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FINAL PROGRAMMATIC UNIFORM FEDERAL POLICY–QUALITY ASSURANCE PROJECT PLAN (UFP-QAPP) ANNEX 19 ENVIRONMENTAL RADIATION MONITORING PROGRAM
September 2016 Submitted By: U.S. ARMY INSTALLATION MANAGEMENT COMMAND ATTN: IMSO, Building 2261 2405 Gun Shed Road, Fort Sam Houston, Texas 78234-1223 Submitted To: U.S. NUCLEAR REGULATORY COMMISSION Office of Nuclear Material Safety and Safeguards 11545 Rockville Pike, Two White Flint North, Rockville, Maryland 20852-2738
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TABLE OF CONTENTS Page
LIST OF WORKSHEETS ........................................................................................................................... iv LIST OF ACRONYMS AND ABBREVIATIONS ...................................................................................... v INTRODUCTION ........................................................................................................................................ 1 REFERENCES ........................................................................................................................................... 52
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LIST OF WORKSHEETS Page
QAPP Worksheets #1 and #2. Title and Approval Page .............................................................................. 4 QAPP Worksheets #3 and #5. Project Organization and QAPP Distribution ............................................. 9 QAPP Worksheets #4, #7, and #8. Personnel Qualifications and Sign-Off Sheet ..................................... 10 QAPP Worksheet #6. Communication Pathways ...................................................................................... 11 QAPP Worksheet #9. Project Planning Session Summary ........................................................................ 14 QAPP Worksheet #10. Conceptual Site Model ......................................................................................... 15 QAPP Worksheet #11. Project/Data Quality Objectives ........................................................................... 18 QAPP Worksheet #12. Measurement Performance Criteria ...................................................................... 22 QAPP Worksheet #13. Secondary Data Uses and Limitations .................................................................. 26 QAPP Worksheets #14 and #16. Project Tasks and Schedule ................................................................... 27 QAPP Worksheet #15a. Project Action Levels for the ERM Media ......................................................... 28 QAPP Worksheet #15b. Laboratory-Specific Detection/Quantitation Limits for Surface Water ............. 29 QAPP Worksheet #15c. Laboratory-Specific Detection/Quantitation Limits for Sediment...................... 30 QAPP Worksheet #17. Sampling Design and Rationale ........................................................................... 31 QAPP Worksheet #18. Sampling Locations and Methods ........................................................................ 32 QAPP Worksheets #19 and #30. Sample Containers, Preservation, and Hold Times ............................... 33 QAPP Worksheet #20. Field Quality Control Summary ........................................................................... 34 QAPP Worksheet #21. Field SOPs ............................................................................................................ 35 QAPP Worksheet #22. Field Equipment Calibration, Maintenance, Testing, and Inspection................... 36 QAPP Worksheet #23. Analytical SOPs.................................................................................................... 38 QAPP Worksheet #24. Analytical Instrument Calibration ........................................................................ 39 QAPP Worksheet #25. Analytical Instrument and Equipment Maintenance, Testing, and
Inspection ................................................................................................................................ 41 QAPP Worksheets #26 and #27. Sample Handling, Custody, and Disposal ............................................. 42 QAPP Worksheet #28. Analytical Quality Control and Corrective Action ............................................... 43 QAPP Worksheet #29. Project Documents and Records ........................................................................... 45 QAPP Worksheets #31, #32, and #33. Assessments and Corrective Action ............................................. 46 QAPP Worksheet #34. Data Verification and Validation Inputs ............................................................... 47 QAPP Worksheet #35. Data Verification Procedures................................................................................ 48 QAPP Worksheet #36. Data Validation Procedures .................................................................................. 49 QAPP Worksheet #37. Usability Assessment ............................................................................................ 50
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LIST OF ACRONYMS AND ABBREVIATIONS
ac Acre AEC U.S. Army Environmental Command CAR Corrective Action Report CAS Chemical Abstract System CCV Continuing Calibration Verification CD Compact Disc CFR Code of Federal Regulations CoC Chain-of-Custody COR Contracting Officer’s Representative COTR Contracting Officer’s Technical Representative CPR Cardiopulmonary Resuscitation CSM Conceptual Site Model DA Department of the Army DAC Derived Air Concentration DI Deionized DoD U.S. Department of Defense DOE U.S. Department of Energy DQA Data Quality Assessment DQI Data Quality Indicator DQO Data Quality Objective DU Depleted Uranium EDD Electronic Data Deliverable ELAP Environmental Laboratory Accreditation Program EOD Explosive Ordnance Disposal ERM Environmental Radiation Monitoring ERMP Environmental Radiation Monitoring Plan FedEx Federal Express FTP Field Technical Procedure GIS Geographic Information System GPS Global Positioning System HASL Health and Safety Laboratory HASP Health and Safety Plan HAZWOPER Hazardous Waste Operations and Emergency Response ICAL Initial Calibration ICP-MS Inductively Coupled Plasma/Mass Spectrometry ICS Interference Check Sample ICV Initial Calibration Verification IDQTF Intergovernmental Data Quality Task Force IEC International Electrotechnical Commission IMCOM Installation Management Command IS Internal Standard ISO International Organization for Standardization KeV Kiloelectron Volts kg Kilogram LCS Laboratory Control Sample LCSD Laboratory Control Sample Duplicate LOD Limit of Detection LOQ Limit of Quantitation
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LIST OF ACRONYMS AND ABBREVIATIONS (Continued)
MDC Minimum Dose Concentration MDL Method Detection Limit MeV Megaelectron Volts MS Matrix Spike MSD Matrix Spike Duplicate N/A Not Applicable NAVSCOLEOD Naval School Explosive Ordnance Disposal NCR Nonconformance Report NIST National Institute of Standards and Technology NRC U.S. Nuclear Regulatory Commission OSHA Occupational Safety and Health Administration PAERMP Programmatic Approach for the Preparation of Site-Specific Environmental
Radiation Monitoring Plans pCi/g Picocuries per Gram pCi/L Picocuries per Liter PMP Project Management Professional POC Point of Contact PWS Project Work Statement QA Quality Assurance QAPP Quality Assurance Project Plan QC Quality Control QSM Quality Systems Manual RCA Radiation Control Area RL Reporting Limit RPD Relative Percent Difference RSSO Radiation Safety Staff Officer SHSO Site Health and Safety Officer SML Source Material License SOP Standard Operating Procedure SUXOS Senior Unexploded Ordnance Supervisor SW Solid Waste TA Training Area U-232 Uranium-232 U-233 Uranium-233 U-234 Uranium-234 U-235 Uranium-235 U-236 Uranium-236 U-238 Uranium-238 UFP Uniform Federal Policy USACE U.S. Army Corps of Engineers USEPA U.S. Environmental Protection Agency USGS U.S. Geological Survey UXO Unexploded Ordnance Note: The above acronym list contains the acronyms used in the Introduction and Worksheets #3 and #5, the Project Organization and QAPP Distribution. All other worksheets contain their own acronym list.
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INTRODUCTION
This Programmatic Uniform Federal Policy Quality Assurance Project Plan (UFP-QAPP) describes the quality assurance (QA), quality control (QC), and additional technical activities that must be implemented to ensure that data collected are of sufficient quality to support the objectives of environmental radiation monitoring (ERM) at all sites covered under the U.S. Army Environmental Center Nationwide Depleted Uranium (DU) Remedial Design Sampling Program and the U.S. Nuclear Regulatory Commission (NRC) amended license (Source Material License [SML] SUC-1593) that authorizes the U.S. Army to possess DU at sites across the United States. The UPF-QAPP also describes field sampling procedures and laboratory protocols for ERM activities, describes the ways in which QA and QC are applied to analytical results, and discusses data management and reporting. Leidos has prepared this plan in accordance with the project work statement (PWS) requirements under U.S. Army Corps of Engineers (USACE) Contract No. W912QR-16-D-0003, Delivery Order No. 002. The U.S. Army has not determined who will execute the ERM fieldwork and laboratory analyses. Where organization-specific details (e.g., names, telephone numbers) are required, the entries in the UFP-QAPP Worksheets state, “to be determined” or “TBD,” and will be established prior to execution of field sampling and laboratory analysis. In some cases, example information is provided.
Background
The Davy Crockett Weapon System was in the U.S. Department of Defense’s (DoD) inventory of weapons between 1961 and 1971. The Davy Crockett was a battalion-level, nuclear-capable recoilless weapon used by infantry, armored, airborne, and mechanized divisions. This system consisted of the M28 (Light Weapon), which was deployed between 1961 and 1968, and the M29 (Heavy Weapon), which was used until 1971. This nuclear capable weapon system fired practice projectiles that contained high explosives during training. The M101 20mm spotting round, which was only used with the M28 Light Weapon, was used to verify the aiming point of the weapon system. The spotting rounds emitted white smoke on impact but did not explode. Remnants of the tail assemblies remain at sites where the U.S. Army trained on the weapons system. The M101 was a small (about 8 inches in length and 1-inch diameter) low-speed projectile weighing about 1 pound and containing 6.7 ounces of DU. Unlike modern munitions that use DU as penetrators to defeat enemy armor, the DU in the M101 was used to provide weight sufficient for the spotting round to simulate the flight of the supercaliber Davy Crockett projectile. Approximately 75,000 M101 rounds were manufactured. The U.S. Army demilitarized approximately 44,000 of these M101 spotting rounds at the original manufacturing facility (U.S. Army 2011 DCrockettInfo).
The Atomic Energy Commission, NRC’s predecessor, gave the U.S. Army a license to make, test and distribute the spotting rounds. Under that license, the U.S. Army distributed the rounds for training. The license expired in 1978, after the U.S. Army had stopped producing and distributing the spotting rounds. In 2005, the U.S. Army found tail assemblies from the spotting rounds at the Schofield Barracks on Oahu. This discovery prompted a review of all sites that trained with the system. The U.S. Army found DU at other sites, including the Pohakuloa Training Area (TA) on the island of Hawaii. Under NRC regulations, the U.S. Army must have a license to possess this material. The U.S. Army applied for a possession-only license in November 2008. The USACE researched the identity of U.S. Army ranges in the United States where the M101 may have been used. Once this records review identified a potential range, USACE conducted site surveys or worked with the local U.S. Army office to determine whether there is evidence that live-fire training with the M101 occurred at a range. The U.S. Army would have conducted training with the Davy Crockett Weapon System at Department of the Army (DA) major and subordinate installations. It was not until 2011 that the U.S. Army identified all of the sites where it used the Davy Crockett system. At that time, NRC and the U.S. Army decided to continue with licensing the two Hawaiian sites and to address the remaining installations through an amendment.
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SML SUC-1593 continues to cover the Schofield Barracks and Pohakuloa TA (Hawaii). It now also applies to Forts Benning and Gordon (Georgia), Forts Campbell and Knox (Kentucky), Fort Carson (Colorado), Fort Hood (Texas), Joint Base Lewis-McChord/Yakima Training Center (Washington), Fort Bragg (North Carolina), Fort Polk (Louisiana), Fort Riley (Kansas), Fort Sill (Oklahoma), Fort Jackson (South Carolina), Fort Hunter Liggett (California), Fort Wainwright (Alaska), and Joint Base McGuire-Dix-Lakehurst (New Jersey). The NRC license allows the U.S. Army to possess up to 12,567 pounds of DU at the sites and limits the amount of DU the U.S. Army can possess at each location. It requires the U.S. Army to comply with NRC regulations and standards for protecting the public and the environment from radiation and is subject to NRC inspections and periodic reviews. The license requires the U.S. Army to have environmental monitoring as well as radiation safety and physical security plans. These requirements are meant to ensure the DU will not pose a future health risk. The license does not authorize the U.S. Army to use the DU or decommission the sites. Any cleanup would require additional review and approval by NRC to ensure that public health and safety will continue to be protected. The amended license will ensure the U.S. Army has done careful studies and developed site-specific plans for environmental monitoring. ERM activities are being conducted at all sites associated with this license to ensure that DU, present within the radiation control area (RCA), does not pose a threat to human health and the environment through inadvertent or unanticipated release or migration.
Programmatic UFP-QAPP for the Environmental Radiation Monitoring Plan
The most recent requirements for ERM sampling were described in the Programmatic Approach for Preparation of Site-Specific Environmental Radiation Monitoring Plans (PAERMP) (ML16004A369) (U.S. Army 2015). NRC has accepted the PAERMP and incorporated it into the license by reference (license condition 11). The Environmental Radiation Monitoring Plan (ERMP) for SML SUC-1593 includes installation-specific annexes that provide site-specific and RCA-specific plans in addition to those in the main ERMP document. This Programmatic UFP-QAPP is applicable to all sites and addresses field and analytical requirements that are common and applicable to all sites and RCAs.
This UFP-QAPP is designed to meet the requirements of applicable Federal regulations for SML SUC-1593, particularly NRC regulations specified in Title 10, Code of Federal Regulations (CFR) Part 20, “Standards for Protection against Radiation.” This QAPP is designed to meet the overall ERM goals of providing:
• A general historical and current perspective of DU activity in various media with details provided in the Site-Specific ERMP Annexes.
• Sampling and analytical procedures to be implemeted to provide an accurate indication of the magnitude and extent of any DU release or migration from past operations.
Environmental monitoring activities at Davy Crockett sites include the collection of samples from suitable surveillance locations, described in Site-Specific ERMP Annexes, using appropriate sampling methods, techniques, and analyses to address credible transport pathways.
This UFP-QAPP documents and describes details for the following topics:
• Data quality objectives (DQOs) for the ERM sampling at all sites
• Procedures for field measurements, observations, and sampling of surface water and sediment
• Requirements for the radiological analysis of environmental samples for total and isotopic uranium (uranium-234 [U-234], uranium-235 [U-235], and uranium-238 [U-238]) concentrations
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• Action levels and associated corrective actions for surface water and sediment sample results
• Data management activities and reporting requirements for analytical data.
This Programmatic UFP-QAPP was prepared using guidance from the UFP QAPP Optimized UFP-QAPP Worksheets (IDQTF 2012). The UFP-QAPP Manual is a set of consensus documents prepared by the Intergovernmental Data Quality Task Force (IDQTF) to provide instructions for preparing QAPPs for any environmental data collection operation. The UFP was developed as a joint initiative by the U.S. Environmental Protection Agency (USEPA), DoD, and U.S. Department of Energy (DOE) to ensure that environmental data are of known and documented quality and suitable for their intended uses, and environmental data collection and technology programs meet stated requirements. Other guidance documents used during the preparation of this UFP-QAPP are the DoD Quality Systems Manual (QSM), Version 5.0 (DoD 2013) and U.S. Nuclear Regulatory Commission Regulation (NUREG)-1757 (NRC 2006).
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QAPP Worksheets #1 and #2. Title and Approval Page
Project Identifying Information
a. Programmatic UFP-QAPP for the Environmental Radiation Monitoring Program, Annex 19 to the “Environmental Radiation Monitoring Plan for License SUC-1593.”
b. Contract No. W912QR-16-D-0003, Delivery Order No. 002
1. Lead Organization
a. U.S. Army Installation Management Command Dr. Robert Cherry, License Radiation Safety Officer (RSO) Signature, Date
b. U.S. Army Environmental Command (AEC) Joan Jackson, Project Manager Signature, Date
c. U.S. Army Corps of Engineers (USACE) – Louisville District Brooks Evens, Contracting Officer’s Representative Signature, Date
2. Federal Regulatory Agency
a. U.S. Nuclear Regulatory Commission (NRC) – Headquarters Amy M. Snyder, Project Manager Signature, Date
3. Investigative Organization
a. TBD
TBD, Project Manager Signature, Date
b. TBD TBD, Deputy Project Manager Signature, Date
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c. TBD TBD, Quality Assurance Officer Signature, Date
4. Regulatory Program: NRC monitoring requirements specified in Title 10, Code of Federal Regulations
(CFR), Section 20.1101 (entitled Radiation Protection Programs), 20.1301 (entitled Radiation Dose Limits for Individual Members of the Public), 20.1302 (entitled Compliance with Dose Limits for Individual Members of the Public), 20.1501 (under Subpart F–Surveys and Monitoring), 20.2001 (under Subpart K–Waste Disposal), and 20.2103 (entitled Records of Surveys)
5. Approval Entity: NRC
6. Plans and reports from previous investigations relevant to this project: a. ARCADIS/Malcolm Pirnie. 2011. Final Quality Assurance Project Plan (QAPP), Operational
Range Assessment Program Phase II Quantitative Assessment, U.S. Army Garrison Fort Benning, Georgia. Prepared for U.S. Army Environmental Command. September 23.
b. ARCADIS/Malcolm Pirnie. 2012. Final Operational Range Assessment Program, Phase II Quantitative Assessment Report, U.S. Army Garrison Fort Riley, Kansas. Prepared for U.S. Army Environmental Command and U.S. Army Corps of Engineers, Baltimore District. July. FOR OFFICIAL USE ONLY.
c. Cabrera (Cabrera Services, Inc.). 2014. Final Report: Vegetation Sampling for Depleted Uranium Schofield Barracks, Oahu, Hawaii. Prepared for U.S. Army Corps of Engineers, U.S. Army – Engineering and Support Center, Huntsville. March.
d. EA (EA Engineering, Science, and Technology, Inc.). 2010. Final Quality Assurance Project Plan, ORAP Phase II Quantitative Assessment, U.S. Army Operational Range Assessment Program, Quantitative Operational Range Assessments, U.S. Army Garrison Fort Hood, Texas. Prepared for U.S. Army Environmental Command. May.
e. EA. 2011a. Final Site-Specific Quality Assurance Project Plan, Operational Range Assessment Program, Phase II Quantitative Assessment, Fort Bragg, North Carolina. Prepared for U.S. Army Environmental Command. April.
f. EA. 2011b. Final Quality Assurance Project Plan, Phase II Quantitative Assessment, Fort Carson, Colorado. Prepared for U.S. Army Corps of Engineers, Baltimore District and U.S. Army Environmental Command. March.
g. EA. 2011c. Final Quality Assurance Project Plan Addendum, Phase II Quantitative Assessment, Fort Carson, Colorado. Prepared for U.S. Army Corps of Engineers, Baltimore District and U.S. Army Environmental Command. September.
h. EA. 2011d. Revised Final Site-Specific Quality Assurance Project Plan, Operational Range Assessment Program, Phase II Quantitative Assessment, U.S. Army Garrison Fort Hunter Liggett, California. Prepared for U.S. Army Environmental Command. January.
i. EA. 2012a. Final Site-Specific Quality Assurance Project Plan, Operational Range Assessment Program, Phase II Quantitative Assessment, Donnelly Training Area, Alaska. Prepared for U.S. Army Environmental Command. May.
j. EA. 2012b. Final Operational Range Assessment Program (ORAP) Phase II Quantitative Assessment Report, U.S. Army Garrison Fort Benning, Georgia. Prepared for U.S. Army Environmental Command and U.S. Army Corps of Engineers – Baltimore District. September.
k. EA. 2012c. Final Operational Range Assessment Program, Phase II Quantitative Assessment Report, Fort Carson, Colorado. Prepared for U.S. Army Corps of Engineers, Baltimore District and U.S. Army Environmental Command. August.
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l. EA. 2012d. Final Operational Range Assessment Program, Phase II Quantitative Assessment Report, U.S. Army Garrison Fort Hood, Killeen, Texas. Prepared for U.S. Army Corps of Engineers, Baltimore District and U.S. Army Environmental Command. September.
m. EA. 2012e. Final Site-Specific Quality Assurance Project Plan, Operational Range Assessment Program, Phase II Quantitative Assessment, Fort Knox, Kentucky. Prepared for U.S. Army Environmental Command. September.
n. EA. 2012f. Final Quality Assurance Project Plan, Operational Range Assessment Program, Phase II Quantitative Assessment, Fort Polk and Peason Ridge, Louisiana. Prepared for U.S. Army Environmental Command. August.
o. EA. 2012g. Final Operational Range Assessment, Phase II Quantitative Assessment, Joint Base Mcguire-Dix-Lakehurst, New Jersey. Version 1.0. Prepared for HQ AFCEE/TDN, Lackland Air Force Base. April.
p. EA. 2012h. Final Quality Assurance Project Plan, Operational Range Assessment Program, Phase II Quantitative Assessment, Schofield Barracks Military Reservation, Oahu, Hawaii. Prepared for U.S. Army Environmental Command. July.
q. EA. 2012i. Final Quality Assurance Project Plan, Operational Range Assessment Program, Phase II Quantitative Assessment, Yakima Training Center, Washington. Prepared for U.S. Army Environmental Command. March.
r. EA. 2013a. Final Site-Specific Quality Assurance Project Plan, Operational Range Assessment Program, Phase II Quantitative Assessment, Fort Campbell, Kentucky. Prepared for U.S. Army Environmental Command. November.
s. EA. 2013b. Final Operational Range Assessment Program, Phase II Quantitative Assessment Report, Fort Polk, Louisiana. Prepared for U.S. Army Corps of Engineers, Baltimore District and U.S. Army Environmental Command. September.
t. EA. 2013c. Final Operational Range Assessment Program, Phase I Qualitative Assessment Report Addendum, Pohakuloa Training Area, Hawaii. Prepared for U.S. Army Environmental Command and U.S. Army Corps of Engineers, Baltimore District. December.
u. EA. 2013d. Final Operational Range Assessment Program, Phase II Quantitative Assessment Report, Yakima Training Center, Yakima, Washington. Prepared for U.S. Army Corps of Engineers, Baltimore District and U.S. Army Environmental Command. November.
v. EA. 2014a. Final ORAP Phase II Quantitative Assessment Report, Donnelly Training Area, Alaska, U.S. Army Operational Range Assessment Program, Quantitative Operational Range Assessments. Prepared for U.S. Army Environmental Command. January 24.
w. EA. 2014b. Final Operational Range Assessment Program Phase II Quantitative Assessment Report, Fort Bragg, North Carolina. Prepared for U.S. Army Corps of Engineers, Baltimore District and U.S. Army Environmental Command. March.
x. EA. 2014c. Final Operational Range Assessment Program Phase II Quantitative Assessment Report, U.S. Army Garrison, Fort Campbell, Kentucky. Prepared for U.S. Army Corps of Engineers, Baltimore District and U.S. Army Environmental Command. September.
y. EA. 2014d. Revised Final Operational Range Assessment Program, Phase II Quantitative Assessment Report, U.S. Army Garrison Fort Hunter Liggett, Jolon, California. Prepared for U.S. Army Corps of Engineers, Baltimore District and U.S. Army Environmental Command. January. FOR OFFICIAL USE ONLY.
z. EA. 2014e. Final Operational Range Assessment Program, Phase II Quantitative Assessment Report, Fort Knox, Kentucky. Prepared for U.S. Army Corps of Engineers, Baltimore District and U.S. Army Environmental Command. September.
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aa. EA. 2014f. Final Quality Assurance Project Plan, ORAP Phase II Quantitative Assessment, U.S. Army Operational Range Assessment Program, Quantitative Operational Range Assessments, Fort Sill, Lawton, Oklahoma. Prepared for U.S. Army Environmental Command. May.
bb. EA. 2014g. Final Operational Range Assessment Program, Phase II Quantitative Assessment Report, Fort Sill, Oklahoma. Prepared for U.S. Army Corps of Engineers, Baltimore District and U.S. Army Environmental Command. December.
cc. EA. 2014h. Final Operational Range Assessment Program, Phase I Qualitative Assessment Report Addendum, Joint Base Lewis-McChord, Tacoma, Washington. Prepared for U.S. Army Environmental Command and U.S. Army Corps of Engineers, Baltimore District. March.
dd. EA. 2015. Final Operational Range Assessment Program, Phase II Quantitative Assessment Report, Schofield Barracks Military Reservation, Oahu, Hawaii. Prepared for U.S. Army Corps of Engineers, Baltimore District and U.S. Army Environmental Command. August.
ee. Malcolm Pirnie (Malcolm Pirnie, Inc.). 2009. Final Work Plan Operational Range Assessment Program, Phase II Quantitative Assessment, U.S. Army Garrison Fort Jackson and McCrady Training Center, South Carolina. Prepared for U.S. Army Environmental Command. March.
ff. Malcolm Pirnie. 2010. Final Quality Assurance Project Plan, Operational Range Assessment Program, Phase II Quantitative Assessment, U.S. Army Garrison Fort Riley, Kansas. Prepared for U.S. Army Environmental Command. April.
gg. NRC (U.S. Nuclear Regulatory Commission). 2016. Source Materials License Number SUC-1593, Docket No. 040-09083, Reference No. Amendment No. 1. (ML13259A062).
hh. PIKA-PIRNIE (PIKA-PIRNIE JV, LLC.). 2012. Final Addendum to the UFP QAPP ORAP Phase II Quantitative Assessment, U.S. Army Garrison Fort Jackson and McCrady Training Center, March 2009, Operational Range Assessment Program, Phase II Quantitative Assessment, U.S. Army Garrison Fort Jackson and McCrady Training Center, South Carolina. Prepared for U.S. Army Corps of Engineers, Baltimore District. February.
ii. PIKA-PIRNIE. 2014. Final Report Operational Range Phase II Assessment, U.S. Army Garrison Fort Jackson and McCrady Training Center, South Carolina. Prepared for U.S. Army Corps of Engineers, Baltimore District, Army National Guard (ARNG) Directorate, and U.S. Army Environmental Command. January.
jj. U.S. Army. 2015a. Programmatic “Radiation Safety Plan for IMCOM Ranges Affected by M101 Davy Crockett Spotting Round Depleted Uranium.” NRC ADAMS Accession Number ML16004A369. December 31.
kk. U.S. Army. 2015b. Programmatic “Physical Security Plan for U.S. Army Installation Management Command Ranges Affected by Depleted Uranium in M101 Davy Crockett Spotting Rounds.” NRC ADAMS Accession Number ML16004A369. December 31.
ll. U.S. Army. 2015c. “Programmatic Approach for Preparation of Installation-specific Environmental Radiation Monitoring Plans.” NRC ADAMS Accession Number ML16004A369. December 31.
mm. USACHPPM (U.S. Army Center for Health Promotion and Preventive Medicine). 2008. Operational Range Assessment Program, Phase II Assessment Report, Fort Gordon, Georgia, No. 38-EH-053B-08. Prepared for U.S. Army Environmental Command. September 8.
nn. USACE (U.S. Army Corps of Engineers). 2007. Annex 00, Archives Search Report on the Use of Cartridge, 20MM Spotting M101 for Davy Crockett Light Weapon M28, Schofield Barracks and Associated Training Areas, Islands of Oahu and Hawaii. U.S. Army Corps of Engineers, St. Louis District. May.
oo. USACE. 2008a. Project Archive Search Report on the Use of Cartridge, 20MM Spotting M101 for Davy Crockett Light Weapon M28. U.S. Army Corps of Engineers, St. Louis District. January. Draft.
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pp. USACE. 2008b. Annex 1, Final Installation Specific Archives Search Report on the Use of Cartridge, 20MM Spotting M101 for Davy Crockett Light Weapon M28 at Fort Hood, Texas. Revised, January.
qq. USACE. 2008c. Annex 2, Final Installation Specific Archives Search Report on the Use of Cartridge, 20MM Spotting M101 for Davy Crockett Light Weapon M28 at Fort Benning, Georgia. Revised, March.
rr. USACE. 2008d. Annex 3, Final Installation Specific Archives Search Report on the Use of Cartridge, 20MM Spotting M101 for Davy Crockett Light Weapon M28 at Fort Carson, Colorado. Revised, April.
ss. USACE. 2008e. Annex 4, Final Installation Specific Archives Search Report on the Use of Cartridge, 20MM Spotting M101 for Davy Crockett Light Weapon M28 at Fort Bragg, North Carolina. Revised, May.
tt. USACE. 2008f. Annex 6, Final Installation Specific Archives Search Report on the Use of Cartridge, 20MM Spotting M101 for Davy Crockett Light Weapon M28 at Fort Knox, Kentucky. Revised, June.
uu. USACE. 2008g. Annex 7, Final Installation Specific Archives Search Report on the Use of Cartridge, 20MM Spotting M101 for Davy Crockett Light Weapon M28 at Fort Riley, Kansas. Revised, August.
vv. USACE. 2008h. Annex 8, Final Installation Specific Archives Search Report on the Use of Cartridge, 20MM Spotting M101 for Davy Crockett Light Weapon M28 at Fort Lewis and Yakima Training Center, Washington. Revised, July.
ww. USACE. 2008i. Annex 11, Final Installation Specific Archives Search Report on the Use of Cartridge, 20MM Spotting M101 for Davy Crockett Light Weapon M28 at Fort Polk, Louisiana. Revised, November.
xx. USACE. 2008j. Annex 13, Final Installation Specific Archives Search Report on the Use of Cartridge, 20MM Spotting M101 for Davy Crockett Light Weapon M28 at Fort Greely, Alaska. Revised, October.
yy. USACE. 2009a. Annex 11, Installation Specific Archives Search Report on the Use of Cartridge, 20MM Spotting M101 for Davy Crockett Light Weapon M28 at Fort Dix, New Jersey. April. Revised Final.
zz. USACE. 2009b. Annex 38, Installation Specific Archives Search Report on the Use of Cartridge, 20MM Spotting M101 for Davy Crockett Light Weapon M28 at Fort Hunter Liggett, California. July. Revised Final.
aaa. USACE. 2009c. Annex 50, Installation Specific Archives Search Report on the Use of Cartridge, 20MM Spotting M101 for Davy Crockett Light Weapon M28 at Fort Jackson, South Carolina. June. Revised Final.
bbb. USACE. 2009d. Final Annex 51, Installation Specific Archives Search Report on the Use of Cartridge, 20MM Spotting M101 for Davy Crockett Light Weapon M28 at Fort Gordon, Georgia. Revised, July.
ccc. USACE. 2009e. Final Annex 53, Installation Specific Archives Search Report on the Use of Cartridge, 20MM Spotting M101 for Davy Crockett Light Weapon M28 at Fort Sill, Oklahoma. Revised July.
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al s
urve
illan
ce p
rogr
am th
at m
eets
the
requ
irem
ents
of 2
9 C
FR S
ectio
n 19
10.1
20(f)
. A
ll pe
rson
nel m
ust h
ave
expe
rienc
e in
haz
ardo
us w
aste
site
wor
k, u
se o
f per
sona
l pro
tect
ive
equi
pmen
t, an
d em
erge
ncy
resp
onse
pro
cedu
res.
b
Sig
natu
res
indi
cate
per
sonn
el h
ave
read
and
agr
ee to
impl
emen
t thi
s U
FP-Q
APP
as w
ritte
n.
CFR
= C
ode
of F
eder
al R
egul
atio
ns
DU
= D
eple
ted
Ura
nium
H
SO
= H
ealth
and
Saf
ety
Offi
cer
QA
= Q
ualit
y As
sura
nce
QA
PP =
Qua
lity
Assu
ranc
e P
roje
ct P
lan
TBD
= T
o B
e D
eter
min
ed
UFP
= U
nifo
rm F
eder
al P
olic
y
Final Programmatic UFP-QAPP 11 September 2016 Nationwide DU ERMP
QAP
P W
orks
heet
#6.
Com
mun
icat
ion
Path
way
s C
omm
unic
atio
n D
river
s R
espo
nsib
le E
ntity
N
ame
Phon
e N
umbe
r Pr
oced
ure
(tim
ing,
pat
hway
, etc
.) R
egul
ator
y A
genc
y In
terfa
ce
IMC
OM
RS
SO
/Nat
ionw
ide
DU
P
rogr
am L
icen
se R
SO
D
r. R
ober
t Che
rry
210.
466.
0368
S
igns
and
sen
ds a
ll lic
ense
-requ
ired,
writ
ten
corr
espo
nden
ce o
rigin
atin
g fro
m th
e U
.S. A
rmy.
Le
ads
all w
ritte
n an
d ve
rbal
com
mun
icat
ions
re
gard
ing
licen
se a
ctio
ns, i
nclu
ding
term
inat
ion
proc
esse
s, w
ith N
RC
. R
egul
ator
y A
genc
y In
terfa
ce
AE
C P
roje
ct M
anag
er
Ms.
Joa
n Ja
ckso
n 21
0.46
6.17
11
Sup
ports
Nat
ionw
ide
DU
Pro
gram
Lic
ense
RS
O in
co
mm
unic
atio
ns w
ith N
RC
, as
requ
este
d.
Reg
ulat
ory
Age
ncy
Inte
rface
N
RC
A
my
Sny
der
301.
415.
6822
Le
ads
regu
lato
ry re
view
s an
d di
strib
utes
do
cum
ents
sub
mitt
ed b
y th
e U
.S. A
rmy
or
desi
gnee
to o
ther
NR
C p
erso
nnel
. O
ther
Age
ncy
Inte
rface
U
SA
CE
CO
TR
TBD
TB
D
If pr
ojec
t exe
cutio
n is
con
tract
ed, c
oord
inat
es
U.S
. Arm
y in
put a
nd re
view
for w
ork
plan
de
velo
pmen
t and
acc
ess
to s
ampl
ing
loca
tions
with
in
stal
latio
n of
ficia
ls b
y te
leph
one
and/
or e
mai
l. M
anag
e al
l Pro
ject
Pha
ses
Pro
ject
Man
ager
TB
D
TBD
C
omm
unic
ates
issu
es to
IMC
OM
R
SS
O/N
atio
nwid
e D
U P
rogr
am L
icen
se R
SO
, AE
C
Pro
ject
Man
ager
, and
US
AC
E C
OTR
, if a
pplic
able
. D
istri
bute
s al
l doc
umen
ts fo
r pro
ject
to U
.S. A
rmy
and
NR
C b
y m
ail a
nd/o
r em
ail.
Rep
ortin
g D
ata
Qua
lity
Issu
es
QA
Offi
cer
Pro
ject
Che
mis
t TB
D
TBD
R
epor
ts n
eed
for c
orre
ctiv
e ac
tions
or f
lagg
ing
of
anal
ytic
al re
sults
to th
e P
roje
ct M
anag
er w
ho,
depe
ndin
g on
sev
erity
of i
ssue
s, re
ports
cor
rect
ive
actio
ns to
U.S
. Arm
y by
tele
phon
e an
d/or
em
ail.
Cha
nges
to Q
AP
P P
rior t
o Fi
eldw
ork
QA
Offi
cer
Pro
ject
Che
mis
t TB
D
TBD
C
omm
unic
ates
any
nec
essa
ry c
hang
es to
the
QA
PP
bas
ed o
n da
ta q
ualit
y pr
ior t
o fie
ldw
ork
to
the
Pro
ject
Man
ager
by
tele
phon
e an
d/or
em
ail.
Cha
nges
to Q
AP
P D
urin
g P
roje
ct E
xecu
tion
QA
Offi
cer
Pro
ject
Che
mis
t TB
D
TBD
C
omm
unic
ates
any
nec
essa
ry c
hang
es to
the
QA
PP
bas
ed o
n da
ta q
ualit
y du
ring
proj
ect
exec
utio
n to
the
Sam
ple
Man
ager
and
Pro
ject
M
anag
er b
y te
leph
one
and/
or e
mai
l. C
hang
es to
QA
PP
Fie
ld
Sam
plin
g P
roce
dure
s
Pro
ject
Man
ager
TB
D
TBD
Tr
ansm
its a
ll ch
ange
s to
QA
PP a
nd/o
r req
uest
ed
chan
ges
to fi
eld
sam
plin
g or
scr
eeni
ng p
roce
dure
s ba
sed
on fi
eld
cond
ition
s to
QA
Offi
cer a
nd P
roje
ct
Che
mis
t by
tele
phon
e an
d/or
em
ail.
Final Programmatic UFP-QAPP 12 September 2016 Nationwide DU ERMP
QAP
P W
orks
heet
#6.
Com
mun
icat
ion
Path
way
s (C
ontin
ued)
Com
mun
icat
ion
Driv
ers
Res
pons
ible
Ent
ity
Nam
e Ph
one
Num
ber
Proc
edur
e (ti
min
g, p
athw
ay, e
tc.)
Fiel
d P
rogr
ess
Rep
orts
P
roje
ct M
anag
er
TBD
TB
D
Com
mun
icat
es p
rogr
ess
mad
e du
ring
field
wor
k ex
ecut
ion
to c
lient
and
regu
lato
ry a
genc
ies
as
requ
ired
by te
leph
one
and/
or e
mai
l. Fi
eld
Cor
rect
ive
Act
ions
P
roje
ct M
anag
er
TBD
TB
D
Com
mun
icat
es fi
eld-
rela
ted
prob
lem
s an
d/or
co
rrec
tive
actio
ns id
entif
ied
whi
le in
the
field
to Q
A
Offi
cer a
nd P
roje
ct C
hem
ist b
y te
leph
one
and/
or
emai
l. S
topp
ing
Wor
k D
ue to
Hea
lth
and
Saf
ety
Issu
es o
r U
nexp
ecte
d Fi
eld
Con
ditio
ns
Fiel
d M
anag
er/S
ite H
&S
M
anag
er
TBD
TB
D
Ens
ure
all f
ield
sta
ff fo
llow
app
rove
d H
AS
P fo
r fie
ldw
ork.
All
field
sta
ff ha
ve s
top
wor
k au
thor
ity a
t al
l tim
es fo
r tas
ks th
ey a
re p
erfo
rmin
g or
ob
serv
ing.
R
epor
ting
Sam
ple
Rec
eipt
Is
sues
/Dat
a Q
ualit
y Is
sues
La
bora
tory
Pro
ject
Man
ager
TB
D
TBD
R
epor
ts a
ll sa
mpl
e re
ceip
t and
dat
a qu
ality
issu
es
to Q
A O
ffice
r or P
roje
ct C
hem
ist b
y te
leph
one
and/
or e
mai
l as
soon
as
poss
ible
afte
r the
issu
es
are
iden
tifie
d.
Labo
rato
ry Q
C V
aria
nces
La
bora
tory
Pro
ject
Man
ager
TB
D
TBD
R
epor
ts a
ll la
bora
tory
QC
var
ianc
es to
QA
Offi
cer
or P
roje
ct C
hem
ist b
y te
leph
one
and/
or e
mai
l as
soon
as
poss
ible
afte
r the
issu
es a
re id
entif
ied.
A
naly
tical
Cor
rect
ive
Act
ions
La
bora
tory
Pro
ject
Man
ager
TB
D
TBD
R
epor
ts a
ll an
alyt
ical
cor
rect
ive
actio
ns to
QA
O
ffice
r or P
roje
ct C
hem
ist b
y te
leph
one
and/
or
emai
l as
soon
as
poss
ible
afte
r the
issu
es a
re
iden
tifie
d.
Dat
a V
erifi
catio
n Is
sues
, In
clud
ing
Inco
mpl
ete
Rec
ords
La
bora
tory
Pro
ject
Man
ager
TB
D
TBD
R
epor
ts a
ll da
ta v
erifi
catio
n is
sues
incl
udin
g in
com
plet
e re
cord
s to
QA
Offi
cer o
r Pro
ject
C
hem
ist b
y te
leph
one
and/
or e
mai
l as
soon
as
poss
ible
afte
r the
issu
es a
re id
entif
ied.
D
ata
Val
idat
ion
Issu
es
Incl
udin
g N
onco
mpl
ianc
e w
ith
Pro
cedu
res
or M
etho
ds
QA
Offi
cer
Pro
ject
Che
mis
t TB
D
TBD
C
omm
unic
ates
all
data
val
idat
ion
issu
es in
clud
ing
nonc
ompl
ianc
e w
ith p
roce
dure
s or
met
hods
to th
e P
roje
ct M
anag
er b
y te
leph
one
and/
or e
mai
l as
soon
as
poss
ible
afte
r the
issu
es a
re id
entif
ied.
D
ata
Rev
iew
Cor
rect
ive
Act
ions
Q
A O
ffice
r P
roje
ct C
hem
ist
TBD
TB
D
Com
mun
icat
es a
ny n
eces
sary
dat
a re
view
co
rrec
tive
actio
ns to
the
Pro
ject
Man
ager
by
tele
phon
e an
d/or
em
ail a
s so
on a
s po
ssib
le a
fter
the
issu
es a
re id
entif
ied.
Final Programmatic UFP-QAPP 13 September 2016 Nationwide DU ERMP
QAP
P W
orks
heet
#6.
Com
mun
icat
ion
Path
way
s (C
ontin
ued)
AE
C =
U.S
. Arm
y E
nviro
nmen
tal C
omm
and
CO
TR =
Con
tract
ing
Offi
cer’s
Tec
hnic
al R
epre
sent
ativ
e D
U =
Dep
lete
d U
rani
um
HA
SP
= H
ealth
and
Saf
ety
Plan
H
&S
= H
ealth
and
Saf
ety
IMC
OM
= In
stal
latio
n M
anag
emen
t Com
man
d N
RC
= U
.S. N
ucle
ar R
egul
ator
y C
omm
issi
on
QA
= Q
ualit
y As
sura
nce
QA
PP =
Qua
lity
Assu
ranc
e P
roje
ct P
lan
QC
= Q
ualit
y C
ontro
l R
SO
= R
adia
tion
Saf
ety
Offi
cer
RS
SO
= R
adia
tion
Site
Saf
ety
Offi
cer
TBD
= T
o B
e D
eter
min
ed
US
AC
E =
U.S
. Arm
y C
orps
of E
ngin
eers
Final Programmatic UFP-QAPP 14 September 2016 Nationwide DU ERMP
QAP
P W
orks
heet
#9.
Pro
ject
Pla
nnin
g Se
ssio
n Su
mm
ary
Proj
ect N
ame:
Env
ironm
enta
l Rad
iatio
n M
onito
ring
Pro
gram
Pr
ojec
ted
Dat
e(s)
of S
ampl
ing:
TB
D
USA
CE
Tech
nica
l Man
ager
: Bro
oks
Eve
ns
Site
Nam
e: V
ario
us (1
8) D
avy
Cro
cket
t ins
talla
tions
– s
ee li
st b
elow
Si
te L
ocat
ion:
Var
ious
– s
ee li
st b
elow
Dat
e of
Ses
sion
: 9 J
une
2016
Lo
catio
n of
Ses
sion
: Tel
econ
fere
nce
Scop
ing
Sess
ion
Dis
cuss
ion:
Int
rodu
ctio
n of
the
key
pro
ject
par
ticip
ants
, re
view
of
proj
ect
requ
irem
ents
and
exp
ecta
tions
, di
scus
sion
of
prop
osed
de
liver
able
s an
d pr
ojec
t sch
edul
e fo
r dev
elop
men
t of s
ite-s
peci
fic a
nnex
es a
nd th
is Q
AP
P.
Nam
e Ti
tle
Org
aniz
atio
n Ph
one
Num
ber
Emai
l Add
ress
Pr
ojec
t Rol
e R
andy
Cer
ar
Tech
nica
l Dire
ctor
A
EC
21
0.46
6.16
72
rand
all.j
.cer
ar.c
iv@
mai
l.mil
IMC
OM
Inte
rface
Jo
an J
acks
on
Pro
ject
Man
ager
A
EC
21
0.46
6.17
11
joan
.f.ja
ckso
n.ci
v@m
ail.m
il A
EC
Pro
ject
Man
ager
D
enis
e M
iller
E
nviro
nmen
tal S
uppo
rt M
anag
er
AE
C
210.
466.
1700
de
nise
.n.m
iller
4.ci
v@m
ail.m
il A
EC
Dep
uty
Pro
ject
Man
ager
Kris
tina
Cur
ley
Pub
lic A
ffairs
A
EC
21
0.46
6.16
59
kris
tina.
s.cu
rley2
.civ
@m
ail.m
il A
EC
Pub
lic A
ffairs
B
ob C
herr
y Li
cens
e R
SO
IM
CO
M
210.
466.
0368
ro
bert.
n.ch
erry
.civ
@m
ail.m
il IM
CO
M R
SO
/Lic
ense
RS
O
Bro
oks
Eve
ns
CO
TR
US
AC
E/L
ouis
ville
50
2.31
5.63
35
And
rew
.B.E
vens
@us
ace.
arm
y.m
il U
SA
CE
Tec
hnic
al L
ead/
CO
TR
Nor
a H
awk
Pro
ject
Man
ager
U
SA
CE
50
2.31
5.68
98
Nor
a.L.
Haw
k@us
ace.
arm
y.m
il U
SA
CE
Pro
ject
Man
ager
D
avid
Bra
ncat
o P
roje
ct C
hem
ist
US
AC
E
502.
315.
6494
D
avid
.J.B
ranc
ato@
usac
e.ar
my.
mil
US
AC
E C
hem
ist
Joe
Skib
insk
i P
roje
ct M
anag
er
Leid
os
571.
526.
7753
sk
ibin
skij@
leid
os.c
om
Leid
os P
roje
ct M
anag
er
Jam
ie J
ohns
on
Dep
uty
Pro
ject
Man
ager
Le
idos
57
1.52
6.77
46
jam
ie.r.
john
son@
leid
os.c
om
Pro
ject
Eng
inee
r M
ike
Bar
ta
Sen
ior E
colo
gica
l Ris
k A
sses
sor
Leid
os
901.
236.
7393
ba
rtam
@le
idos
.com
E
nviro
nmen
tal M
onito
ring
Task
M
anag
er
Ste
ve P
assi
g S
enio
r Hea
lth
Phy
sici
st/P
roje
ct M
anag
er
Leid
os
314.
770.
3026
m
icha
el.s
.pas
sig@
leid
os.c
om
Rad
iolo
gica
l Tas
k M
anag
er/
Sen
ior H
ealth
Phy
sici
st
AE
C =
U.S
. Arm
y E
nviro
nmen
tal C
omm
and
CO
TR =
Con
tract
ing
Offi
cer’s
Tec
hnic
al R
epre
sent
ativ
e IM
CO
M =
Inst
alla
tion
Man
agem
ent C
omm
and
QA
PP =
Qua
lity
Assu
ranc
e P
roje
ct P
lan
RS
O =
Rad
iatio
n S
afet
y O
ffice
r TB
D =
To
Be
Det
erm
ined
U
SA
CE
= U
.S. A
rmy
Cor
ps o
f Eng
inee
rs
Site
Nam
es a
nd L
ocat
ions
:
Forts
Ben
ning
and
Gor
don
(Geo
rgia
) Fo
rt Br
agg
(Nor
th C
arol
ina)
Fo
rts C
ampb
ell a
nd K
nox
(Ken
tuck
y)
Fort
Car
son
(Col
orad
o)
Fort
Jack
son
(Sou
th C
arol
ina)
Fo
rt H
ood
(Tex
as)
Fort
Hun
ter L
igge
tt (C
alifo
rnia
) Fo
rt Po
lk (L
ouis
iana
)
Fort
Rile
y (K
ansa
s)
Fort
Sill
(Okl
ahom
a)
Fort
Wai
nwrig
ht (A
lask
a)
Join
t Bas
e M
cGui
re-D
ix-L
akeh
urst
(New
Jer
sey)
Jo
int B
ase
Lew
is-M
cCho
rd F
ort L
ewis
and
the
Yaki
ma
Trai
ning
C
ente
r (W
ashi
ngto
n)
Scho
field
Bar
rack
s an
d Po
haku
loa
Trai
ning
Are
a (H
awai
i)
Final Programmatic UFP-QAPP 15 September 2016 Nationwide DU ERMP
QAPP Worksheet #10. Conceptual Site Model
Introduction This QAPP addresses the QA, QC, and additional technical activities that must be implemented to ensure that data collected during ERM activities at the Davy Crockett installations are of sufficient quality to support the NRC requirements. The principal objective of ERM activities at all Davy Crockett installations and RCAs is to provide an evaluation of uranium activity in various media, and a timely indication of the magnitude and extent of any DU release or migration offsite from past operations. NRC issued the U.S. Army’s SML SUC-1593 (originally issued in October 2013 for two sites in Hawaii) to possess DU at sites across the country. The March 2016 amendment added 16 installations; the license continues to cover the Schofield Barracks and Pohakuloa TA (Hawaii). It now also applies to Forts Benning and Gordon (Georgia); Fort Bragg (North Carolina); Forts Campbell and Knox (Kentucky); Fort Carson (Colorado); Fort Hood (Texas); Joint Base Lewis-McChord: Fort Hunter Liggett (California); Fort Jackson (South Carolina); Fort Polk (Louisiana); Fort Riley (Kansas); Fort Sill (Oklahoma); Fort Wainwright (Alaska); Fort Lewis and the Yakima Training Center (Washington); and Joint Base McGuire-Dix-Lakehurst (New Jersey). The U.S. Army will apply the same programs for environmental monitoring, radiation safety, and physical security to all sites covered by NRC SML SUC-1593 as issued to CG IMCOM. The physical security and radiation safety programs are similar to those in the original license. However, the U.S. Army showed, and NRC agreed, that less environmental monitoring is needed because the exposures would be well below the NRC limits even during ground disturbing activities. Separate environmental monitoring plans are required for each of the installations, which generally require limited monitoring of potential routes for transport of contamination out of the impact areas. These plans also include criteria for periodic review to address any changes that may affect risk, tailored to the conditions at each installation. These site-specific plans (see Annexes 1-18) provide detailed information and CSM for each of the sites covered under the license and amendment.
Background Information and Sources of Known or Suspected Hazardous Waste The license is needed for DU from spotting rounds that were part of the 1960s-era Davy Crockett weapons system. Used for targeting accuracy, the spotting rounds emitted white smoke on impact but did not explode. The spotting round was a low speed projectile weighing about 1 pound and containing 6.7 ounces of DU. Remnants of the tail assemblies may remain at a number of sites where the U.S. Army trained on the weapons system. Under NRC regulations, the U.S. Army must have a license to possess this material. The U.S. Army applied for a possession-only license in November 2008. It was not until 2011 that the U.S. Army identified all of the sites where it used the Davy Crockett system. At that time, NRC and the U.S. Army decided to continue with licensing the two Hawaiian sites and to address the remaining installations through an amendment. A U.S. Army information booklet states that the DU is mostly in large fragments. It is on operational ranges not accessible to the public. Natural uranium is made up of three isotopes: U-234, U-235 and U-238. “Depleted” uranium has a lower percentage of U-234 and U-235 than natural uranium. DU is about twice as dense as lead, making it useful in commercial and military applications. Uranium in a form that dissolves easily can be toxic to the kidneys if ingested in large amounts, such as by inhaling dust or drinking contaminated water. The DU at the U.S. Army sites is not believed to be in this soluble form. The high density and large fragment size mean the DU cannot easily become airborne or move off site. There is no immediate or imminent health risk to people who work at U.S. Army posts or live in communities adjacent to these military facilities from DU residues from the M101 present in the impact areas. The U.S. Army believes that health effects are unlikely for several reasons: • Any DU residues from the M101 training operations are limited to impact areas well within the perimeter of
operational ranges. Because explosive hazards (i.e., UXO) are normally present on operational range impact areas, public access is generally prohibited and authorized access is strictly controlled. Authorized access is strictly limited to personnel fully trained to recognize the potential hazards associated with military munitions.
• Numerous studies conducted by non-military agencies, including the World Health Organization and the U.S. Department of Health and Human Services, have not found credible evidence linking DU in the environment to radiation-induced illnesses.
• The migration of DU off a military installation by natural processes is highly unlikely. Studies have shown that DU transport is limited and that it is unlikely to move from a range under most conditions. Studies also have shown that the DU fragment size and the environmental conditions on U.S. Army ranges serve to prevent migration, including by air. Nevertheless, the U.S. Army will monitor ranges where there are DU residues from M101 use present, when required to ensure the protection of human health and the environment.
• The U.S. Army conducted an extensive survey at Schofield Barracks covering over 425 acres, which resulted in the collection of over 1,400 air, vegetation, and soil samples that were sent to independent laboratories for testing and analysis. These data were used to perform a risk assessment released in 2008 that concluded that “no adverse human health impacts are likely to occur as a result of exposure to the uranium present in soil.”
QAPP Worksheet #10. Conceptual Site Model (Continued)
Programmatic UFP-QAPP 16 September 2016 Nationwide DU ERMP
The U.S. Army is using this comprehensive analysis along with information concerning the presence of DU at each range and other installation and range-related factors (e.g., land access, adjacent communities) to assess potential health risks posed
Known/Suspected Contaminants and Class NRC’s criterion is that a U-238/U-234 concentration or activity ratio less than 3.0 is assumed representative of natural uranium, whereas higher ratios are potentially indicative of the presence of DU. All samples with U-238/U-234 activity ratios greater than 3.0 by alpha spectrometry will be reanalyzed using ICP-MS for their U-234, U-235, and U-238 masses in an effort to identify samples with DU content by confirming both the total mass of uranium present in the sample and the mass percent of U-235. These supplemental data are used to augment U-238/U-234 activity information. Given that natural uranium is commonly present in samples with DU and that low activity samples exhibit significant total propagated uncertainty, confirmation that a given sample exhibits DU is often problematic and confirmation by a secondary analytical method often is needed to determine if DU is present. The U-238 to U-234 activity ratio and the weight percent U-235 are used to determine whether a given sample is indicative of natural uranium or DU. The laboratory will use alpha spectrometry to analyze samples for U-234 and U-238 activities in order to comply with license condition #17 in NRC SML SUC-1593. All samples with U-238/U-234 activity ratios exceeding 3.0 will be reanalyzed using ICP-MS for their U-234, U-235, and U-238 masses to identify samples with DU content (NRC 2016). The ICP-MS results for U-234, U-235, and U-238 are summed to calculate a total mass of uranium present (i.e., total uranium), which will be used to calculate the U-235 weight percentage specified in 10 CFR § 110.2 (Definitions) and then to determine if the sample results are indicative of totally natural uranium (at or about 0.711 weight percent U-235) or DU mixed with natural uranium (obviously less than 0.711 weight percent U-235).
Primary Release Mechanism The original source of DU contamination is M101 spotting rounds fired into an impact area. Upon impact, these rounds remained intact or mostly intact on or near the surface of the RCA. SDADs from AR 385-63 were used to delineate 1,000m x 1,000m target zones/impact areas for M101 spotting rounds. Where the status of individual ranges identified M101 training during the target timeframe (1958 to 1968), the U.S. Army established one or more RCAs for the range, where appropriate. It is not known for any RCA, except for part of the RCA at Schofield Barracks (Cabrera 2013), whether a cleanup or retrieval of these rounds ever occurred, so the assumption is that most, if not all, the DU in rounds fired into an RCA remain in the RCA in some form. The purpose of the Site-Specific ERMPs prepared as annexes to the PAERMP is to describe the site-specific environmental radiation sampling program to detect M101 spotting round DU leaving the RCA. The plan explains, for a specific RCA, which environmental pathways require evaluation, which samples will be collected for those evaluations, where these samples will be collected, how often these samples will be collected, and how these samples will be analyzed for DU.
Secondary Contaminant Migration Each Site-Specific ERMP annex will evaluate the potential pathways for DU migration. Per the PAERMP, sampling is not required from within the RCA. Only the sampling of sediment and surface waters is planned at the 18 Davy Crockett sites and potential migration will be discussed in the Site-Specific ERMP Annexes.
Fate and Transport Considerations The type of release affects the magnitude and extent of DU transported through the environment and the potential for exposure of humans and wildlife. The Site-Specific ERMP Annexes will address sediment transport characteristics, erosion transport characteristics and aeolian transport characteristics.
Key Physical Aspects of the Site Site descriptions can be found in the individual Site-Specific ERMP Annexes, which include information such as climatic conditions, geologic conditions, hydrologic conditions, soil type, sediment transport characteristics, erosion transport characteristics, aeolian transport characteristics, and land use.
Potential Receptors and Exposure Pathways The transport of DU can be potentially completed along identified pathways to human and/or ecological receptors. Specific details regarding the potential receptors will be discussed in the Site-Specific ERMP Annexes.
Land Use Considerations Specific details regarding land use considerations will be discussed in the Site-Specific ERMP Annexes.
QAPP Worksheet #10. Conceptual Site Model (Continued)
Programmatic UFP-QAPP 17 September 2016 Nationwide DU ERMP
Nature and Extent of Contamination Discussion of nature and extent of suspected DU present within the RCAs can be found in Section 4 of the individual site-specific ERMP Annexes.
Data Gaps and Uncertainties The primary data gap/uncertainty associated with each Davy Crockett site/installation is the concentration of uranium isotopes in surrounding environmental media over time.
AR = Army Regulation CFR = Code of Federal Regulations CG = Command General CSM = Conceptual Site Model DU = Depleted Uranium ERM = Environmental Radiation Monitoring ERMP = Environmental Radiation Monitoring Plan ICP-MS = Inductively Coupled Plasma/Mass Spectrometry IMCOM = Installation Management Command NRC = Nuclear Regulatory Commission PAERMP = Programmatic Approach for Preparation of Site-Specific Environmental Radiation Monitoring Plans
QA = Quality Assurance QAPP = Quality Assurance Project Plan QC = Quality Control RCA = Radiation Control Area SDAD = Safety Danger Area Diagram SML = Source Material License TA = Training Area U-234 = Uranium-234 U-235 = Uranium-235 U-238 = Uranium-238 UXO = Unexploded Ordnance
Final Programmatic UFP-QAPP 18 September 2016 Nationwide DU ERMP
QAPP Worksheet #11. Project/Data Quality Objectives This worksheet documents the seven steps of the USEPA DQO process (USEPA 2006) for the
collection and analysis of the ERM samples (sediment and surface water) and subsequent reporting, with specifics regarding sample locations and rationale provided in the Site-Specific ERMP Annexes.
Step 1: State the Problem: NRC requires the U.S. Army to determine whether DU is migrating from RCAs. The License RSO is to determine the ratio of U-238 activity to U-234 activity in environmental samples from radiochemistry laboratory analyses reports and, if DU is suspected, the weight-percentage of U-235 present in the samples.
Step 2: Identify the Goals of the Study: Determine if detectable amounts of DU from M101 spotting rounds are migrating out from RCAs and impacting human health and the environment? The term, “detectable amounts” is related to the term “minimum detectable concentrations” (MDCs, as defined in MARSSIM). The License RSO has identified a radiochemistry laboratory with MDLs and RLs shown in Worksheets #15b and #15c for surface water and sediment, respectively, to determine if the project action levels listed in Worksheet #15a have been exceeded or not.. If radiochemical laboratory analyses results from the primary analytical method (alpha spectrometry) indicate and secondary analytical method (ICP-MS) confirm that detectable amounts of DU from M101 spotting rounds is migrating out of an RCA, the Army will: • Report results to NRC • Perform confirmatory sampling and analyses for that RCA • Obey any subsequent NRC orders • Continue implementation of the ERMP for that RCA until NRC ends the requirement. Step 3: Identify Information Inputs: The information that is required to resolve the decision statement, establish release criteria, and confirm the appropriate analytical methods in order to provide adequate data to make the decisions are identified below.
Information Required to Resolve the Decision Statement: Environmental variables or other information are needed to resolve the decision statement. Per the PAERMP, this includes: • Presence of detectable amounts of DU in surface water flowing from the RCA • Presence of detectable amounts of DU in groundwater potentially affected by DU in the RCA • Presence of detectable amounts of DU in soil eroded from the RCA • Presence of detectable amounts of DU in sediment that surface water flowing from the RCA carried from the
RCA. Identify and list the sources for the required information. Per the PAERMP: • If surface water routinely flows from the RCA, then sampling of this surface water will occur. If flow occurs
throughout the year, then sampling will occur every 3 months. If flow is intermittent, then sampling will occur during that flow, but no less than 3 months apart.
• The U.S. Army will make available for NRC review upon request the results of all U.S. Army measurements of uranium concentration in groundwater samples that were collected with the purpose of meeting SDWA requirements.
• If existing wells potentially influenced by DU in the RCA are available, then whenever anyone samples these wells for any purpose, he or she will also require analyses for isotopes of uranium and report the results to the Installation RSO. Otherwise, no conditions require groundwater sampling.
• Semiannual soil sampling is required if the general erosion rate for the RCA is greater than 2 tons per acre per year or if the localized erosion rate in an area of 25 m2 exceeds a volume of 3.75 m3 per year.
• Surface water and sediment sampling will occur at the same time and near the same place. If surface water is not present, sediment sample(s) will be collected as planned (per site-specific annexes).
Information Required to Establish Action Levels: NRC has provided the action level in license condition #17 (“analytical sampling results from locations outside of the RCA indicate that the U-238/U-234 activity ratio exceeds 3”).
QAPP Worksheet #11. Project/Data Quality Objectives (Continued)
Final Programmatic UFP-QAPP 19 September 2016 Davy Crockett ERMP
Information Required to Confirm that Appropriate Measurement Methods Exist to Provide the Necessary Data: Appropriate measurement methods exist to provide the necessary data. • Surface water sampling (only for water flowing out of the RCA) • Groundwater sampling (none performed for license purposes; sampling for other purposes will include uranium
as an analyte) • Soil sampling (only for eroded soil) • Sediment sampling (only at same locations as surface water sampling, if any) • Radiochemistry and chemistry analyses. Laboratory analytical methods have been chosen for sample analysis to provide detection limits for isotopic and total uranium that are sufficiently low for ERM. The U.S. Army has selected the use of alpha spectrometry (e.g., DOE HASL method 300) to measure total and isotopic uranium (U-234, U-235, and U-238) activities with an overall project isotopic MDC goal of 0.1 pCi/L for water samples and 0.1 pCi/g for soil/sediment samples. For samples with U-238/U-234 ratios exceeding 3.0, the U.S. Army will re-analyze samples using ICP-MS (e.g., Solid Waste Method 6020A) with reporting limit goals of 0.05 μg/L for water and 5 µg/kg for soil/sediment samples. Analysis by ICP-MS for U-234, U-235, and U-238 mass concentrations will identify samples with DU content (NRC 2016). The ICP-MS results for U-234, U-235, and U-238 are summed to calculate a total mass of uranium present (i.e., total uranium), which will be used to calculate the weight percent U-235 to determine if the sample results are indicative of totally natural uranium (at or about 0.711 weight percent U-235) or DU mixed with natural uranium (obviously less than 0.711 weight percent U-235), as specified in 10 CFR § 110.2 (Definitions).
Step 4: Define the Boundaries of the Study: Specify characteristics that define the true but unknown value of the parameter of interest: NRC has provided the parameter of interest in license condition #17 (“analytical sampling results from locations outside of the RCA indicate that the U-238/U-234 activity ratio exceeds 3”). The chemical boundaries for surface water, and sediment sampling during the ERM are limited to total/isotopic uranium activities and concentrations based on analysis results from alpha spectrometric and ICP-MS methods (e.g., HASL 300and SW846 6020A). Define the geographic area within which all decisions must apply: See Site-Specific ERMP Annexes developed for each “M101 Impact Area,” which NRC has incorporated into the license by reference. They show the specific locations and the surrounding area of each RCA. Each RCA defines the local area for ERM purposes based on the 1,000m x 1,000m target zones/impact areas delineated for historical training with M101 spotting rounds. Determine the timeframe to which the decision applies: The timeframe is the duration of the license. Additional temporal considerations for the ERM include the estimated time it may require DU to reach groundwater, the time it may take a potential DU groundwater plume to reach a surface water body, the seasonal fluctuations of groundwater levels, migration directions, the seasonal effects of surface water runoff, and flood events. Practical constraints, such as the seasonal variability in the presence or absence of surface water, physical boundaries, and requirements in the U.S. Army’s license also are considered. Determine when to collect data: See STEP 3. Define the scale of decision making: The PAERMP and the environmental setting provide guidance for sampling strategies included in the Site-Specific ERMP Annexes. These strategies are based on the collection of media that could be impacted by DU from M101 spotting rounds from historical training operations and transported outside RCAs to impact human health and the environment. The Site-Specific ERMP Annexes do not address other potential hazards that may be present within and outside RCAs such as explosive safety hazards and potential risks associated with other munitions constituents. Identify practical constraints on data collection: Possible constraints include inaccessible areas due to: • Bad weather (safety) – Wait for improved conditions • Ongoing training (land use) – Wait for completion of training • Rough terrain (safety) – Apply risk management principles (DA PAM 385-30) • UXO (safety) – No sampling. Additional constraints or obstacles that may interfere with full implementation of data collection include seasonal conditions when sampling is not possible (e.g., flooding, lack of surface water) or during controlled burns when accessing the site is dangerous. Sampling surface water and sediment is more practical and safer during low-flow events in late summer and fall. However, limiting surface water and sediment sampling to low-flow seasons has drawbacks related to potential runoff during storm events. Actual temporal and physical constraints to sampling are discussed in the Site-Specific ERMP Annexes.
QAPP Worksheet #11. Project/Data Quality Objectives (Continued)
Final Programmatic UFP-QAPP 20 September 2016 Davy Crockett ERMP
Step 5: Develop the Analytic Approach: The PAERMP provides decision rules about whether, where, and when environmental samples will be collected. . License condition #17 provides information to develop the decision rule about whether a sample reliably contains DU. The following action levels are based on criteria specified in the PAERMP and NRC regulations (10 CFR § 110.2 for Definitions): • 30 µg/L or more for surface water based on the SDWA MCL
• U-238/U-234 ratio of 3.0 or greater
• Weight percent U-235 less than 0.711. The surface water decision rules for the designing of Site-Specific ERMP Annexes are provided below. Principal decision-makers regarding these rules and potential further action are the Army and the regulatory agencies: • IF detections are below the action level (30 µg/L) within all surface water samples, THEN no action is required. • IF detections are greater than the action level (30 µg/L) within one or more surface water samples, THEN the
locations will be resampled in order to verify the results. • IF the results (detections > action level) are verified, THEN the NRC will be notified and the results will be further
assessed. The findings and recommended corrective actions will be documented by the U.S. Army’s License RSO. The License RSO will provide recommendations to the SUC-1593 Responsible License Authority based on his evaluation.
The decision rules for assessing the presence of DU in any environmental media sampled during the Site-Specific ERMP Annexes are provided below. Principal decisions regarding these rules and potential further action are the Army and the regulatory agencies: • IF the U-238/U-234 ratio by alpha spectrometry is less than 3.0 for any sampled media, THEN no action is
necessary. • IF the U-238/U-234 ratio by alpha spectrometry is greater than 3.0 for any sampled media, THEN the sample will
be analyzed by ICP-MS. • IF the percentage of U-235 present in the sample is less than 0.7 percent (by mass), THEN the Army will report
results to NRC, perform confirmatory sampling and analyses for that RCA, obey any subsequent NRC orders, and continue implementation of the ERMP for that RCA until NRC ends the requirement.
Step 6: Specify Performance or Acceptance Criteria: Decisions with respect to the DU activity concentration (for samples analyzed by alpha spectrometry) or mass concentration (for samples analyzed by ICP-MS) must fully consider each source of uncertainty such that the result includes the total propagated uncertainty. Decision errors can occur at various stages during the sample collection and analysis. This uncertainty includes a variety of factors such as the variability inherent in radioactive decay; uncertainty introduced in determining the sample volume or mass; detector/instrument background; detector calibration; and sample characteristics, such as solubility and homogeneity. Worksheet #12 provides the performance criteria to be used for acceptance of analytical data as well as the sensitivity of the analytical methods/instrumentation used to perform the chemistry analyses as presented on Worksheet #15. The usability of the analytical data will be based on adherence of the analysis of the QC requirements summarized on Worksheet #28 and on overall precision, accuracy, representativeness, comparability, and completeness as described in Worksheet #37. Step 7: Describe the Plan for Obtaining Data: The Site-Specific ERMP Annexes present the sampling plan and field tasks for each site. In general, the collection of surface water and sediment samples are proposed as detailed in these plans to collect the necessary data to satisfy the decision statement for the ERMP: The analytical samples will be supplemented by the appropriate number of QC samples (e.g., field duplicate, MS/MSD) as described on Worksheet #28. All samples will be containerized, labeled, and tracked in accordance with the established SOPs listed on Worksheet #21. Worksheet #14/16 provides the proposed schedule of activities for the Site-Specific ERMP Annexes. Worksheet #17 presents the sampling design, rationale, and figures for the Site-Specific ERMP Annexes.
QAPP Worksheet #11. Project/Data Quality Objectives (Continued)
Final Programmatic UFP-QAPP 21 September 2016 Davy Crockett ERMP
CFR = Code of Federal Regulations DA = Department of the Army DOE = U.S. Department of Energy DQO = Data Quality Objective DU = Depleted Uranium ERM = Environmental Radiation Monitoring ERMP = Environmental Radiation Monitoring Plan GC = Garrison Commander HASL = Health and Safety Laboratory ICP-MS = Inductively Coupled Plasma-Mass Spectrometry MARSSIM = Multi-Agency Radiation Survey and Site Investigation MCL = Maximum Contaminant Level MDC = Minimum Detectable Concentration MDL = Method Detection Limit M2 = Square Meters MS = Matrix Spike MSD = Matrix Spike Duplicate NRC = Nuclear Regulatory Commission
PAERMP = Programmatic Approach for Preparation of Site-Specific Environmental Radiation Monitoring Plans PAM = Pamphlet pCi/g = Picocuries per Gram pCi/L = Picocuries per Liter QAPP = Quality Assurance Project Plan QC = Quality Control RCA = Radiation Control Area RL = Reporting Limit RSO = Radiation Safety Officer SDWA = Safe Drinking Water Act SOP = Standard Operating Procedure U-234 = Uranium-234 U-235 = Uranium-235 U-238 = Uranium-238 USEPA = U.S. Environmental Protection Agency µg/kg = Micrograms per Kilogram µg/L = Micrograms per Liter UXO = Unexploded Ordnance
Preliminary Final Programmatic UFP-QAPP 22 September 2016 Nationwide DU ERMP
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Preliminary Final Programmatic UFP-QAPP 23 September 2016 Nationwide DU ERMP
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= U
rani
um-2
33
U-2
34 =
Ura
nium
-234
U
-238
= U
rani
um-2
38
Preliminary Final Programmatic UFP-QAPP 24 September 2016 Nationwide DU ERMP
QAP
P W
orks
heet
#12
. M
easu
rem
ent P
erfo
rman
ce C
riter
ia (C
ontin
ued)
Mat
rix: S
urfa
ce W
ater
A
naly
tical
Gro
up o
r Met
hod:
TB
D fo
r IC
P-M
S (e
xam
ples
bel
ow b
ased
on
6020
A)
Con
cent
ratio
n Le
vel:
Low
DQ
I Q
C S
ampl
e or
Mea
sure
men
t Pe
rfor
man
ce A
ctiv
ity
Mea
sure
men
t Per
form
ance
Crit
eria
Ove
rall
Pre
cisi
on
Fiel
d du
plic
ate
RP
D ≤
30%
whe
n ur
aniu
m is
det
ecte
d in
bot
h sa
mpl
es ≥
sam
ple-
spec
ific
LOQ
A
naly
tical
Pre
cisi
on
La
bora
tory
– L
CS
D
La
bora
tory
and
mat
rix e
ffect
s –
MS
D
LCS
D/M
SD
La
bora
tory
dup
licat
e R
PD
≤20
%
RP
D ≤
20%
Ana
lytic
al A
ccur
acy/
Bia
s
Labo
rato
ry –
LC
S
Labo
rato
ry a
nd m
atrix
effe
cts
– M
S
LCS
/MS
* U
-238
LC
S 8
0-12
0%
M
S 7
5-12
0%
La
bora
tory
Acc
urac
y/B
ias
(con
tam
inat
ion)
M
etho
d bl
ank
No
targ
et a
naly
te c
once
ntra
tions
≥1/
2 LO
Q
Ove
rall
Acc
urac
y/B
ias
(con
tam
inat
ion)
Fi
eld
equi
pmen
t rin
sate
bla
nks
and
field
QC
bl
anks
(sou
rce
tap
and
sour
ce D
I wat
er)
N/A
Com
plet
enes
s N
umbe
r of v
alid
dat
a po
ints
atta
ined
ver
sus
the
plan
ned
num
ber
90%
*Not
e: D
ata
will
be
eval
uate
d to
the
QS
M li
mits
(87-
120%
), bu
t cor
rect
ive
actio
n w
ill o
nly
be p
ursu
ed if
the
yiel
ds fa
ll ou
tsid
e ou
r sta
ndar
d la
bora
tory
crit
eria
(sho
wn
abov
e).
Any
yie
lds
that
fall
outs
ide
of th
e Q
SM
crit
eria
will
be
narra
ted.
D
I = D
eion
ized
D
QI =
Dat
a Q
ualit
y In
dica
tor
ICP
-MS
= In
duct
ivel
y C
oupl
ed P
lasm
a-M
ass
Spe
ctro
met
ry
LCS
= L
abor
ator
y C
ontro
l Sam
ple
LCS
D =
Lab
orat
ory
cont
rol S
ampl
e D
uplic
ate
LOQ
= L
imit
of Q
uant
itatio
n M
S =
Mat
rix S
pike
M
SD
= M
atrix
Spi
ke D
uplic
ate
N/A
= N
ot A
pplic
able
Q
APP
= Q
ualit
y As
sura
nce
Pro
ject
Pla
n Q
C =
Qua
lity
Con
trol
QS
M =
Qua
lity
Sys
tem
Man
ual
RP
D =
Rel
ativ
e P
erce
nt D
iffer
ence
TB
D =
To
Be
Det
erm
ined
U-2
32 =
Ura
nium
-232
U
-233
= U
rani
um-2
33
U-2
38 =
Ura
nium
-238
Preliminary Final Programmatic UFP-QAPP 25 September 2016 Nationwide DU ERMP
QAP
P W
orks
heet
#12
. M
easu
rem
ent P
erfo
rman
ce C
riter
ia (C
ontin
ued)
Mat
rix: S
edim
ent
Ana
lytic
al G
roup
or M
etho
d: T
BD
for I
CP
-MS
(exa
mpl
es b
elow
bas
ed o
n 60
20A
) C
once
ntra
tion
Leve
l: Lo
w
DQ
I Q
C S
ampl
e or
Mea
sure
men
t Pe
rfor
man
ce A
ctiv
ity
Mea
sure
men
t Per
form
ance
Crit
eria
Ove
rall
Pre
cisi
on
Fiel
d du
plic
ate
RP
D<
40%
whe
n ur
aniu
m is
det
ecte
d in
bot
h sa
mpl
es ≥
sam
ple-
spec
ific
LOQ
A
naly
tical
Pre
cisi
on
La
bora
tory
– L
CS
D
La
bora
tory
and
mat
rix e
ffect
s –
MS
D
LCS
D/M
SD
La
bora
tory
dup
licat
e R
PD
< 20
%
RP
D<
20%
Ana
lytic
al A
ccur
acy/
Bia
s
Labo
rato
ry –
LC
S
Labo
rato
ry a
nd m
atrix
effe
cts
– M
S
LCS
/MS
* U
-238
LC
S 8
0-12
0%
M
S 7
5-12
5%
Labo
rato
ry A
ccur
acy/
Bia
s (c
onta
min
atio
n)
Met
hod
blan
k N
o ta
rget
ana
lyte
con
cent
ratio
ns ≥
1/2
LOQ
Ove
rall
Acc
urac
y/B
ias
(con
tam
inat
ion)
Fi
eld
equi
pmen
t rin
sate
bla
nks
and
field
QC
bl
anks
(sou
rce
tap
and
sour
ce D
I wat
er)
N/A
Com
plet
enes
s N
umbe
r of v
alid
dat
a po
ints
atta
ined
ver
sus
the
plan
ned
num
ber
90%
*Not
e: D
ata
will
be
eval
uate
d to
the
QS
M li
mits
(83-
120%
) but
cor
rect
ive
actio
n w
ill o
nly
be p
ursu
ed if
the
yiel
ds fa
ll ou
tsid
e ou
r sta
ndar
d la
b cr
iteria
(sho
wn
abov
e).
Any
yie
lds
that
fall
outs
ide
of th
e Q
SM
crit
eria
will
be
narra
ted.
D
I = D
eion
ized
IC
P-M
S =
Indu
ctiv
ely
Cou
pled
Pla
sma-
Mas
s S
pect
rom
etry
D
QI =
Dat
a Q
ualit
y In
dica
tor
LCS
= L
abor
ator
y C
ontro
l Sam
ple
LCS
D =
Lab
orat
ory
Con
trol S
ampl
e D
uplic
ate
LOQ
= L
imit
of Q
uant
itatio
n M
S =
Mat
rix S
pike
MS
D =
Mat
rix S
pike
Dup
licat
e N
/A =
Not
App
licab
le
QC
= Q
ualit
y C
ontro
l Q
SM
= Q
ualit
y S
yste
ms
Man
ual
RP
D =
Rel
ativ
e P
erce
nt D
iffer
ence
TB
D =
To
Be
Det
erm
ined
U
-238
= U
rani
um-2
38
Preliminary Final Programmatic UFP-QAPP 26 September 2016 Nationwide DU ERMP
QAP
P W
orks
heet
#13
. Se
cond
ary
Dat
a U
ses
and
Lim
itatio
ns
Dat
a Ty
pe
Sour
ce
Dat
a U
ses
Rel
ativ
e to
Cur
rent
Pr
ojec
t Fa
ctor
s A
ffect
ing
the
Rel
iabi
lity
of
Dat
a an
d Li
mita
tions
on
Dat
a U
se
Pre
viou
s Sa
mpl
ing
Res
ults
V
ario
us re
ports
list
ed o
n Q
APP
W
orks
heet
s #1
and
#2.
In
form
atio
n re
late
d to
the
hist
oric
al
sam
plin
g lo
catio
ns a
nd fi
eld
proc
edur
es u
sed
hist
oric
ally
.
Ther
e ar
e no
fact
ors
affe
ctin
g th
e re
liabi
lity
of th
e pr
evio
us s
ampl
ing
resu
lts.
QA
PP =
Qua
lity
Assu
ranc
e P
roje
ct P
lan
Preliminary Final Programmatic UFP-QAPP 27 September 2016 Nationwide DU ERMP
QAP
P W
orks
heet
s #1
4 an
d #1
6. P
roje
ct T
asks
and
Sch
edul
e
Act
iviti
es
Res
pons
ible
Org
aniz
atio
n D
eliv
erab
le
Plan
ned
Star
t D
ate
Del
iver
able
Due
Dat
e
Dev
elop
“Pro
gram
mat
ic a
nd S
ite-S
peci
fic E
RM
P fo
r N
atio
nwid
e D
U S
ites”
and
sub
mit
to N
RC
U
.S. A
rmy
(IMC
OM
) Fi
nal E
RM
P
7 Ju
ne 2
016
21 S
epte
mbe
r 201
6*
Dev
elop
site
-spe
cific
dos
e m
odel
ing
para
met
ers,
co
nduc
t mod
elin
g, a
nd re
port
resu
lts fo
r RC
As
at 1
8 lic
ense
d lo
catio
ns to
NR
C
U.S
. Arm
y (IM
CO
M)
Fina
l ER
MP
7
June
201
6 21
Sep
tem
ber 2
016*
Con
duct
fiel
d sa
mpl
ing
at R
CAs
at 1
8 lic
ense
d lo
catio
ns
U.S
. Arm
y (IM
CO
M)
Fina
l Rep
ort
TBD
* TB
D*
Dev
elop
and
sub
mit
Fina
l Rep
orts
for R
CA
s at
18
licen
sed
loca
tions
to N
RC
U
.S. A
rmy
(IMC
OM
) Fi
nal R
epor
t TB
D*
TBD
*
*Lic
ense
Num
ber S
UC
-159
3, C
ondi
tion
#18
stat
es, “
With
in 6
mon
ths
of th
e ef
fect
ive
date
of t
he li
cens
e am
endm
ent,
the
licen
see
shal
l pro
vide
to th
e N
RC
for a
ppro
val,
site
-spe
cific
en
viro
nmen
tal r
adia
tion
mon
itorin
g pl
ans
for
each
inst
alla
tion
liste
d in
Lic
ense
Con
ditio
n #1
0 th
at a
ddre
ss a
ll R
CAs
at
the
inst
alla
tions
. Th
e lic
ense
e sh
all f
ully
impl
emen
t ea
ch
inst
alla
tion’
s si
te-s
peci
fic e
nviro
nmen
tal r
adia
tion
mon
itorin
g pl
an w
ithin
6 m
onth
s of
NR
C a
ppro
val.”
D
U =
Dep
lete
d U
rani
um
ER
MP
= E
nviro
nmen
tal R
adia
tion
Mon
itorin
g P
lan
IMC
OM
= In
stal
latio
n M
anag
emen
t Com
man
d
NR
C =
Nuc
lear
Reg
ulat
ory
Com
mis
sion
R
CA
= R
adia
tion
Con
trol A
rea
TBD
= T
o B
e D
eter
min
ed
Preliminary Final Programmatic UFP-QAPP 28 September 2016 Nationwide DU ERMP
QAP
P W
orks
heet
#15
a. P
roje
ct A
ctio
n Le
vels
for t
he E
RM
Med
ia
Med
ium
To
tal U
rani
um A
ctio
n Le
vel
Cor
rect
ive
Act
ion
Sur
face
Wat
er
> 30
µg/
L
R
esam
ple.
If a
ctiv
ity v
erifi
ed, n
otify
NR
C a
nd a
sses
s re
sults
. Th
e fin
ding
s an
d re
com
men
ded
corr
ectiv
e ac
tions
will
be
docu
men
ted
by th
e U
.S. A
rmy’
s Li
cens
e R
SO
. Th
e Li
cens
e R
SO
will
pro
vide
re
com
men
datio
ns to
the
SU
C-1
593
Res
pons
ible
Lic
ense
Aut
horit
y ba
sed
on h
is e
valu
atio
n.
Less
than
30
µg/L
N
o co
rrec
tive
actio
n.
All
U-2
38/U
-234
ratio
> 3
.0
Rea
naly
ze th
e sa
mpl
es u
sing
ICP-
MS
(SW
846
602
0A),
track
tren
d at
lo
catio
n.
Less
than
3.0
N
o co
rrec
tive
actio
n.
Wei
ght p
erce
nt U
-235
> 0
.711
N
o co
rrec
tive
actio
n.
Wei
ght p
erce
nt U
-235
< 0
.711
Th
e U
.S. A
rmy
will
repo
rt re
sults
to N
RC
, per
form
con
firm
ator
y sa
mpl
ing
and
anal
yses
for t
hat R
CA
, obe
y an
y su
bseq
uent
NR
C o
rder
s, a
nd
cont
inue
impl
emen
tatio
n of
the
Site
-Spe
cific
ER
MP
Ann
ex fo
r tha
t RC
A
until
NR
C e
nds
the
requ
irem
ent.
ER
M =
Env
ironm
enta
l Rad
iatio
n M
onito
ring
ER
MP
= E
nviro
nmen
tal R
adia
tion
Mon
itorin
g P
lan
ICP
-MS
= In
duct
ivel
y C
oupl
ed P
lasm
a-M
ass
Spe
ctro
met
ry
NR
C =
Nuc
lear
Reg
ulat
ory
Com
mis
sion
R
CA
= R
ange
Con
trol A
rea
RS
O =
Rad
iatio
n S
afet
y O
ffice
r U
-234
= U
rani
um-2
34
U-2
35 =
Ura
nium
-235
U
-238
= U
rani
um-2
38
µg/L
= M
icro
gram
s pe
r Lite
r
Preliminary Final Programmatic UFP-QAPP 29 September 2016 Nationwide DU ERMP
QAP
P W
orks
heet
#15
b. L
abor
ator
y-Sp
ecifi
c D
etec
tion/
Qua
ntita
tion
Lim
its fo
r Sur
face
Wat
er
Ana
lyte
C
AS
Num
ber
RL
MD
L
TBD
(exa
mpl
es b
elow
bas
ed o
n H
ASL
300
) (pC
i/L)
U-2
33/U
-234
11
-08-
5 0.
10
N/A
U-2
35/U
-236
15
117-
96-1
0.
10
N/A
U-2
38
7440
-61-
1 0.
10
N/A
Tota
l Ura
nium
74
40-6
1-1
N/A
N
/A
TBD
(exa
mpl
es b
elow
bas
ed o
n SW
846
6020
A) (
µg/L
) *
U-2
33/U
-234
11
-08-
5 0.
05
0.00
03
U-2
35/U
-236
15
117-
96-1
0.
05
0.00
03
U-2
38
7440
-61-
1 0.
05
0.00
03
Tota
l Ura
nium
74
40-6
1-1
0.05
0.
0003
*Sam
ples
with
U-2
38/U
-234
rat
ios
exce
edin
g 3.
0 w
ill b
e re
-ana
lyze
d us
ing
Sol
id W
aste
Met
hod
6020
A w
ith w
ater
or
sedi
men
t re
mai
ning
from
the
aliq
uot c
olle
cted
for t
he a
lpha
spe
ctro
met
ry a
naly
sis.
CA
S =
Che
mic
al A
bstra
ct S
yste
m
HA
SL
= H
ealth
and
Saf
ety
Labo
rato
ry
MD
L =
Met
hod
Det
ectio
n Li
mit
N/A
= N
ot A
pplic
able
R
L =
Rep
ortin
g Li
mit
pCi/L
= P
icoc
urie
s pe
r Lite
r TB
D =
To
Be
Det
erm
ined
U-2
33 =
Ura
nium
-233
U
-234
= U
rani
um-2
34
U-2
35 =
Ura
nium
-235
U
-236
= U
rani
um-2
36
U-2
38 =
Ura
nium
-238
µg
/L =
Mic
rogr
ams
per L
iter
Preliminary Final Programmatic UFP-QAPP 30 September 2016 Nationwide DU ERMP
QAP
P W
orks
heet
#15
c. L
abor
ator
y-Sp
ecifi
c D
etec
tion/
Qua
ntita
tion
Lim
its fo
r Sed
imen
t
Ana
lyte
C
AS
Num
ber
RL
MD
L
TBD
(exa
mpl
es b
elow
bas
ed o
n H
ASL
300
) (pC
i/g)
U-2
33/U
-234
11
-08-
5 0.
10
N/A
U-2
35/U
-236
15
117-
96-1
0.
10
N/A
U-2
38
7440
-61-
1 0.
10
N/A
Tota
l Ura
nium
74
40-6
1-1
N/A
N
/A
TBD
(exa
mpl
es b
elow
bas
ed o
n SW
846
6020
A) (
µg/k
g) *
U-2
33/U
-234
11
-08-
5
5 1
U-2
35/U
-236
15
117-
96-1
5 1
U-2
38
7440
-61-
1
5 0.
1
Tota
l Ura
nium
74
40-6
1-1
5
0.1
*Sam
ples
with
U-2
38/U
-234
rat
ios
exce
edin
g 3.
0 w
ill b
e re
-ana
lyze
d us
ing
Sol
id W
aste
Met
hod
6020
A w
ith
wat
er o
r sed
imen
t rem
aini
ng fr
om th
e al
iquo
t col
lect
ed fo
r the
alp
ha s
pect
rom
etry
ana
lysi
s.
CA
S =
Che
mic
al A
bstra
ct S
yste
m
HA
SL
= H
ealth
and
Saf
ety
Labo
rato
ry
MD
L =
Met
hod
Det
ectio
n Li
mit
N/A
= N
ot A
pplic
able
pC
i/g =
Pic
ocur
ies
per G
ram
R
L =
Rep
ortin
g Li
mit
TBD
= T
o B
e D
eter
min
ed
U-2
33 =
Ura
nium
-233
U
-234
= U
rani
um-2
34
U-2
35 =
Ura
nium
-235
U
-236
= U
rani
um-2
36
U-2
38 =
Ura
nium
-238
µg
/kg
= M
icro
gram
s pe
r Kilo
gram
Preliminary Final Programmatic UFP-QAPP 31 September 2016 Davy Crockett ERMP
QAPP Worksheet #17. Sampling Design and Rationale
ERM Sampling of Sediment and Surface Water Samples (see Worksheet #18 for sample IDs) Physical boundaries: See Site-Specific ERMP Annexes for the proposed sampling locations outside the RCA boundaries during the ERM at all sites. Time period: Sampling to be conducted quarterly beginning within 6 months after receiving NRC approval over several months per the schedule presented on Worksheet #14/16. Description of sampling areas: The Site-Specific ERMP Annexes contain the specific design for each RCA. The PAERMP constrains decisions about the design for obtaining data. The ERMP was developed to provide direct surveillance of the most probable migration routes through periodic sampling and analysis of radioactive constituents. Basis for number and placement of samples: The Site-Specific ERMP Annexes contain the details regarding the number and location of samples. Sampling methodology: Site-specific information affecting the collection of surface water and sediment samples can be found in the Site-Specific ERMP Annexes. All sediment and surface water sampling for the ERM will follow the SOPs listed on Worksheet #21. All sediment and surface water samples will be analyzed for total and isotopic uranium by an analytical laboratory. How sample positions will be located and determined in the field: The locations of the sediment and surface water are presented in the Site-Specific ERMP Annexes. The sample locations will be located in the field using site maps generated by the project GIS analyst. In addition, these locations will be preloaded into a handheld DGPS, which will then be used by field personnel to locate the sample locations. Plan for changed location: The proposed ERM sampling locations are pre-established and, where possible, have been historically sampled during previous sampling activities. If insufficient surface water is observed at the predetermined locations, the potential need for relocation of any sampling while in the field will be determined by consultation between the Project Manager and License RSO (or designee). Contingencies for field condition effects: The ERM sampling approach at each site is pre-established and will be implemented by following the field SOPs with minimal impact from field conditions. Any required changes will be approved through completion of Field Change Orders.
DGPS = Differential Global Positioning System ERM = Environmental Radiation Monitoring ERMP = Environmental Radiation Monitoring Plan GIS = Geographic Information System ID = Identifier NRC = Nuclear Regulatory Commission
PAERMP = Programmatic Approach for Preparation of Site-Specific Environmental Radiation Monitoring Plans RCA = Radiation Control Area RSO = Radiation Safety Officer SOP = Standard Operating Procedure
Preliminary Final Programmatic UFP-QAPP 32 September 2016 Nationwide DU ERMP
QAP
P W
orks
heet
#18
. Sa
mpl
ing
Loca
tions
and
Met
hods
R
efer
to th
e Si
te-S
peci
fic E
RM
P A
nnex
es fo
r det
ails
on
the
sam
plin
g lo
catio
ns fo
r eac
h in
stal
latio
n. F
ield
sam
plin
g m
etho
ds a
nd S
OPs
can
be
foun
d on
Wor
kshe
et #
21 o
f thi
s Pro
gram
mat
ic U
FP-Q
APP
. E
RM
P =
Env
ironm
enta
l Rad
iatio
n M
onito
ring
Pla
n Q
APP
= Q
ualit
y As
sura
nce
Pro
ject
Pla
n S
OP
= S
tand
ard
Ope
ratin
g P
roce
dure
U
FP =
Uni
form
Fed
eral
Pol
icy
Preliminary Final Programmatic UFP-QAPP 33 September 2016 Nationwide DU ERMP
QAP
P W
orks
heet
s #1
9 an
d #3
0. S
ampl
e C
onta
iner
s, P
rese
rvat
ion,
and
Hol
d Ti
mes
Labo
rato
ry/C
onta
ct In
form
atio
n
Labo
rato
ry N
ame:
La
bora
tory
Add
ress
: C
ity, S
tate
: PO
C:
Emai
l and
Pho
ne N
umbe
r:
Acc
redi
tatio
ns/C
ertif
icat
es:
Expi
ratio
n:
Sam
ple
Del
iver
y M
etho
d:
TBD
TB
D
TBD
TB
D
DoD
ELA
P A
ccre
dite
d TB
D
Mat
rix
Ana
lytic
al
Gro
up
USE
PA
Prep
arat
ion
and
Ana
lytic
al
Met
hod
Labo
rato
ry
Ana
lytic
al a
nd
Prep
arat
ion
Met
hod/
SOP
Org
aniz
atio
n Pe
rfor
min
g A
naly
sis
Sam
ple
Con
tain
er
Qua
ntity
and
Typ
e Sa
mpl
e Pr
eser
vatio
n
Dat
a Pa
ckag
e Tu
rnar
ound
Ti
me
Sam
ple
Hol
ding
Tim
e G
roun
dwat
er/
Sur
face
Wat
er
Isot
opic
U
rani
um a
Alp
ha
spec
trom
etry
(e.g
., H
AS
L 30
0)
Alp
ha
spec
trom
etry
(e
.g.,
HA
SL
300)
TBD
1,
1-L
pol
ypro
pyle
ne
bottl
e C
ool 4
° 30
day
s 6
mon
ths
Gro
undw
ater
/ S
urfa
ce W
ater
Is
otop
ic
Ura
nium
IC
P-M
S (e
.g.,
SW84
6 60
20A
) IC
P-M
S
(e.g
.,SW
846
6020
A
TBD
1,
1-L
pol
ypro
pyle
ne
bottl
e C
ool 4
° 30
day
s 6
mon
ths
Sed
imen
t Is
otop
ic
Ura
nium
a
Alp
ha
spec
trom
etry
(e.g
., H
AS
L 30
0)
Alp
ha
spec
trom
etry
(e
.g.,
HA
SL
300)
TBD
1,
8-o
z. g
lass
jar,
can,
or p
last
ic b
ag
Coo
l 4°C
30
day
s 6
mon
ths
Sed
imen
t Is
otop
ic
Ura
nium
IC
P-M
S (e
.g.,
SW84
6 60
20A
) IC
P-M
S (e
.g.,
SW84
6 60
20A
) TB
D
1, 8
-oz.
gla
ss ja
r, ca
n, o
r pla
stic
bag
C
ool 4
°C
30 d
ays
6 m
onth
s
a Sam
ples
with
U-2
38/U
-234
ratio
s ex
ceed
ing
3.0
will
be
re-a
naly
zed
usin
g S
olid
Was
te M
etho
d 60
20A
with
wat
er o
r sed
imen
t rem
aini
ng fr
om th
e al
iquo
t col
lect
ed fo
r the
alp
ha
spec
trom
etry
. D
oD =
U.S
. Dep
artm
ent o
f Def
ense
E
LAP
= E
nviro
nmen
tal L
abor
ator
y Ac
cred
itatio
n P
rogr
am
HA
SL
= H
ealth
and
Saf
ety
Labo
rato
ry
ICP
-MS
= In
duct
ivel
y C
oupl
ed P
lasm
a-M
ass
Spe
ctro
met
ry
PO
C =
Poi
nt o
f Con
tact
S
OP
= S
tand
ard
Ope
ratin
g P
roce
dure
SW =
Sol
id W
aste
TB
D =
To
Be
Det
erm
ined
U
-234
= U
rani
um-2
34
U-2
38 =
Ura
nium
-238
U
SE
PA =
U.S
. Env
ironm
enta
l Pro
tect
ion
Age
ncy
Preliminary Final Programmatic UFP-QAPP 34 September 2016 Nationwide DU ERMP
QAP
P W
orks
heet
#20
. Fi
eld
Qua
lity
Con
trol
Sum
mar
y Th
e fo
llow
ing
are
max
imum
num
bers
of
field
and
QC
sam
ples
that
may
be
colle
cted
und
er th
is Q
APP
; fre
quen
cies
will
be
as in
dica
ted
belo
w fo
r the
QC
sam
ples
at e
ach
site
/inst
alla
tion
Para
met
er
Ana
lytic
al M
etho
d N
umbe
r of F
ield
Sa
mpl
es (1
) Fi
eld
Dup
licat
e Sa
mpl
es (2
) M
S/M
SD S
ampl
es (3
) To
tal
Ana
lyse
s Se
dim
ent
Tota
l/Iso
topi
c U
rani
um*
TBD
* 33
4
2 37
Su
rfac
e W
ater
To
tal/I
soto
pic
Ura
nium
* TB
D*
33
4 2
37
*Sam
ples
ana
lyze
d w
ith a
lpha
spe
ctro
met
ry w
ith U
-238
/U-2
34 ra
tios
exce
edin
g 3.
0 w
ill b
e re
-ana
lyze
d us
ing
ICP
-MS
for w
ater
or s
edim
ent;
rem
aini
ng s
ampl
e fro
m
the
aliq
uot c
olle
cted
for t
he a
lpha
spe
ctro
met
ry a
naly
sis
will
be
used
for t
he IC
P-M
S a
naly
sis.
(1)
Max
imum
exp
ecte
d nu
mbe
r of s
ampl
es is
app
roxi
mat
ely
31 c
o-lo
cate
d su
rface
wat
er/s
edim
ent s
ampl
es fr
om a
ll ac
tive
rang
es.
(2)
Fiel
d du
plic
ates
will
be
colle
cted
at a
n ov
eral
l fre
quen
cy o
f 10%
for e
ach
mat
rix.
(3)
MS
/MS
D s
ampl
es w
ill b
e co
llect
ed a
t an
over
all f
requ
ency
of 5
% fo
r eac
h m
atrix
. N
OTE
: Fi
eld
QC
sam
ples
are
lim
ited
to f
ield
dup
licat
es a
nd s
ampl
es c
olle
cted
to
be u
sed
for
MS/
MS
D;
QA
split
sam
ples
are
not
pro
pose
d. E
quip
men
t rin
sate
sa
mpl
es a
re n
ot re
quire
d be
caus
e sa
mpl
ing
will
be
perfo
rmed
usi
ng d
ispo
sabl
e eq
uipm
ent.
IC
P-M
S =
Indu
ctiv
ely
Cou
pled
Pla
sma-
Mas
s S
pect
rom
etry
M
S =
Mat
rix S
pike
M
SD
= M
atrix
Spi
ke D
uplic
ate
QA
= Q
ualit
y As
sura
nce
QC
= Q
ualit
y C
ontro
l
QA
PP =
Qua
lity
Assu
ranc
e P
roje
ct P
lan
TBD
= T
o B
e D
eter
min
ed
U-2
34 =
Ura
nium
-234
U
-238
= U
rani
um-2
38
Preliminary Final Programmatic UFP-QAPP 35 September 2016 Nationwide DU ERMP
QAP
P W
orks
heet
#21
. Fi
eld
SOPs
R
efer
ence
N
umbe
r Ti
tle, R
evis
ion
Dat
e, a
nd/o
r Num
ber
Orig
inat
ing
Org
aniz
atio
n Eq
uipm
ent T
ype
Mod
ified
for
Proj
ect W
ork?
C
omm
ents
TB
D
TB
D
TB
D
TB
D
TB
D
TB
D
TB
D
TB
D
TB
D
TB
D
S
OP
= S
tand
ard
Ope
ratin
g P
roce
dure
TB
D =
To
Be
Det
erm
ined
Preliminary Final Programmatic UFP-QAPP 36 September 2016 Nationwide DU ERMP
QAP
P W
orks
heet
#22
. Fi
eld
Equi
pmen
t Cal
ibra
tion,
Mai
nten
ance
, Tes
ting,
and
Insp
ectio
n
Fiel
d Eq
uipm
ent
Cal
ibra
tion
Act
ivity
M
aint
enan
ce
Act
ivity
Te
stin
g A
ctiv
ity
Insp
ectio
n A
ctiv
ity
Freq
uenc
y A
ccep
tanc
e C
riter
ia
Cor
rect
ive
Act
ion
Res
pons
ible
Pe
rson
SO
P R
efer
ence
S
chon
sted
t®
Han
dhel
d M
agne
tom
eter
or
sim
ilar
N/A
C
heck
bat
tery
P
ass
unit
over
kn
own
met
allic
ob
ject
Insp
ect f
or
visi
ble
dam
age
Insp
ect p
rior t
o ea
ch u
se
Pro
per t
one
prod
uced
R
epla
ce b
atte
ry
and/
or
deco
ntam
inat
e
UX
O
Spe
cial
ist
Ope
ratio
n M
anua
l
DG
PS
N
/A
Che
ck b
atte
ry
and
cabl
e co
nnec
tions
Sta
rt un
it an
d ch
eck
disp
lay
for p
rope
r ge
ogra
phic
po
sitio
ning
Insp
ect f
or
visi
ble
dam
age
Insp
ect p
rior t
o ea
ch u
se
N/A
R
epla
ce
batte
ry; r
eboo
t as
requ
ired
Fiel
d S
ampl
er
Ope
ratio
n M
anua
l
Hor
iba
U-2
2 W
ater
Qua
lity
Met
er o
r si
mila
r
Ver
ify
calib
ratio
n w
ith
auto
-cal
ibra
tion
solu
tion
for p
H,
cond
uctiv
ity,
and
turb
idity
fo
llow
ing
man
ufac
ture
r’s
inst
ruct
ions
Che
ck b
atte
ry
N/A
In
spec
t for
vi
sual
dam
age
Cal
ibra
te a
t be
ginn
ing
of d
ay
Cal
ibra
tion
is
with
in ra
nge
Rec
alib
rate
if
nece
ssar
y,
repl
ace
batte
ries
or
perfo
rm
mai
nten
ance
as
requ
ired
Fiel
d S
ampl
er
Ope
ratio
n M
anua
l, S
OP
-8
Bic
ron
Mic
rore
m
Met
er o
r si
mila
r
Cal
ibra
te w
ith
NIS
T tra
ceab
le
sour
ces
Per
form
de
taile
d Q
A/Q
C c
heck
at
leas
t dai
ly
and
whe
n in
stru
men
t re
spon
se is
qu
estio
nabl
e
Com
pare
in
stru
men
t re
adin
s w
ith
thos
e of
a
know
n ra
diat
ion
sour
ce
Insp
ect f
or
visi
ble
dam
age
Insp
ect a
m
inim
um o
f dai
ly
and
whe
n in
stru
men
t re
spon
se is
qu
estio
nabl
e;
calib
rate
at l
east
an
nual
ly
Cal
ibra
tion
is
with
in ra
nge
Rep
lace
ba
tterie
s,
cabl
es a
nd
myl
ar a
s ne
eded
; rep
air
and
reca
libra
tion
by
man
ufac
ture
r as
nee
ded
Hea
lth
Phy
sics
te
chni
can
in
Coo
rdin
atio
n w
ith
Cal
ibra
tion
Tech
nici
an
Man
ufac
ture
rs’
Ope
ratio
n an
d M
aint
enan
ce
Man
uals
Ludl
um M
odel
44
-9 G
M/
Fris
ker o
r si
mila
r
Cal
ibra
te w
ith
NIS
T tra
ceab
le
sour
ces
Per
form
de
taile
d Q
A/Q
C c
heck
at
leas
t dai
ly
and
whe
n in
stru
men
t re
spon
se is
qu
estio
nabl
e
Com
pare
in
stru
men
t re
adin
gs w
ith
thos
e of
a
know
n ra
diat
ion
sour
ce
Insp
ect f
or
visi
ble
dam
age
Insp
ect a
m
inim
um o
f dai
ly
and
whe
n
inst
rum
ent
resp
onse
is
ques
tiona
ble;
ca
libra
te a
t lea
st
annu
ally
Cal
ibra
tion
is
with
in ra
nge
Rep
lace
ba
tterie
s,
cabl
es, a
nd
myl
ar a
s ne
eded
; rep
air
and
reca
libra
tion
by
man
ufac
ture
r as
nee
ded
Hea
lth
Phy
sics
Te
chni
cian
in
coor
dina
tion
with
C
alib
ratio
n Te
chni
cian
Man
ufac
ture
rs’
Ope
ratio
n an
d M
aint
enan
ce
Man
uals
Preliminary Final Programmatic UFP-QAPP 37 September 2016 Nationwide DU ERMP
QAP
P W
orks
heet
#22
. Fi
eld
Equi
pmen
t Cal
ibra
tion,
Mai
nten
ance
, Tes
ting,
and
Insp
ectio
n (C
ontin
ued)
Fiel
d Eq
uipm
ent
Cal
ibra
tion
Act
ivity
M
aint
enan
ce
Act
ivity
Te
stin
g A
ctiv
ity
Insp
ectio
n A
ctiv
ity
Freq
uenc
y A
ccep
tanc
e C
riter
ia
Cor
rect
ive
Act
ion
Res
pons
ible
Pe
rson
SO
P R
efer
ence
Lu
dlum
Mod
el
43-8
9 D
uel
Pho
spho
r A
lpha
/Bet
a D
etec
tor w
ith
Mod
el 2
360
Sca
ler/
Rat
emet
er o
r si
mila
r
Cal
ibra
te w
ith
NIS
T tra
ceab
le
sour
ces
Per
form
de
taile
d Q
A/Q
C c
heck
at
leas
t dai
ly
and
whe
n in
stru
men
t re
spon
se is
qu
estio
nabl
e
Com
pare
in
stru
men
t re
adin
gs w
ith
thos
e of
a
know
n ra
diat
ion
sour
ce
Insp
ect f
or
visi
ble
dam
age
Insp
ect a
m
inim
um o
f dai
ly
and
whe
n
inst
rum
ent
resp
onse
is
ques
tiona
ble;
ca
libra
te a
t lea
st
annu
ally
Cal
ibra
tion
is
with
in ra
nge
Rep
lace
ba
tterie
s,
cabl
es, a
nd
myl
ar a
s ne
eded
; rep
air
and
reca
libra
tion
by
man
ufac
ture
r as
nee
ded
Hea
lth
Phy
sics
Te
chni
cian
in
coor
dina
tion
with
C
alib
ratio
n Te
chni
cian
Man
ufac
ture
rs’
Ope
ratio
n an
d M
aint
enan
ce
Man
uals
Ludl
um M
odel
44
-10
Gam
ma
Sci
ntill
atio
n D
etec
tor w
ith
Mod
el 2
221
Sca
ler/
Rat
emet
er o
r si
mila
r
Cal
ibra
te w
ith
NIS
T tra
ceab
le
sour
ces
Per
form
de
taile
d Q
A/Q
C c
heck
at
leas
t dai
ly
and
whe
n in
stru
men
t re
spon
se is
qu
estio
nabl
e
Com
pare
in
stru
men
t re
adin
gs w
ith
thos
e of
a
know
n ra
diat
ion
sour
ce
Insp
ect f
or
visi
ble
dam
age
Insp
ect a
m
inim
um o
f dai
ly
and
whe
n
inst
rum
ent
resp
onse
is
ques
tiona
ble;
ca
libra
te a
t lea
st
annu
ally
Cal
ibra
tion
is
with
in ra
nge
Rep
lace
ba
tterie
s,
cabl
es, a
nd
myl
ar a
s ne
eded
; rep
air
and
reca
libra
tion
by
man
ufac
ture
r as
nee
ded
Hea
lth
Phy
sics
Te
chni
cian
in
coor
dina
tion
with
C
alib
ratio
n Te
chni
cian
Man
ufac
ture
rs’
Ope
ratio
n an
d M
aint
enan
ce
Man
uals
DG
PS
= D
iffer
entia
l Glo
bal P
ositi
onin
g S
yste
m
N/A
= N
ot A
pplic
able
N
IST
= N
atio
nal I
nstit
ute
of S
tand
ards
and
Tec
hnol
ogy
QA
= Q
ualit
y As
sura
nce
QC
= Q
ualit
y C
ontro
l S
OP
= S
tand
ard
Ope
ratin
g P
roce
dure
U
XO =
Une
xplo
ded
Ord
nanc
e
Preliminary Final Programmatic UFP-QAPP 38 September 2016 Nationwide DU ERMP
QAP
P W
orks
heet
#23
. An
alyt
ical
SO
Ps
Ref
eren
ce N
umbe
r Ti
tle, R
evis
ion
Dat
e, a
nd/o
r Num
ber
Def
initi
ve o
r Sc
reen
ing
Dat
a M
atrix
A
naly
tical
G
roup
Org
aniz
atio
n Pe
rfor
min
g A
naly
sis
Mod
ified
for
Proj
ect
Wor
k?
TBD
TB
D
TBD
TB
D
TBD
S
OP
= S
tand
ard
Ope
ratin
g P
roce
dure
TB
D =
To
Be
Det
erm
ined
Preliminary Final Programmatic UFP-QAPP 39 September 2016 Nationwide DU ERMP
QAP
P W
orks
heet
#24
. An
alyt
ical
Inst
rum
ent C
alib
ratio
n
Inst
rum
ent
Cal
ibra
tion
Proc
edur
e*
Freq
uenc
y of
Cal
ibra
tion
Acc
epta
nce
Crit
eria
C
orre
ctiv
e A
ctio
n
Pers
on
Res
pons
ible
for
Cor
rect
ive
Act
ion
SOP
Ref
eren
ce
Alp
ha
Spe
ctro
met
ry
(exa
mpl
e in
form
atio
n ba
sed
on
HA
SL
300
Met
hod)
Initi
al C
alib
ratio
n (IC
AL)
P
rior t
o in
itial
use
or
follo
win
g re
pair/
loss
of
cont
rol
At l
east
two
calib
ratio
n pe
aks
that
are
1) ≥
700
keV
apar
t; or
2) t
hat b
rack
et a
ll pe
aks
to b
e de
term
ined
. E
nerg
y vs
. ch
anne
l slo
pe
equa
tion
<15
keV
per
chan
nel.
FWH
M <
100
keV
for e
ach
peak
use
d fo
r ca
libra
tion.
Min
imum
of
3,00
0 ne
t cou
nts
in e
ach
peak
.
Cor
rect
pro
blem
; re
peat
TB
D
TBD
Ene
rgy
calib
ratio
n (C
HK
)
Ene
rgy
calib
ratio
ns s
hall
be
perfo
rmed
for t
he s
yste
ms
mon
thly
or w
hen
a ca
libra
tion
QC
che
ck
indi
cate
s an
una
ccep
tabl
e ch
ange
in p
aram
eter
s
Thre
e is
otop
es in
3-6
MeV
ra
nge.
Ene
rgy
posi
tions
of
isot
opes
with
in ±
40
KeV
of
expe
cted
val
ue.
Cor
rect
pro
blem
; re
peat
cal
ibra
tion
proc
edur
e;
inst
rum
ent
mai
nten
ance
; co
nsul
t with
te
chni
cal d
irect
or
TBD
TB
D
Effi
cien
cy
calib
ratio
n an
d ba
ckgr
ound
ch
eck
(ICV
)
Imm
edia
tely
afte
r ini
tial
calib
ratio
n Th
ree
isot
opes
in 3
-6 M
eV
rang
e. E
nerg
y po
sitio
ns o
f is
otop
es w
ithin
± 2
0 K
eV o
f ex
pect
ed v
alue
.
Cor
rect
pro
blem
; re
peat
cal
ibra
tion
proc
edur
e;
inst
rum
ent
mai
nten
ance
; co
nsul
t with
te
chni
cal d
irect
or
TBD
TB
D
Sub
tract
ion
spec
trum
(BK
G)
Sub
tract
ion
spec
trum
sha
ll be
per
form
ed fo
r the
sy
stem
s m
onth
ly o
r whe
n a
calib
ratio
n Q
C c
heck
in
dica
tes
an u
nacc
epta
ble
chan
ge in
par
amet
ers
With
in 3
σ of
mea
n ac
tivity
of
rece
nt B
SC
s fo
r tot
al R
OI.
Cor
rect
pro
blem
; re
peat
cal
ibra
tion
proc
edur
e;
inst
rum
ent
mai
nten
ance
; co
nsul
t with
te
chni
cal d
irect
or
TBD
TB
D
Che
ck (C
CV
) an
d ba
ckgr
ound
ch
eck
(ICC
)
Rou
tine
qual
ity c
ontro
l ve
rific
atio
ns a
re p
erfo
rmed
w
eekl
y
Pea
k ce
ntro
id, p
eak
reso
lutio
n, p
eak
area
, ca
libra
tion
and
back
grou
nd
mus
t pas
s st
atis
tical
test
<3
sig
ma.
Cor
rect
pro
blem
; re
peat
pro
cedu
re;
inst
rum
ent
mai
nten
ance
; co
nsul
t with
te
chni
cal d
irect
or
TBD
Preliminary Final Programmatic UFP-QAPP 40 September 2016 Nationwide DU ERMP
QAP
P W
orks
heet
#24
. An
alyt
ical
Inst
rum
ent C
alib
ratio
n (C
ontin
ued)
Inst
rum
ent
Cal
ibra
tion
Proc
edur
e*
Freq
uenc
y of
Cal
ibra
tion
Acc
epta
nce
Crit
eria
C
orre
ctiv
e A
ctio
n
Pers
on
Res
pons
ible
for
Cor
rect
ive
Act
ion
SOP
Ref
eren
ce
ICP
-MS
(e
xam
ple
info
rmat
ion
base
d on
M
etho
d 60
20A
)
ICA
L –
min
imum
3-
poin
t ca
libra
tion
and
a ca
libra
tion
blan
k
Dai
ly i
nitia
l ca
libra
tion
prio
r to
sam
ple
anal
ysis
Fi
ve s
tand
ards
and
a b
lank
; co
rrel
atio
n co
effic
ient
of ≥
0.
995.
TBD
Sec
ond
sour
ce
ICV
O
nce
afte
r eac
h in
itial
ca
libra
tion,
prio
r to
sam
ple
anal
ysis
Val
ue o
f sec
ond
sour
ce fo
r al
l ana
lyte
(s) w
ithin
± 1
0% o
f ex
pect
ed.
Rec
alib
rate
TB
D
CC
V
Eve
ry 1
0 sa
mpl
es
All
anal
ytes
with
in +
/- 10
% o
f ex
pect
ed v
alue
. R
ecal
ibra
te
TBD
ICV
L/C
CV
L Im
med
iate
ly a
fter I
CV
/CC
V +/
- 30%
exp
ecte
d va
lue.
R
ecal
ibra
te
TBD
IS
E
very
fiel
d sa
mpl
e,
stan
dard
, and
QC
sam
ple
IS in
tens
ity in
the
sam
ples
w
ithin
30-
120%
of i
nten
sity
of
the
IS in
the
ICA
L bl
ank.
Rea
naly
ze fa
iled
sam
ples
at 5
-fold
di
lutio
ns u
ntil
crite
ria
is m
et.
For f
aile
d Q
C, c
orre
ct p
robl
em
and
reru
n al
l as
soci
ated
faile
d fie
ld s
ampl
es
TBD
BK
G =
Bac
kgro
und
BS
C =
Bac
kgro
und
Sub
tract
ion
Cou
nt
CC
V =
Con
tinui
ng C
alib
ratio
n V
erifi
catio
n C
CV
L =
Low
leve
l CC
V C
HK
= E
nerg
y C
alib
ratio
n FW
HM
= F
ull W
idth
-Hal
f Max
imum
H
AS
L =
Hea
lth a
nd S
afet
y La
bora
tory
IC
AL
= In
itial
Cal
ibra
tion
ICC
= In
itial
Cal
ibra
tion
Che
ck
ICP
= In
duct
ivel
y C
oupl
ed P
lasm
a
ICV
= In
itial
Cal
ibra
tion
Ver
ifica
tion
ICV
L =
Low
leve
l IC
V IS
= In
tern
al S
tand
ard
KeV
= K
iloel
ectro
n V
olts
M
eV =
Meg
aele
ctro
n V
olts
M
S =
Mas
s S
pect
rom
etry
Q
C =
Qua
lity
Con
trol
RO
I = R
egio
n of
Inte
rest
S
OP
= S
tand
ard
Ope
ratin
g P
roce
dure
TB
D =
To
Be
Det
erm
ined
Preliminary Final Programmatic UFP-QAPP 41 September 2016 Nationwide DU ERMP
QAP
P W
orks
heet
#25
. An
alyt
ical
Inst
rum
ent a
nd E
quip
men
t Mai
nten
ance
, Tes
ting,
and
Insp
ectio
n In
stru
men
t/ Eq
uipm
ent
Mai
nten
ance
A
ctiv
ity
Test
ing
Act
ivity
In
spec
tion
Act
ivity
Fr
eque
ncy
Acc
epta
nce
Crit
eria
C
orre
ctiv
e A
ctio
n R
espo
nsib
le
Pers
on
SOP
Ref
eren
ce
Alp
ha
Spe
ctro
met
ry
(exa
mpl
e in
form
atio
n)
Cle
an
cham
bers
and
pl
anch
ette
ho
lder
s qu
arte
rly
Phy
sica
l ch
eck
Phy
sica
l che
ck
Mon
thly
A
ccep
tabl
e ba
ckgr
ound
an
d ca
libra
tion
effic
ienc
ies
Rec
alib
rate
; in
stru
men
t m
aint
enan
ce;
cons
ult w
ith
Tech
nica
l Dire
ctor
TBD
TB
D
ICP
-MS
(e
xam
ple
info
rmat
ion)
ICB
/CC
B
Inst
rum
ent
perfo
rman
ce
Inst
rum
ent
cont
amin
atio
n ch
eck
ICB
: Afte
r ev
ery
calib
ratio
n ve
rific
atio
n an
d IC
V/IC
VL
pair
CC
B:
ever
y 10
sa
mpl
es a
fter
CC
V/C
CV
L pa
ir
ICB
: No
anal
ytes
de
tect
ed >
½ R
L; C
CB
: no
ana
lyte
det
ecte
d >
3X
MD
L N
o an
alyt
es d
etec
ted
> LO
D
Det
erm
ine
poss
ible
sou
rce
of
cont
amin
atio
n an
d ap
ply
appr
opria
te
mea
sure
to
corr
ect t
he
prob
lem
; re
anal
yze
calib
ratio
n bl
ank
and
all a
ssoc
iate
d sa
mpl
es
TBD
TB
D
Dai
ly
perfo
rman
ce
chec
k
Tune
and
st
abili
ty
chec
k
Inst
rum
ent
stab
ility
and
pe
rform
ance
ch
eck
Dai
ly
RS
D ≤
5% fo
r all
tune
an
alyt
es
Indi
vidu
al m
asse
s +/
- 0.
05 a
mu
Pea
k R
esol
utio
n 0.
7 +/
- am
u at
10%
pea
k he
ight
A
bund
ance
: M
g 75
00 c
ps
In 4
0000
cps
U
300
00 c
ps
% O
xide
s (C
eO/C
e) ≤
4%
D
ual c
harg
e (B
a++/
BA
)≤3%
Trou
bles
hoot
ing;
re
do th
e tu
ne/p
rofil
e
TBD
Not
e: I
nfor
mat
ion
is p
rovi
ded
for e
xplo
sive
s an
d SV
OC
-rela
ted
com
poun
ds b
ecau
se th
ese
data
will
be
valid
ated
. C
CB
= C
ontin
uing
Cal
ibra
tion
Bla
nk
CC
V =
Con
tinui
ng C
alib
ratio
n V
erifi
catio
n C
CV
L =
Low
leve
l CC
V cp
s =
Cou
nts
per S
econ
d IC
B =
Initi
al C
alib
ratio
n B
lank
IC
P =
Indu
ctiv
ely
Cou
pled
Pla
sma
ICV
= In
itial
Cal
ibra
tion
Ver
ifica
tion
ICV
L =
Low
leve
l IC
V
LOD
= L
imit
of D
etec
tion
MD
L =
Met
hod
Det
ectio
n Li
mit
MS
= M
ass
Spe
ctro
met
ry
RL
= R
epor
ting
limit
RS
D =
Rel
ativ
e St
anda
rd D
evia
tion
SO
P =
Sta
ndar
d O
pera
ting
Pro
cedu
re
SV
OC
= S
emiv
olat
ile O
rgan
ic C
ompo
und
TBD
= T
o B
e D
eter
min
ed
Preliminary Final Programmatic UFP-QAPP 42 September 2016 Nationwide DU ERMP
QAP
P W
orks
heet
s #2
6 an
d #2
7. S
ampl
e H
andl
ing,
Cus
tody
, and
Dis
posa
l Sa
mpl
ing
orga
niza
tion:
TB
D
Labo
rato
ry: T
BD
M
etho
d of
sam
ple
deliv
ery:
Com
mer
cial
car
rier (
TBD
) with
ove
rnig
ht d
eliv
ery
Num
ber o
f day
s fr
om re
port
ing
until
sam
ple
disp
osal
: Unt
il sa
mpl
e di
spos
al is
app
rove
d by
U.S
. Arm
y
Act
ivity
O
rgan
izat
ion
and
Title
/Per
son
Res
pons
ible
SO
P R
efer
ence
Sam
ple
Labe
ling
Sam
ple
Man
ager
TB
D
CoC
For
m C
ompl
etio
n S
ampl
e M
anag
er
TBD
P
acka
ging
S
ampl
e M
ange
r/Fie
ld M
anag
er/F
ield
Cre
w
TBD
S
hipp
ing
Coo
rdin
atio
n S
ampl
e M
ange
r/Fie
ld M
anag
er/F
ield
Cre
w
TBD
S
ampl
e R
ecei
pt, I
nspe
ctio
n, a
nd L
ogin
S
ampl
e R
ecei
ving
Sta
ff TB
D
Sam
ple
Cus
tody
/Sto
rage
S
ampl
e R
ecei
ving
Sta
ff TB
D
Sam
ple
Pre
para
tion
Tech
nici
ans
TBD
S
ampl
e D
eter
min
ativ
e An
alys
is
Tech
nici
ans
TBD
S
ampl
e D
ispo
sal
Sam
ple
Was
te D
ispo
sal S
taff
TBD
CoC
= C
hain
-of-C
usto
dy
TBD
= T
o B
e D
eter
min
ed
Preliminary Final Programmatic UFP-QAPP 43 September 2016 Nationwide DU ERMP
QAP
P W
orks
heet
#28
. An
alyt
ical
Qua
lity
Con
trol
and
Cor
rect
ive
Actio
n
QC
Sam
ple
Freq
uenc
y/
Num
ber
Met
hod/
SOP
QC
A
ccep
tanc
e Li
mits
C
orre
ctiv
e A
ctio
n
Title
/Pos
ition
of
Pers
on
Res
pons
ible
for
Cor
rect
ive
Act
ion
Mea
sure
men
t Per
form
ance
Crit
eria
To
tal/I
soto
pic
Ura
nium
(exa
mpl
e in
form
atio
n ba
sed
on H
ASL
300
Met
hod)
Fi
eld
Dup
licat
e O
ne p
er 1
0 sa
mpl
es
RE
R ≤
3.0
N
o co
rrec
tive
actio
n is
take
n on
fiel
d du
plic
ate
data
alo
ne.
Ass
ess
data
and
det
erm
ine
if re
-sam
plin
g is
requ
ired.
QA
Offi
cer
RE
R ≤
3.0
whe
n ur
aniu
m is
det
ecte
d in
bo
th s
ampl
es ≥
sam
ple-
spec
ific
RL
Met
hod
Bla
nk
Eac
h an
alyt
ical
bat
ch
<RL
for c
omm
on
labo
rato
ry
cont
amin
ants
; <½
RL
for o
ther
co
ntam
inan
ts
Re-
anal
yze
sam
ples
if
poss
ible
; oth
erw
ise,
repo
rt da
ta a
nd n
arra
te.
TBD
<
CR
DL
LCS
O
ne p
er a
naly
tical
ba
tch
See
Wor
kshe
et #
12
Re-
prep
and
re-a
naly
ze
sam
ples
if s
uffic
ient
sam
ple
volu
me
is a
vaila
ble;
oth
erw
ise,
re
port
data
and
nar
rate
.
TBD
S
ee W
orks
heet
#12
LCS
D o
r Lab
orat
ory
Dup
licat
e O
ne p
er a
naly
tical
ba
tch
See
Wor
kshe
et #
12
Re-
prep
and
re-a
naly
ze
sam
ples
if s
uffic
ient
sam
ple
volu
me
is a
vaila
ble;
oth
erw
ise,
re
port
data
and
nar
rate
.
TBD
S
ee W
orks
heet
#12
Trac
er
All
sam
ples
30
-110
% re
cove
ry
Rea
naly
ze s
ampl
e to
con
firm
, Fl
ag o
utlie
rs.
TBD
A
ccep
tabl
e re
cove
ries
Tota
l/Iso
topi
c U
rani
um (e
xam
ple
info
rmat
ion
base
d on
602
0A M
etho
d)
Fiel
d D
uplic
ate
One
per
10
sam
ples
R
PD
≤30
% fo
r wat
er;
≤40%
for s
oil
N
o co
rrec
tive
actio
n is
take
n on
fiel
d du
plic
ate
data
alo
ne.
Ass
ess
data
and
det
erm
ine
if re
-sam
plin
g is
requ
ired.
QA
Offi
cer
RP
D ≤
30%
whe
n ur
aniu
m is
det
ecte
d in
bot
h sa
mpl
es ≥
sam
ple-
spec
ific
LOQ
Met
hod
Bla
nk
Eac
h an
alyt
ical
bat
ch
<RL
for c
omm
on
labo
rato
ry
cont
amin
ants
; <½
RL
for o
ther
co
ntam
inan
ts
Re-
anal
yze
sam
ples
if
poss
ible
; oth
erw
ise
repo
rt da
ta
and
narr
ate.
TBD
<½
RL
Cal
ibra
tion
Bla
nk
Bef
ore
begi
nnin
g a
sam
ple
run,
afte
r ev
ery
10 s
ampl
es,
and
at th
e en
d of
the
anal
ysis
seq
uenc
e
<RL
for c
omm
on
labo
rato
ry
cont
amin
ants
; <½
RL
for o
ther
co
ntam
inan
ts
Re-
anal
yze
sam
ples
if
poss
ible
; oth
erw
ise
repo
rt da
ta
and
narr
ate.
TBD
<½
RL
Preliminary Final Programmatic UFP-QAPP 44 September 2016 Nationwide DU ERMP
QAP
P W
orks
heet
#28
. An
alyt
ical
Qua
lity
Con
trol
and
Cor
rect
ive
Actio
n (C
ontin
ued)
QC
Sam
ple
Freq
uenc
y/
Num
ber
Met
hod/
SOP
QC
A
ccep
tanc
e Li
mits
C
orre
ctiv
e A
ctio
n
Title
/Pos
ition
of
Pers
on
Res
pons
ible
for
Cor
rect
ive
Act
ion
Mea
sure
men
t Per
form
ance
Crit
eria
M
S/M
SD
LC
S/L
CS
D
Labo
rato
ry D
uplic
ate
Min
imum
of o
ne ty
pe
of Q
C d
uplic
ate
per
20 s
ampl
es
RP
D <
20%
R
epre
p an
d re
anal
yze
sam
ple
and
dupl
icat
e if
suffi
cien
t sa
mpl
e m
ater
ial i
s av
aila
ble.
TBD
S
ee W
orks
heet
#12
MS
LC
S
One
per
ana
lytic
al
batc
h S
ee W
orks
heet
#12
R
e-an
alyz
e sa
mpl
es
asso
ciat
ed w
ith th
e pr
epar
ty
batc
h if
poss
ible
; oth
erw
ise,
re
port
data
and
nar
rate
.
TBD
S
ee W
orks
heet
#12
Pos
t Dig
estio
n S
pike
W
hen
mat
rix s
pike
fa
ils
80-1
20%
R
eana
lyze
pos
t-dig
estio
n sp
ike.
TB
D
Acc
epta
ble
reco
verie
s
Ser
ial D
ilutio
n E
ach
new
sam
ple
mat
rix
1:5
dilu
tion
mus
t ag
ree
with
in ±
10%
of
orig
inal
det
erm
inat
ion
Per
form
pos
t-dig
estio
n sp
ike
addi
tion
if se
rial d
ilutio
n do
es
not m
eet c
riter
ia.
TBD
1:
5 di
lutio
n m
ust a
gree
with
in ±
10%
of
orig
inal
det
erm
inat
ion.
CR
DL
= C
ontra
ct R
equi
red
Det
ectio
n Li
mit
HA
SL
= H
ealth
and
Saf
ety
Labo
rato
ry
LCS
= L
abor
ator
y C
ontro
l Sam
ple
LCS
D =
Lab
orat
ory
Con
trol S
ampl
e D
uplic
ate
LOQ
= L
imit
of Q
uant
itatio
n
MS
= M
atrix
Spi
ke
MS
D =
Mat
rix S
pike
Dup
licat
e
QA
= Q
ualit
y As
sura
nce
QC
= Q
ualit
y C
ontro
l R
ER
= R
elat
ive
Erro
r Rat
io
RL
= R
epor
ting
Lim
it R
PD
= R
elat
ive
Per
cent
Diff
eren
ce
SO
P =
Sta
ndar
d O
pera
ting
Pro
cedu
re
TBD
= T
o B
e D
eter
min
ed
Preliminary Final Programmatic UFP-QAPP 45 September 2016 Nationwide DU ERMP
QAP
P W
orks
heet
#29
. Pr
ojec
t Doc
umen
ts a
nd R
ecor
ds
CoC
= C
hain
-of-C
usto
dy
ED
D =
Ele
ctro
nic
Dat
a D
eliv
erab
le
QA
= Q
ualit
y As
sura
nce
QC
= Q
ualit
y C
ontro
l TB
D =
To
Be
Det
erm
ined
Rec
ord
Type
G
ener
atio
n Ve
rific
atio
n St
orag
e Lo
catio
n/A
rchi
val
Sam
ple
Logb
ook
Sam
ple
Man
ager
Fi
eld
Man
ager
TB
D
Iden
tific
atio
n of
QC
Sam
ples
S
ampl
e M
anag
er
QA
Offi
cer
TBD
C
oC R
ecor
ds
Sam
ple
Man
ager
Fi
eld
Man
ager
TB
D
Sam
ple
Shi
ppin
g R
ecor
ds
Sam
ple
Man
ager
Fi
eld
Man
ager
TB
D
Dig
ital P
hoto
grap
hs
Fiel
d Te
am L
eade
r P
roje
ct M
anag
er
TBD
C
alib
ratio
n (F
ield
Equ
ipm
ent)
Logs
Fi
eld
Team
Lea
der
Pro
ject
Man
ager
TB
D
Sam
ple
Rec
eipt
For
ms
Labo
rato
ry S
ampl
e M
anag
er
Pro
ject
Man
ager
TB
D
Sam
ple
Ana
lytic
al R
ecor
ds (F
ull L
evel
IV D
ata
Pac
kage
) La
bora
tory
Pro
ject
or Q
A M
anag
er
QA
Offi
cer
TBD
E
quip
men
t Cal
ibra
tion
(Lab
orat
ory)
and
Mai
nten
ance
Rec
ords
La
bora
tory
Pro
ject
or Q
A M
anag
er
QA
Offi
cer
TBD
S
ourc
e D
ocum
enta
tion
on S
tand
ards
and
Sur
roga
tes
Labo
rato
ry P
roje
ct o
r QA
Man
ager
Q
A O
ffice
r TB
D
QA
/QC
Rec
ords
La
bora
tory
Pro
ject
or Q
A M
anag
er
QA
Offi
cer
TBD
C
ase
Nar
rativ
e La
bora
tory
Pro
ject
or Q
A M
anag
er
QA
Offi
cer
TBD
C
orre
ctiv
e Ac
tion
Rep
orts
Q
A/Q
C O
ffice
r P
roje
ct M
anag
er
TBD
E
DD
La
bora
tory
Pro
ject
Man
ager
D
ata
Val
idat
or
TBD
E
quip
men
t Ins
pect
ion
Form
s S
ampl
e M
anag
er
Pro
ject
Man
ager
TB
D
Dat
a V
erifi
catio
n/V
alid
atio
n A
sses
smen
t Rep
ort
Dat
a V
alid
ator
Q
A/Q
C O
ffice
r TB
D
Non
conf
orm
ance
Rep
ort F
orm
s Q
A O
ffice
r P
roje
ct M
anag
er
TBD
R
eadi
ness
Rev
iew
Che
cklis
t Q
A O
ffice
r P
roje
ct M
anag
er
TBD
R
eadi
ness
Rev
iew
Act
ion
Item
Mem
oran
dum
Q
A O
ffice
r P
roje
ct M
anag
er
TBD
D
ocum
ent R
evie
w R
ecor
ds
Inde
pend
ent T
echn
ical
Rev
iew
er
Pro
ject
Man
ager
TB
D
Preliminary Final Programmatic UFP-QAPP 46 September 2016 Nationwide DU ERMP
QAP
P W
orks
heet
s #3
1, #
32, a
nd #
33.
Asse
ssm
ents
and
Cor
rect
ive
Actio
n A
sses
smen
ts
Ass
essm
ent T
ype
Pers
on(s
) Res
pons
ible
for
Perf
orm
ing
Ass
essm
ent (
title
and
or
gani
zatio
nal a
ffilia
tion)
Fr
eque
ncy
Estim
ated
Dat
es
Ass
essm
ent
Del
iver
able
D
eliv
erab
le D
ue
Dat
e TB
D
A
sses
smen
t Res
pons
e an
d C
orre
ctiv
e A
ctio
n
Ass
essm
ent
Type
Pers
on(s
) Res
pons
ible
for
Res
pond
ing
to A
sses
smen
t Fi
ndin
gs (t
itle
and
orga
niza
tiona
l af
filia
tion)
A
sses
smen
t Res
pons
e D
ocum
enta
tion
Tim
efra
me
for
Res
pons
e
Pers
on(s
) Res
pons
ible
for
Iden
tifyi
ng a
nd
Impl
emen
ting
Cor
rect
ive
Act
ions
(titl
e an
d or
gani
zatio
nal a
ffilia
tion)
Pers
on(s
) Res
pons
ible
for
Mon
itorin
g Ef
fect
iven
ess
of
Cor
rect
ive
Act
ion
(title
and
or
gani
zatio
nal a
ffilia
tion)
TB
D
TBD
= T
o B
e D
eter
min
ed
Preliminary Final Programmatic UFP-QAPP 47 September 2016 Nationwide DU ERMP
QAPP Worksheet #34. Data Verification and Validation Inputs
Item Description Verification
(completeness)
Validation (conformance to
specifications in the QAPP)
Analytical Data Package 1 Cover sheet (laboratory identifying information) X X 2 Case narrative and definition of qualifiers X X 3 Sample receipt records X X 4 Sample results (Form Is) X X 5 Blanks summaries X X 6 MS/MSD summaries X X 7 LCS summaries X X 8 Trace recoveries X X 10 Initial and continuing calibration summaries X X 11 Post digestion spike X X 12 Serial dilution X X 13 Analytical raw data for all data (i.e., calibrations, QC, and
samples) X X
14 Required laboratory signatures X X 15 NCRs/CARs (if applicable) X X
CAR = Corrective Action Report LCS = Laboratory Control Sample MS = Matrix Spike MSD = Matrix Spike Duplicate NCR = Nonconformance Report QAPP = Quality Assurance Project Plan QC = Quality Control
Preliminary Final Programmatic UFP-QAPP 48 September 2016 Nationwide DU ERMP
QAPP Worksheet #35. Data Verification Procedures Records
Reviewed Requirement Documents Process Description
Responsible Person, Organization
Field Logbook
QAPP Verify that records are present and complete for each day of field activities. Verify that all planned samples, including field QC samples, were collected and that sample collection locations are documented. Verify that meteorological data were provided for each day of field activities. Verify that changes/exceptions are documented and were reported in accordance with requirements. Verify that any required field monitoring was performed and results are documented.
Project and Field Manager – Daily Project QA Officer
Sample Receipt and CoC
QAPP, Laboratory SOPs
The condition of shipping coolers and enclosed sample containers will be documented upon receipt at the analytical laboratory. This documentation will be accomplished using a cooler receipt checklist. A Sample Receipt Confirmation Report will be transmitted to the Project Chemist within 48 hours of sample receipt. The original completed checklist will be transmitted with the final data package.
Documentation of sample receipt and generation of sample receipt checklist – Laboratory Project Manager Review of Sample Receipt Confirmation Report to ensure samples were logged in correctly – Project Chemist
Laboratory Data Package
QAPP, Laboratory SOPs
Verify data package for completeness, as defined in the QAPP, for the following: • Cover sheet with identifying
information • Case narrative • Sample receipt information and CoC • Sample results • Blanks summaries • MS/MSD summaries • LCS summaries • Tracer recovery summaries • ISs • Initial and continuing calibration
summaries • Analytical raw data • Required laboratory signatures.
Before release from laboratory – Laboratory Project Manager or QA Officer Upon receipt –Project Chemist
NCRs/CARs (if applicable)
QAPP Verify that corrective action was implemented according to plan.
QA Officer
CAR = Corrective Action Report CoC = Chain-of-Custody IS = Internal Standard LCS = Laboratory Control Sample MS = Matrix Spike MSD = Matrix Spike Duplicate
NCR = Nonconformance Report QA = Quality Assurance QAPP = Quality Assurance Project Plan QC = Quality Control SOP = Standard Operating Procedure
Preliminary Final Programmatic UFP-QAPP 49 September 2016 Nationwide DU ERMP
QAP
P W
orks
heet
#36
. D
ata
Valid
atio
n Pr
oced
ures
D
ata
Valid
ator
Pr
ojec
t Che
mis
t A
naly
tical
Gro
up/M
etho
d To
tal/I
soto
pic
Ura
nium
– a
lpha
spe
ctro
met
ric a
nd IC
P-M
S m
etho
ds
Dat
a D
eliv
erab
le R
equi
rem
ents
TB
D
Ana
lytic
al S
peci
ficat
ions
/Mea
sure
men
t P
erfo
rman
ce C
riter
ia
Labo
rato
ry S
OP
s (T
BD
); Q
AP
P W
orks
heet
s #1
2, #
15, #
24, a
nd #
28
Mea
sure
men
t Per
form
ance
Crit
eria
W
orks
heet
#12
, DoD
QS
M
Per
cent
of D
ata
Pac
kage
s to
be
Val
idat
ed
100%
P
erce
nt o
f Raw
Dat
a R
evie
wed
10
%
Per
cent
of R
esul
ts to
be
Re-
Cal
cula
ted
10%
V
alid
atio
n P
roce
dure
P
roce
dure
bas
ed o
n cu
rrent
DoD
QS
M V
ersi
on 5
.0 a
nd th
is Q
AP
P
Not
e: N
onco
mpl
iant
dat
a w
ill b
e qu
alifi
ed a
s fo
llow
s:
U =
Th
e an
alyt
e w
as a
naly
zed
for,
but w
as n
ot d
etec
ted
abov
e, th
e re
porte
d sa
mpl
e qu
antit
atio
n lim
it. T
hese
resu
lts a
re q
ualit
ativ
ely
acce
ptab
le.
J =
Th
e an
alyt
e w
as p
ositi
vely
iden
tifie
d; t
he a
ssoc
iate
d nu
mer
ical
val
ue is
the
app
roxi
mat
e co
ncen
tratio
n of
the
ana
lyte
in t
he s
ampl
e.
Thes
e re
sults
are
qu
alita
tivel
y ac
cept
able
but
est
imat
es.
UJ
= T
he a
naly
te w
as n
ot d
etec
ted
abov
e th
e re
porte
d sa
mpl
e qu
antit
atio
n lim
it.
How
ever
, the
rep
orte
d qu
antit
atio
n lim
it is
app
roxi
mat
e an
d m
ay o
r m
ay n
ot
repr
esen
t the
act
ual l
imit
of q
uant
itatio
n ne
cess
ary
to a
ccur
atel
y an
d pr
ecis
ely
mea
sure
the
anal
yte
in th
e sa
mpl
e. T
hese
resu
lts a
re q
ualit
ativ
ely
acce
ptab
le
but e
stim
ates
. R
=
The
anal
yte
resu
lt w
as re
ject
ed d
ue to
ser
ious
def
icie
ncie
s in
the
abili
ty to
ana
lyze
the
sam
ple
and/
or to
mee
t QC
crit
eria
. Th
e pr
esen
ce o
r abs
ence
of t
he
anal
yte
cann
ot b
e ve
rifie
d.
DoD
= U
.S. D
epar
tmen
t of D
efen
se
ICP
-MS
= In
duct
ivel
y C
oupl
ed P
lasm
a-M
ass
Spe
ctro
met
ry
QA
PP =
Qua
lity
Assu
ranc
e P
roje
ct P
lan
QC
= Q
ualit
y C
ontro
l
QS
M =
Qua
lity
Sys
tem
s M
anua
l S
OP
= S
tand
ard
Ope
ratin
g P
roce
dure
TB
D =
To
Be
Det
erm
ined
Preliminary Final Programmatic UFP-QAPP 50 September 2016 Nationwide DU ERMP
QAP
P W
orks
heet
#37
. U
sabi
lity
Asse
ssm
ent
Proj
ect M
anag
er: T
BD
Pr
ojec
t QA
Offi
cer:
TB
D
Proj
ect C
hem
ist:
TBD
Fi
eld
Task
Lea
der:
TB
D
Fiel
d Sa
mpl
e M
anag
er: T
BD
St
atis
ticia
n: T
BD
Rev
iew
the
Proj
ects
Obj
ectiv
es a
nd S
ampl
ing
Des
ign:
The
data
usa
bilit
y as
sess
men
t will
be
perfo
rmed
by
a te
am o
f pro
ject
per
sonn
el.
The
QA
Offi
cer w
ill b
e re
spon
sibl
e fo
r inf
orm
atio
n in
the
data
usa
bilit
y as
sess
men
t. N
ote
that
the
data
usa
bilit
y as
sess
men
t w
ill b
e co
nduc
ted
on v
erifi
ed/v
alid
ated
dat
a.
All
data
tha
t w
ere
not
reje
cted
dur
ing
the
verif
icat
ion
and
valid
atio
n pr
oces
s w
ill b
e us
ed fo
r dec
isio
n m
akin
g. A
fter t
he d
ata
usab
ility
ass
essm
ent h
as b
een
perfo
rmed
, dat
a de
emed
app
ropr
iate
for u
se th
en w
ill b
e us
ed
to s
uppo
rt fu
rther
reco
mm
enda
tions
. Th
e re
sults
of t
he d
ata
usab
ility
ass
essm
ent w
ill b
e pr
esen
ted
in th
e fin
al D
QA
. D
ata
Verif
icat
ion/
Valid
atio
n O
utpu
ts:
P
reci
sion
—R
esul
ts o
f al
l la
bora
tory
dup
licat
es,
MS
/MS
D p
airs
, LC
S/L
CS
D p
airs
, an
d fie
ld d
uplic
ates
will
be
asse
ssed
aga
inst
mea
sure
men
t pe
rform
ance
crit
eria
pro
vide
d on
Wor
kshe
et #
12.
The
RP
Ds
exce
edin
g cr
iteria
will
be
iden
tifie
d in
the
DQ
A.
A di
scus
sion
will
follo
w s
umm
ariz
ing
the
resu
lts o
f th
e la
bora
tory
pre
cisi
on.
Any
con
clus
ions
abo
ut th
e pr
ecis
ion
of th
e an
alys
es w
ill b
e dr
awn,
and
any
lim
itatio
ns o
n th
e us
e of
the
data
will
be
desc
ribed
.
A
ccur
acy/
Bia
s C
onta
min
atio
n—R
esul
ts f
or a
ll la
bora
tory
met
hod
and
inst
rum
ent
blan
ks a
nd f
ield
QC
bla
nks
will
be
asse
ssed
aga
inst
mea
sure
men
t pe
rform
ance
crit
eria
pro
vide
d on
Wor
kshe
et #
12.
Res
ults
for
ana
lyte
s th
at e
xcee
d cr
iteria
will
be
iden
tifie
d in
the
DQ
A.
Any
con
clus
ions
abo
ut t
he
accu
racy
/bia
s of
the
anal
yses
bas
ed o
n co
ntam
inat
ion
will
be
draw
n, a
nd a
ny li
mita
tions
on
the
use
of th
e da
ta w
ill b
e de
scrib
ed in
the
DQ
A.
O
vera
ll A
ccur
acy/
Bia
s—Th
e re
sults
for
the
LC
S/L
CS
Ds,
MS
/MS
Ds,
IS
s, a
nd t
race
r re
cove
ry w
ill b
e as
sess
ed a
gain
st m
easu
rem
ent
perfo
rman
ce
crite
ria p
rovi
ded
on W
orks
heet
#12
. In
add
ition
, ini
tial a
nd c
ontin
uing
cal
ibra
tion
data
will
be
com
pare
d to
the
requ
irem
ents
pro
vide
d on
Wor
kshe
et #
24.
A di
scus
sion
will
follo
w s
umm
ariz
ing
over
all a
ccur
acy/
bias
. An
y co
nclu
sion
s ab
out t
he o
vera
ll ac
cura
cy/b
ias
of th
e an
alys
es w
ill b
e dr
awn,
and
any
lim
itatio
ns o
n th
e us
e of
the
data
will
be
desc
ribed
in th
e D
QA
.
Se
nsitiv
ity—
Res
ults
for a
ll sa
mpl
es w
ill be
pre
sent
ed s
epar
atel
y in
tabu
lar f
orm
at fo
r eac
h an
alys
is.
The
resu
lts fo
r eac
h an
alyt
e w
ill be
che
cked
aga
inst
the
labo
rato
ry M
DLs
and
repo
rting
lim
its, a
nd p
roje
ct a
ctio
n le
vels
. A
disc
ussi
on w
ill fo
llow
sum
mar
izin
g th
e re
sults
of t
he la
bora
tory
sen
sitiv
ity.
Any
conc
lusi
ons
abou
t the
se
nsitiv
ity o
f the
ana
lyse
s w
ill be
dra
wn,
and
any
limita
tions
on
the
use
of th
e da
ta w
ill be
des
crib
ed in
the
DQ
A.
R
epre
sent
ativ
enes
s—R
epre
sent
ativ
enes
s w
ill b
e ac
hiev
ed b
y us
ing
stan
dard
sam
plin
g an
d an
alyt
ical
met
hodo
logi
es g
over
ning
sam
ple
colle
ctio
n m
etho
ds,
sam
ple
size
, pr
eser
vatio
n an
d ha
ndlin
g, a
nd m
etho
dolo
gy.
Rep
rese
ntat
iven
ess
will
be
asse
ssed
qua
litat
ivel
y by
ens
urin
g th
at s
ampl
e co
llect
ion,
ha
ndlin
g, a
nd a
naly
sis
met
hodo
logi
es w
ere
follo
wed
. A
dis
cuss
ion
will
follo
w s
umm
ariz
ing
the
resu
lts o
f the
repr
esen
tativ
enes
s of
the
resu
lts.
Any
conc
lusi
ons
abou
t the
repr
esen
tativ
enes
s of
the
anal
yses
will
be
draw
n, a
nd a
ny li
mita
tions
on
the
use
of th
e da
ta w
ill b
e di
scus
sed
in th
e D
QA
.
C
ompa
rabi
lity—
Com
para
bilit
y w
ill b
e ac
hiev
ed b
y us
ing
stan
dard
sam
plin
g an
d an
alys
is p
roce
dure
s th
at c
an b
e re
prod
uced
in fu
ture
sam
plin
g ev
ents
. A
naly
tical
resu
lts a
lso
will
be
com
pare
d se
mi-q
ualit
ativ
ely
to h
isto
rical
dat
a av
aila
ble
for t
he s
ite a
nd fi
eld
obse
rvat
ions
. A
disc
ussi
on w
ill fo
llow
sum
mar
izin
g th
e re
sults
of t
he c
ompa
rabi
lity
of th
e re
sults
. A
ny c
oncl
usio
ns a
bout
the
com
para
bilit
y of
the
anal
yses
will
be
draw
n, a
nd a
ny li
mita
tions
on
the
use
of th
e da
ta w
ill be
des
crib
ed in
the
DQ
A.
C
ompl
eten
ess—
A c
ompl
eten
ess
chec
k w
ill b
e do
ne o
n al
l of
the
dat
a ge
nera
ted
by t
he l
abor
ator
y.
Com
plet
enes
s cr
iteria
are
pre
sent
ed o
n W
orks
heet
#12
Com
plet
enes
s w
ill b
e ca
lcul
ated
as
the
num
ber
of v
alid
dat
a po
ints
(i.e
., th
ose
that
are
not
rej
ecte
d in
the
dat
a ve
rific
atio
n an
d va
lidat
ion
proc
ess)
div
ided
by
the
tota
l num
ber
of d
ata
poin
ts p
lann
ed.
Any
con
clus
ions
abo
ut t
he c
ompl
eten
ess
of t
he d
ata
for
each
ana
lyte
will
be
draw
n, a
nd a
ny
limita
tions
on
the
use
of th
e da
ta w
ill b
e de
scrib
ed in
the
DQ
A.
Preliminary Final Programmatic UFP-QAPP 51 September 2016 Nationwide DU ERMP
QAP
P W
orks
heet
#37
. U
sabi
lity
Asse
ssm
ent (
Con
tinue
d)
R
econ
cilia
tion—
Eac
h of
the
pro
ject
qua
lity
obje
ctiv
es p
rese
nted
on
Wor
kshe
et #
11 w
ill b
e ex
amin
ed t
o de
term
ine
if th
e ob
ject
ive
was
met
. T
his
exam
inat
ion
will
incl
ude
a co
mbi
ned
over
all a
sses
smen
t of t
he re
sults
of e
ach
anal
ysis
per
tinen
t to
an o
bjec
tive.
Eac
h an
alys
is w
ill fi
rst b
e ev
alua
ted
sepa
rate
ly
in t
erm
s of
the
maj
or im
pact
s ob
serv
ed f
rom
the
dat
a va
lidat
ion,
dat
a qu
ality
indi
cato
rs, a
nd m
easu
rem
ent
perfo
rman
ce c
riter
ia a
sses
smen
ts.
Bas
ed o
n th
e re
sults
of
thes
e as
sess
men
ts, t
he q
ualit
y of
the
dat
a w
ill b
e de
term
ined
. B
ased
on
the
qual
ity d
eter
min
ed,
the
usab
ility
of t
he d
ata
for
each
ana
lysi
s w
ill b
e de
term
ined
. B
ased
on
the
com
bine
d us
abili
ty o
f the
dat
a fro
m a
ll an
alys
es fo
r an
obj
ectiv
e, it
will
be
dete
rmin
ed if
the
pro
ject
qua
lity
obje
ctiv
e w
as m
et a
nd
whe
ther
pro
ject
act
ion
limits
wer
e ex
ceed
ed.
The
final
repo
rt w
ill in
clud
e a
sum
mar
y of
all
the
poin
ts th
at w
ent i
nto
the
reco
ncili
atio
n of
eac
h ob
ject
ive.
As
part
of
the
reco
ncili
atio
n of
eac
h ob
ject
ive,
con
clus
ions
will
be
draw
n, a
nd a
ny li
mita
tions
on
the
usab
ility
of a
ny o
f the
dat
a w
ill b
e de
scrib
ed.
Verif
y th
e A
ssum
ptio
ns o
f the
Sel
ecte
d St
atis
tical
Met
hod:
NA
Im
plem
ent t
he S
tatis
tical
Met
hod:
N/A
D
ocum
ent D
ata
Usa
bilit
y an
d D
raw
Con
clus
ions
: A
n an
alyt
ical
DQ
A re
port
will
be
gene
rate
d an
d w
ill d
iscu
ss li
mita
tions
of d
ata
usab
ility
. Th
is w
ill in
clud
e th
e ev
alua
tion
of s
igni
fican
t tre
nds
and
bias
es in
the
QC
re
sults
alo
ng w
ith a
ll co
mpo
nent
s in
clud
ed in
the
data
ver
ifica
tion/
valid
atio
n re
port
such
as
prec
isio
n, a
ccur
acy,
sen
sitiv
ity, r
epre
sent
ativ
enes
s, c
ompa
rabi
lity,
and
co
mpl
eten
ess.
In
gene
ral,
data
qua
lifie
d as
est
imat
ed d
ue to
the
verif
icat
ion
and
valid
atio
n pr
oces
s w
ill b
e us
ed fo
r dec
isio
n m
akin
g. R
ejec
ted
data
will
not
be
used
. P
oten
tial
trend
s an
d bi
ases
and
non
conf
orm
ance
s (s
uch
as o
utlie
r ca
libra
tions
, sp
ikes
or
elev
ated
DL,
LO
D,
and
LOQ
val
ues)
will
be
eval
uate
d to
de
term
ine
if th
ere
are
any
limita
tions
on
data
usa
bilit
y an
d di
scus
sed
in th
e D
QA
DL
= D
etec
tion
Lim
it D
QA
= D
ata
Qua
lity
Ass
essm
ent
IS =
Inte
rnal
Sta
ndar
d LC
S =
Lab
orat
ory
Con
trol S
ampl
e LC
SD
= L
abor
ator
y C
ontro
l Sam
ple
Dup
licat
e LO
D =
Lim
it of
Det
ectio
n LO
Q =
Lim
it of
Qua
ntita
tion
MD
L =
Met
hod
Det
ectio
n Li
mit
MS
= M
atrix
Spi
ke
MS
D =
Mat
rix S
pike
Dup
licat
e N
/A =
Not
App
licab
le
QA
= Q
ualit
y As
sura
nce
QC
= Q
ualit
y C
ontro
l R
PD
= R
elat
ive
Per
cent
Diff
eren
ce
TBD
= T
o B
e D
eter
min
ed
THIS PAGE WAS INTENTIONALLY LEFT BLANK
Preliminary Final Programmatic UFP-QAPP 53 September 2016 Nationwide DU ERMP
REFERENCES
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DoD (U.S. Department of Defense). 2013. Quality Systems Manual for Environmental Laboratories. Prepared by the Department of Defense Environmental Data Quality Workgroup. Version 5.0 Final. July.
IDQTF (Intergovernmental Data Quality Task Force). 2012. Uniform Federal Policy for Quality Assurance Project Plans (UFP-QAPP) Manual, Optimized UFP-QAPP Worksheets. March.
NRC (U.S. Nuclear Regulatory Commission). 2006. NUREG-1757, Volume 2, Revision 1: Consolidated Decommissioning Guidance: Characterization, Survey, and Determination of Radiological Criteria. Washington, DC: Nuclear Regulatory Commission.
U.S. Army. 2011. Davy Crockett M101 Spotting Round, Information Guide. U.S. Army Public Affairs Office. August.
U.S. Army. 2015. Programmatic Approach for the Preparation of Site-Specific Environmental Radiation Monitoring Plan (NRC ADAMS accession number ML16004A369).
USACE (U.S. Army Corps of Engineers). 2007. DoD Quality Systems Manual Supplement. USACE Louisville District. March.
USEPA (U.S. Environmental Protection Agency). 2006. Depleted Uranium Technical Brief. EPA-402-R-06-011. U.S. Environmental Protection Agency. Office of Air and Radiation, Radiation Protection Division, Washington, DC 20460. December.
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