Conceptual Site Model - Argonne National Laboratory

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WVDP Phase 1 CSAP12.2 Standard Laboratory AnalysesThe second level of laboratory analyses is for off-site laboratory analyses of the ROIs. Table 6 lists the 18ROIs along with the required minimum detectable concentrations. MDC requirements are set towhichever is lower: (1) approximately 10% of the most restrictive radionuclide-specific CG, (2) 25% ofbackground for naturally occurring radionuclides, or (3) standard laboratory MDCs. All laboratoryinstrumentation will be calibrated by using National Institute of Standards and Technology- (NIST-)traceable standards. In addition, the laboratory must be capable of analyzing for the additional 12 ROIs asidentified in Table 3. For these 12 radionuclides, standard laboratory detection limit requirements apply.Laboratory methods, instruments, and sensitivities will be in accordance with New York State protocolsfor environmental analysis. Any laboratory used for environmental sample analysis will have appropriateNew York State Department of Health Environmental Laboratory Approval Program certification or theequivalent. Activity concentrations in soil will be reported in units of picocurie per gram.Groundwater/surface water sample results will be reported in units of pCi/l. Other QC activities areincorporated into specific field survey procedures.Of particular concern for both the on-site and off-site laboratories is the ability of the laboratories toadequately prepare and homogenize soil samples for analysis. Soil sample preparation protocols will bedeveloped and presented as part of the overall standard laboratory operating procedures. The goal of soilsample preparation is that the error introduced by residual within-sample heterogeneity should be no morethan the measurement error associated with the analytical procedure when activity concentrations arearound the relevant CG. Conformance with this goal will be evaluated through the use of replicatesubsampling and analysis of soil samples. The soil samples selected for replicate subsampling andanalysis will be soil samples that exhibit activity concentrations for either Cs-137 and Sr-90 within theimmediate range of the relevant surface soil CG w requirement (i.e., from one half of the surface soil CG wto three times the CG w ).Off-site laboratory analytical quality will be monitored through the use of an independent QC laboratoryand DOE data verification and validation procedures.Rev. 1 90
WVDP Phase 1 CSAPTable 6: Radionuclide Target Sensitivity for Laboratory Sample Analysis(source: Phase 1 DP, Table 9-5)NuclideInstrument/MethodTarget Sensitivity,pCi/g (1)Am-241 Alpha and/or gamma spectrometry 1 (4)C-14 Sample oxidizer and liquid scintillation 2 (4)Cm-234/244 Alpha and/or gamma spectrometry 1 (4)Cs-137 Gamma spectrometry 0.1 (4)I-129 Gamma spectrometry 0.06 (2)Np-237 Alpha and/or gamma spec 0.01 (2)Pu-238 Alpha spectrometry 1 (2)Pu-239/240 Alpha spectrometry 1 (2)Pu-241 Liquid scintillation 15 (2)Sr-90 Liquid scintillation 0.9 (2)Tc-99 Gas flow proportional counting 3 (2)U-232 Alpha spectrometry 0.5 (2)U-233/234 Alpha spectrometry 0.2 (3)U-235 (-236) Alpha spectrometry 0.1 (3)U-238 Alpha spectrometry 0.2 (3)NOTES:(1)(2)(3)(4)Dependent on sample size, counting time, and so on.Approximately 10% of the most restrictive radionuclide-specific CG identified in Table5-14.25% of background for naturally occurring radionuclides.Standard laboratory MDCs.Rev. 1 91
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Phase 1 Characterization Sampling a
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WVDP Phase 1 CSAP6.11.2 Down-Hole a
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WVDP Phase 1 CSAPLIST OF TABLESTabl
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WVDP Phase 1 CSAPLBGRLIDARmm 2mmMAR
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WVDP Phase 1 CSAPBrook and Franks C
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WVDP Phase 1 CSAPtoo wet to allow g
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WVDP Phase 1 CSAP1.0 INTRODUCTION A
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WVDP Phase 1 CSAP2.0 OBJECTIVES AND
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WVDP Phase 1 CSAPFSS protocols or t
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WVDP Phase 1 CSAP2. High-Level Wast
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WVDP Phase 1 CSAP• WMA 1 is appro
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WVDP Phase 1 CSAPThe CSAP scope inc
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WVDP Phase 1 CSAPTable 1: Phase 1 C
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WVDP Phase 1 CSAPmethods, technolog
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WVDP Phase 1 CSAPThis page intentio
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WVDP Phase 1 CSAPinfrastructure inv
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WVDP Phase 1 CSAPnone of the other
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WVDP Phase 1 CSAPTable 2: ROI Sampl
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WVDP Phase 1 CSAPFigure 4 Surface S
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WVDP Phase 1 CSAPTable 3: Twelve Ra
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WVDP Phase 1 CSAPCSAP data collecti
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WVDP Phase 1 CSAP• In areas where
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WVDP Phase 1 CSAPsample indicate co
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WVDP Phase 1 CSAP• Buried infrast
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WVDP Phase 1 CSAP• In all cases,
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WVDP Phase 1 CSAPFigure A.16 WMA 1
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WVDP Phase 1 CSAPFigure A.18 Phase
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WVDP Phase 1 CSAPFigure A.20 Initia
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WVDP Phase 1 CSAPFigure A.22 Initia
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WVDP Phase 1 CSAP• Lagoon 1 was a
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WVDP Phase 1 CSAPSolvent Dike. The
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WVDP Phase 1 CSAP• An exception t
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WVDP Phase 1 CSAPFigure B.8 shows W
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WVDP Phase 1 CSAPB.4.3.1Wastewater
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WVDP Phase 1 CSAPB.4.3.3Neutralizat
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WVDP Phase 1 CSAP3. Contaminated so
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WVDP Phase 1 CSAP• There is a sig
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WVDP Phase 1 CSAP• Define require
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WVDP Phase 1 CSAP• CG w Sampling.
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WVDP Phase 1 CSAPcharacterize the n
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WVDP Phase 1 CSAPoA variety of geot
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WVDP Phase 1 CSAPoIf elevated readi
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WVDP Phase 1 CSAPlocation represent
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WVDP Phase 1 CSAPTable B.2 Sample N
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WVDP Phase 1 CSAPFigure B.2 WMA 2 w
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WVDP Phase 1 CSAPFigure B.4 WMA 2 A
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WVDP Phase 1 CSAPFigure B.10 WMA 2
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WVDP Phase 1 CSAPFigure B.20 Initia
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WVDP Phase 1 CSAPdiameter that are
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WVDP Phase 1 CSAPC.2 Physical Setti
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WVDP Phase 1 CSAPAs originally depo
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WVDP Phase 1 CSAPC.4.3.3Waste Tank
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WVDP Phase 1 CSAPsamples. 10 pCi/L
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WVDP Phase 1 CSAPC.9.1Buried Infras
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WVDP Phase 1 CSAPhole gamma data wi
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WVDP Phase 1 CSAPthese sample resul
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WVDP Phase 1 CSAPTable C.1 Sample N
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WVDP Phase 1 CSAPFigure C.2 WMA 3 F
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WVDP Phase 1 CSAPFigure C.4 WMA 3 A
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WVDP Phase 1 CSAP1Figure C.10 WMA 3
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WVDP Phase 1 CSAPFigure C.12 WMA 3
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WVDP Phase 1 CSAPFigure C.14 WMA 3
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WVDP Phase 1 CSAPFigure C.16 Initia
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WVDP Phase 1 CSAPFigure C.18 Initia
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WVDP Phase 1 CSAPD.3 Area HistoryWM
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WVDP Phase 1 CSAPD.4.2North Plateau
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WVDP Phase 1 CSAPcolor-coded by Sr-
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WVDP Phase 1 CSAPD.9 CSAP Pre-Remed
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WVDP Phase 1 CSAPoIf GWS results in
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WVDP Phase 1 CSAPdrainage feature s
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WVDP Phase 1 CSAP• If the GWS res
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WVDP Phase 1 CSAPTable D.2 Sample N
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WVDP Phase 1 CSAPFigure D.2 WMA 4 A
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WVDP Phase 1 CSAPFigure D.10 1990 -
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WVDP Phase 1 CSAPFigure D.12 Histor
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WVDP Phase 1 CSAPFigure D.14 Initia
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WVDP Phase 1 CSAPFigure D.16 Initia
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WVDP Phase 1 CSAPcoat, application
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WVDP Phase 1 CSAPWMA 5 is underlain
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WVDP Phase 1 CSAPFinally, other rel
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WVDP Phase 1 CSAPIn 1987, water fro
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WVDP Phase 1 CSAPE.6 Planned Phase
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WVDP Phase 1 CSAPis most likely ass
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WVDP Phase 1 CSAPsample. If biased
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WVDP Phase 1 CSAPsoils and a draina
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WVDP Phase 1 CSAPE.9.6Buried Infras
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WVDP Phase 1 CSAPE.9.9Decision-Maki
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WVDP Phase 1 CSAPTable E.1 Historic
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WVDP Phase 1 CSAPWMA 12Chemical Pro
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WVDP Phase 1 CSAPFigure E.3 WMA 5 1
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WVDP Phase 1 CSAPFigure E.11 WMA 5
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WVDP Phase 1 CSAPFigure E.13 Histor
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WVDP Phase 1 CSAPNew Cooling Tower.
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WVDP Phase 1 CSAPPlateau although t
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WVDP Phase 1 CSAPF.4.2North Plateau
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WVDP Phase 1 CSAPof the Process Bui
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WVDP Phase 1 CSAPThe New Cooling To
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WVDP Phase 1 CSAP• Verify Absence
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WVDP Phase 1 CSAP• CG w Sampling.
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WVDP Phase 1 CSAP• A minimum of t
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WVDP Phase 1 CSAPand analyzed from
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WVDP Phase 1 CSAPcontamination may
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WVDP Phase 1 CSAPF.10 ReferencesDOE
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WVDP Phase 1 CSAPTable F.2 Sample N
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WVDP Phase 1 CSAPFigure F.2 WMA 6 w
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WVDP Phase 1 CSAPFigure F.4 WMA 6 A
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WVDP Phase 1 CSAPFigure F.10 WMA 6
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WVDP Phase 1 CSAPGP10208BH-19A137Cs
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WVDP Phase 1 CSAPNFS Shallow Specia
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WVDP Phase 1 CSAPLiquid that collec
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WVDP Phase 1 CSAPeastern ends of th
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WVDP Phase 1 CSAPG.4.3 Drainage Are
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WVDP Phase 1 CSAPPhase 1 will not a
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WVDP Phase 1 CSAPG.9.3 Surface Soil
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WVDP Phase 1 CSAPoIf any 0-15 cm in
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WVDP Phase 1 CSAP• Three location
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WVDP Phase 1 CSAP• Backfill assoc
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WVDP Phase 1 CSAPTable G.2 Sample N
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WVDP Phase 1 CSAPFigure G.2 WMA 7 w
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WVDP Phase 1 CSAPFigure G.4 Subsurf
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WVDP Phase 1 CSAPFigure G.6 WMA 7 A
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WVDP Phase 1 CSAPFigure G.8 WMA 7 A
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WVDP Phase 1 CSAPFigure G.10 WMA 7
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WVDP Phase 1 CSAPSS-15137Cs: 4.7 pC
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WVDP Phase 1 CSAPcompleted in 1990.
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WVDP Phase 1 CSAP• In 1990 and 19
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WVDP Phase 1 CSAPH.9.1 Gamma Walkov
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WVDP Phase 1 CSAPdepth interval, an
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WVDP Phase 1 CSAPA select portion o
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WVDP Phase 1 CSAPTable H.1 Historic
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WVDP Phase 1 CSAPEmpty Waste Contai
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WVDP Phase 1 CSAPFigure H.3 WMA 9 A
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WVDP Phase 1 CSAPFigure H.11 WMA 9
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WVDP Phase 1 CSAPFigure H.13 Histor
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WVDP Phase 1 CSAPFigure H.15 WMA 9
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WVDP Phase 1 CSAPA steel security f
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WVDP Phase 1 CSAPFigure I.4 shows W
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WVDP Phase 1 CSAPshine from facilit
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WVDP Phase 1 CSAPI.7 Conceptual Sit
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WVDP Phase 1 CSAPA complete (100%)
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WVDP Phase 1 CSAPgross activity lev
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WVDP Phase 1 CSAP• If a sample in
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WVDP Phase 1 CSAPI.9.8Required Labo
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WVDP Phase 1 CSAPTable I.1 Historic
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WVDP Phase 1 CSAPContractor Fab Sho
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WVDP Phase 1 CSAPFigure I.3 WMA 10
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WVDP Phase 1 CSAPFigure I.15 Initia
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WVDP Phase 1 CSAPBrook northwest of
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WVDP Phase 1 CSAP• Lagoon 3 (in W
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WVDP Phase 1 CSAPThe limited Cs-137
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WVDP Phase 1 CSAPcontaminating subs
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WVDP Phase 1 CSAPdistribution of su
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WVDP Phase 1 CSAPoIf GWS results in
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WVDP Phase 1 CSAPon historical info
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WVDP Phase 1 CSAPA select portion o
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WVDP Phase 1 CSAPTable J.1 Historic
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WVDP Phase 1 CSAPFigure J.1 WMA 12
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WVDP Phase 1 CSAPFigure J.5 1982 WM
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WVDP Phase 1 CSAPWMA 12 NorthWMA 12
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WVDP Phase 1 CSAPlater in this sect
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WVDP Phase 1 CSAP• Direct measure
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WVDP Phase 1 CSAPK.9.2 Surface Soil
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WVDP Phase 1 CSAPpurpose is to reso
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WVDP Phase 1 CSAP• If a portion o
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WVDP Phase 1 CSAPFigure K.1 WMA 12
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WVDP Phase 1 CSAPFigure K.9 Initial
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Conceptual Site Model - Argonne National Laboratory

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