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2-70Table 2.4.2-1. Pajarito Site (TA-18)/Comparison of Operations (continued)CAPABILITIES SWEIS ROD a 1998 OPERATIONS 1999 OPERATIONS 2000 OPERATIONS 2001 OPERATIONS 2002 OPERATIONSNuclearMeasurementSchool (relocatedfrom CMR andrenamed. AtCMR it wascalled“NonproliferationTraining”).aNot in SWEIS ROD (waslocated in CMR).IAEA schools are at CMR.Includes replacement of the portable linac.This capability waslocated at TA-18 inyears past, but hadbeen moved to CMR.In the effort to reducethe CMR Building to aCategory 3 nuclearfacility, theseoperations were movedback to TA-18,necessitating thetransfer of additionalnuclear material to thefacility for use in theclasses.This capabilityreturned to CMR andoperated at CMRduring 2002.SWEIS Yearbook—2002
2.4.3 Operations Data for the Pajarito SiteResearch activities have remained well below those projected by the SWEIS ROD; consequently,operations data were also well below projections. The chief environmental measure of activities at the PajaritoSite is the estimated radiation dose to a hypothetical member of the public, referred to as the maximallyexposed individual. The dose has remained below the SWEIS ROD projection. The dose estimated to resultfrom 2002 activities was 1.0 millirem, compared to 28.5 millirem per year projected by the SWEIS ROD.Chemical waste generation at Pajarito Site has been below the ROD projection from 1998 through 2002.Operational data are detailed in Table 2.4.3-1.The chemical and low-level wastes generated in 2002 were shipped in 2003.Table 2.4.3-1. Pajarito Site (TA-18)/Operations DataSWEISROD1998OPERATIONS19992000OPERATIONS OPERATIONS2001OPERATIONS2002OPERATIONSPARAMETER UNITSRadioactive AirEmissionsArgon-41 a Ci/yr 1.02E+2 1.8E-1 a 4.9E-1 a 8.0E-1 a 2.9E-1 1.6E-1ExternalPenetratingRadiationmrem/yr 28.5 b 3 2.6 2.5 4.2 1.0NPDESDischargeMGY No outfalls No outfalls No outfalls No outfalls No outfalls No outfallsWastes:Chemical kg/yr 4,000 3,127 1,707 127 91 82LLW m 3 /yr 145 4 31.3 14 13 0Number of FTEs 95 d 65 dMLLW m 3 /yr 1.5 0c7.9 0 0 0TRU m 3 /yr 0 0 0 0 0 0Mixed TRU m 3 /yr 0 0 0 0 0 0Workers 70 d 70 d73 d 73 d 78 daThese values are not stack emissions. The SWEIS ROD projections are from Monte Carlo modeling. Values are fromthe first 394-foot (120-meter) radius. Other isotopes (nitrogen-13 and oxygen-15) are not shown because of very shorthalf-lives.bPage 5-116, Section 5.3.6.1, “Public Health,” of the SWEIS.cdThe 7.9 cubic meters of MLLW in CY 2000 were generated as a result of maintenance activities.The first number shown in the “SWEIS ROD” column is the actual employee count representing CY 1999 (the yearthe SWEIS ROD was published). The second number shown in the “SWEIS ROD” column is the index numberrepresenting CY 1999 (the year the SWEIS ROD was published). The number of employees for CY 1998 throughCY 2002 operations cannot be directly compared to numbers projected by the SWEIS ROD. The employee numbersprojected by the SWEIS ROD represent total workforce size and include PTLA, JCNNM, and other subcontractorpersonnel. The number of employees for 1998 through 2002 operations is routinely collected information and representsonly UC employees (regular full-time and part-time). Because the two sets of numbers (SWEIS ROD versus the newindex) do not represent the same entity, a direct comparison to numbers projected by the SWEIS ROD (see Section3.6, Socioeconomics) is not appropriate. However, because this index is going to be used in each subsequentYearbook, selecting CY 1999 as the base year establishes an index that can be compared over the ten-year windowrepresented by the SWEIS ROD.SWEIS Yearbook—2002 2-71
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SWEIS Yearbook - 2002LA-UR-03-5862
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CONTENTSList of Tables . . . . . .
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2.13-1. Radiochemistry Buildings wi
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F-1. RTBF Line Item Projects . . .
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AcronymsAFCIALARAAOCBABSLCASACDCCDI
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PrefaceIn the Record of Decision fo
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Executive SummaryIn 1999, the US De
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Also, following the events of Septe
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ReferencesDepartment of Energy, 199
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AREA OF CONTRIBUTION (continued)Los
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• Summary and conclusion (Chapter
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Aerial view-North from Pajarito Roa
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Table 2.0-2. Radiological Exposure
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2-4Table 2.0-4. Low-Level Waste Gen
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2-6Table 2.0-6. TRU Waste Generatio
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2-8Table 2.0-8. Overall Solid Radio
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In addition, the Key Facilities (as
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2-12SWEIS Yearbook—2002Table 2.0-
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Table 2.0-12. Projected Constructio
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Page 60 and 61: This chapter also discusses Non-Key
Page 62 and 63: SANTA FENATIONALSANTA FENATIONAL FO
Page 64 and 65: 2.1 Plutonium Complex (TA-55)The Pl
Page 66 and 67: 2-36SWEIS Yearbook—2002Table 2.1.
Page 72 and 73: 2-42Table 2.1.2-1. Plutonium Comple
Page 74 and 75: Glovebox linesWaste transfer2.1.4 C
Page 76 and 77: TA-16 during 1999, 2000, and 2001.
Page 80 and 81: 2.2.3 Operations Data for the Triti
Page 82 and 83: Tree-thinning operations on Two-Mil
Page 84 and 85: completed; work on the wing electri
Page 86 and 87: 2-56Table 2.3.1-1. CMR Building Con
Page 92 and 93: Table 2.3.2-1. CMR Building (TA-03)
Page 94 and 95: Table 2.3.3-1. CMR Building (TA-03)
Page 96 and 97: 2.4.1 Construction and Modification
Page 102 and 103: “Hummer”2.4.4 Cerro Grande Fire
Page 104 and 105: 2.5.1 Construction and Modification
Page 108 and 109: Table 2.5.3-1. Sigma Complex (TA-03
Page 110 and 111: 2-80Table 2.6.2-1. MSL (TA-03)/Comp
Page 114 and 115: 2.6.4 Cerro Grande Fire Effects at
Page 116 and 117: 2-86Table 2.7.2-1. TFF (TA-35)/Comp
Page 118 and 119: Inspection of target component2.8 M
Page 120 and 121: 2.8.2 Operations at the Machine Sho
Page 122 and 123: Table 2.8.3-1. Machine Shops (TA-03
Page 124 and 125: Operations at this Key Facility are
Page 128 and 129: 2.9.2 Operations at High Explosives
Page 130 and 131: 2-100SWEIS Yearbook—2002Table 2.9
Page 132 and 133: Table 2.9.3-1. High Explosives Proc
Page 136 and 137: 2.10.2 Operations at High Explosive
Page 138 and 139: 2-108Table 2.10.2-1. High Explosive
Page 140 and 141: Table 2.10.3-1. High Explosives Tes
Page 142 and 143: DX Division Strategic Plan for the
Page 146 and 147: 2-116Table 2.11.1-1. Los Alamos Neu
Page 148 and 149: Table 2.11.2-1. Los Alamos Neutron
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2-120SWEIS Yearbook—2002Table 2.1
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2-122Table 2.11.2-1. Los Alamos Neu
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2.12 Bioscience Facilities (TA-43,
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Because of the building’s small s
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is expected to continue through 200
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2-134Table 2.12.3-1. Bioscience Fac
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Table 2.13-1. Radiochemistry Buildi
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Table 2.13.2-1. Radiochemistry Faci
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Table 2.13.3-1. Radiochemistry Faci
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Table 2.14-1. Radioactive Liquid Wa
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2.14.2 Operations at the Radioactiv
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Table 2.14.2-1. Radioactive Liquid
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Table 2.14.3-1. Radioactive Liquid
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Table 2.15-1. Solid Radioactive and
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volume is an increase from the last
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2-160Table 2.15.2-1. Solid Radioact
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2.16 Non-Key FacilitiesThe balance,
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2-166Table 2.16.1-1. Non-Key Facili
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consumption would represent approxi
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Exterior and interior views of the
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Decision Applications Division Offi
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k) Materials Science and Technology
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n) NPDES Outfall ProjectDuring 1997
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2.17 Environmental Restoration Proj
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The sludge and water in the lagoons
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Table 2.17.3-1. Evaluated and Stabi
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2.18 ReferencesDepartment of Energy
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Department of Energy, 1999d. “Cat
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Katzman, 2000. Personal communicati
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Los Alamos National Laboratory, 200
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Table 3.1.1-1 summarizes the radioa
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for reporting under Section 313 of
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NPDES permitted outfalls, including
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Table 3.2-4. Discharges from NPDES
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ensures that LANL meets all require
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3.3.3 Low-Level Radioactive WastesT
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Table 3.3.5-1. Transuranic Waste Ge
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Power Plant ComplexIn CY 2002, an e
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3.4.3 WaterBefore September 8, 1998
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Table 3.5.2-1. Radiological Exposur
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These employees have had a positive
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3.7.1 Land Resources—CY 1998From
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Table 3.7.5-1. Site-wide Land UseAC
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Table 3.8-1. Groundwater Characteri
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captured in the Laboratory’s annu
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828 ft. One sample of water from th
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Table3.9-2. HistoricPeriodCulturalR
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Traditional Cultural Properties Com
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2002 Land TransferredNine cultural
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During 2002, LANL completed three b
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Lansford, R., L. Adcock, S. Ben-Dav
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Wetland in Mortandad Canyon3-44SWEI
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years for which data were reported;
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Figure 4-4. Carbon monoxide emissio
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The SWEIS assumed that reducing out
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Sanitary WasteLANL sanitary waste g
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Low-Level WasteLANL generation of L
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4.4 Utility ConsumptionConsumption
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TRI(UC Workers Only)TRI(All Workers
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Though construction and modificatio
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LANL has also increased the invento
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4.13 ReferencesClean Air Act. 42 US
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The PastV-Site building related to
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5.1.2 AssumptionsThe Laboratory use
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Figure 5-1. Existing land use at LA
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Table 5.2.3.1-1. Site-Wide Land Use
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• Manhattan Monument tract, a fra
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Table 5.2.4-2. Selected Proposed Co
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infrastructure required to conduct
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5-14SWEIS Yearbook—2002Table 5.3.
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5.4 The Plan5.4.1 Planning ProcessT
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Table 5.4.3-1. Electrical Power Con
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easily provide forecasted water dem
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• Fire Hazard Mitigation: Facilit
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Table 5.5.1-1. Funding SourcesFUNDI
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Emergency Operations Center (above
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5.6 ReferencesAmerican Standard of
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5-30SWEIS Yearbook—2002
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• Construction of the DecisionApp
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projected by the ROD. Similarly, a
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6.2 ConclusionsIn conclusion, LANL
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6-8SWEIS Yearbook—2002
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A-2Table A-1. Chemistry and Metallu
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A-4Table A-2. Bioscience Air Emissi
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A-6SWEIS Yearbook—2002Table A-3.
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A-10Table A-6. Machine Shops Air Em
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A-16SWEIS Yearbook—2002Table A-10
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A-20Table A-10. Radiochemistry Site
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A-22Table A-11. Sigma Complex Air E
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A-26Table A-13. Tritium Operations
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Table B-1. Comparison of Nuclear Fa
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B-4Table B-1. Comparison of Nuclear
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B-8SWEIS Yearbook—2002Table B-1.
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B-10SWEIS Yearbook—2002Table B-1.
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Table C-1. Radiological Facility Li
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Appendix D. NPDES Outfall Status Su
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Appendix D. NPDES Outfall Status Su
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D-6SWEIS Yearbook—2002
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Site Boundary ChangesOn December 11
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Figure E-2a. TA-55 old evaluationbo
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Table E-1. Land Parcels Transferred
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Figure E-3. Location of transfer pa
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References and Key Information Sour
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F-2SWEIS Yearbook—2002Table F-1.
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F-20Table F-5. Non-RTBF Non-Facilit
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F-22Table F-6. Non-RTBF Non-Facilit
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To obtain a copy of the SWEIS Yearb
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