131 LA UR 03 5862 - National Nuclear Security Administration ...

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is expected to continue through 2003. TA-43-1 is at capacity for both office and laboratory activities, andfuture Bioscience expansion is expected to occur at TA-35-85 and TA-46-158. Bioscience is pursuing a newbuilding at LANL that will consolidate its work and remove activities from TA-43.Table 2.12.2-1 compares 1998–2002 operations to those predicted by the SWEIS ROD. The table includesthe number of FTEs per capability to measure activity levels compared to the SWEIS ROD. These FTEs arenot measured the same as the index shown in Table 2.12.3-1 and these numbers cannot be directly compared.All but two of the existing capabilities have activity levels greater than those projected by the SWEIS ROD.2.12.3 Operations Data for the Bioscience FacilitiesTable 2.12.3-1 presents the operations data as measured by radioactive air emissions, NPDES discharges,generated waste volumes, and number of workers. The generation of most waste (chemical, administrative,and MLLW) has decreased from historical levels and was smaller than projections.2.12.4 Cerro Grande Fire Effects at the Bioscience FacilitiesCerro Grande Fire effects on Bioscience facilities and operations included the loss of office transportablescontaining computers, intellectual property, and data at TA-46. Some computers and data were lost in homesburned by the fire. Overall, Bioscience, along with other programs at LANL, suffered downtime and lossof productivity during the evacuation and initial damage assessment, recovery, and reentry phases. Smokedamage occurred in several buildings at TA-43 and TA-46-158/161 requiring cleaning or replacement ofan air handling system and many replacement air filters. The smoke damaged laser optics requiring theirreplacement at TA-46-158, -161, and TA-03-1698.A training exercise, using ROB (Reagentless Optical Biosensor) to test environmental samples2-130SWEIS Yearbook—2002
SWEIS Yearbook—2002 2-131Table 2.12.2-1. Bioscience Facilities/Comparison of OperationsCAPABILITIES SWEIS ROD a 1998 YEARBOOK 1999 YEARBOOK 2000 YEARBOOK 2001 YEARBOOK 2002 YEARBOOKBiologicallyInspired Materialsand ChemistryNot in SWEIS ROD. Not in SWEIS ROD.This operation wasdeveloped in 1999.Not in SWEIS ROD.This operation wasdeveloped in 1999.Not in SWEIS ROD.This operation wasdeveloped in 1999.Not in SWEIS ROD.This operation wasdeveloped in 1999.In 2002, 17 FTEs wereassociated withBiologically InspiredComputationalBiologyEnvironmentalBiology (formerlynamedEnvironmentalEffects)Genomics(formerly namedGenomic Studies)Not in SWEIS ROD.Research tocharacterize the extentof diversity inenvironmentalmicrobes and tounderstand theirfunctions andoccurrences in theenvironment.(25 FTEs)Conduct research atcurrent levels utilizingmolecular andbiochemicaltechniques todetermine and analyzethe sequences ofgenomes (human,microbes and animal).Develop strategies toanalyze the nucleotidesequence ofindividual genes,especially thoseassociated withgenetic disorders,infectious diseaseorganisms.Not in SWEIS ROD.This operation wasdeveloped in 1999.In 1998, activitiesincreased about 50%above 1995 levels to 30FTEs, and exceededSWEIS RODprojections.In 1998, activitiesincreased about 10%above 1995 levels to 43FTEs, but were stillbelow SWEIS RODprojections.Not in SWEIS ROD.This operation wasdeveloped in 1999.In 1999, 25 FTEswere associated withEnvironmentalBiology. This equalsthe SWEIS RODprojection and is anincrease of 25% over1995 levels.In 1999, 61 FTEs wereassociated withGenomics. Thisexceeded the SWEISROD projection of 50FTEs and is anincrease of 56% over1995 levels.In 2000, there were 25FTEs, expected to growto 35 FTEs by 2002.In 2000, 20 FTEs wereassociated withEnvironmentalBiology.In 2000, 50 FTEs wereassociated withGenomics.In 2001, 16 FTEs wereassociated withComputational Biology.In 2001, 27 FTEs wereassociated withEnvironmental Biology.In 2001, 47 FTEs wereassociated withGenomics.Materials and Chemistry.In 2002, 16 FTEs wereassociated withComputational Biology.In 2002, 24 FTEs wereassociated withEnvironmental Biology.In 2002, 47 FTEs wereassociated withGenomics.
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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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This chapter also discusses Non-Key
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SANTA FENATIONALSANTA FENATIONAL FO
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2.1 Plutonium Complex (TA-55)The Pl
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2-36SWEIS Yearbook—2002Table 2.1.
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2-42Table 2.1.2-1. Plutonium Comple
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Glovebox linesWaste transfer2.1.4 C
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TA-16 during 1999, 2000, and 2001.
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2.2.3 Operations Data for the Triti
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Tree-thinning operations on Two-Mil
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completed; work on the wing electri
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2-56Table 2.3.1-1. CMR Building Con
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Table 2.3.2-1. CMR Building (TA-03)
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Table 2.3.3-1. CMR Building (TA-03)
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2.4.1 Construction and Modification
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2-70Table 2.4.2-1. Pajarito Site (T
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“Hummer”2.4.4 Cerro Grande Fire
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2.5.1 Construction and Modification
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Table 2.5.3-1. Sigma Complex (TA-03
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Page 114 and 115: 2.6.4 Cerro Grande Fire Effects at
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Page 120 and 121: 2.8.2 Operations at the Machine Sho
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Page 128 and 129: 2.9.2 Operations at High Explosives
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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
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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
Page 152 and 153: 2-122Table 2.11.2-1. Los Alamos Neu
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Page 158 and 159: Because of the building’s small s
Page 164 and 165: 2-134Table 2.12.3-1. Bioscience Fac
Page 166 and 167: Table 2.13-1. Radiochemistry Buildi
Page 170 and 171: Table 2.13.2-1. Radiochemistry Faci
Page 172 and 173: Table 2.13.3-1. Radiochemistry Faci
Page 174 and 175: Table 2.14-1. Radioactive Liquid Wa
Page 176 and 177: 2.14.2 Operations at the Radioactiv
Page 178 and 179: Table 2.14.2-1. Radioactive Liquid
Page 180 and 181: Table 2.14.3-1. Radioactive Liquid
Page 182 and 183: Table 2.15-1. Solid Radioactive and
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Page 192 and 193: 2.16 Non-Key FacilitiesThe balance,
Page 196 and 197: 2-166Table 2.16.1-1. Non-Key Facili
Page 198 and 199: consumption would represent approxi
Page 200 and 201: Exterior and interior views of the
Page 202 and 203: Decision Applications Division Offi
Page 204 and 205: k) Materials Science and Technology
Page 206 and 207: 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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5.4 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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