Phase 1 Decommissioning

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Appendix C

Front Matter & TOC
  Cover
  Table Of Contents
  Acronyms & Abbreviations
 
+ Executive Summary
· Figure ES-1 - Location of the Western New York Nuclear Service Center
· Figure ES-2 - The Former Nuclear Fuel Reprocessing Plant & The WVDP in 2006
· Figure ES-3 - Waste Management Areas 1-10
· Figure ES-4 - The Plant During The Early Years
· Table ES-5 - Important Sources Of Contamination On The Project Premises
· Table ES-1 - DCGLW Values For 25 Millirem Per Year (pCi/g)
· Table ES-2 - Cleanup Goals To Be Used In Remediation in pCi/g
 
1.0 Introduction
1.1 Purpose
1.2 Scope
1.3
+ Background
· Figure 1-1 The Former Nuclear Fuel Reprocessing Plant (2006)
1.4
+ Environmental Impact Statements
· 1.4.1 - Waste Management EIS
· 1.4.2 - Decommissioning EIS
1.5 Decommissioning Criteria
1.6 Project Management & Organization
1.7 Health & Safety Program
1.8 Environmental Monitoring & Control
1.9 Radioactive Waste Management
1.10
+ Planned End States Before & After Phase 1
· 1.10.1 - The Interim End State
· 1.10.2 - Facilities & Areas Within Phase 1 Scope
1.11
+ Organizational Responsibilities
· 1.11.1 - DOE
· 1.11.2 - NRC
· 1.11.3 - NYSERDA
1.12 Organization Of This Plan
1.13 Control Of Changes
1.14 References
 
2.0 Facility Operating History
2.1
+ License History
· Table 2-1 - Limits For Nuclear Fuel In Solid Fuel Elements & Solutions
· Table 2-2 - Limits For Unirradiated Source Material
· Table 2-3 - Limits Used For Standards, Test, Measurements, & Calibration
 
+ 2.1.1 - Nucelar Fuel Services Operations (1966 - 1982)
· Table 2-4 - Nuclear Fuel Received & Reprocessed
· Figure 2-1 - Spent Fuel Reprocessing Diagram (PUREX Process)
· Table 2-5 - Estimated Radionuclide Content (In Curies) Of Tanks 8D-2 & 8D-4
  At The Completion Of Reprocessing
· Table 2-6 - Chemical Composition Of Tank 8D-2 Supernatant At The Completion
  Of Reprocessing
· Table 2-7 - Chemical Composition Of Tank 8D-2 Sludge At The Completion
  Of Reprocessing
· Table 2-8 - Chemical Composition Of Tank 8D-4
 
+ 2.1.2 West Valley Demonstration Project From 1982 - 2008
· Figure 2-2 - Simplified HLW Pretreatment Process Diagram
· Table 2-9 - Chemical Composition Of Glass Waste Form
· Table 2-10 - Typical HLW Canister Radio nuclide Content
2.2 Site Decontamination Activities (1996 - 2011)
 
+ 2.2.1 - NFS Remediation Activities (1996 - 1981)
· Table 2-11 - Activity Removed By NFS For The Period 1972 - 1977
+ 2.2.2 - WVDP Remediation Activities (1982 - 2011)
· Figure 2-3 - Previous & Current Locations Of Radio nuclides In North Plateau
  Facilities At The WVDP
· Figure 2-4 - Previous & Current Locations Of Radio nuclides In South Plateau
  Facilities At The WVDP
· Figure 2-5 - Locations Of Planned Remediation Activities For Site Facilities Prior To
  Phase One Of The Proposed Decommissioning
· Figure 2-12 - Facilities Show In Figures 2-3 Through 2-5
· Figure 2-13 - Facilities Rededicated Or To Be Remediated By The WVDP Before
  Decommissioning
· Figure 2-14 - DOE 10 CFR 835 Surface Contamination Guidelines
· Figure 2-15 - Radiological Areas & Radioactive Material Areas
2.3 Spills & Uncontrolled Release Of Radioactivity
 
+ 2.3.1 - North Plateau Groundwater Plume
· Figure 2-6 SR-90 Groundwater Plume On The North Plateau
· Table 2-16 - Released Radio nuclide Activity Estimates For The North Plateau Plume
  2.3.2 - Old Sewage Plant Drainage
  2.3.3 - The Cesium Prong
 
+ 2.3.4 - Summary Of Spills During NFS Operations
· Figure 2-7 - 1984 Ariel Radiation Survey Isopleths Of The WVDP & Surrounding Areas
· Table 2-17 - Principal Radio nuclides In Major Spills Occurring During NFS Operations
 
+ 2.3.5 - WVDP Spills
· Table 2-18 - WVDP Spills Impacting Environmental Media (1982 - 2007)
2.4 Prior Onsite Burials
 
+ 2.4.1 - Lagoon 1
· Table 2-19 - Estimated Radioactivity In Lagoon 1
 
+ 2.4.2 - The NRC-Licensed Disposal Area
· Table 2-20 - Summary Of Waste In The NRC-Licensed Disposal Area
· Table 2-21 - Estimated Radioactivity In The NDA
· Figure 2-8 - NDA Disposal Burial Areas
  2.4.3 - Other Burial Locations
2.5 References
 
3.0 Facility Description
3.1
+ Site Location & Description
· 3.1.1 - Site Location
· 3.1.2 - Site Description
· 3.1.3 - Facility Description
· 3.1.4 - Surrounding Communities, Businesses, & Transportation Systems
3.2 Population Distribution
 
+ 3.2.1 Local Population Data
· Table 3-2 - 2002 Resident Population Estimates By Directional Sector Within a 3.1 Mile
· Table 3-3 - Nearest Residences By Sector
· Table 3-4 - Number Of Residential Wells Or Springs Used For Drinking Water By a 3.1
  Mile Radius Of The Main Plant Stack
 
+ 3.2.2 Local Population Data
· Table 3-5 - Locations & Populations Of Towns/Villages Partially Or Totally
  Within 10 Mile Radius Of The Main Plant Stack
· Table 3-6 - Populations & Selected Municipalities, Counties, & States
  Within A 50 Mile Radius Of The WVDP
3.3 Current & Future Land Use
 
+ 3.3.1 Current Land Use
· Table 3-7 - Leading Agricultural Products In Cattaraugus County
· Table 3-8 - 2002 Consumable Animal Population Estimates By Sector Within
  A 3.1 Mile Radius Of The Main Plant Stack
· Table 3-9 - 2002 Crop Estimates By Sector Within A 3.1 Mile Radius
  Of The Main Plant Stack
  3.3.2 - Summary Of Anticipated Land Uses
3.4 Meteorology & Climatology
  3.4.1 - The General Climate Of Western New York
  3.4.2 - Severe Weather Phenomena
  3.4.3 - Weather-Related Radio nuclide Transmission Factors
 
+ 3.4.5 - Site Meteorology & Climatology
· Table 3-10 - Wind Speed & Direction Frequency Distributions At 10 Meters
· Table 3-11 - Wind Speed & Direction Frequency Distributions At 60 Meters
3.5 Geology & Seismology
  3.5.1 - Regional Physiography
 
+ 3.5.2 - Site Stratigraphy
· Table 3-12 - Generalized Paleozoic Stratigraphic Section For Southwestern New York
 
+ 3.5.3 - Site Geomorphology
· Table 3-13 - Summary Of Erosion Rates Near The WVDP
 
+ 3.5.4 - Regional Structure & Tectonics
· Table 3-14 - Summary Of Observed Faults On Seismic Lines WVN-1 & BER83-2A
 
+ 3.5.5 - Historical Seismicity
· Table 3-15 - Historical Seismicity Within 320 Kilometers (200 Miles) Of The Site
 
+ 3.5.6 - Evaluation Of Seismic Hazard
· Table 3-16 Site-Specific Mean Spectral Accelerations On Hard Rock (g’s)
· Table 3-17 Site-Specific Mean Spectral Accelerations On Soil (g’s) For The North Plateau
· Table 3-18 Site-Specific Mean Spectral Accelerations On Soil (g's) For The South Plateau
3.6
+ Surface Hydrology
· 3.6.1 - Hydrologic Description
· 3.6.2 - WVDP Effluents
· 3.6.3 - Influence Of Flooding On Site
· 3.6.4 - Water Use
3.7
+ Groundwater Hydrology
· 3.7.1 - Description Of The Saturated Zone
· 3.7.2 - Monitoring Wells
 
+ 3.7.3 - Physical Hydrogeologic Parameters In The Saturated Zone
· Table 3-19 - WVDP Hydraulic Conductivity (K) Testing Summary Table
  3.7.4 - Unsaturated Zone
  3.7.5 - Description Of Unsaturated Zone Monitoring Stations
  3.7.6 - Physical Parameters
  3.7.7 - Numerical Analysis Techniques
 
+ 3.7.8 - Distribution Coefficients
· Table 3-20 - Distribution Coefficients
 
+ 3.7.9 - Hydraulic Properties
· Table 3-21 - Total Porosity
3.8 Natural Resources
 
+ 3.8.1 - Natural Oil & Gas
· Table 3-22 - 2001 Natural Gas & Oil Production In Cattaraugus/Erie Counties In NY State
  3.8.2 - Mineral Resources
  3.8.3 - Water Resources
  3.8.4 - Timber Resources
  3.8.5 - Renewable Energy Resources
3.9 References
  Figures
 
4.1 Radiological Status Of Facility
  4.1.1 - Sources Of Available Data
 
+ 4.1.2 - Impacted Facilities
· Figure 4-1 - Location Of Impacted & Non-Impacted Facilities
· Figure 4-2 - Impacted & Non-Impacted Facilities In WMA1
· Figure 4-3 - Impacted & Non-Impacted Facilities In WMA2
· Figure 4-4 - Impacted Facilities In WMA3
· Figure 4-5 - Impacted & Non-Impacted Facilities In WMA6
  4.1.3 - Non-Impacted Facilities
 
+ 4.1.4 Radio nuclide Distributions
· Table 4-1 - Scaling Factors For Spent Fuel Reprocessed
· Table 4-2 - Batch 10 Sample Data
· Table 4-3 - Relative Fractions Of Process Building Dominant Radio nuclides
· Table 4-4 - Relative Fractions Of Vitrification Facility Dominant Radio nuclides
 
+ 4.1.5 - Radiological Status Of Facilities
· Table 4-5 - Estimated Process Building Residual Activity At Start Of Decommissioning
· Table 4-6 - Estimated Total Activity In Representative Process Building Areas
· Table 4-7 - Measured Maximum Gamma Radiation Levels In Process Building Areas
· Table 4-8 - Estimated Total Activity In The Vitrification Facility
· Table 4-9 - Estimated Radioactivity In The Underground Waste Tanks
· Table 4-10 - Estimated Radioactivity In The NDA
4.2 Radiological Status Of Environmental Media
  4.2.1 - Data Sources
 
+ 4.2.2 - Background Levels
· Table 4-11 - Median & Maximum Background Concentrations For Environmental Media
  At The WVDP
  4.2.3 - Radiological Status Of Surface Soil & Sediment
 
+ 4.2.4 - Radiological Status Of Subsurface Soil
· Figure 4-6 - Surface Soil and Sediment Locations With Radio nuclide Concentrations
  In Excess of Background
· Figure 4-7 - Subsurface Soil Locations With Radio nuclide Concentrations in Excess
  In Excess of Background
· Figure 4-8 - Cross-section of Sr-90 Concentrations Versus Depth in Subsurface Soil on
  In The North Plateau
 
+ 4.2.5 - Radio nuclide Concentrations Exceeding Background In Surface Soil, Sediment,
And Subsurface Soil By WMA
· Table 4-12 - Above-Background Concentrations Of Radio nuclides In Subsurface
  Soil At The WMA 1
·Table 4-13. Above-Background Concentrations Of Radio nuclides In Surface Soil
  From WMA 2
· Table 4-14 - Above-Background Concentrations Of Radio nuclides In Sediment
  From WMA 2
· Table 4-15 - Above-Background Concentrations of Radio nuclides in Subsurface
  From WMA 2
· Table 4 -16 - Above-Background Concentrations of Radio nuclides in Surface Soil at WMA 3
· Table 4-17 - Above-Background Concentrations Of Radio nuclides In Surface
  Soil, Sediment, & Subsurface Soil From WMA 4
· Table 4-18 - Above-Background Concentrations of Radio nuclides in Surface
  Soil, Sediment, and Subsurface Soil at WMA 5
· Table 4-19 - Above-Background Concentrations of Radio nuclides in Surface
  Soil, Sediment, and Subsurface Soil at WMA 6
· Table 4-20 - Above-Background Concentrations of Radio nuclides in Surface
  Soil, Sediment, and Subsurface Soil at WMA 7
· Table 4-21 - Above-Background Concentrations of Radio nuclides in Surface Soil
  & Sediment at WMA 10
· Table 4-22 - Above-Background Concentrations of Radio nuclides in Surface
  Soil & Sediment at WMA 12
 
+ 4.2.6 - Environmental Radiation Levels
· Figure 4-9. Onsite Environmental TLD Locations
· Table 4-23. Environmental Radiation Levels On The WVDP Site (1998-2007 Data)
· Figure 4-10. WVDP Radiological Control Areas
 
+ 4.2.7 - Radiological Status Of On Site Surface Water
· Figure 4-11 - Surface Water Locations with Radio nuclide Concentrations
  in Excess of Background
· Table 4-23. Environmental Radiation Levels On The WVDP Site (1998-2007 Data)
 
+ 4.2.8 - Radiological Status Of Groundwater
· Table 4-25. Routine Groundwater Monitoring Locations With Radio nuclide
  Concentrations(pCi/L) In Excess of Background
· Figure 4-12. Routine Groundwater Monitoring Locations with Radio nuclide in
  Excess of Concentrations Background
· Table 4-26. Geoprobe® Groundwater Points With Radio nuclide Concentrations
  (pCi/L) In Excess Of Background
· Figure 4-13. Geoprobe® Groundwater Locations With Radio nuclide
  In Excess Of Background
· Figure 4-14. North Plateau Groundwater Plume
4.3 References
 
5.0 Dose Modeling
  5.1.1 - Applicable Requirements & Guidances
 
+ 5.1.2 - Context For DCGL Development
·Figure 5-1 - Areas Of Interest - Surface Soil, Subsurface Soil, & Streambed
  Sediment Within The Project Premises
· Figure 5-2 - Conceptual Cross Section View Of WMA1 Excavation With
  Representative Data
·Figure 5-3 - Conceptual Cross Section View Of WMA2 Excavation With
  Representative Data
· Table 5-1 - Measured Maximum Lavery Till Radio nuclide Concentrations
 
+ 5.1.3 - Context For The Integrated Dose Assessment
· Figure 5-4 - Sources At The Conclusion Of Phase 1 Of The Proposed Decommissioning
  5.1.4 - Potential Impact Of Long-Term Erosion
  5.1.5 - Potential Changes In Groundwater Flow Fields
 
+ 5.1.6 - Seepage Of Groundwater
· Figure 5-5 - Locations Of Perimeter Seeps On The North Plateau (Dames & Moore 1994)
  5.1.7 - Potential Impacts On The Kent Recessional Sequence
 
+ 5.1.8 - General Dose Modeling Process
· Figure 5-6 - General Dose Modeling Process < /td>
5.2 DCGL Development
 
+ 5.2.1 - Conceptual Models For DCGL Development
· Figure 5-7 - Conceptual Model For Surface Soil DCGL Development
· Table 5-2 - Exposure Pathways For Surface Soils DCGL Development
· Table 5-3 - Key Input Parameters For Surface Soils DCGL Development
· Figure 5-8 - Conceptual Model For Subsurface Soils DCGL Development
· Table 5-4 - Exposure Pathways for Subsurface Soils DCGL Development
· Table 5-5 - Key Input Parameters For Subsurface Soils DCGL Development
· Figure 5-9 - Conceptual Model For Streambed DCGLs Development
· Table 5-6 - Exposure Pathways For Streambed Sediment DCGL Development
· Table 5-7 - Key Input Parameters For Streambed Sediment DCGL Development
  5.2.2 - Mathematical Model
 
+ 5.2.3 - Summary Of Results
· Table 5-8 - DCGLs For 25 mrem Per Year (pCi/g)
 
+ 5.2.4 - Discussion Of Sensitivity Analysis & Uncertainty
· Table 5-9 - Summary of Parameter Sensitivity Analyses – Surface Soil DCGLs
· Table 5-01 - Summary of Parameter Sensitivity Analyses – Subsurface Soil DCGLs
· Table 5-11- Summary of Parameter Sensitivity Analyses – Streambed Sediment DCGLs
5.3 Limited Site-Wide Dose Assessment
  5.3.1 - Basis For This Assessment
  5.3.2 - Assessment Approach
 
+ 5.3.3 - Results Of Assessments
· Table 5-12. Limited Site-Wide Dose Assessment 1 Results (DCGLs in pCi/g)
· Table 5-13. Limited Site-Wide Dose Assessment 2 Results (DCGLs in pCi/g)
5.4 Cleanup Goals & Additional Analyses
 
+ 5.4.1 - Cleanup Goals
· Table 5-14. Cleanup Goals to be Used in Remediation in (pCi/g)
  5.4.2 - Refining DCGLs and Cleanup Goals
  5.4.3 - Use of a Surrogate Radio nuclide DCGL
  5.4.4 - Preliminary Dose Assessment
  5.4.5 - Final Dose Assessment
5.5 References
 
6.0 ALARA Analysis
6.1 Introduction
6.1
+ Introduction
· 6.1.1 - Applicable Requirements & Guidance
· 6.1.2 - Remediation Activities Of Interest
· 6.1.3 - The DCGLs Involved
6.2
+ Archiving A Decommissioning Goal Below The Dose Limit
· 6.2.1 - Phase 1 Proposed Decommissioning Strategy Promotes ALARA
· 6.2.2 - Conservatism In DCGL Development
· 6.2.3 - Conservatism From The Decontamination & Final Status Survey Process
6.3
+ DCGL ALARA Analysis
· 6.3.1 - ALARA Analysis Guidance
· 6.3.2 - Calculating Benefits & Costs
· 6.3.3 - Surface Soil Preliminary ALARA Analysis
· 6.3.4 - Subsurface Soil Preliminary ALARA Analysis
· 6.3.5 - Streambed Sediment Preliminary ALARA Analysis
6.4 Additional Analyses
6.5 References
 
7.0 Planned Decommissioning Activities
7.1
+ Conditions At The Beginning Of The Phase 1 Decommissioning Work
· Table 7-1 - Facility & Area Conditions At The Beginning Of Phase 1
7.2
+ General Approach & General Requirements
· 7.2.1 - General Approach
· 7.2.2 - General Requirements
7.3 WMA 1 Proposed Decommissioning Activities
 
+ Figure 7-1 - WMA 1 In 2007
· 7.3.1 - Characterizing Soil & Streambed Sediment
 
+ 7.3.2 - Relocating The Vitrified HLW Canisters
· Figure 7-2 - Conceptual Arrangement for Transferring Vitrified HLW Canisters
· Figure 7-3 - Storage Module Conceptual Design (from WVNSCO & Scientech 2000)
 
+ 7.3.3 - Removing The Above Grade Portion of the Process Building
· Figure 7-4 - Process Building General Arrangement
  7.3.4 - Removing the Above-Grade Portion of the Vitrification Facility
  7.3.5 - Removing the 01-14 Building & the Vitrification Off-Gas Line
  7.3.6 - Removing the Load-In/Load-Out Facility
  7.3.7 - Removing Other WMA 1 Structures
 
+ 7.3.8 - Removing the Underground Structures, Equipment & the Plume Source Area
· Figure 7-5. Layout of Process Building Underground Structures
· Figure 7-6. Conceptual Layout of WMA 1 Excavation
· Figure 7-7. Conceptual WMA 1 Excavation Contour, With Selected Subsurface Soil Data
· Figure 7-8. Excavation Cross Sections (From URS Drawing C-102)
  7.3.9 - Site Restoration
7.4 WMA 2 Proposed Decommissioning Activities
 
+ Figure 7-9 - WMA 2 In 2007
· 7.4.1- Characterizing Soil and Sediment
· 7.4.2 - Removing Structures
· 7.4.3 - Decommissioning the Lagoons
  Figure 7-10 -. Conceptual Arrangement of WMA 2 Excavation, Plan View
  Figure 7-11 - Conceptual Arrangement of WMA 2 Excavation, Cross Section
7.5
+ WMA 3 Proposed Decommissioning Activities
· 7.5.1 - Removing Structures
· 7.5.2 - Removing Waste Tank Pumps and Pump Support Structures
· 7.5.3 - Removing HLW Transfer Trench Piping and Equipment
· 7.5.4 - Monitoring & Maintenance
7.6
+ WMA 5 Proposed Decommissioning Activities
· 7.6.1 - Removing Lag Storage Addition 4 and the Shipping Depot
· 7.6.2 - Removing the Remote-Handled Waste Facility
· 7.6.3 - Removing Remaining Floor Slabs & Foundations & Gravel Pads
7.7
+ WMA 6 Proposed Decommissioning Activities
· 7.7.1 - Removing the Sewage Treatment Plant
· 7.7.2 - Removing the Equalization Basin
· 7.7.3 - Removing the Equalization Tank
· 7.7.4 - Removing the Demineralization Sludge Ponds
· 7.7.5 - Removing the South Waste Tank Farm Test Tower
· 7.7.6 - Removing the Remaining Floor Slabs and Foundations
7.8 WMA 7 Proposed Decommissioning Activities
7.9 WMA 9 Proposed Decommissioning Activities
7.10 WMA 10 Proposed Decommissioning Activities
7.11
+ Remedial Techniques
· 7.11.1 - Pipe Cutting and Other Metal Cutting
· 7.11.2 - Tool Positioning Technologies
 
+ 7.11.3 - Concrete Cutting and Demolition
· Figure 7-12 - Typical Demolition Machine
 
+ 7.11.4 - Concrete Decontamination
· Figure 7-13 - MOOSE®
  7.11.5 - Demolition of Structures
 
+ 7.11.6 - Excavation and Grading
· Figure 7-14. Universal Demolition Processor
7.12
+ Schedule
· Figure 7-15. Conceptual Schedule of Phase 1 Proposed Decommissioning Activities
7.13 References
 
8.0 Quality Assurance Program
8.1
+ Quality Assurance Organization
· Figure 8-1 - Decommissioning Organization Quality Assurance Relationships
· 8.1.1 - Quality Assurance Organization Duties & Responsibilities
· 8.1.2 - Decommissioning Project Quality Assurance Duties & Responsibilities
8.2
+ Assuring Quality In Preliminary Engineering Work
· 8.2.1 - Dose Modeling
· 8.2.2 - Engineered Barrier Design
· 8.2.3 - Other Engineering Work
 
+ Decommissioning Quality Assurance Program
· 8.3.1 - General Description Of The Program
· 8.3.2 - Characterization & Final Status Survey Data
· 8.3.3 - Engineering Design & Data, Calculations, & Modeling
8.4 Document Control
8.5 Control Of Measuring & Test Equipment
8.6 Control Of Purchased Material & Subcontractor Services
8.7 Corrective Action
8.8 Audits & Surveillance
8.9 Quality Assurance Records
8.10 References
 
9.0 Facility Radiation Surveys
9.1
+ Release Criteria
· Table 9-1 - Surface Soil Cleanup Goal Area Factors
· Table 9 -2 - Subsurface Soil Cleanup Goal Area Factors
· Table 9-3 - Streambed Sediment Cleanup Goal Area Factors
9.2
+ Types Of Survey & Their Purposes
· 9.2.1 - Background Surveys
· 9.2.2 - Scoping Surveys
· 9.2.3 - End Of Task Surveys
· 9.2.4 - Characterization Surveys
· 9.2.5 - In Process Surveys
· 9.2.6 - Final Status Surveys
· 9.2.7 - Confirmatory Surveys
9.3 Background Surveys
9.4 Characterization Surveys
 
+ 9.4.1 - Characterization Sample & Analysis Plan Content
· Table 9-4 - Radiological Field Instruments
· 9.4.2 - Characterization Data Quality Objectives
· 9.4.3 - Characterization Quality Requirements
9.5 In Process Surveys
9.6 The Phase 1 Final Survey Status
 
+ 9.6.1 - Phase 1 Final Status Survey Plan Content
· 9.6.2 - Data Quality Objectives For The Phase 1 Final Status Survey
· 9.6.3 - Phase 1 Final Status Survey Quality Requirements
9.7 The Survey Process By Waste Management Area
 
+ 9.7.1 - WMA 1 Process Building & Vitrification Facility Area
· Table 9-7 - Laboratory Methods
  9.7.2 - WMA 2 Low-Level Waste Treatment Facility
  9.7.3 - WMA 3 Waste Tank Farm Area
  9.7.4 - WMA 5 Waste Storage Area
  9.7.5 - WMA 6 Central Project Premises
  9.7.6 - WMA 7 NDA & Associated Facilities
  9.7.7 - WMA 8 State Licensed Disposal Area
  9.7.8 - WMA 9 Radwaste Treatment System Drum Cell Area
  9.7.9 - WMA 10 Support & Services Area
  9.7.10 - WMA 11 Bulk Storage Warehouse & Hydrofracture Test Well Area
  9.7.11 - WMA 12 Balance Of The Site
  9.7.12 - Environmental Media
9.8
+ Phase 1 Final Status Survey Report Requirements
· 9.8.1 - Overview of Results
· 9.8.2 - Discussion of Changes
· 9.8.3 - Description of How Numbers of Samples Were Determined
· 9.8.4 - Sample Number Determination Values
· 9.8.5 - Results for each Survey Unit
· 9.8.6 - Survey Unit Changes
· 9.8.7 - Actions Taken for Failed Survey Units
· 9.8.8 - Impact of Survey Unit Failures
9.9 References
 
Appendixes
  Appendix A
  Appendix B
  Appendix C
  Appendix D