comparison of the potential environmental impacts of the alternatives for vault solids
Table 2-9 Comparison of the potential environmental impacts of the alternatives for Mark-31 targets
Table 2-10 Comparison of the potential environmental impacts of the alternatives for Mark-16 and -22 fuels
Table 2-11 Comparison of the potentialenvironmental impacts of the alternatives for other aluminum-clad fuel and targets
Table 3-1. 1993 liquid releases by source (including direct and seepage basin migration releases).
Table 3-2. Radioactivity in air at the SRS boundary and at the 160-kilometer (100-mile) radius during 1993 (picocuries per cubic meter).
Table 3-3. Average atmospheric tritium concentrations around the Savannah River Site (picocuries per cubic meter).
Table 3-4 1993 atmospheric releases by operational group
Table 3-5. Estimated ambient concentrations of criteria air pollutants from SRS sources.
Table 3-6. Estimated 24-hour average ambient concentrations at the SRS boundary - toxic air pollutants regulated by South Carolina from SRS sources.
Table 3-7. General racial characteristics of population in the SRS region of analysis.
Table 3-8. General poverty characteristics of population in the SRS region of analysis.a
Table 3-9. SRS annual individual and collective radiation doses.
Table 3-10. Estimated maximum annual concentrations (milligrams per cubic meter) of workplace pollutants regulated by the Occupational Safety and Health Administration.
Table 4-1. Composition of management scenarios.
Table 4-2. Estimated 10-year radiological health effects from normal operations.
Table 4-3. Estimated 10-year doses from the No-Action Scenario.
Table 4-4. Estimated 10-year doses from the Preferred Alternatives Scenario.
Table 4-5. Estimated 10-year doses from the Comparative Alternatives Scenario.
Table 4-6. Estimated maximum incremental onsite concentrations (milligrams per cubic meter) of nonradiological air pollutants regulated by the Occupational Safety and Health Administration.
Table 4-7. Annular sector factors for local dose evaluations.
Table 4-8. Estimated per capita 10-year dose for identified communities in 80-kilometer (50-mile) region for the Comparative Alternatives Scenario.
Table 4-9 Estimated increase in latent cancer fatalities if maximum consequence accident occurs
Table 4-10. Maximum estimated annualized point estimate of increased risk of latent cancer fatalities.
Table 4-11. Estimated incident-free impacts by material and scenario from transportation of radioactive materials.
Table 4-12. Estimated accident impacts and associated probabilities by material.
Table 4-13. Estimated incident-free impacts by waste type and scenario from transportation of radioactive materials.
Table 4-14. Estimated accident impacts and associated probabilities by waste type.
Table 4-15. Estimated radiological doses from airborne releases of radioactivity associated with each management scenario.
Table 4-16. Estimated maximum incremental concentration (micrograms per cubic meter) of nonradiological air pollutants at the SRS boundary for each management scenario.
Table 4-17. Estimated maximum total concentration (micrograms per cubic meter) of nonradiological air pollutants at the SRS boundary for each management scenario.a
Table 4-18. Estimated radiological doses from surface-water pathway exposures.
Table 4-19. Estimated utility consumption for the management scenarios.
Table 4-20. Current capacities and usage of utilities and energy at the Savannah River Site.
Table 4-21. Estimated total waste generated over the 10-year time period by scenario.
Table 5-1. Estimated average annual cumulative radiological doses and resulting health effects to offsite population and facility workers.
Table 5-2. Estimated maximum nonradiological cumulative ground-level concentrations of criteria and toxic pollutants (micrograms per cubic meter) at the SRS boundary.
Table 5-3. Estimated average annual cumulative radiological doses and resulting health effects to offsite population from airborne releases.
Table 5-4. Estimated average annual cumulative radiological doses and resulting health effects to offsite population from liquid releases.
Table 5-5. Estimated cumulative waste generation from SRS operations.
Table 5-6. Estimated average annual cumulative utility consumption.a
Table A-1. Savannah River Site nuclear materials.
Tables for Appendix D are not available at this time
D-1 Actions associated with each phase D-3
D-2 Data for impact analysis of continuing (No Action) storage of stable materials D-8
D-3 Data for impact analysis of processing plutonium-242 solutions to oxide D-9
D-4 Data for impact analysis of vitrification (F-Canyon) of plutonium-242 solutions D-10
D-5 Data for impact analysis of continuing (No Action) of plutonium-242 solutions D-11
D-6 Data for impact analysis of vitrification (F-Canyon) of americium/curium solutions D-12
D-7 Data for impact analysis of processing americium/curium solutions to oxide D-13
D-8 Data for impact analysis of continuing storage of americium/curium solutions D-14
D-9 Data for impact analysis of processing neptunium to oxide D-15
D-10 Data for impact analysis of vitrification (F-Canyon) of neptunium D-16
D-11 Data for impact analysis of continuing storage of neptunium D-17
D-12 Data for impact analysis of processing H-Canyon plutonium-239 solutions to oxide D-18
D-13 Data for impact analysis of processing and storage for vitrification (DWPF) of
H-Canyon plutonium-239 solutions D-19
D-14 Data for impact analysis of vitrification (F-Canyon) of H-Canyon plutonium-239 solutions D-20
D-15 Data for impact analysis of processing H-Canyon plutonium-239 solutions to metal D-21
D-16 Data for impact analysis of continuing storage of H-Canyon plutonium-239 solutions D-22
D-17 Data for impact analysis of blending H-Canyon enriched uranium solutions to low enriched uranium D-23
D-18 Data for impact analysis of processing H-Canyon enriched uranium solutions to oxide (USF) D-24
D-19 Data for impact analysis of processing and storage for vitrification (DWPF) of H-Canyon enriched uranium solutions D-25
D-20 Data for impact analysis of continuing storage of H-Canyon enriched uranium solutions D-26
D-21 Data for impact analysis of improving storage of plutonium and uranium stored in vaults D-27
D-22 Data for impact analysis of processing plutonium and uranium stored in vaults to oxide D-28
D-23 Data for impact analysis of processing plutonium and uranium stored in vaults to metal D-29
D-24 Data for impact analysis of processing and storage for vitrification (DWPF) of plutonium and uranium stored in vaults D-30
D-25 Data for impact analysis of vitrification (F-Canyon) of plutonium and uranium stored in vaults D-31
D-26 Data for impact analysis of continuing storage of plutonium and uranium stored in vaults D-32
D-27 Data for impact analysis of improving storage of plutonium and uranium stored in vaults (plutonium-238 scrap material) D-33
D-28 Data for impact analysis of processing plutonium and uranium stored in vaults (plutonium-238 scrap material) to oxide D-34
D-29 Data for impact analysis of processing and storage for vitrification (DWPF) of plutonium and uranium stored in vaults (plutonium-238 scrap material) D-35
D-30 Data for impact analysis of continuing storage of plutonium and uranium stored in vaults (plutonium-238 scrap material) D-36
D-31 Data for impact analysis of processing Mark-31 targets to metal D-37
D-32 Data for impact analysis of processing Mark-31 targets to oxide D-38
D-33 Data for impact analysis of improving storage of Mark-31 targets D-39
D-34 Data for impact analysis of processing and storage for vitrification (DWPF) of Mark-31 targets D-40
D-35 Data for impact analysis of vitrification (F-Canyon) of Mark-31 targets D-41
D-36 Data for impact analysis of continuing storage of Mark-31 targets D-42
D-37 Data for impact analysis of blending Mark 16/22 fuels to low enriched uranium D-43
D-38 Data for impact of processing Mark 16/22 fuels to oxide (USF) D-44
D-39 Data for impact analysis of improving storage of Mark 16/22 fuels D-45
D-40 Data for impact analysis of processing and storage for vitrification (DWPF) of Mark 16/22 fuels D-46
D-41 Data for impact analysis of continuing storage of Mark 16/22 fuels D-47
D-42 Data for impact analysis of processing and storage for vitrification (DWPF) of other aluminum-clad fuels D-48
D-43 Data for impact analysis for improving storage of other aluminum-clad fuels D-49
D-44 Data for impact analysis of continuing storage of other aluminum-clad fuels D-50
Table A-1. Savannah River Site nuclear materials.
Table 4-9 Estimated increase in latent cancer fatalities if maximum consequence accident occurs
Table E-1. Accident frequency categories.
Table E-2. Hierarchy of established limits and guidelines used to determine impacts from postulated hazardous material accidents.
Table E-3
Table E-4
Table E-5
Table E-6
Table E-7
Table E-8 Table E-9 Table E-10 Table E-11 Table E-12 Table E-13. Inventories of Extremely Hazardous Substances in F-Area.
Table E-14. Impacts from potential non-seismic-initiated releases of extremely hazardous substances in F-Area
Table E-15. Impacts from potential releases of extremely hazardous substances in F-Area resulting from a severe earthquake
Table E-16. Inventories of Extremely Hazardous Substances in H-Area.
Table E-17. Impacts from potential non-seismic-initiated releases of Extremely Hazardous Substances in H-Area
Table E-18. Impacts from potential releases of extremely hazardous substances in H-Area resulting from a severe earthquake.
Table E-19. Inventories of Extremely Hazardous Substancesin M-Area.
Table E-20. Inventories of Extremely Hazardous Substances
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