ML20154C337
| ML20154C337 | |
| Person / Time | |
|---|---|
| Site: | Vogtle  |
| Issue date: | 12/31/1987 |
| From: | Burckhalter L, Mikol S, Todd J E.I. DU PONT DE NEMOURS & CO., INC. |
| To: | |
| Shared Package | |
| ML20154C327 | List: |
| References | |
| DPSPU-88-30-1, NUDOCS 8805180123 | |
| Download: ML20154C337 (512) | |
Text
DPSPU-88-30-1 '
Volume ll Figures and Data Tables U. S. DEPARTMENT OF ENERGY SAVANNAH RIVER PLANT ENVIRONMENTAL REPORT FOR 1987 i
OOD . . . . . -
E. I. du Pont de Nemours & Co.
Savannah River Plant Aiken,SC 29808 l 1
PREPARED FOR WE U.S. DEPARTMD1T OF ENERGY l UNDER CONTRACT DE-AC09-76SR00001 l
- 885SRA2 c
182882 l
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i DPSPU-88-30-1 Volume 11 Figures and Data Tables !
U.S. DEPARTMENT OF ENERGY SAVANNAH RIVER PLANT ENVIRONMENTAL REPORT Annual Report for 1987 l
By Sue C. Mikol Laurie T. Burckhalter James L.Todd Donna K. Martin l
l I
Prepared for the United States Department of Energy by the Health Protection Department of E.1. du Pont de Nemours & Co.
Savannah River Plant, Aiken, South Carolina
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l ACKNOWLEDGMENTS l The authors acknowledge with appreciation the efforts of a number of Individuals and groups I who performed analyses and contributed technical data for the report. The authors express gratitude to the following groups:
Health Protection Departmerit, SRP Environmental Monitoring Group Dosimetry Group Health Protection Survey Group Environment and Energy Department, SRP Power Technology Department, SRP Raw Materials Engineering & Technobgy Department, SRP Laboratories Department, SRP SRP Custodians of Groundwater Monitoring Sites Environmental Sciences Division, SRL Environmental Transport Division, SRL Interim Waste Technology Division, SRt Savannah River Ecology Laboratory Zedek Corporation, Durham, NC Environmental Testing, Inc., Charlotte, NC Environmental and Chemical Services, New Ellenton, SC Envirodyne Engineers, Inc., St. Louis, MO Enwright Laboratories, Greenville, SC Weston Analytic, Lionville, PA Exploration Software, Athens, GA The authors are indebted to the following individuats who were instrumentalin the preparation and review of data tables for the report:
C. L. Cummins E. M. Heath W. L. Marter A. S. Morrison W. M. Fay, Exploration Software M. R. Rainer, Exploration Sof tware M. A. Harper, Exploration Sof tware Special thanks go to L. S. Gray for typing data tables, R. A. Childers,Information l Industries,Inc., for editing and preparing the copy for publication, and to the ,
Publications Group at SRP. l l
l
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Contents Contents . . . . . . . . . . . . . . . . . . . . . . . . ..i List of Figures.. . . . . . . . . . . . . . . . . . . . . . . . . . ..ii List of Tables. .. . . . . . . . . . . iv INTRODUCTION .... . . . .. .. . . . . . . . .....1 FIGURES.. . . ... .. . . . . . . . . .. . .2 TABLES. . . . . . . . . . . .. . . . . . . . .......64 i
List of Figures Fig. No. T.ille EaQA 1-1 SRP production areas and effluent streams.. .. . .................3 2-1 Continuous air monitoring stations and public water sample locations.. . ... .. 4 ,
22 Distant air monitoring stations.. .. . . . . . . . . . . .. . . . . . . . ...5 2-3 Beta radioactivity in air.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ......6 2-4 SRP TLD plant perimeter locations..... . .. .. . . . . . . . ..7
. 2-5 TLD monitoring locations in cities and towns near SRP.. . .. .. .. B 2-6 Ambient air quality monitoring locations... ... ... .. . .. 9 3-1 Stream and river sample locations.. . . . . . . . . .. .. .. 10 3-2 Tritium releases at source. . ... . . . . . . . . . . . . . . . . . . . . .. . . . 11 3-3 Direct tritium releases to streams excluding seepage basin migratiort.. . ..11 3-4 Tritium migration from seepage basins.. . . .. . . . . . .. . . .11 3-5 Tritium balance summary, 1960 1987.. . .. .. .. .. . . . . . . .. ..12 3-6 Water quaSty sampling locations.. . . . _...~. . . . . . . . . . . . . . 13 37 Academy of Natural Sciences of Philadelphia - river survey locations.. ..14 41 Geologic Cross Section of SRP. . . . .. . . . . . . . . . . . . . . . .. .15 4-2 Solid Waste Storage Facility Wells.. . ... .. .. .. . . . .. . 16 43 F-Area A Une and Canyon Buildings.. . . . . . . . . . . . . .17 4-4 F-Area Acid / Caustic Basin Wells.. . . . .. . . .18 4-5 F-Area Burning / Rubble Pits.. . . . . . .. . . . . . . ., . .19 46 F Area Coal Pile Runoff Containment Basitt.. . . . . . 20 47 F Area Seepage Basins... . . . . ...... . .. .. . .21 4-8 Old F Area Seepage Basin.. . . . . . , , . . . . . . . . . . . . . . . . . . . .22 49 F-Area Tank Farm... ... .. . . . . . .. . . . . . . . 23 4 10 H Area Canyon Building..... . _ . . . . . . . . . . . .. . . . . . . . 2 4 4 11 H Area Coal Pile Runoff Containment Basin.. . . . . . . . . . . .25 4 12 H Area Retention Basins.. . . . . . . . . . . . . . . . . . . . . . . . . . . . ... 26 4 13 H Area Seepage Basins.. . . . . . . . . . . . . . . . . . . . . . ... . . 2 7 4 14 H Area Tank Farrit.. . . . . . .. . . . . . . . . . . . . . . . . .28 l 4 15 S Area.. .... . . .. . . .. . . . . . . . . . . . . 29 l 4 16 F- and H Separations Areas.. . .. . .. . . . . . . . . . . . . . . .. .. 30 l 4 17 C-Area Wells... . . . . . . . . . . . . . . . . . . . . . 31 l
, 4 18 K Area Wells.. . . . . . . . . . . . . . . . . . . .. . . . .32 i 4 19 L-Area Wells... .. .. . . . . .. . .. . . . . . . . . .. 33 1 4 20 P Area Wells.. . . . . . . . . . . . . . . . ... .. .34 4 21 R Area Seepage Basins.. . . . . . . . .. ... . .. . . 35 4 22 arm. Area Wells.. . . . . . . . . . . . . . . . . . . . . ...... .. . 3 6 4 23 Silverton Road Waste Site.. . . .. .. . . . .. 37 4 24 CS-Area Wells.. .. .. . . . . . . . .. . . . . . .38 4 25 CM P Burial Pits.. . ... .. .. . ... . . . . .. . . . . .. . . . . 39 4 26 D-Area Wells... . . . . . . . . .40 4 27 D-Area Oil Disposal Basin.. . .. . .. . . . . . . . .. .. . 41 4-28 Sanitary Landfill.. .. . .. . . . . . ... .. . .42 4 29 New, Old TNX Seepage Basins.. . . .. .. . .. ... . .43 1 4 30 Road A Chemical Basin.. . . . . . . . . ., . . .. . .44 51 Milk sample locations.. .. . .. . . . . . . . . . .. .45 52 Food sample locations.. . . . . . . . . . .. .. . . 4.5 53 Fish sample and water treatment plant locations... .. .. . . .. . . . . . . . . 46 l 5-4 A Administration Area welllocations.. . . . . . . . . .. .... 47 '
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7-1 Vegetation sampling locations inside the Solid Waste Storage Facility fence.... . . . ... . . . . . . . . . . . . . . . . . . . 48 7-2 Vegetation sampling locations outside F and H Areas and Solid Waste Storage Facility fences.. . . .... . . . . . . .. . . 48 8-1 Movement of tritium cloud after July 31,1987 tritium release.... .. . . . . .49 8-2 Monitoring trails in the Savannan River swamp.. .._. ... . . . . . .50 8-3 Low-level Cs-137 Concentrations in the Savannah River.. . .. . . . .. . . 51 8-4 Holding ponds at Beaufort-Jasper water treatment plant.. .. ... . . 52 8-5 F-Area Tank Farm Dry Monitoring Wells.... . .. .. .. . . . . . .. . 53 8-6 H Area Tank Farm Dry Monitoring Wells.. . . .. .. . . . . . . 53 8-7 Radiation levels in F-Area Dry Monitonng Wells.. . .. .. .. .... . 54 8-8 Radiation levels in H Area Dry Monitoring Wells... . . . . . 56 9-1 Simphfied pathways between radioactive materials released to atmosphere and man... . . . . . . . . . . . . . . 57 9-2 Simplified pathways between radioactive materials released to ground or surface water and man.. . . . . . . . . .. . . ..57 12-1 Life history parameters of fishes from Risher Pond (Ambient) and Pond C (Tnermal).. . . . . . . . . . . . . . .. . .. . 58 '
12-2 Summaries of life history parameters for Gambusia affinis in Risher Pond and Pond C.. m . . .. .. . . . .. . . _ . . . . ... .59 12 3 Maximum numbers of wood storks observed at Kathwood foraging ponds during 1986... . . . . . . . . . . . - . . . . .. .60 12-4 Relationship of (a) clutch size, (b) clutch mass, and (c) mean egg d
mass to the body mass of female wood ducks.. .. . .. .. . 61 12 5 Size of Chinese tallow tree, American sycamoro, and cherrybark oak seedlings subjected to different light regimes.. . ..... . . . . . ... .62 12-6 Echinacea laevigata, the purple cone flower.... .. . . . . . .63 l
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List of Tables Table No. . Tit!g EaQ2 ES 1 Individual and Population Doses - 1987.. . . . . .. . ....... . 65 2-1 Radioactivity in Air.. . . . . . . . . . . . . . . . . . . . . . ... . . . . . . . .66 2-2 1987 Radioactive Atmospheric Releases and Concentrations... . . . . . . . . . 73 2-3 Average Individual Doses at the Plant Perimeter from Atmospheric Releases.. . . . . . . . . . . . . . . . . .. .. .. .. 74 2-4 Maximum Individual Doses at the Plant Perimeter from Atmospheric Releases.. . . . . . . . . . . . . . . . . . . . . . . . . 75 2-5 80-km Population Dose - 1987 Atmospheric Releases... .. . . 76 2-6 TLD Gamma Radiation Measurements.. . . . . . _ . . ... . . . . . 77 2-7 TLD Gamma Radiation Measurements from 1Two-State Area.. .. .90 2-8 1987 Ambient Air Concentrations . .. . . . . ... . .. . .. .96 2-9 1986 South Carolina Ambient Air Quality Measurements . . . . . . 97 2-10 1986 Georgia Ambient Air QuaGly Measurements.. . . . . 98 3-1 Radioactivity in Savannah River Water . .. .. .. .99 3-2 Radioactivity in Plant Stream Water... .. . . . . .. . . . .102 3-3 Radioactivity in Seepage Basin Water.. . . . . . . . . . . . . . .109 3-4 Calculated Migration of Radioactivity from Seepage Basins.. . . ..115 3-5 Radioactivity in Transport at Sample Points on Four Mile Creek.. . . . . . .115 36 Tritium Inventory in SRP Streams and Savannah River . .. . ...116 3-7 Tritium inventory Summary 1960-1987 . . . . . . . .. .118 38 1987 Radioactive Liquid Releases and Concentrations.. . . . .119 3-9 Maximum Individual Doses Uquid Releases.. . . . . . . . .120 3 10 Individual Doses from Public Water Supplies at Beaufort-Jasper... . .121 3-11 Individual Doses from Public Water Supplies at Port Wentworth.. . . .. .122 3-12 Population Dose from Liquid Releases.... . . . . .. . . . . . . .123 3 13 Potential Doses from Irrigation Pathway.. . . . . . . . . .. .123 3 14 NPDES Outtall Locations... . .. ... .. . .. . .124 3-15 NPDES Monitoring Data..... .. . ... . . . . . .. . ..125 3 16 Savannah River Water Quality.. ._.. . . .. .. . . . .. .. . .. . . .136 3-17 Fecal Coliform Bacteria in SRP Streams and the Savannah River.. .. . .138 3-18 SRP Stream Water Quality.. . . . . . . . . . . . . . ... . 139 41 Radioactivity in Burial Grounds Groundwater.. . . .. . .148 42 Radioactivity in F-Area Groundwater... . .. . . . . .160 4-3 Chemical Concentrations in F Area Groundwater. .. . .. . . .167 44 Radioactivity in H Area Groundwater.. .. . ., . .191 45 Chemical Concentrations in H Area Groundwater.. . . .201 4-6 Chemical Concentrations in S-Area Groundwater.. . .216 4-7 Chemical Concentrations in Z Area Groundwater.. . .218 4-8 Radioactivity in Z and ZW Wells Groundwater.. .. .219 49 Radioactivity in C Area Groundwater... . .. . .220 4 10 Chemical Concentrations in C-Area Groundwater.. . . . 221 4 11 Radioactivity in K Area Groundwater... . . . .. . . .226 4 12 Chemical Concentrations in K Area Groundwater... . . . . ..229 4 13 Chemical Concentrations in L Area Groundwater.. . . . .237 4 14 Radioactivity in P Area Groundwater.. .. . . .242 4 15 Chemical Concentrations in P Area Groundwater.. .. . .243 4 16 Radioactivity in R Area Groundwater.. .. . . . . .. . .249 4 17 Chemical Concentrations in R Area Groundwater.. . . . . 251 4 18 Chemical Concentrations in A. and M Areas Groundwater... . .255 4 19 Chemical Concentrations in Central Shops Groundwater.. . . . .291 iv
4-20 Chemical Concentrations in CMP Pits Groundwater.. . .295 4-21 Chemical Concentrations in D-Area Groundwater.. . . .301 4-22 Chemical Concentrations in Sanitary Landfill Groundwater.. .. .307 4 23 Chemical Concentrations TNX Groundwater.. . . . .318 4-24 Chemical Concentrations in Other Sites Groundwater.. . .321 4-25 Detection Limits for Other Constituents.. . .. . .323 4 26 Summary of Maximum Constituent Levels in Groundwater.. . ..325 5-1 Radioactivity in Milk... . . . . . . . .. . . ..347 5-2 Radioactivity in Food.. . . . .348 5-3 Radioactivity in Drinking Water.. . . . _ . . . ~ . .351 5-4 Drinking Water Analysis Results for Residual Chlorine and Total Coliform... . . . ..354 5-5 Drinking Water Analysis Results for Chemicals, Metals, and Organics.. _. . . . .358 5-6 A Administration Area Well Chicrocarbon Monitoring Results.. .363 5-7 SRP Drinking Water Chlorocarbon Monitoring Results.. .364 6-1 Radioactivity in Fish and Seafood.. . . .365 6-2 Summary of Cesium-137 in Fish... .. . .. ..369 6-3 Radioactivity in Deer and Hogs .370 6-4 Summary of Cesium-137in Deer.. . .370 65 Comparison of Field and Laboratory Cesium-137 Measurements in Deer and Hogs.. . .. . .371 66 Cesium-137 and lodine-131 Measurements in
- Deer and Hogs.. .372 6-7 Tritium in Deer and Hog Flesh.. . . 3 73 ,
6-8 Strontium-90 in Deer and Hog Bone and Flesh.. .373 6-9 lodine 129 and Cesium-137 in Deer Thyroids and Muscle.. . .. .... .374 6-10 Radioactivity in Furbearcrs .. . .375 6-11 Radioactivity in Beavers.. . . .376 6-12 Radioactivity in Ducks.. .. .. .376 6-13 Summary of Heavy Metal Concentrations in Deer and Hog Tissue.. . .377 71 Maximum Radioactivity Deposited in Rainwater.. .381 7-2 Radioactivity Concentration in Soil.. . . . . .382 7-3 Radioactivity Deposited in Soil. . . .383 7-4 Summary of Average Depositionin Soil .. . .384 7-5 Radioactivity in River and Stream Sediment.. . . .386 7-6 Radioactivity in Vegetation.. . . . .389 7-7 Radioactivity in Seepage and Retention Basin Vegetation.. .394 7-8 Radioactivity in Vegetation inside the Solid Waste Storage Facility Fences.. . .
. . .395 7-9 Radioactivity in Vegetation Outside the Solid Waste Storage Facility.. . . . .397 8-1 Tritium Concentrations in Vegetation and Surf ace Water Following July 31,1987 Tritium Release.. . . . . .401 82 Tritium Concentrations in Vegetation Collected by SCDHEC Following July 31,1987 Tritium Release. . . . . .404 V
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! 8-3 Comparisons of Tritium in Drinking Water...... ... .. . . . .... . .405 8-4 Savannah River Swamp, Steel Creek to Little Hell Landing, TLD Radiation Measurements.. . ... .. ... .. . .. . . . ..406 8-5 Savannah River Swamp, Steel Creek to Uttle Hell Landing. Sr 90 and Cs 137 in Soil.... . . . . . .. . .408 8-6 Savannah River Swamp, Steel Creek to Uttle Hell Landing, Plutonium in Soil... . . . . . . ........ .. . . . . . . ..410 8-7 Savannah River Swamp, Steel Creek to Uttle Hell Landing, Alpha in Vegetation.. . .. . . . . . . . . . . .. .412 8-8 Savannah River Swamp, Steel Creek to Little Hell Landing, Cs-137 and K 40 in Vegetation.. . . . . . . . .. .413 89 Cesium-137 in Aquatic Species... .. .. . .. . .. . . .. 416 8-10 Radioactivity in Special Creek Plantation Well Samples.. . .. .. .. 419 8-11 Cesium-137 Concentrations in the Savannah River.. . .. .. . . ...420 8-12 Radioactivity in Water at the Beaufort-Jasper Water Treatment Plant . .. . . . . . . . . . . . . .... .421 8-13 Radioactivity in Vegetation at the Beaufort Jasper Water Treatment Plant . . . .. .. . .. . .. A22 8-14 Radioactivity in Sediment at the Beaufort-Jasper Water Treatment Plant... ... . . . . . . . .. . ... 423 8-15 Radioactivity in Fish at the Beaufort-Jasper Water Treatment Plant... . . . . . . . . . . ....425 8-16 Water Quality of the intake Canal at the Beaufort-Jasper Water Treatment Plant... . . . . .. .. .. . . ..426 8 17 Radioactivity in Water at the Port Wentworth Water Treatment Plant.. . . . . . . . . . ..427 8-18 Radioactivity in Vegetation at the Port Wentworth Water Treatment Plant.... . .. . .. . .. .. ..428 8-19 Radioactivity in Sediment at the Port Wentworth Water Treatment Plant... . . .. . . . . . .. . .. . .429 8-20 Radioactivity in Fish at the Port Wentworth Water ;
Treatment Plant.. ... . . . . . . . . . . . . . . . . . . . .. ..... .431 l 8 21 Water Quality at the Port Wentworth Water Treatment Plant.. . . .. .. . . . . . . . . . ..
. .431 8 22 Panasonic TLD Measurements - Four Mile Creek Survey.. . .. .. 432 8 23 Radioactivity in Special Four Mile Creek Water and Soil Samples.... . . . . . . . . . . ... . . .433 8 24 Special Four Mile Creek Analysis Results for Organics, l Metals, and Chemicals.. . . . . . . . . . . . . . . . . . . . . . . . .434 8 25 Comparison Analyses from Four Mile Creek Study . .. .440 8 26 Pesticides, Herbicides, and Polychlorinated Biphenyls (PCBs) Detection Limits.. . . . _ . . .. . . .441 8 27 Pesticides, Herbicides, and PCBs in Stream and River Water.. . . . . . ...... . . .. .442 8 28 Pesticides, Herbicides, and PCBs in Stream and River Sediment.. . . . . . . . . 445 91 Demographic Data.. . . . . . . . . . . . . . . . . . ..... . . . . . 448 92 Age Specific Parameters for Atmospheric Releases.. . . . . .449 93 Age-Specific Parameters for Uquid Releases .. . . . . . . .449 9-4 Meteorological Data for 1982 1986.. .. . . . . . . . . . . .450 95 80-km-Radius Population Distribution Around SRP ..i.. . .. . . .. . . . . .451 9-6 80-km Radius Milk, Meat, and Vegetation Production.. . . .. ..452 1 '* o
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1 9-7 Site Parameters Used in Uquid Dose Calculations.. . ... .. . .. ... .....454 10-1 Sample Media Data.... . . . . . . . . . . . . . . .. . .. .. . . . ..... .... 455 10-2 Gas-flow Proportional Counting Data .... . . . . .. . . . . .. .. . . .. 456 10-3 Uquid Scintillation Counting Data . . . . ... . . .. . .. . . . . . ..... . .. ... 456 10-4 Alpha Spectrometer Counting Data.. . . . .. . ..... . . . .. .. ... 457 11 1 Lower Umits of Detection (LLD) for HPGe Gamma Spectrometry Systems for Stream lon Columns.... . . . . . ... . . . . . . 458 11-2 Lower Umits of Detection (LLD) for HPGe Gamma Spectrometry Systems for River lon Columns... ... .. .. . . . . . 459 11-3 Lower umits of Detection (LLD) for HPGe Gamma Spectrometry Systems for Vegetation............ . . .. .. . . .. ..460 11 4 Lower Umits of Detection (LLD) for HPGe Gamma Spectrometry Systems Using APOGEE Soltware. . ... .. . . . . .. 461 11-5 Lower Umits of Detection (LLD) for HPGe Gamma Spectrometry Systems Using SPECTRAN-F Software.. ... . . . .... .. .. ..462 1 11 6 EPA Interfaboratory Comparison of Analyiical Result 3... .... . . . ..463 I 11-7 EML Intertaboratory Comparison of Analytical Results... . . ... . . .. 465 I 11-8 Ambient Air Monitoring Station OA Audit Results.. . . . .. .. .468 11 9 ECS Performance in EPA Intertaboratory Comparison.. . .. 472 11-10 intertaboratory Comparison Testing..... .. . .. . ..473 l Groundwater Quality Assurance Analysis Results.. . .... .. 475 11-11 12 1 Number of Adult Salamanders Captured Entering the DWPF Refuge Ponds DuringTheir Breeding Season From FY 1984 to FY 1987.. . . . . . . . . . ... ... . . ... 500 12-2 Body Size Characteristics, Standing Crop Biomass, and Biomass Production Rates of Turtles in Ellenton Bay.... . . . . .. 501 12 3 Mean Number of Fetuses Per Pregnant White-Tailed Doe.. .. .. . .. 502 12-4 Percentage of Fawn Females Breeding, Mean Age of Females, and Productivity.. .. .. . . . . . . . . . . . . . . . .. 503 l
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INTRODUCTION This volume of Savannah River Plant Environmental Report for 1987 (DPSPU 88-30-1) contains the figures and tables referenced in Volume 1. The figures contain graphic illustrations of sample locations and/or data. The tables contain summaries of the following types of data:
E Federal and State standards and guides applicable to SRP operations E Concentrations of radioactivity in environmental media E The quantity of radioactivity released to the environment from SRP operations E Offsite radiation dose commitments from SRP operations E Measurements of physical properties, chemicals and metals concentrations in environmental media E Interlaboratory comparison of analytical results The figures and tables in this report contain information about the routine environmental monitoring program at SRP unless otherwise indicated. No attempt has been made to include all data from environmental research programs. Variations in content from year to year reflect changes in the routine environmental monitoring program or the inability to obtain samples from a specific location.
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1 l i TABLES l i l
TABLE ES-1 i INDIVIDUAL AND POPULATION DOSES - 1987 Calculat0d Calculated Individual Population Population dose, location / Source Dose. mrema SJIg cerson-rema SRP Boundarv Averaae Maximum SRP Atmospheric Releases 0.26 0.65b . . SRP Liquid Releases - 0.93c . . Within 80 km of SRP Dose From Atmospheric Releases 0.05d - 555,100 29.3 Water Treatment Plants Downstream of SRP Using Water From Beauf ort-Jasper Treatment Plant 0.05 0.11 51,000 2.5 Using Water From Port Wentworth Treatment Plant 0.06 0.11 20,000 1.1 River Fish and Recreation Consuming River Fish - - 555,100 2.3 Recreation - - 555,100 <0.1 SRP Releases Total 35.3 Other Sources Annual Dose. mrem Poo. Dose. Derson-rem . Nat ural Radioactivity e Cosmic Radiation 27 Ext ernal Terrest rial 28 Internal Terrestrial 40
! Radon in Homes 200 555,100(within 80km) 164,000 l
71,000(water plants) 20,900
- 295 185,000 l Subtetal(Natural)
Medical Radiation'-f 53 ! j 555,100(within 80km) 29.400 ! i 71,000(water plants) 3,800 ; l S ubt ot al (Me dic al) 53 33,200 : Consumer Products to i 555,100 (within 80km) 5,600 l 71,000 (water plants) 700 Sublotal(Consumer Products) 10 6,300 Weapons Test Fallout <1.0 555,000(within 80km) 600 71,000(water plants) 100 Subtotal (weapons Tests) <1.0 700 Other <1.0 l 555,000 (within 80km) 600 71,000 (water plants) 100 l Subtot at (Other) <1.0 700 l Other Sources Jotal 360 225,000 a Committed effective dose equivaient, b Based on a hypothetical individual with maximum dietary habits located on the plant perimeter at locations of highest exposure. No such individual is known to exist. 1 c Based on a hypothetical individual with maximum dietary habits who lives on the shore o' the Savannah River. No such individual is known to exist. d Based on atmospheric dispersion of SRP releases as described in Tabte 2-2. e Average values for the United States. I Dose is prorated over the U. C. population. T his is a means of arriving at an average dose, which when multiplied by the population size, produces an estimate of population exposure. It does not mean that every member of the population received a radiation exposure from these sources. Nat app"cable. 4
TABLE 2-1 RADIOACTIVITY IN AIR NO.OF CTERR CTERR ARITHMETIC LOCATION SAMPLES MAXIMUM 95% CL MINIMUM 95% CL MEAN 2 STD DEV ALPHA FCtCUBlC M ONPLANT A AREA 52 3.7 11.5 0.00 to.30 1.2 11.2 BURI AL GROUND NORTH 22 2.7 11.4 0.11 10.37 0.99 11.1 BURI AL GROUND SOUTH 51 2.* 11.2 0.10 10.36 1.1 i0.86 F AREA 51 3.6 11.3 0.21 10.42 1.2 11.3 H AREA 52 2.8 11.2 0.20 10.40 1.1 11.3 HIGHWAY 39 51 2.6 21.2 0.21 10.60 1.1 11.0 AVERAGE 1.1 11.2 PLANT PERIMETER ALLENDALE GATE 52 4.3 13.0 0.11 10.38 1.1 11.4 A .14 52 3.2 11.1 0.00 10.51 1.0 11.1 BARNWELL G ATE 52 2.9 11.3 0.00 10.38 1.1 11.3 D AREA *1
, 3.8 11.5 0.00 10.20 1.0 11.3 DARKHORSE $2 3.0 11.1 0.00 10.00 0.98 11.2 EAST TALATHA 51 2.9 11.2 0.23 10.81 1.1 21.3 GREEN POND 52 3.6 11.7 0.29 10.43 1.1 11.1 HIGHWAY 21/167 52 2.4 11.1 0.20 10.40 1.0 11.0 JACKSON 52 2.2 10.94 0.30 10.44 1.1 10.98 PATTERSON MILL 51 2.3 10.95 0.10 10.46 1.0 11.1 TALATHA GATE 52 2.3 11.2 0.11 10.38 1.1 10.98 WESTJACKSON 52 2.6 11.0 0.00 10.30 1.0 11.0 WINDSOR ROAD 51 3.1 11.4 0.20 10.41 1.1 11.0 AVERAGE 1.0 it.1
- 25. MILE RADIUS ,
AIKEN AIRPORT 52 2.4 11.0 0.10 i0.44 1.0 11.0 i AIKEN STATE PARK 52 3.5 11.4 0.20 10.40 1.1 11.2 ALLENDALE 52 2.2 11.2 0.00 10.46 0.97 11.1 ' AUGUSTA 52 1.6 10.93 -0.10 20.19 0.72 10.76 HIGHWAY 301 50 6.0 12.4 0.30 10.44 1.1 11.8 ! LANGLEY 52 2.8 11.3 0.23 10.64 1.0 11.0 LEES 51 2.8 11.2 0.00 10.21 0.86 11.2 OLAR 52 2.7 11.3 0.00 10.21 0.98 11.1 PERKINS 52 2.8 11.4 0.12 10.41 0.97 11.1 SOUTH RICHMOND 51 2.3 11.0 0.11 10.56 1.1 11.0 SPRINGFIELD 52 2.5 21.2 0.20 20.56 1.1 11.0 WAYNESBORO 52 2.8 11.2 0.00 20.49 1.0 11.1 AVERAGE 0.98 21.1 100-MILE RADIUS COLUMBI A 51 3.2 11.2 0.30 10.60 1.3 11.1 GREENVILLE 32 2.9 t1.3 0.00 10.52 1.1 11.4 MACON 51 4.7 11.5 0.12 10.23 1.2 11.7 SAVANNAH $3 3.2 11.8 0.00 10.43 1.0 11.1 AVERAGE 1.2 11.4 I a i
TABLE 2-1 RADI0 ACTIVITY IN AIR, CONT'D. NO.OF CTERR CTERR ARITHMETIC LOCATION SAMPLES MAXIMUM 95% CL MNNUM 25.%.QL MEAN 2 STD DEV NONVOL BETA. FCLCUBIC M ONPLANT A ARE A 52 210 i8.9 1.3 t2.4 22 156 BURI AL GROUND NORTH 22 27 13.2 7.3 11.8 15 19.2 BURI AL GROUND SOUTH 52 230 19.4 9.0 12.0 31 i90 F AREA 51 200 19.8 7.1 11.9 28 164 H AREA 52 290 111 11 12.1 54 1110 HIGHWAY 39 f.1 34 12.9 8.9 12.0 16 110 AVERAGE 28 175 PLANT PERIMETEB ALLENDALE GATE 52 59 19.6 7.7 11.8 16 115 A 14 52 31 13.2 8.2 11.9 15 9.8 , BARNWELL G ATE 52 53 16.4 1.1 10.79 16 217 ! DAREA 51 380 112 1.1 10.80 23 1100 52 30 13.3 4.9 19.6 15 111 DARKHORSE 51 31 13.9 3.3 13.0 17 112 EAST TALATHA GREEN POND 52 180 19.1 7.5 12.1 20 149 HIGHWAY 21/167 52 4G 15.0 7.5 12.1 17 113 JACKSON 52 97 16.9 7.3 11.8 18 125 PATTERSON MILL 51 30 13.2 7.4 11.9 16 110 TALATHA GATE 52 35 14.2 8.9 12.2 16 111 WEST J ACKSON 52 84 16.2 6.9 12.0 18 122 WINDSOR ROAD 50 30 23.3 5.8 11.7 17 111 AVERAGE 17 134 25.MfLE RADIUS AIKEN AIRPORT 52 32 13.6 1.2 f 2.2 15 111 AIKEN STATE PARK 52 32 13.5 6.5 12.1 16 til ALLENDALE 52 26 13.2 6.6 11.8 14 17.9 AUGUSTA 52 22 23.2 0.33 11.1 12 111 HIGHWAY 301 50 60 16.8 6.5 12.6 17 116 LANGLEY 52 55 15.0 8.1 12.0 17 115 - LEES 51 33 13.5 5.6 11.6 15 111 OLAR 52 26 13.4 1.5 11.2 15 19.6 PERKINS 51 30 i4.0 7.9 x 2.1 16 110 SOUTH RICHMOND 52 40 14.2 7.9 11.8 17 113 SPRINGFIELD 52 28 13.4 1.2 12.2 16 110 WAYNESBORO 52 37 13.6 7.3 11.8 17 til AVERAGE 16 *12 - 100 MfLE RADIUS COLUMBI A 51 26 13.9 4.2 t 1.9 15 18.9 GREENVILLE 32 38 13.9 6.6 10.82 16 113 MACON 51 24 i3.0 1.2 11.7 16 t9.9 i SAVANNAH 53 24 13.1 5.9 12.2 14 19.3 ' 16 110 AVERAGE i I 1
TABLE 2-1 RADIOACTIVITY IN AIR, CONT'D. NO.OF CTERR CTERR ARITHMETIC LOCATION SAMPLES MAXIMUM 95% CL MtNNUM 95% Cl. MEAN 2 STD DEV SB-89. 90. FCICUBIC M MONTHLY COMPOSITE 3/700 AREA 12 8.3 11.5 -0.74 10.94 0.62 14.9 F AREA 12 1.5 10.94 -0.56 20.97 0.02 10.98 H AREA 12 1.7 11.2 0.66 10.90 0.43 11.4 BG NORTH 6 0.33 10.66 0.80 10.86 0.23 - BG SOUTH 12 0.88 11.1 -0.50 10.98 0.07 10.66 PLANT PERIMETER 12 0.07 10.06 -0.07 10.06 0.00 10.04 25 MILE RADIUS 12 0.84 10.15 -0.06 10.08 0.09 10.50 100. MILE RADIUS COMP 12 0.47 10.33 -0.23 10.24 0.03 10.36 AVE RAG E 0.11 11.9 BE 7. FCLCUBIC M MONTHLY COMPOSITE 3/700 AREA 10 1400 1170 150 137 330 1770 F AREA 10 270 176 2.5 11.0 170 1170 H AREA 11 280 1140 130 132 180 1100 l BG NORTH 4 590 i21 150 156 300 - i BG SOUTH 10 1400 1190 120 i41 380 1820 l PLANT PERIMETER 10 140 215 1.6 10.20 98 fB6 ;
, 25 MILE RADIUS 10 170 218 82 9.7 120 54 ,
t 100. MILE RADIUS to 460 1110 2.3 10.42 190 1230 i j AVERAGE 200 1460 l ZR 95. NB-95. FCtCUBC M . MONTHLY COMPOSITE 3/700 AREA 10 0.00 1190 0.00 14.1 0.00 - ! F AREA 10 0.00 1190 0.00 19.0 0.00 - i H AREA 11 0.00 1190 0.00 11.7 0.00 - BG NORTH 4 0.00 t190 0.00 120 0.00 . BG SOUTH 10 0.00 t190 0.00 122 0.00 , PLANT PERIMETER 10 0.00 t190 0.00 12.1 0.00 -
- 25. MILE RADIUS 10 0.00 1190 0.00 10.28 0.00 - i 100. MILE RADIUS 10 0.00 t190 0.00 13.6 0.00 .
i AVERAGE 0.00 - ! I ) RU.106. FClCUBic M MONTHLY COMPOSITE 3/700 AREA 10 0.00 1190 0.00 111 0.00 . + i F AREA 0.00 10 1190 0.00 122 0.00 - H AREA 11 0.00 1190 0.00 14.2 0.00 - BG NORTH 4 0.00 190 0.00 147 0.00 - BG SOUTH 9 0.00 1190 0.00 147 0.00 . PLANT PERIMETER 10 0.00 t190 0.00 14.1 0.00 -
- 25. MILE RADIUS 10 0.00 1190 0.00 11.8 0.00 .
100. MILE RADIUS 10 0.00 2190 0.00 116 0.00 - AVERAGE 0.00 - 4 i
- losuficent data ! [
a j
i TABLE 2-1 RADIOACTIVITY IN AIR, CONT'D. NO.OF CTERR CT ERR ARITHMETIC LOCATON SAMPLES MAXIMUM 95% CL MIN 9AUM 95% CL MEAN 2 STD DEV I-131. FCLCUBlC M j MONTHLY COMPOSITE 3/700 AREA 10 0.00 1190 0.00 11500 0.00 - F AREA 10 0.00 1190 0.00 12500 0.00 - H AREA 11 0.00 1190 0.00 1530 0.00 - BG NORTH 4 0.00 1190 0.00 17100 0.00 - BG SOUTH 10 0.00 1190 0.00 16700 0.00 - PLANT PERIMETER to 0.00 1190 0.00 1470 0.00 - 25 MILE RADIUS 10 0.00 1190 0.00 1260 0.00 - 100 MILE RADIUS 10 C.00 1190 0.00 12600 0.00 - , AVERAGE 0.00 - CS-137. FCtCUBIC M MONTHLY COMPOSITE , 3/700 AREA 10 88 111 0.00 11.5 14 159 t 1 FAREA 10 52 18.9 0.00 13.0 7.2 132 H AREA 11 1100 1110 0.00 11.5 160 1610 BG NORTH 4 19 19.0 0.00 12.5 7.3 - BG SOUTH 10 250 ro.00 0.00 11.6 44 1160 PLANT PERIMETER 10 11 11.2 0.00 i0.56 1.4 6.6
- 25. MILE RADIUS 9 2.6 10.47 0.00 10.19 0.40 11.7 100 MILE RADIUS to 0.00 10.47 0.00 11.7 0.00 -
AVERAGE 27 1260 L CE 144 FCtCUBIC M MONTHLY COMPOSITE 3/700 AREA 10 0.00 19.7 0.00 16.7 0.00 - F AREA 10 0.00 19.7 0.00 17.0 0.00 - H AREA 11 21 29.7 0.00 11.6 4.6 114 BG NORTH 4 0.00 19.7 0.00 224 0.00 - BG SOUTH 10 0.00 19.7 0.00 126 0.00 - > PLANT PERIMETER 10 0.00 19.7 0.00 11.9 0.00 25-MILE RADIUS 10 0.00 19.7 0.00 10.62 0.00 - ; 100 MILE RADIUS 10 0.00 19.7 0.00 17.3 0.00 - AVERAGE 0.50 t 6. 2 PU-23B ActCUBIC M ' MONTHLY COMPOSITE 3/700 AREA 12 18 15.1 0.20 13.6 2.0 110 [ F AREA 12 220 128 0.47 10.65 81 1140 H AREA 12 210 114 0.00 135 30 1120 ' BG NORTH 6 77 110 0.00 i4.8 15 - I BG SOUTH 12 47 29.3 0.43 119 12 131 PLANT PERIMETER 12 1.3 10.40 0.18 10.78 0.31 10.88 I 25 MILE RADIUS 11 1.3 10.40 0.06 10.12 0.31 10.98 l 100 MILE RADIUS 11 8.3 23.2 0.48 10.88 0.70 i5.0 AVERAGE 14 186 - i
'l l
I I i lOSUU.QGOl OdU 4
- 69- !
i ;
. . _ _ . . . - - , . . . _ . . ~ _ _ . _, _ , . , _ - _. -- . . ._ _ _ . . _ , _.
TABLE 2-1 RADIOACTIVITY IN AIR, CONT'D. , NO.OF CTERR CTERR ARITHMETlO LOCATION SAMPLES MAXIMUM 9.kfafd, MNMUM 95% CL MEAN 2 STD DEV PU.Mo Act* cubic M MONTHLY COMPOSITE 3/700 AREA 12 12 19.1 0.00 23.3 k.0 27.2 F AREA 12 93 ill 0.68 11.0 30 155 H AREA 12 9.5 13.1 0.00 14.8 3.6 16.9 BG NORTH 6 52 til 0.00 14.8 13 - BG SOUTH 12 15 15.7 0.00 12.4 5.' 211 PLANT PERIMETER 12 6.2 11.8 0.09 t o.11 1.3 13.6 25 MILE RADIUS 12 3.9 10.86 0.00 11.1 1.0 12.0 100 MILE RADIUS 11 6.7 22.6 0.00 12.9 1.5 13.9 AVERAGE 5.9 230 MN 54. FCLCUBIC M MONTHLY COMPOSITE 3/700 AREA 10 0.00 1190 0.00 to ' - 0.00 - F AREA 10 0.00 2190 0.00 t. A 0.00 - H AREA 11 0.00 1190 0.00 < 0.00 - BG NORTH 4 0.00 2190 0.00 1 0.00 - BG SOUTH to 0.00 1190 0.00 15.3 0.00 .
.* LANT PERIMETER 10 0.00 t190 0.00 20.45 0.00 -
25 MILE RADIUS to 0.00 1190 0.00 10.14 0.00 - 100 MILE RADIUS to 0.00 1190 0.00 12.0 0.00 - AVERAGE 0.00 - ) SB 125. FCl' CUBIC M MONTHLY COMPOSITE j 3/700 AREA 10 0.00 1190 4.00 :t 2.9 0.00 - F ARE A 10 0.00 1190 0.00 14.2 0.00 H AREA 11 0.00 1190 0.00 11.2 0.00 - BG NORTH 4 0.00 1190 0.00 210 0.00 - BG SOUTH 10 0.00 1190 0,00 114 0.00 - PLANT PERIMETER to 0.00 t190 0.00 10.88 0.00 - 25 MILE RADIUS to 0.00 1190 0.00 to.41 0.00 - 100 MILE RADIUS 10 0.00 2190 0.00 1 0.00 - l AVERAGE 0.00 - 1 l l 4 l .I l
=
insultcent data 4 4 1
i l TABLE 2-1 ' RADIOACTIVITY IN AIR, CONT'D. ) NO.OF CTERR CTERR ARITHMETlO LOCATION S MPLES MAXIMUM 95% CL MNNUM 95% CL MEAN 2 STD DEV l l H 1 PCLCU M ONPLANT A AREA 25 210 18.5 12 12.0 95 2120 F AREA 25 770 112 58 t 2. 3 340 1430 ; 4 H AREA 25 7200 t150 ~94 12.8 2100 t4200 , BURL AL GROUND NORTH 13 3000 i45 140 i3.3 1100 t2000 BURI AL GROUND SOUTH 23 6100 1260 500 25.2 2500 12900 HIGHWAY 39 25 430 112 6.5 t 2. 6 88 1200 AVERAGE 1000 13000
- PLANT PERIMETER ALLENDALE GATE 24 90 17.3 7.9 26.1 33 138 A 14 25 180 18.3 18 22.7 88 182 BARNWELL GATE 24 130 16.9 12 22.7 57 260 0 AREA 25 250 26.5 34 22.6 140 1120 4
DARKHORSE 25 260 19.9 12 22.7 78 2130 EAST TALATHA 25 230 26.9 5.1 22.3 71 t130 GREENPOND 25 150 28.0 4.9 22.1 75 198 i HIGHWAY 21/167 25 2100 145 7.0 23.1 160 2820 ; JACKSON 25 160 15.4 6.8 11.7 64 293 L PATTEPSON MILL 25 100 13.7 11 12.3 41 249 i TALATHA GATE 25 700 28.7 6.6 t t.8 110 1280 WESTJACKSON 24 170 17.0 15 t 2. 2 71 286 ! ] WINDSOR ROAD 24 180 19.0 4.2 22.0 66 293 AVERAGE 81 2260 t 25.MfLE RADIUS t i AIKEN AIRPORT 25 57 16.5 2.3 t 1. 7 22 131 t AIKEN STATE PAAK 24 70 i6.9 2.7 21.8 27 137 4 ALLENDALE 25 74 27.0 0.00 26.1 21 t38 1 AUGUSTA 24 74 t6.1 2.1 11.8 23 136 HIGHWAY 301 25 59 12.9 5.5 22.8 19 125 LANGLEY 25 97 t7.0 0.59 12.1 29 249 LEES 23 79 27.2 2.9 22.3 26 240 OLAR 24 51 24.7 4.2 11.8 20 121 i PERKINS 25 45 24.0 3.9 10.13 20 221 SOUTH RICHMOND 23 84 16.1 2,2 13.2 29 143 l SPRINGFIELD 25 120 27.8 3.8 11.4 27 248 j WAYNESBORO 25 83 16.9 3.5 13.2 31 136 ! AVERAGE 25 f37 j 100-MILE RADIUS , COLUMBI A 4 18 16.1 2.7 22.2 9.8 - , I GREENVILLE 4 13 15.3 3.5 12.3 7.1 - i MACON 4 23 27.2 5.4 22.3 16 - ' i SAVANNAH 4 8.0 12.5 3.5 15.9 6.5 - p AVERAGE 9.9 113 r i I l 4
. InSuthCaent Cata.
.I 71 i
-%- - --+, e- s-,-me w , - --m---
TABLE 2-1 RADIOACTIVITY IN AIR, CONT'D. PD.OF CTERR CTERR AR11HMETIC LOCATION S AMPLES h%XIMUM 95% CL MN' MUM 95% CL MEAN 2 STD DEV H.3 IN ATMOSPHERIC MOtSTURE. PClt,4L ONPLANT A AREA 26 24 10.63 2.0 10.33 7.7 til BURI AL GROUND NORTH 11 160 12.4 24 10.63 74 184 BURI AL GROUND SOUTH 25 510 17.3 34 10.55 200 1240 F AREA 26 39 10.61 to 10.41 25 118 H ARE A 26 310 16.4 16 10.47 140 1180 HIGHWAY 39 26 20 10.55 0.75 10.30 5.7 28.7 AVERAGE 76 1200 PLANT PERIMETEB ALLENDALE G ATE 25 6.2 10.41 0.36 10.28 2.8 13.1 A 14 26 27 10.56 0.94 10.28 8.3 til BARNWELL GATE 25 15 10.46 1.4 10.31 5.4 16.4 DAREA 26 23 10.53 4.2 10.33 12 18.7 DARK HORSE 26 12 10.33 1.4 10.31 5.3 15.3 E AST TAL ATHA 26 16 10.47 0.71 10.32 4.9 i6.4 GREENDOND 26 13 10.29 0.85 10.36 5.6 16.9 HIGHWAY 21/167 26 89 11.9 1.8 10.31 9.6 133 . .' ACKSON 26 17 10.53 1.0 10.26 5.3 17.6 PATTERSON MILL 26 12 10.45 0.76 10.32 4.1 15.8 , TALATHA GATE 26 38 10.47 1.2 10.31 7.5 114 l WESTJACKSON 25 21 10.58 0.85 10.26 6.2 17.9 I WINDSOR ROAD 25 9.8 10.41 0.73 10.35 4.7 14.6 l AVERAGE 6.3 113
]
25.M!LE RADIUS AIKEN AIRPORT 26 3.9 10.35 0.40 10.30 1.8 12.0 l AIKEN STATE PARK 26 4.7 10.32 0.45 10.29 2.0 12.0 l ALLENDALE 26 5.4 20.32 0.17 10.28 1.8 12.7 A U G L'S T A 25 5.5 10.37 0.34 10.29 1.8 12.7 HIGHWAY 301 26 6.8 10.34 0.31 10.29 1.9 13.3 LANGLEY 26 9.4 10.28 0.09 10.32 2.3 13.9 , LEES 24 37 10.33 0.41 10.32 1.8 11.6 i OLAR 25 4.6 10.38 0.30 10.22 1.9 12.2 I PERKINS 25 4.1 10.36 0.59 10.27 1.7 12.2 SOUTH RICHMOND 24 6.8 10.34 0.20 10.29 2.3 13.5 SPRINGFIELD 26 5.1 10.33 0.66 10.25 2.1 12.3 WAY?ESBORO 26 7.5 10.37 0.32 10.29 2.8 13.7 AVERAGE 2.0 12.8 100. MILE RADIUS COLUMBI A. SC 4 0.99 10.33 0.31 10.26 0.68 GREENVILLE, SC 4 1.1 10.32 0.26 10.24 0.62 MACON,GA 4 1.8 10.29 0.75 10.32 1.2 SAVANNAH.GA 4 1.0 10.30 0.19 20.32 0.60 AVERAGE 0.76 20.81 insufficient Oa'A. i TABLE 2-2 l 1987 RADIOACTIVE ATMOSPHERIC RELEASES ! AND CONCENTR ATIONS - l
?
t Calculated Avg. Conc. Curies Released at at Plant Perimeter,
- Nuchde Emission Source g3 Gases and Vapors
H 3 (oxide) 2. 70 E + 05 8.1E+01 , H 3 (elemental) 3. 20 E + 05 9. 6 E + 01 H 3 (total) 5. 9 0 E + 05 1. 8 E + 02 C 14 4.10 E + 01 1.2E 02 ' Ar 41 8. 77 E + 04 1. 4 E + 01 Kr 85m 1. 6 9 E + 03 3.9E 01 , Kr 85 3. 9 5 E + 05 1. 2 E + 02 ; Kr 87 1.16 E + 03 1.4 E 01 Kr 88 2. 01 E + 03 4.0E 01 i 4 Xe 133 5.32E+03 1. 6 E + 0 0 Xe 135 3. 4 8 E + 03 9.2E 01 1129 7.20E 02 2.0E 05 l131 1.26E 02 3.4E 06 e- Particulates: Co 60 1.30E 05 3.6E 09 So 75 <4.00E 04 <1.1 E 08 St 89,90 1.35E 03 3.7E 07 ; Zr 95
- 67E 03
. 4.6E 07 1 , Nb 95 3.29E 03 9.0E 07 Ru 103 1.37E 03 3.7E 07 '
l l Ru 106 4.53E 02 1.2E 05 Cs 134 2.20E 03 6.0E 07 l Cs 137 1. 07 E + 00 2. 9 E-04
! Co 141 6.00E 06 1.6E 09 ,
j Co 144 3.15E 02 8.6E 06 Os 185 <7.00E 05 <1.9E 08 Total U 8.52E 03 2.3E 06 Pu 238 1.96E 03 5.4E 07 Pu 239 4.07E 04 1.1 E 07 Cm 242,244 2.04E 04 5.6E 08 Am 241,243 3.22E 04 8.8E 08 j i t i F 4 i i
+
a 1 ;
TABLE 2 3 AVERAGE INDIVIDUAL DOSES AT THE PLANT PERIMETER FROM ATMOSPHERIC RELEASES Bv Pathway Avg. Individual Percent of Pathwar Dose. mrema Total Dose Plume 9.54E 02 36,18 Ground 1.77E 02 6.71 inhalation 6.72E 02 25.48 Vegetation 5.32E 02 20.17 Milk 1.49E 02 5.65 Meat 1.53E 02 5.80 Total 2.64E 01 l By Radienuclide Avg. Individual Percen' of Radionuclide Dose. mrema Total Dose Gases and Vapors: H3 1.08E 01 40.91 C 14 6.85E 03 2.59 Ar 41 8.75E 02 33.14 Kr. Xe isotopes 7.91E 03 3.00 1129 1.75E 02 6.63 1131 3.54E 05 0.01 Particulates: Ru 106 1.46E 03 0.55 Cs 137 2.82E 02 10. $ 8 U 235.238 2.66E 03 1.01 ; Pu 238 2.07E 03 0.78 Pu 239 4.78E 04 0.18 , Am 241,243 4.64E 04 0.18 ! Cm 242,244 1.51 E 04 0.06 l Total 2.64E 01 ! I a Committed effective dose equivalent. , 74 : 1 i i
TABLE 2 4 MAXIMUM INDIVIDUAL DOSES AT THE PLANT PERIMETER FROM ATMOSPHERIC RELEASES i Bv Pathway Averace Consumotion Maximum Consumotion Maximum Irdividual Percent of Maximum Individual Percent of i Pathway Dese. mrema Total Dose Dose mrema Total Dese Plume 1.70E 01 37.98 1.70E 01 26.34 Ground 2.90E 02 6.48 2.90E 02 4.49 Inhalation 1.11 E 01 24.00 1.11 E 01 17.20 Vegetation 8.77E 02 19.59 2.35E 01 36.42 Milk 2.47E 02 5.52 7.03E 02 10.89 Meat 2.52E 02 5.63 3.00E 02 4.65 Total 4.48E 01 6.45E 01 Bv Radionuclide Averace Consumotion Maximum Consumotion Maximum individual Percent of Maximum individual Percent of Radionuclide Dose. mrema Total Dose Dose mrema Total Dese Gases and Vapors: H3 1.79E 01 39.96 2.85E 01 44.16 C 14 1.13E 02 2.52 2.74E 02 4.25 Ar 41 1.57E 01 35.05 1.57E 01 24.33 Kr,Xe isotopes 1.36E 02 3.04 1.36E 02 2.11 1129 2.88E 02 6.43 7.39E 02 11.45 l131 5.82E 05 0.01 1.30E 04 0.02 Particulates: Ru 106 2.39E 03 0.53 3.04E 03 0.47 Cs 137 4.62E 02 10.31 7.41E 02 11.48 l U 235,238 4.40E 03 0.98 5.21E 03 0.81 I Pu 238 3.43E 03 0.77 3.71 E 03 0.57 Pu 239 7.90E 04 0.18 8.56E 04 0.13 Am 241.243 7.67E 04 0.17 1.03E 03 0.16 i Cm-24 2,244 2.50E 04 0.06 3. 3 4 E-04 0.05 i Total 4.48 E 01 6.45E 01 l ) a Commdted effective dose equivalent.
5 i 6 TABLE 2 5 : 80 KM POPULATION DOSE - 1987 ATMOSPHERIC RELEASES Bv Pathway Population Dose Percent of f Pathway Derson rem a Total Dose Plume 4.17 E +00 14.25 l Ground 4.18 E + 00 14.29 Inhalation 8. 64 E + 00 29.53 Veg et ation 8. 4 8 E + 00 28.98 : Milk 2. 06 E + 00 7.04 I Meat 1.73E+ 00 - 5.91 . Total 2. 9 3 E + 01 l By Radionuclide Population Dose Porcent of Badionuclide eerson rema Iotal Dose ; 6 Gases and Vapors: H3 1. 5 0 E + 01 51.28 ! C- 14 9.79E 01 3.35 Ar 41 3. 63 E + 00 12.41 Kr,Xe isotopes 5.37E 01 1.84 I l129 2. 6 2 E + 00 8.96 l131 8.56E 03 0.03 I l Particulates: Ru 106 1.42 E 01 0.49 Cs 137 5.56E+00 19.01 U 235.238 3.82E 01 1.31 Pu 238 2.57E 01 0.88 Pu 239 5.92E 02 0.20 Am 241243 5,89E 02 0.20 Cm 242,244 1.92E 02 0.07 4 Total 2. 93 E + 01 ; I 1 a Committed effective dose equivalent. i
l 1
-TABLE 2-6 :
TLD GAMMA RADIATION MEASUREMENTS l 5 ! I NO.CF CT EFE CT ERR ARITHMETIC
- LOCATION SAMPLES MAXMUM 95% CL h'tifM.j %% CL MEAN 2 STD DEM l l ! SRP TYPE TLD. MROAY l J
ONPLANT 7 A AREA 4 0.35 10.03 0.22 10.02 0.27 - DUNBARTON 0 [ BURI AL GROUND NORTH 2 0.35 10.03 0.29 10.03 0.32 - t BURI AL GROUND SOUTH 3 0.25 20.02 0.22 10.02 0.23 - PAR POND 0 WILLISTON GATE 4 0.25 10.02 0.14 20.01 0.19 - t PLANT PERIMETER ! ALLENDALE GATE 4 0.25 10.02 0.13 10.01 0.17 - i A 14 4 0.30 10.03 0.15 10.02 0.21 - I B ARNWELL G ATE 3 0.22 10.02 0.18 10.02 0.20 - OAREA 4 0.23 20.02 0.16 10.02 0.20 - DARK HORSE 4 0.26 10.02 0.15 10.02 0.19 - 1 EAST TALATHA 4 0.28 10.03 0.16 10.02 0.21 - GREEN POND 4 0.23 10.02 0.16 10.02 0.19 'i HIGHWAY 21/167 4 0.27 10.02 0.18 10.02 0.22 - JACKSON 4 0.31 10.03 0.17 10.02 0.22 - PATTERSON MILL 3 0.19 20.02 0.14 10.01 0.16 - TALATHA G ATE 4 0.30 10.03 0.16 10.02 0.22 - WESTJACKSON 4 0.37 10.03 0.22 10.02 0.27 - WINDSOR ROAD 4 0.28 10.03 0.17 10.02 0.21 - 25-MfLE RADIUS f AIKEN AIRPORT 3 0.25 10.02 0.22 10.02 0.23 - l AIKEN STATE PARK 4 0.18 10.02 0.14 10.01 0.16 - ALLENDALE 4 0.22 10.02 0.16 10.02 0.18 - AUGUSTA 4 0.28 10.03 0.14 10.01 0.21 - l 0.23 1 HIGHWAY 301 3 0.25 10.02 0.21 10.02 - 1 LANGLEY 4 0.30 10.03 0.21 10.0? 0.25 1 LEES 4 0.22 10.02 0.15 10.02 0.18 - ,, OLAR 4 0.22 10.02 0.15 10.02 0.17 - PERKINS 4 0.31 10.03 0.17 10.02 0.22 - 1 SOUTH RICHMOND 4 0.30 20.03 0.22 10.02 0.25 - l SPRINGFIELD 4 0.29 10.03 0.21 to.02 0.25 - > WAYNESBORO 4 0.29 10.03 0.20 10.02 0.25 - 100-MILE RADIUS i COLUMBI A 4 0.28 10.03 0.23 10.02 0.26 - GREENVILLE 2 0.34 10.03 0.29 10.03 0.32 - MACON 3 0.31 10.03 0.25 10.02 0.29 . SAVANNAH 4 0.19 10.02 0.18 10.02 0.18 - TECHNICAL AREA ] TECHNICAL AREA 1 3 0.26 10.02 0.23 10.02 0.25 - l TECHNICAL AREA 2 2 0.31 10.03 0.30 10.03 0.31 -
- TECHNICAL ARE A 3 2 0.30 10.03 0.27 10.02 0.29 -
TECHNICAL AREA 4 2 0.30 10.03 0.26 to.02 0.28 - VECHNICAL AREA 5 2 0.26 10.02 0.23 10.02 0.25 - I TECHNICAL AREA 6 2 0.25 20.02 0.23 to.02 0.24 - l TECHNICAL ARE A 7 2 0.26 10.02 0.22 10.02 0.24 - TECHNICAL AREA 8 2 0.24 10.02 0.20 to.02 0.22 - a j insufficent data. 1 a l 77 1
- 4
, , - ~ -, -- ,-- , . - _ ., . . - ,
I TABLE 2-6 TLD GAMMA RADIATION MEASUREMENTS, CONT'D. 1 NO.OF CT EfE CT ERR ARITHMETIC LOCATION SAMPLES MAXNUM 95% CL MNNUM %% CL MEAN 2 STD DEV SRP TYPE TLD MRDAY 400.D AREA D. AREA CORNER 1 3 0.20 10.02 0.19 10.02 0.20 - D.ARE A CORNER 2 2 0.18 10.02 0.16 10.02 0,17 - D. AREA CORNER 3 1 0.25 10.02 0.25 10.02 0.25 - D. AREA CORNER 4 1 0.20 20.02 0.20 10.02 0.20 - D. AREA CORNER 5 1 0.17 10.02 0.17 10.02 0.17 - D. AREA CORNER 6 1 0.17 10.02 0.17 10.02 0.17 - 300.M AREA M.ARE A CORNER 1 3 0.29 10.03 0.27 10.02 0.28 - M.ARE A CORNER 2 2 0.20 10.02 0.19 10.02 0.20 - M.ARE A CORNER 3 2 0.36 10.03 0.31 10.03 0.34 - M. AREA CORNER 4 2 0.20 10.02 0.19 10.02 0.20 - M. AREA CORNER S 2 0.26 10.02 0.24 10.02 0.25 - M. ARE A CORNER 6 2 0.20 10.02 0.18 10.02 0.19 - M. AREA CORNER 7 2 0.25 10.02 0.21 10.02 0.23 - M. AREA CORNER 8 2 0.29 10.03 0.27 10.02 0.28 - l 100.C AREA C. ARE A CORNER 1 3 0,17 10.02 0.14 10.01 0.16 - C.ARE A CORNER 2 2 0.20 10.02 0.17 10.02 0.19 - C. AREA CORNER 3 2 0.21 10.02 0.18 10.02 0.20 - C.ARE A CORNER 4 2 0.18 10.02 0.17 20.02 0.18 - 100.K AREA K. ARE A CORNER 1 3 0.24 10.02 0.17 10.02 0.22 - K. ARE A CORNER 2 2 0.21 10.02 0.15 10.02 0.18 - K. AREA CORNER 3 2 0.26 10.02 0.23 10.02 0.25 - K. AREA CORNER 4 2 0.43 10.03 0.42 to.03 0.43 - 100.P AREA P. AREA CORNER 1 3 0.24 20.02 0.22 10.02 0.23 - P. ARE A CORNER 2 2 0.19 10.02 0.18 10.02 0.19 - P. ARE A CORNE R 3 2 0.21 10.02 0.19 10.02 0.20 - . P. AREA CORNER 4 2 0.26 10.02 0.23 10.02 0.25 - 100-L AREA L. ARE A CORNER 1 2 0.22 10.02 0.20 20.02 0.21 - L. AREA CORNER 2 1 0.22 10.02 0.22 10.02 0.22 - L. AREA CORNER 3 1 0.22 10.02 0.22 20.02 0.22 - L. AREA CORNER 4 1 0.26 10.02 0.26 10.02 0.26 - 100.R AREA R. AREA CORNER 1 3 0.20 10.02 0.18 10.02 0.19 - R. ARE A CORNER 2 2 0.21 10.02 0.20 10.02 0.21 - R. AREA CORNER 3 2 0.16 10.02 0.11 10.01 0.14 - l R.ARE A CORNER 4 2 0.21 10.02 0.15 10.02 0.18 - ' R. AREA CORNER 5 2 0.22 10.02 0.14 10.01 0.18 - R.ARE A CORNER 6 2 0.17 10.02 0.13 10.01 0.15 - R. AREA CORNER 7 0 insuncent cata. l l
TABLE 2-6 TLD GAMMA RADIATION MEASUREMENTS, CONT'D. NO.0F CTERR CT ERR ARITHMETIC LOCATON SAMPLES MAXMUM 95% CL MNMUM 95% CL MEAN 2 STD DEV SRP WPE TLD. MRDAY ; RAILROAD AT ROAD 2 RR.RD F 1 3 0.24 10.02 0.23 to.02 0.24 - RR RD F 2 2 0.25 10.02 0.24 10.02 0.25 - CLASSIFICATON YARD 618 G 1 3 0.18 20.02 0.16 10.02 0.17 - 618 G 2 2 0.22 10.02 0.20 10.02 0.21 - 618.G3 2 0.20 10.02 0.17 10.02 0.19 - 618 G 4 2 0.20 20.02 0.17 to.02 0.19 - SOLID WASTE STG FAC 643 G 1 2 0.33 10.03 0.16 to.02 0.25 - 643G2 1 0.19 10.02 0.19 10.02 0.19 - 643 G 3 1 1.2 10.08 1.2 10.08 1.2 - 643 G 4 1 0.45 to.04 0.45 20.04 0.45 - l 643 7G 1 2 0.28 10.03 0.22 20.02 0.25 - 643 7G 2 1 0.25 10.02 0.25 10.02 0.25 - 643 7G 3 2 0.30 to.03 0.29 10.03 0.30 - 643 7G 4 2 0.82 10.06 0.33 10.03 0.58 - DWPF DEFENSE WASTE 1 3 0.27 10.02 0.25 to.02 0.26 - DEFENSE WASTE 2 2 0.36 10.03 0.32 10.03 0.34 - DEFENSE WASTE 3 2 0.26 to.02 0.23 10.02 0.25 - DEFENSE WASTE 4 2 0.27 10.02 0.25 0.02 0.26 - i M TNX 1 3 0.18 10.02 0.16 10.02 0.17 - TNX 2 2 0.26 10.02 0.25 10.02 0.26 - TNX 3 2 0.23 10.02 0.22 10.02 0.23 - TNX 4 2 0.27 to 02 0.22 10.02 0.25 - CENTRAL SHOPS CENTRAL SHOPS 1 2 0.33 10,03 0.26 10.02 0.30 - CENTRAL SHOPS 2 1 0.25 20.02 0.25 to.02 0.25 - CENTRAL SHOPS 3 2 0.19 10.02 0.18 10.02 0.19 - CENTRAL SHOPS 4 2 0.54 10.04 0.50 10.04 0.52 - CENTRAL SHOPS 5 2 0.47 10.04 0.31 20.03 0.39 - TEMPORARY CONST TEMP CONSTRUCTION 1 3 0.78 10.06 0.19 10.02 0.53 - TEMP CONSTRUCTION 2 2 0.21 to 02 0.20 10.02 0.21 - TEMP CONSTRUCTION 3 2 0.20 10.02 0.19 10.02 0.20 - TEMP CONSTRUCTION 4 2 0.20 10.02 0.19 10.02 0.20 - i 200-F AREA l F AREA MONITOR STA 3 0.35 10.03 0.28 10.03 0.31 - H AREA MONITOR STA 3 0.37 10.03 0.31 to.03 0.34 - F AREA CORNER 1 2 0.29 10.03 0.18 10.02 0.24 - F AREA CORNER 2 1 0.20 10.02 0.20 10.02 0.20 - F.ARE A CORNER 3 1 0.21 to.02 0.21 10.02 0.21 - F.ARE A CORNER 4 1 0.23 10.02 0.23 20.02 0.23 - F. AREA CORNER 5 4 0.56 to.04 0.13 to.01 0.35 - F AREA CORNER 6 2 0.33 10.03 0.29 10.03 0.31 - insufficent cata. 1 l
l l l I TABLE 2-6 TLD GAMMA RADIATION MEASUREMENTS, CONT'D. NO.OF CTEm CT ERR ARITHMETIC LOCATON SAMPLES MAXNUM 95% CL MNNUM %% CL MEAN 2 STD DEV SRP TYPE RD. MROAY , 200 H AREA H AREA CORNER 1 2 0.29 10.03 0.26 10.02 0.28 H AREA CORNER 2 1 0.61 10.05 0.61 10.05 0.61 - . H AREA CORNER 3 1 0.23 to.02 0.23 20.02 0.23 - I H AREA CORNER 4 1 0.83 10.06 0.83 10.06 0,83 H AREA CORNER 5 2 1.1 10.07 0.76 10.06 0.91 . H AREA CORNER 6 2 1.0 10.07 0.30 10.03 0.67 - 1 H AREA CORNER 7 2 0.25 10.02 0.22 10.02 0.24 - H AREA CORNER 8 2 0.26 20.02 0.24 10.02 0.25 - ZAREA Z. AREA 1 3 0.21 10.02 0.16 20.02 0.18 - Z. AREA 2 2 0.20 10.02 0.16 10.02 0.18 - 1 GEORGtA POWER GA POWER 1 LOW 1 0.15 10.02 0.15 10.02 0.15 - GA POWER 1 HIGH 1 0.14 10.01 0.14 10.01 0.14 GA POWER 2 LOW 1 0.15 10.02 0.15 20.02 0.15 - 4 GA POWER 2 HIGH 1 0.16 10.02 0.16 10.02 0.16 - GA POWER 3 LOW 1 0.14 10.01 0.14 10.01 0.14 - G A POWER 3 HIGH 0 l GA POWER 4 LOW 1 0.15 10.02 0.15 10.02 0.15 - GA POWER 4 HIGH 1 0.16 10.02 0.16 10.02 0.16 - GA POWER 5 LOW 1 0.15 10.02 0.15 10.02 0.15 - GA POWER 5 HIGH 1 0.15 10.02 0.15 10.02 0.15 - PLANT VOGTLE F VOGL NRC LOCATlON 1 3 0.19 10.02 0.16 10.02 0.18 - VOGL NRC LOCATION 2 4 0.13 10.01 0.10 10.01 0.12 - VOGL NRC LOCATIOl' 3 4 0.14 10.01 0.11 10.01 0.13 - VOGL NRC LOCATION 4 4 0.16 10.02 0.14 10.01 0.15 - VOGL NRC LOCATION 5 4 0.25 to.02 0.20 10.02 0.22 - VOGL NRC LOCATION 6 4 0.18 20.02 0.15 10.02 0.17 - VOGL NRC LOCATION 7 4 0.15 10.02 0.13 10.01 0.14 - VOGL NRC LOCATION 8 4 0.18 10.02 0.14 10.01 0.16 - 4 NEAR At TIED GENERAL ALLIED GENERAL AG 1 4 0.19 10.02 0.14 10.01 0.17 - ALLIED GENERAL AG 2 0 ALLIED GENERAL AG 3 2 0.16 10.02 0.14 10.01 0.15 - l ALLIED GENERAL AG 4 1 0.18 10.02 0.18 20.02 0.18 - l NEAR VOGRE e PUMPHOUSE ROAD 1 4 0.23 10.02 0.16 10.02 0.19 - PUMPHOUSE ROAD 2 0 ; I PUMPHOUSE ROA0 3 0 - ] PUMPHOUSE ROAD 4 0 PUMPHOUSE ROAD 5 0 4 PUMPHOUSE ROAD 6 4 0.26 20.02 0.17 10.02 0.22 - l t i 1
- in&uticefit data, r
i 80-I 1 1 i
i 1 TABLE 2-6 TLD GAMMA RADIATION MEASUREMENTS, CONT'D. NO.OF CTEm CT ERR ARmiMETIC LOCATION SAMPLES MAXMUM 95% CL MNMUM %% CL MEAN 2 STD DEV PANASONIC TLD MROAY, i ONPLANT I A AREA 4 0.29 20.04 0.21 20.03 0.24 - DUNBARTON 0 l BURI AL GROUND NORTH 4 0.33 10 05 0.28 10.04 0.31 - BURI AL GROUND SOUTH 4 0.26 10.04 0.19 10.03 0.23 - PAR POND C WILLISTON GATE O PLANT PERIMETER ALLENDALE GATE 4 0.16 20.02 0.13 10.02 0.14 - l A 14 4 0.20 10.03 0.16 10.02 0.18 - BARNWELL GATE 4 0.23 20.03 0.17 10.03 0.20 - DAREA 4 0.21 10.03 0.17 10.03 0.19 - DARK HORSE 4 0.18 10.03 0.14 10.02 0.16 + EAST TALATHA 4 0.18 to.03 0.15 to.02 0.17 - GREEN POND 4 0.19 10.03 0.16 10.02 0.17 - HIGHWAY 21/167 4 0.26 10.04 0.15 20.02 0.20 - JACKSON 4 0.22 10.03 0.17 20.03 0.20 - . PATTERSON MILL 4 0.19 10.03 0.15 10.02 0.17 - TALATHA GATE 4 0.25 20.04 0.16 10.03 0.21 - WEST J ACKSON 4 0.25 10.04 0.22 10.03 0.23 - WINDSOR ROAD 4 0.19 to.03 0.16 10.02 0.18 - 25.MfLE RADIV.S AIKEN AIRPORT 2 0.21 10.03 0.18 20.03 0.20 - AIKEN STATE PARK 2 0.16 10.02 0.15 20.02 0.16 - ALLENDALE 2 0.18 10.03 0.18 10.03 0.18 - AUGUSTA 2 0.22 10.03 0.19 10.03 0.21 - HIGHWAY 301 2 0.24 10.04 0.21 10.03 0.23 - LANGLEY 2 0.23 20.03 0.16 10.02 0.20 - LEES 2 0.16 10.02 0.16 10.02 0,16 - OLAR 2 0.17 20.02 0.17 10.02 0.17 - PERKINS 2 0.18 10.03 0.18 20.03 0.18 - SOUTH RICHMOND 2 0.26 20.04 0.21 10.03 0.24 - SPRINGFIELO 2 0.24 10.04 0.21 10.03 0.23 - WAYNESBORO 2 0.25 10.04 0.22 20.03 0.24 - 100. MILE RADIUS COLUMBI A 3 0.25 10.04 0.25 10.04 0.25 - i GREENVILLE 3 0.31 10.05 0.26 10.04 0.29 - i MACON 4 0.29 20.04 0.26 10.04 0.28 - SAVANNAH 3 0.22 20.03 0.17 10.03 0.19 - TECHNICAL AREA TECHNICAL ARE A 1 4 0.23 10.03 0.19 10.03 0.21 - TECHNICAL AREA 2 4 0.30 10.05 0.24 10.04 0.26 - TECHNICAL ARE A 3 4 0.30 10.05 0.26 10.04 0.28 - TECHNICAL ARE A 4 4 0.30 20.05 0.27 10.04 0.29 - TECHNICAL ARE A 5 4 0.26 10.04 0.23 to.03 0.25 - TECHNICAL ARE A 6 4 0.27 20.04 0.23 20.03 0.25 - TECHNICAL AREA 7 4 0.28 20.04 0.24 10.04 0.26 - TECHNICAL ARE A 8 4 0.25 20.04 0.20 20.03 0.23 - I r i - insuthcent cata. . 4
?
TABLE 2-6 TLD GAMMA RADIATION MEASUREMENTS, CONT'D. j NO.OF CTERR CT ERR ARITHMETIC I LCCATION SAMPLES MAXMJM MECL MNMUM ELCL MEAN 2 STD DEV PANASONIC TLD. dF oat , 400-D AREA . D ARE A CORNER 1 4 0.23 10.03 0.18 10.03 0.21 - 0 AREA CORNER 2 4 0.22 10.03 0.14 10.02 0.19 . D. AREA CORNER 3 4 0.24 10.04 0.19 10.03 0.21 - D. AREA CORNER 4 4 0.22 20.03 0.17 20.03 0.20 - t D.ARE A CORNER 5 4 0.20 10.03 0.15 iO/)2 0.18 - I D.ARE A CORNER 6 4 0.18 10.03 0.11 t o.V 2 0.14 . 300 M AREA M.ARE A CORNER 1 4 0.29 20.04 0.27 10.04 0.28 M AREA CORNER 2 4 0.23 10.03 0.19 10.03 0.21 - M.ARE A CORNER 3 4 0.41 10.06 0.28 10.04 0.36 M. AREA CORNER 4 4 0.21 10.03 0.19 10.03 0.20 - M-ARE A CORNER 5 4 0.26 10.04 0.24 10.04 0.25 . M. AREA CORNER 6 4 0.21 10.03 0.19 10.03 0.20 - M. AREA CORNER 7 4 0.28 10.04 0.24 10.04 0.26 - M. AREA CORNER 8 4 0.31 10.05 0.28 20.04 0.30 - 100-C AREA C. AREA CORNER 1 4 0.18 10.03 0.15 10.02 0.17 - 1 C. AREA CORNER 2 4 0.19 10.03 0.17 10.03 0.18 . < C. AREA CORNER 3 4 0.22 10.03 0.20 10.03 0.21 - C. AREA CORNER 4 0.19 20.03 0.16 10.02 0.18 - 100.K AREA K.ARE A CORNER 1 4 0.26 10.04 0.20 10.03 0.23 - K. AREA CORNER 2 4 0.21 10.03 0.17 10.03 0.20 - K. AREA CORNER 3 4 0.27 10.04 0.22 20.03 0.26 - K. AREA CORNER 4 4 0.44 10.07 0.35 20.05 0.41 - 100-P AREA P.ARE A CORNER 1 4 0.26 10.04 0.20 10,03 0.23 i P. AREA CORNER 2 4 0.20 10.03 0.18 10.03 0.19 . P.ARE A CORNER 3 4 0.22 10.03 0.20 10.03 0.21 - P. ARE A CORNER 4 4 0.24 10,04 0.22 10.03 0.23 100 L AREA L.ARE A CORNER 1 4 0.22 10.03 0.19 10.03 0.21 - L.ARE A CORNER 2 4 0.27 to.04 0.19 10.03 0.23 . L.ARE A CORNER 3 4 0.25 20.04 0.19 20.03 0.22 - L. ARE A CORNER 4 4 0.30 10.04 0.25 10.04 0.27 . 100 R AREA R.ARE A CORNER 1 4 0.23 10.03 0.17 10.03 0.20 - R. ARE A CORNE R 2 4 0.25 10.04 0.19 10.03 0.22 - R. AREA CORNER 3 4 0.19 10.03 0.14 20.02 0.17 - i R. AREA CORNER 4 4 0.23 10.03 0.17 10.03 0.20 - R.ARE A CORNER 5 4 0.22 0.03 0.17 10.03 0.20 - R.ARE A CORNER 6 4 0.22 10.03 0.15 20.02 0.19 - R. AREA CORNER 7 4 0.22 20.03 0.18 10.03 0.20 RAILROAD AT ROAD 2 j RR.RD F 1 4 0.26 10.04 0.21 20.03 0.24 4 RR.RD F 2 4 0.27 20.04 0.23 10.03 0.26 l inwiticsont cata. 1 J
TABLE 2-6 TLD GAMMA RADIATION MEASUREMENTS, CONT'D. NO. T CT ERR CTERR ARITHMETIC LOCATION SAMPLES ARXNUM 95% CL MNNUM 95% CL MEAN 2 STD DEV PANASONIC TLD. MRDAY ' CLASSIFICATION YARD 618 G 1 4 0.20 10.03 0.17 10.03 0.19 - 61C G 2 4 0.24 10.04 0.17 10.03 0.20 - 618 G3 4 0.22 10.03 0.18 10.03 0.20 - 618 G 4 4 0.17 10.03 0.15 10.02 0.16 - SQLjQ WASTE STG FAC 643 G 1 4 0.29 10.04 0.16 10.02 0.22 - 643 G 2 4 0.29 10.04 0.17 10.03 0.23 - 643G3 4 1.4 10.21 0.21 10.03 0.67 - 643G4 4 0.38 10.06 0.28 10.04 0.32 - 643 7G 1 4 0.28 10.04 0.25 10.04 0.27 - 643 7G 2 4 0.46 10.07 0.22 10.03 0.31 - 643 7G 3 4 0.36 10.05 0.28 10.04 0.32 - 643-7G 4 4 0.91 10.14 0.30 10.05 0.51 - DWPF DEFENSE WASTE 1 4 0.28 10.04 0.25 10.04 0.27 - DEFENSE WASTE 2 4 0.33 10.05 0.31 10.05 0.32 - DEFENSE WASTE 3 4 0.26 10.04 0.25 10.04 0.26 - DEFENSE WASTE 4 4 0.28 10.04 0.25 10.04 0.27 - l E 3 TNX1 4 0.21 10.03 0.14 10.02 0.18 - 0.26 10.04 0.28
~
TNX 2 4 0.29 10.04 - l TNX 3 4 0.25 10.04 0.23 10.03 0.24 - TNX 4 4 0.34 10.0' O.27 10.04 0.30 - CENTRAL SHOPS CENTRAL SHOPS 1 4 0.33 10.05 0.22 10.03 0.29 - CENTRAL SHOPS 2 4 0.74 10.11 0.24 10.04 0.39 - CENTRAL SHOPS 3 4 0.22 10.03 0.18 10.03 0.20 - CENTRAL SHOPS 4 4 0.48 10.07 0.43 10.06 0.46 - CENTRAL SHOPS 5 4 0.48 10.07 0.30 10.05 0.36 - TEMPORARY CONST TEMP CONSTRUCTION 1 4 0.68 10.10 0.20 10.03 0.44 - TEMP CONSTRUCTION 2 4 0.59 10.09 0.19 10.03 0.39 - TEMP CONSTRUCTION 3 4 0.24 10.04 0.18 10.03 0.21 - TEMP CONSTRUCTION 4 4 0.25 10.04 0.20 10.03 0.22 - 200-F AREA i F. ARE A MONITOR STA 4 0.33 10.05 0.28 10.04 0.31 - i H.ARE A MONITOR STA 4 0.35 10.05 0.30 10.04 0.33 - F.ARE A CORNER 1 3 0.28 10.04 0.19 10.03 0.22 - F. ARE A CORNER 2 3 0.21 10.03 0.19 10.03 0.20 - F.ARE A CORNER 3 3 0.25 10.04 0.21 10.03 0.23 - F.ARE A CORNER 4 3 0.25 10.04 0.20 10.03 0.22 - F. ARE A CORNER 5 4 0.55 10.08 0.50 10.08 0.52 - F AREA CORNER 6 4 0.35 20.05 0.31 10.05 0.33 - I e insumcent cata. i i
TABLE 2-6 TLD GAMMA RADIATION MEASUREMENTS, CONT'D. i NO.OF CTEm CT ERR ARITHMETIC LOCATION SRdP1ES MAXNUM 951CL Mt4 MUM %% CL MEAN 2 STD DEY i PANASONIC TLD. MRDAY 200 H AREA l H. ARE A CORNER 1 3 0.29 10.04 0.27 10.04 0.28 ) H. AREA CORNER 2 3 0.80 10.12 0.54 to.08 0.66 H. AREA CORNER 3 3 0.24 10.04 0.21 10.03 0.23 - H. AREA CORNER 4 3 0.91 10.14 0.68 10.10 0.82 - H.ARE A CORNER 5 3 1.6 0.23 0.69 10.10 1.1 - H. ARE A CORNER 6 4 0.84 10.13 0.32 20.05 0.46 i H.ARE A CORNER 7 4 0.29 10.04 0.24 10.04 0.26 - H. AREA CORNER 8 4 0.31 10.05 0.24 20.04 0.27 - Z AREA Z AREA 1 4 0.21 10.03 0.19 10.03 0.20 Z.ARE A 2 4 0.20 10.03 0.17 10.03 0.19 . 1 GEORGIA POWER GA POWER 1 LOW 4 0.22 10.03 0.15 20.02 0.17 GA POWER 1 HIGH 4 0.37 10.06 0.00 10.00 0.18 - GA POWER 2 LOW 4 0.24 10.04 0.16 10.02 0.19 - GA POWER 2 HIGH 4 0.24 10.04 0.16 20.02 0.19 - GA POWER 3 LOW 4 0.23 10.03 0.15 20.02 0.18 GA POWER 3 HIGH 4 0.25 10.04 0.15 20.02 0.19 GA POWER 4 LOW 4 0.25 10.04 0.17 10.03 0.19 - GA POWER 4 HIGH 4 0.24 20.04 0.16 10.02 0.18 G A POWER 5 LOW 4 0.23 20.03 0.15 10.02 0.18 - GA POWER 5 HIGH 4 0.20 10.03 0.14 20.02 0,16 PLANT VOGTLE VOGL NRC LOCATION 1 3 0.24 10.04 0.16 10.02 0.19 VOGL NRC LOCATION 2 4 0.17 10.02 0.13 10.02 0.14 - VOGL NRC LOCATION 3 4 0.17 io.02 0.13 10.02 0.15 VOGL NRC LOCATION 4 4 0.20 10.03 0.15 20.02 0.17 - VOGL NRC LOCATION 5 4 0.27 10.04 0.22 10.03 0.24 - VOGL NRC LOCATION 6 4 0.20 10.03 0.16 20.02 0.18 - VOGL NRC LOCATION 7 4 0.19 10.03 0.15 10.02 0.17 - t j VOGL NRC LOCATION 8 4 0.20 10.03 0.14 to.02 0.17 - NEAR ALUED GENERAL 3 ALLIED GENERAL AG 1 4 0.19 10.03 0.15 10.02 0.17 . ALLIED GENERAL AG 2 4 0.16 10.02 0.12 10.02 0.14 - ALL8CU GENERAL AG 3 3 0.18 10.03 0.15 20.02 0.16 - . Al.ilED GENERAL AG 4 4 0.18 to.03 0.14 20.02 0.16 - ! NEAR VOGTLE , PUMPHOUSE ROAD 1 4 0.21 20.03 0.20 10.03 0.21 - PUMPHOUSE ROAD 2 4 0.23 10.03 0.20 10.03 0.22 - l PUMPHOUSE ROAD 3 4 0.17 10.03 0.15 +0.02
. 0.16 -
i PUMPHOUSE ROAD 4 4 0.19 20.03 0.16 20.02 0.18 - PUMPHOUSE ROAD 5 4 0.23 10.03 0.21 20.03 0.22 - PUMPHOUSE ROAD 6 4 0.23 20.03 0.19 20.03 0.21 - l i i r losufloent data. i e I i e 84- i
, TABLE 2-6
- TLD GAMMA RADIATION MEASUREMENTS, CONT'D.
NO.OF CTEm CT ERR ARITHMETIC LOCATION SAMPLES MAXNUM 95% CL MNNUM 95% CL MEAN 2 STD DhV SRP TYPE TLD. MRDAY PLANT PERIMETER PLANT PERIMETER 1 3 0.17 10.02 0.14 10.01 0.15 - PLANT PERIMETER 2 0 PLANT PERIMETER 3 0 PLANT PERIMETER 4 0 PLANT PERIMETER 5 4 0.22 10.02 0.16 10.02 0.20 - PL ANT PERIMETER 6 0 l PLANT PERIMETER 7 0 PLANT PERIMETER 8 0 PLANT PERIMETER 9 0 PLANT PERIMETER 10 3 0.17 20.02 0.15 10.02 0.16 - PLANT PERIMETER 11 0 PLANT PERIMETER 12 0 PL ANT PERIMETER 13 0 PL ANT PERIMETER 14 0 PLANT PERIMETER 15 4 0.19 10.02 0.16 10.02 0.18 - PLANT PERIMETER 16 0 PLANT PERIMETER 17 0 PLANT PERIMETER 18 0 PLANT PERIMETER 19 4 0.20 10.02 0.14 10.01 0.18 - PLANT PERIMETER 20 4 0.23 10,02 0.22 10.02 0.23 - PLANT PERIMETER 21 0
, PLANT PERIMETER 22 0 1
PLANT PERIMETER 23 0 PLANT PERIMETER 24 0 PLANT PERIMETER 25 3 0.18 10.02 0.15 10.02 0.17 - PLANT PERIMETER 26 0 PL ANT PERIMETER 27 0 PLANT PERIMETER 28 0 PLANT PERIMETER 29 0 , PLANT PERIMETER 30 4 0.19 to.02 0.16 10.02 0.18 - PLANT PERIMETER 31 0 ' PLANT PERIMETER 32 0 l PLANT PERIMETER 33 0 PLANT PERIMETER 34 0 PLANT PERIMETER 35 4 0.17 10.02 0.12 10.01 0.15 - PLANT PERIMETER 36 0 PLANT PERIMETER 37 0 PLANT PERIMETER 38 0 PLANT PERIMETER 39 4 0.20 10.02 0.15 10.02 0.18 - PLANT PERIMETER 40 0 .; PLANT PERIMETER 41 0 l PLANT PERIMETER 42 0 i PLANT PERIMETER 43 0 l PLANT PERIMETER 44 4 0.19 10.02 0.15 10.02 0.17 - l PLANT PERIMETER 45 0 PLANT PERIMETER 46 0 PLANT PERIMETER 47 0 PLANT PERIMETER 48 0 P ANT PERIMETER 49 4 0.33 20.03 0.24 10.02 0.30 - PLANT PERIMETER 50 0 PLANT PERIMETER 51 0 Insunicent cata. l l j 1 < l
i . i 2 ' TABLE 2-6 TLD GAMMA RADIATION MEASUREMENTS, CONT'D. i 4 } NO OF CT Em CTERR ARITliMLTIC ] LOCATON SAMPLES MAXNUM 95% CL MNMLA8 95% CL MEAN 2 STD DEV ; j SRP TYPE TLD. MRDAY ; PLANT PERIMETER 52 0 [ PLANT PERIMETER 53 0 : PLANT PERIMETER 54 4 0.15 10.02 0.12 10.01 0.14 - 1 PLANT PERIMETER 55 0 PLANT PERIMETER 56 0 PLANT PERIMETER 57 0 PLANT PERIMETER 58 0 PLANT PERIMETER 59 4 0.14 10.02 0.12 10.01 0.16 -
- PLANT PERIMETER 60 0 t PLANT PERIMETER 61 0 !
PLANT PERIMETER 62 0
- PLANT PERIMETER 63 4 0.20 20.02 0.15 20.02 0.18 - I PLANT PERIMETER 64 0 .
PLANT PERIMETER 65 0 ! l PLANT PERIMETER 66 0 PLANT PERIMETER 67 0 l PLANT PERIMETER 68 4 0.17 10.02 0.13 20.01 0.15 - PLANT PERIMETER 69 0 PLANT PERIMETER 70 0 PL ANT PERIMETER 71 0 PLANT PERIMETER 72 0 { PLANT PERIMETER 73 4 0.19 10.02 0.14 10.01 0.17 - t PLANT PERIMETER 74 0 ! PLANT PERIMETER 75 0 i PLANT PERIMETER 76 0 i PLANT PERIMETER 77 0 PLANT PERIMETER 78 4 0.21 10.02 0.15 20.02 0.18 - PL ANT PERIMETER 79 0 ; ) PANASON!C TLD MRDAY ! ) g PLANT PERIMETER 1 3 0.18 20.03 0.16 iO.02 0.17 - i MLANT PERIMETER 1.25 4 0.20 10.03 0.18 20.03 0.19 - ' 4 PLxNT PERIMETER 1.50 4 0.19 10.03 0.18 20.03 0.18 - 4 PLANT PERIMETER 1.75 4 0.16 10.02 0.14 20.02 0.15 - $ PLANT PERIMETER 2 4 0.25 10.04 0.23 20.03 0.24 - i PL ANT PERIMETER 2.25 4 0.22 10.03 0.18 20.03 0.20 - } PLANT PERIMETER 2.50 4 0.19 20.03 0.17 10.03 0.18 - PL ANT PERIMETER 2.75 4 0.19 20.03 0.15 10.02 0.17 - t
- PLANT PERIMETER 3 4 0.20 to.03 0.17 10.03 0.19 -
l
, PL ANT PERIMETER 3.25 4 0.19 to.03 0.16 10.02 0.18 - .
1' PLANT PERIMETER 3.50 4 0.17 t 0. 03 0.16 20.02 0.17 - i' PLANT PERIMETER 3.75 4 0.25 20.04 0.20 10.03 0.23 -
; PLANT PERIMETER 4 4 0.20 10.03 0.18 10.03 0.19 -
i PLANT PERIMETER 4.25 4 0.22 10.03 0.17 10.03 0.20 - PLANT PERIMETER 4.50 4 0.20 10.03 0.17 10.03 0.18 - PLANT PERIMETER 4.75 4 0.21 10.03 0.16 20.02 0.18 - l PLANT PERIMETER 5 4 0.26 10.04 0.19 10.03 0.23 - PL ANT PERIMETER 5.25 4 0.27 10.04 0.20 20.03 0.23 - PL ANT PERIMETER 5.50 4 0.29 20.04 0.21 20.03 0.25 -
! PLANT PERIMETER 5.75 4 0.35 20.05 0.23 10.03 0.27 -
Insutticent cata. 1 J .i - 86-a l I, m.- . , - , - - . - , , , , , - - -
TABLE 2-6 TLD GAMMA RADIATION MEASUREMENTS, CONT'D. NO.OF CT ERR CT ERR ARITHMETIC LOCATION SAMELES MAWUM 95% CL MNfMA 95% CL MEAN 2 STD DEy PAN ASONIC TLD. MR DAY PLANT PERIMETER 6 4 0.37 20.06 0.26 10.04 0.32 - PLANT PERIMETER 6.25 4 0.30 10.05 0.21 10.03 0.26 - i PLANT PERIMETER 6.50 4 0.28 10.04 0.21 10.03 0.23 - PLANT PERIMETER 6.75 4 0.20 10.03 0.16 10.02 0.18 - I PLANT PERIMETER 7 4 0.28 10.04 0.20 10.03 0.24 - ! PL ANT PERIMETER 7.25 4 0.31 10.05 0.24 20.04 0.27 - l PLANT PERIMETER 7.50 4 0.22 10.03 0.18 20.03 0.20 - PLANT PERIMETER 7.75 4 0.24 10.04 0.19 0.03 0.21 - PLANT PERlh'ETER 8 4 0.24 10.04 0.18 10.03 0.21 - 3 PLANT PERIMETER 8.25 4 0.25 20.04 0.21 20.03 0.23 - PLANT PERIMETER 8.50 4 0.25 10.04 0.21 10.03 0.22 - [ PLANT PERIMETER 8.75 4 0.28 10.04 0.20 10.03 0.23 - - PLANT PERIMETER 9 4 0.28 10.04 0.19 10.03 0.22 - [ PL ANT PERIMETER 9.25 4 0.24 10.04 0.14 10.02 0.19 - ! PLANT PERIMETER 9.50 4 0.23 10.03 0.15 10.02 0.18 . I PL ANT PERIMETER 9.75 4 0.24 10.04 0.15 20.02 0.20 4 [ PLANT PERIMETER 10 3 0.23 10.03 0.17 20.03 0.19 - i PLANT PERIMETER 11 4 0.23 10.03 0.18 10.03 0.19 - PLANT PERIMETER 12 4 0.22 10.03 0.16 10.02 0.18 - l PLANT PERIMETER 13 4 0.23 10.03 0.16 10.02 0.18 - I PL ANT PERIMETER 14 3 0.20 20.03 0.18 10.03 0.19 - j PLANT PERIMETER 15 4 0.27 20.04 0.20 10.03 0.22 - . PLANT PERIMETER 16 4 0.30 to 35 0.22 10,03 0.25 . + PLANT PERIMETER 17 4 3.33 20.05 0.22 10.03 0.26
- PLANT PERIMETER 18 4 0.26 10.04 0.18 40.03 0.22 1 PLANT PERIMETER 19 4 0.24 10.04 0.17 10.03 0.21 - ?
PLANT PERIMETER 20 4 0.24 20.04 0.20 10.03 0.22 - I PLANT PERIMETER 21 4 0.18 20.03 0.16 10.02 0.17 - PLANT PERIMETER 22 4 0.19 20.03 0.16 20.02 0.18 - PLANT PERIMETER 23 4 0.21 10.03 0.18 10.03 0.20 - l PLANT PERIMETER 24 4 0.19 10.03 0.16 10.02 0.17 - PLANT PERIMETER 25 4 0.17 10.03 0.13 10.02 0.15 . l PLANT PERIMETER 26 4 0.18 10.03 0.15 10.02 0.16 - l PLANT PERIMETER 27 4 0.19 10.03 0.17 10.03 0.18 - PLANT PERIMETER 28 4 0.21 10.03 0.18 10.03 0.19 - PLANT PERIMETER 29 4 0.17 10.03 0.15 10.02 0.16 - PLANT PERIMETER 30 4 0.21 10.03 0.17 10.03 0.19 - PLANT PE AlMETER 31 4 0.18 10.03 0.15 10.02 0.16 - 3 PLANT PERIMETER 32 4 0.19 10.03 0.16 20.02 0.17 - I PLANT PERIMETER 33 4 0.19 10.03 0.16 10.02 0.18 - PL ANT PERIMETER 34 4 0.19 10.03 0.17 10.03 0.18 - l PLANT PERIMETER 35 4 0.17 10.03 0.14 10.02 0.15 - PLANT PERIMETER 36 4 0.21 10.03 0.17 10.03 0.19 - PLANT PERIMETER 37 4 0.21 10.03 0.17 10.03 0.19 - ; PLANT PERIMETER 38 4 0.25 10.04 0.21 10.03 0.23 - PL ANT PERIMETER 39 4 0.20 10.03 0.16 10.02 0.19 - PLANT PERIMETER 40 4 0.19 10.03 0.14 10.02 0.17 - PLANT PERIMETER 4 d 4 0.18 10.03 0.14 10.02 0.17 - l PLANT PERIMETER 42 4 0.21 to.03 0.18 20.03 0.20 - 1 PLANT PERIMETER 43 4 0.26 10.04 0.21 20.03 0.24 - PLANT PERIMETER 44 4 0.20 10.03 0.15 10.02 0.18 - - insufhCent Cata. j
)
i TABLE 2-6 l TLD GAMMA RADIATION MEASUREMENTS, CONT'D. l f NO.OF CT EFE CT DE ARmiMETIC l LOCATION SAMPLES hBXNUM 95% CL }dNM.N 95% CL JgAN 2 STD DEy i PANASONIC TLD MRDAY 7 PLANT PERIMETER 45 4 0.19 20.03 0.15 10.02 0.17 - i PLANT PERIMETER 46 4 0.23 10.03 0.17 20.03 0.21 - ; PLANT PERIMETER 47 4 0.22 10.03 0.17 10.03 0.20 - ( PL ANT PERIMETER 48 4 0.22 20.03 0.16 10.02 0.19 - PLANT PERIMETER 49 4 0.33 10.05 0.23 to.03 0.30 - > PLANT PERIMETER 50 4 0.19 10.03 0.15 10.02 0.17 ! PLANT PERIMETER 51 4 0.19 to.03 0.15 10.02 0.17 - [ PLANT PERIMETER 52 4 0.20 10.03 0.17 10.03 0.19 - ; PLANT PERIMETER 53 4 0.18 10.03 0.15 10.02 0.17 - i PLANT PERIMETER 54 4 0.1) 10.03 0.13 10.02 0.15 - ; PLANT PERIMETER 55 3 0.16 10.02 0.12 10.02 0.14 - i PLANT PERIMETER $6 4 0.17 20.03 0.11 20.02 0.15 - ! PL ANT PERIMETER 57 4 0.19 10.03 0.13 10.02 0.16 - [ PL ANT PERIMETER 57.25 4 0.19 20.03 0.14 10.02 0.17 - PLANT PERIMETER 57.50 4 0.19 10.03 0.13 10.02 0.17 - PLANT PERIMETER 57.75 4 0.20 10.03 0.14 10.02 0.18- - PLANT PERIMETER 58 4 0.23 10.03 0.16 10.02 0.21 - . PLANT PERIMETER 58.25 4 0.20 10.03 0.14 20.02 0.18 - ! PLANT PERIMETER 58.50 4 0.18 to.03 0.13 10.02 0.17 - l PL ANT PERIMETER 58.75 4 0.20 10.03 0.14 10.02 0.18 - l PLANT PC.RIMETER 59 4 0.19 10.03 0.14 10.02 0.18 - i PL ANT PERIMETER 59.25 4 0.20 t0.03 0.14 10.02 0.19 - [ PLANT PERIMETER 59.50 4 0.26 10.04 0.17 10.03 0.23 - [ PLANT PERIMETER 59.75 4 0.22 10.03 0.16 30.02 0.20 - + PLANT PERIMETER 60 4 0.23 10.03 0.17 to,03 0.21 - ! PLANT PERIMETER 60.25 4 0.19 20.03 0.15 10.02 0.18 - f PLANT PERIMETER 60.50 4 0.19 10.03 0.14 20.02 0.17 . ( PLANT PERIMETER 60.75 4 0.18 20.03 0.15 10.02 0.17 i PLANT PERIMETER 61 4 0.19 10.03 0.15 10.02 0.18 - PL ANT PE RIMETER 61.25 4 0.21 10.03 0.16 20.02 0.19 - f PL ANT PERIMETER 61.50 4 0.19 10.03 0.15 10.02 0,18 ; PL ANT PERIMETER 61.75 4 0.21 10.03 0.17 20.03 0.20 i PLANT PERIMETER 62 4 0.21 10,03 0.14 20.02 0.19 . l PLANT PERIMETER 62.25 4 0.19 10.03 0.15 20.02 0.18 i PLANT PERIMETER 62.50 4 0.21 20.03 0.15 20.02 0.19 - l PLANT PERIMETER 62,75 4 0.28 10.04 0.20 10.03 0.25 - PLANT PERIMETER 63 4 0.19 20.03 0.17 20.03 0.18 PLANT PERIMETER 63.25 4 0.17 10.03 0.16 20.02 0.17 - l PLANT PERIMETER 63.50 4 0.17 10.03 0.17 20.03 0.17 - PL ANT PERIMETER 63.75 4 0.17 10.03 0.15 10.02 0.16 - ! PLANT PERIMETER 64 4 0.17 20.03 0.14 10.02 0.16 -
]
PLANT PERIMETER 64.25 4 0.17 10.03 0.15 to.02 0.16 - - PLANT PERIMETER 64.50 4 0.17 10.03 0.15 20.02 0.16 - PLANT PERIMETER 64.75 4 0.16 10.02 0.15 10.02 0.16 - PLANT PERIMETER 65 4 0.22 10.03 0.18 10.03 0.20 - PLANT PERIMETER 65.25 4 0.23 10.03 0.20 20.03 0.22 PLANT PERIMETER 65.50 4 0.27 10.04 0.24 10.04 0.26 PLANT PERIMETER 65.75 4 0.23 10.03 0.20 10.03 0.22 - insuttcent cata.
I 4 l a TABLE 2-6 TLD GAMMA RADIATION MEASUREMENTS, CONT'D. , I ) l NO.CF CT EFE CTERR ARTTHMETIC LOCATION SAMPLES MAXf G 95% CL MNMUM 95% CL MEAN 2 STD DEV l t ) PANASONIC TLD. MRDAY ! 5 PLANT PERIMETER 66 4 0.26 10.04 0.23 10.03 0.25 - I . PLANT PERIMETER 66.25 4 0.28 20.04 0.25 to 04 0.27 - r PLANT PERIMETER 66.50 4 0.19 10.03 0.17 10.03 0.18 - j PLANT PERIMETER 66.75 4 0.21 10.03 0.18 10.03 0.20 . , j PLANT PERIMETER 67 4 0.20 20.03 0.17 10.03 0.19- -
; PLANT PERIMETER 67.25 4 0.23 10.03 0.19 10.03 0.21 - ! PLANT PERIMETER 67.50 4 0.21 10.03 0.20 10.03 0.21 -
PLANT PERIMETER 67.75 4 0.18 10.03 0.15 20.02 0.16 - l PLANT PERIMETER 68 4 0.20 10.03 0.15 10.02 0.18 - - PLANT PERIMETER 68.25 4 0.18 10,03 0.17 10.03 0.17 , PLANT PERIMETER 68.50 4 0.21 10.03 0.19 10.03 0.20 - ! PLANT PERIMETER 68.75 4 0.23 10.03 0.21 10.03 0.22 - 1 PLANT PERIMETER 69 4 0.26 10.04 0.24 20.04 0.25 - PLANT PERIMETER 69.25 4 0.*0 20.03 0.17 10.03 0.18 - l PL ANT PERIMETER 69.50 4 0.20 10.03 0.17 10.03 0.19 PLANT PERIMETER 69.75 4 0.21 10.03 0.19 20.03 0.20 - PLANT PERIMETER 70 4 0.21 10.03 0.20 10.03 0.21 - PLANT PERIMETER 70.25 4 0.17 20.03 0.15 10.02 0.16 - PLANT PERIMETER 70.50 4 0.20 10.03 0.17 10.03 0.19 - PLANT PERIMETER 70.75 4 0.22 10.03 0.19 10.03 0.21 - PLANT PERIMETER 71 4 0.21 10.03 0.17 10.03 0.20 PLANT PERIMETER 71.25 4 0.24 20.04 0.21 10.03 0.23 - PLANT PERIMETER 71.50 4 0.22 20.03 ') .19 20.03 0.21 - PLANT PERIMETER 71.75 4 0.22 20.03 0.21 10.03 0.22 . [ 4 PLANT PERIMETER 72 4 0.21 10.03 0.19 10.03 0.20 -
)
j PLANT PERIMETER 72.25 4 0.21 10.03 0.17 10.03 0.19 - PLANT PERIMETER 72.50 4 0.19 10.03 0.17 10.03 0.18 - f PLANT PERIMETER 72.75 4 0.19 10.03 0.18 10.03 0.19 - PLANT PERIMETER 73 4 0.19 20.03 0.16 10.02 0.17 - j PLANT PERIMETER 73.25 4 0.20 20.03 0.17 20.03 0.19 - PLANT PERIMETER 73.50 4 0.20 20.03 0.15 10.02 0.18 - PLANT PERIMETER 73.75 4 0.18 20.03 0.15 20.02 0.17 l PLANT PERIMETER 74 4 0.18 *0.03 0.15 10.02 0.17 - [ PLANT PERIMETER 74.25 4 0.17 10,03 0.16 20.02 0.17 - l PLANT PERIMETER 74.50 4 0.18 10.03 0.15 10.02 0.16 - j a PLANT PERIMETER 74.75 4 0.18 10.03 0.17 10.03 0.17 - PLANT PERIMETER 75 4 0.17 20.03 0.15 10.02 0.16 - I PLANT PERIMETER 75.25 4 0.19 20.03 0.17 10.03 0.18 - I PLANT PERIMETER 75.50 4 0.16 10.02 0.14 10.02 0.15 - PLANT PERIMETER 75.75 4 0.17 20.03 0.15 10.02 0.16 -
]-
PLANT PERIMETER 76 4 0.18 20.03 0.16 10.02 0.17 - ; PLANT PERIMETER 76.25 4 0.20 10.03 0.17 10.03 0.19 - PLANT PERIMETER 76.50 4 0.20 20.03 0.16 10.02 0.18 - PLANT PERIMETER 76.75 4 0.19 10.03 0.17 10.03 0.18 ! PLANT PERIMETER 77 4 0.22 10.03 0.19 10.03 0.20 - PLANT PERIMETER 78 4 0.19 10.03 0.18 10.03 0.19 PLANT PERIMETER 79 4 0.20 20.03 0.17 20.03 0.19 - , PLANT PERIMETER 79.25 4 0.21 20.03 C.19 10.03 0.20 i PL ANT PERIMETER 79.50 4 0.19 10.03 0.12 20.03 0.19 - j PLANT PERIMETER 79.75 3 0.23 10.04 0.20 20.03 0.21 - insutto.n om. j t l f l l a , b i
- -. - .-- - - ._ ~ _ -
i J
- t 2
TABLE 2-7
, TLD GAMMA RADIATION MEASUREMENTS l FROM A TWO STATE AREA .
l J 1, 4 i NO OF CT Em CT ERR ARITHMETIC i LOCATION SAMPLES MAXMUM 96% CL MPEMUM 95% CL MEAN 2 STD DEM i I SRP TYPE T1 D MRDAY l CITIES AND TOWNS ;
! ALEXANDER.GA O 0 ALEXANDER.GA I 4 0.17 10.02 0.14 20.01 0.16 -
l AUGUSTA (WATKIN S) 0 0 1 AUGUSTA (WATKIN S)1 4 0.33 10.03 0.23 20.02 0.27 , AUGUSTA (WALTON W) 0 0 ;
! AUGUSTA (WALTON W) 1 3 0.42 10.03 0.36 10.03 0.38 - >
d AUGUSTA.(RYNLD ST) O 4 0.42 10.03 0.28 20.03 0.33 - AUGUSTA,(RYNLD ST) 1 4 0.3S 10.03 0.34 10.03 0.37 -
! AUGUSTA,(EVE &E ST) 0 0 l AUGUSTA,(EVE &E ST)l 4 0.40 10.03 0.33 10.03 0.36 -
j AUGUSTA,(MLDGVE R) O 4 0.27 10.02 0.23 10.02 0.25 -
; AUGUSTA,(MLDGVE R)1 4 0.34 20.03 0.30 10.03 0.33 -
l l AUGUSTA,(CENT & TRO) O O , j AUGUST A,(CE NT& T RO) I 4 0.34 20.03 0.32 20.03 0.33 , j AUGUSTA,(CENT AVE) 0 1 0.31 20.03 0.31 20.03 0.31 - i
- AUGUSTA,(CENT AVEll 3 0.34 10.03 0.28 20.03 0.31 -
l GIRARD, G A O 3 0.32 10.03 0.29 10.03 0,30 - t 1 GIRARD, G A I 4 0.37 10.03 0.31 10.03 0.34 - l HEPHZlB AH, G A O O , i HEPHZlBAH, G A I 4 0.22 20.02 0.20 20.02 0.21 - J LINCOLNTON, G A O O , i' LINCOLNTON, G A I 3 0.15 10.02 0.13 20.01 0.14 - ! LOUISVILLE. G A O 4 0.43 20.03 0.34 10.03 0.39 - l, LOUISVILLE, G A I 4 0.35 10.03 0.27 20.02 0.33 MCBEAN,GA O O l MCBEAN GA I 4 0.28 10.03 0.23 10.02 0.26 - I J MILLEN, G A O 0 P 4 MILLEN. G A I 4 0.23 20.02 0.17 10.02 0.21 !
! NEWINGTON G A O O ! NEWINGTON, G A i 4 0.43 10.03 0.36 20.03 0.40 -
l S ARDIS. GA O O i SARDIS. GA I 4 0.29 10.03 0.27 20.02 0.28 i STATESBORO. G A O 4 0.30 10.03 0.25 20.02 0.28 - 8 I STATESBORO.GA I 4 0.30 20.03 0.25 20.02 0.28 - SYLVANI A. G A O 4 0.33 20.03 0.26 10.02 0.30 SYLVANI A. GA I 4 0.60 20.05 0.45 20.04 0.55 - j THOMPSON,GA O 4 0.41 10.03 0.36 20.03 0.39 i THOMPSON, G A I 4 0.39 20.03 0.35 20.03 0.37 l WADLEY, G A O O
- WADLEY, GA 4 4 0.33 20.03 0.22 20.02 0.29 l WAYNESBORO.GA O 4 0.24 20.02 0.17 to.02 0.21 -
] WAYNESBORO,GA I 4 0.22 20.02 0.17 20.02 0.20 -
- WRENS, G A O O WRENS. G A I 4 0.41 10.03 0.J4 20.03 0.38 -
l 1
- 4. ms.oe tuno,ng.O . outsaos tuaowy
- Insutteent cata. )
i 1 i j 90 - 4 i I i
I i i i 4 i TABLE 2 7 4 TLD GAMMA RADIATION MEASUREMENTS i FROM A TWO STATE AREA, CONT'D. i
- NO.OF CT Em CT ERR ARITHMETIC LOCATMJ SAMPLES MAX! MUM 95% CL MPl! MUM 95% CL MEAN 2 STD DEV d
, PANASONIC TLD MROAY 2 CITIES AND TOWNS ALEXANDER,GA O 4 0.19 10.03 0.17 20.03 0.18 - ALEXANDER.GA i 0 AUGUSTA (WATKIN S) O 4 0.30 10.05 0.27 10.04 0.28 - l AUGUSTA (WATKIN S) 1 0 AUGUSTA (WALTON W) O 4 0.34 10.05 0.31 10.05 0.32 - I AUGUSTA (WALTON W) 1 0
! AUGUSTA,(RYNLD ST) O 4 0.35 20.05 0.30 20.05 0.33 -
i AUGUSTA,(RYNLD ST) 1 0 1 AUGUSTA,(EVE &E ST) O 3 0.26 20.04 0.23 t 0.03 0.25 - AUGUSTA,(EVE &E ST)1 0 i AUGUSTA,(MLOGVE R) O 4 0.24 20.04 0.22 20.J3 0.23 - AUGUSTA.(MLDGVE R)1 0 AUGUSTA (CENT &TRO) O 4 0.26 20.04 0.25 20.04 0.25 - A UG USTA,(CE NT4 TRO) 1 0 AUGUSTA,(CENT AVE) 0 0 . AUGUSTA,(CENT AVE)1 0 i GIRARD,GA O 4 0.37 10.06 0.29 20.04 0.32 - GIRARD. G A : 0 HE PHZlB AH, G A O 4 0.19 10.03 0.18 20.03 0.18 - HE PHZlB AH. G A i 0 LINCOLNTON GA O 3 0.33 10.05 0.14 10.02 0.21 - LINCOLNTON. G A I O LOUISVILLE, G A O 3 0.37 10.06 0.34 10.05 0.35 - LOUISVILLE. G A I O MCBEAN.GA O 4 0.28 20.04 0.25 20.04 0.27 - MCBEAN.GA 1 0 MILLEN, G A O 2 0.18 20.03 0.17 10.03 0.18 - MILLEN, G A 1 0 NEWINGTON, G A O 3 0.31 10.05 0.29 10.04 0.30 - l NEWINGTON, G A i 0 4 SARDIS, G A O 4 0.25 20.04 0.23 20.03 0.24 - I S ARDIS, G A i 0 l STATESBORO,GA O 3 0.29 10.04 0.27 20.04 0.28 - I STATESBORO,GA i 0 J SYLVANI A, GA O 3 0.31 20,05 0.29 10.04 0.30 - ) SYLVANI A. G A i 0 1 THOMPSON,GA O 3 0.39 10.06 0.39 20.06 0.39 - . THOMPSON.GA i 0 WADLEY,GA O 3 0.33 10.05 0.31 20.05 0.32 - i WADLEY,GA 1 0 i WAYNESBORO,GA O 4 0.24 10.04 0.20 10.03 0.23 - WAYNESBORO,GA i 0 i WRENS,GA O 3 0.26 20.04 0.24 10.04 0.25 - ( WRENS,GA l 0 I 1 l i I . insoe twang; O . outuos tuong. i
- Insuffee.t data.
i ) I 2 91
i a TABLE 2 7
- TLD GAMMA RADIATION MEASUREMENTS FROM A TWO. STATE AREA, CONT'D. :
1 i NO.OF CTERR CT ERR ARITHMETIC LOCATION SAMPLES MAXIMUM 95% CL MNMUM 95% CL MEAN 2 STD DEV l l SRP TYPE TLD. AM
- CITIES AND TOWNS
! AIKEN (LAURENS ST) 0 0 AIKEN (LAURENS ST)I 3 0.38 10.03 0.34 20.03 0,36 - 4 AIKEN (SILVER 8 RD)O O , 1 AIKEN (SILVER B RD)I 3 0.26 10.02 0.22 10.02 0.24 - ALLENDALE,SC O 3 0.20 10.02 0.16 10.02 0.18 - ALLENDALE,SC i 3 0.27 20.02 0.20 20.02 0.23 - i BARNWELL, SC O O , B ARNWELL, SC 1 4 0.36 10.03 0.21 10.02 0.27 - BATESB.LEESVILLESC O O BATESB LEESVILLESCI 4 0.29 10.03 0.25 10.02 0.28 - BEECHISLAND,SC O 3 0.32 10.03 0.24 10.02 0.27 - BEECHISLAND,SC i 2 0.28 10.03 0.24 10.02 0.26 - BL ACKVILLE, SC O 3 0.26 10.02 0.24 10.02 0.25 - BL ACKVILLE, SC i 3 0.28 10.03 0.25 0.02 0.27 - COLUMBI A (FIRE HO) 0 0 ! COLUMBI A (FIRE HO) i 4 0.47 20.04 0.37 10.03 0.44 - . COLUMBI A (HARDIN) O 4 0.37 10.03 0.27 10.02 0.32 - 1 COLU tBI A (HARDIN) 1 4 0.47 10.04 0.38 10.03 0.43 - COLUMBI A (E AU CLR) 0 0 - COLUMBI A (E AU CLR)1 4 0.40 10.03 0.35 20.03 0.37 - NORTH COLUMBI A O O NORTH COLUMBI A i 4 0.54 10.04 0.41 20.03 0.48 - COLUMBI A (SHA NDON) O 4 0.29 10.03 0.26 10.02 0.27 - COLUMBI A (SHANDON) i 4 0.31 10.03 0.24 20.02 0.28 - > i I COLUMBI A (DNTSVIL) 0 0 l COLUMBI A (DNTSVIL) l 4 0.34 10.03 0.31 10.03 0.32 - f I COLUMBI A (ST ANDR) 0 0 i COLUMBI A (ST ANDR)1 4 0,37 10.03 0.27 10.02 0.33 - ! COLUMBI A (IND PK) 0 0
, COLUMBI A (IND PK) 1 4 0.35 20.03 0.31 10.03 0.33 -
COLUMBI A (ATLAS) O 4 0.36 20.03 0.28 20.03 0.31 - COLUMBI A ( ATL AS) i 4 0.33 10.03 0.29 10.03 0.32 . WEST COLUMBI A, SC O 0 WEST COLUMBI A, SC 1 4 0.42 10.03 0.34 20.03 0.39 - i COUCHTON. SC O 3 0.31 10.03 0.27 10.02 0.29 - I COUCHTON. SC 1 3 0.21 20.02 0.20 20.02 0.20 - I EDGEFIELD. SC O O
! EDGEFIELD, SC i 4 0.22 10.02 0.19 10.02 0.20 -
l
~ < ESTILL, SC O 4 0.31 20.03 0.26 20.02 0.28 -
ESTILL. SC I 4 0.24 10.02 0.18 10.02 0.21 - 1 l GRANITEVILLE.SC O 3 0.28 10.03 0.21 20.02 0.23 ' GRANITEVILLE.SC i 4 0.32 10.03 0.22 10.02 0.27 HAMPTON, SC O O HAMPTON,SC i 4 0.32 10.03 0.28 10.03 0.29 J ACKSON. SC O 0 J ACKSON. SC 1 4 0.36 10.03 0.26 10.02 0.31 -
] JOHNSTON. SC O O j JOHNSTON, SC I 4 0.23 10.02 0.20 10.02 0.21 -
] I insde Duong;O = outsoe tuong. i - Insuffcient data. I I I ! l l 92 I l i 4 I
i alLE 2-7 LD 96 MA .. slATION MEASUREMENTS '
. . A TWO STATE AREA, CONT'D.
NO.OF CTEPR CTERR ARITHMETIC LOCAT)QN SAMPLES MAXIMUM 95% CL MrW'JM 95% CL MEAN '2 STD DEV SRP TYPE TLD. MROAY. CONTD. l LEXINGTON, SC O 4 0,27 20.02 0.21 10.02 0.24 - LEXINGTON. SC i 3 0.55 10.04 0.42 10.03 0.47 - MARTIN. SC O 4 0.2C 10.02 0.14 10.01 0.17 - L MARTIN. SC 1 4 0.19 20.02 0.14 to.01 0.16 - ; MCCORMICK, SC O 4 0.27 20.02 0,23 10.02 0.25 - ! MCCORMICK. SC l 4 0.31 10.03 0.27 20.02 0.29 - NEW ELLENTON. SC O 3 0.29 20.03 0.26 10.02 0.28 - NEW ELLENTON. SC 1 3 0.39 10.03 0.33 10.03 0.36 - NORTH,SC O O NORTH,SC 1 4 0.31 10.03 0.27 10.02 0.29 - NORTH AUGUSTA. SC O O NORTH AUGUSTA. SC i 4 0.43 20.03 0.29 10.03 0.35 - OLAR,SC O O OLAR.SC 1 3 0.27 10.02 0.24 10.02 0.25 - ORANGEBURG,SC O O ORANGEBURG.SC 1 4 0.36 20.03 0.27 10.02 0.31 - SALUDA,SC O 4 0.42 20.03 0.37 10.03 0.40 - SALUDA,SC I 4 0.56 20.04 0.49 20.04 0.52 - d SMOAKS,SC O 4 0 24 10.02 0.21 10.02 0.23 - i
- SMOAKS,SC 1 4 0.25 10.02 0.19 10.02 0.22 -
SPRINGFIELD. SC O 0 l SPRINGFIELD. SC i 3 0.21 10.02 0.17 10.02 0.19 - 1 ST MATTHEWS, SC O O i i ST MATTHEWS. SC 1 2 0.29 10.03 0.25 10.02 0.27 - ! SWANSEA.SC O 4 0.40 20.03 0.24 to.02 0.32 - 'i SWANSEA,SC i 4 0.27 10.02 0.31 10.02 0.25 - WAGENER,SC O O WAG E NE R. S C 1 3 0.30 10.03 0.25 10.02 0.27 WILLISTC,N SC O 4 0.35 10.03 0.28 10.03 0.32 - , WILLISTON. SC 1 3 0.36 10.03 0.29 10.03 0.32 - 1 WINDSOR, SC O O , WINDSOR. SC l 3 0.18 10.02 0.13 10.01 0.16 + , s PANASONIC TLD. MROAY I CITIES ANDTOWNS , AlMEN (LAURENS ST) O 4 0.31 10.05 0.22 10.03 0.26 - I AIKEN (LAURENS ST) 1 0 1 AIKEN (SILVER B RD)O 4 0.30 20.05 0.19 10.03 0.23 -
- AIKEN (SILVER B RD)! 0 1 ALLENDALE, SC O 4 0.22 20.03 0.16 10.02 0.19 - !
1 ALLENDALE, SC i 0 1 B ARNWELL, SC O 4 0.28 20.04 0.24 10.04 0.26 - J BARNWELL SC I 0 BATESB LEESVILLESC O 3 0.37 10.06 0.35 10.05 0.36 - I
) BATESB LEESVILLESC I 0 l i BEECH ISLAND SC O 4 0.30 10.05 0.24 10.04 0.26 - !
j BEECHISLAND.SC 1 0 { 1 l .I 4 = insioe twdo.ng;O = outuos buncing. l - insufficient data. J I 1 i i i l
l TABLE 2-7 TLD GAMMA RADIATION MEASUREMENTS t FROM A TWO STATE AREA, CONT'D. l f 1 NO.OF CTEf0 CT EFH ARITHMETIC l j LOCATION SAMPLES hBXIMUM 95% CL MtWUM 91%_C1, MEAN 2 SJQDEy j t PANASONIC TLD. MFIDAY. CONT'D. 1 BL ACKVILLE. SC O 4 0.28 10.04 0.22 10.03 0.25 - BL ACKVILLE, SC i ' O COLUMBI A (FIRE HO) O 3 0.33 20.05 0.29 10.04 0.32 - 1 COLUMBI A (FIRE HO) 1 0 ; ' 0.26 10.04 0.31 COLUMBI A (HARDIN) O 4 0.33 10.05 - < COLUMBI A (HARDIN) 1 0 COLUMBI A (E AU CL A) O 4 0.34 10.05 0.26 10.04 0,31 - COLUMBI A (E AU CLR) 1 0 . NORTH COLUMBI A O 4 0.30 10.05 0.24 10.04 0.28 - NORTH COLUMBI A I O COLUMBI A (SHANDON) O 4 0.29 10.04 0.23 10.03 0.27 I COLUMBI A (SHANDON) 1 0 COLUMBI A (DNTSVIL) O 4 0.35 10.05 0,29 10.04 0.33 - 4 COLUMBI A (DNTSVIL) 1 0 COLUMBI A (ST ANDR) O 4 0.32 10,05 0.27 10.04 0.30 - , s CO'.UMBI A (ST ANDR) 1 0 i 1 COLUMBI A (IND PK) O 4 0.34 10.05 0.29 10.04 0.32 , ! COLUMBI A (IND PM) 1 0 COLUMBI A ( ATL AS) O 4 0.33 10.05 0.28 20.04 0.31 - l COLUMBI A ( ATL AS) I O WEST COLUMBI A. SC O 4 0.44 10.07 0.34 10,05 0.40 - I WEST COLUMBI A. SC 1 0 l COUCHTON, SC O 4 0.32 10.05 0.25 10.04 0.29 COUCH.'ON. SC i O ! EDGEFIELD, SC O 3 0.27 10.04 0.26 10.04 0.26 - EDGEFIELD, SC i O ESTILL, SC O 4 0.30 20.04 0.28 10.04 0.29 l ESTILL. SC 1 0 1 GRANITEVILLE.SC O 4 0.23 10.03 0.18 10.03 0.21 - GRANITEVILLE,SC 1 O HAMPTON,SC O 4 0.33 10.05 0.29 10.04 0.31 - HAMPTON SC i O JACKSON,SC O 4 0.35 10.05 0.26 10.04 0.30 J ACKSON. SC I 0 JOHNS 10N, SC O 3 0.35 10.05 0.32 10.05 0.33 - JOHNSTON. SC 1 0 LEXINGTON, SC O 4 0.27 10.04 0.21 10.03 0.24 - 1 LEXINGTON, SC i 0 i MARTIN. SC O 4 0.19 20.03 0.14 10.02 0.17 - MARTIN. SC 1 0 MCCORMICK. SC O 3 0.29 10.04 0.24 10.04 0.27 - MCCORMICK. SC i 0
; NEW ELLENTON, SC O 4 0.31 10.05 0.24 10.04 0.28 -
l NEW ELLENTON, SC 1 0 NORTH, SC O 4 0.21 10.03 0.21 10.03 0.21 i NORTH.SC l 0 1 NORTH AUGUSTA, SC O 4 0.36 10.05 0.28 10.04 0.31 NORTH AUGUSTA, SC 1 O l i i ense tweing;O - outum bue.ng. j insufhcent data. i 4 4 4 i
)
i TABLE 2-7 r TLD GAMMA RADIATION MEASUREMENTS FROM A TWO STATE t.REA, CONT'D. l to.OF CTERR CT ERR ARITMMETIC LOCATION SAMPLES MAXtMUM 95% CL Med.tJM Si'.'s_CL MEAN 2 STD DEV PANASONIC TLD. MROAY . CONT'D. OLAR.SC O 4 0.35 10.05 0.28 10.04 0.31 - OLAR.SC i O ORANGEBURG.SC O 4 0.37 10.06 0.32 10.05 0.34 - i ORANGEBURG.SC i O SALUDA.SC O 3 0.45 10.07 0.38 20.06 0.42 - SALUDA.SC I 0 SMOAKS.SC O 4 0.26 20.04 0.23 10.03 0.24 - SVOAKS.SC 1 0 SPRINGFIELO. SC O 4 0.28 10.04 0.21 10.03 0.24 - SPk IGFIELD. SC I 0 ST MATTHEWS SC O 4 0.35 10.05 0.33 10.05 0.35 -
- ST MATTHEWS. SC I O SWANSEA.SC O 4 0.36 10.05 0.26 10.04 0.30 -
SWANSEA.SC 1 0 l WAGENER. SC O 4 0.34 10.05 0.26 10.04 0.30 - WAGENE R. SC 1 O I WILLISTON. SC O 4 0.31 10.05 0.26 10.04 0.29 - WILLISTON. SC i O l WINOSOR. SC O 4 0.10 10.03 0.13 10.02 0.15 - j WINOSOR. SC i O i I I r i 1 i I J i ensioe buong;O = osmos bueng. l l
. InsuMoent data.
l 1 l l l 95 j l 1
l t , TABLE 2 8 1987 AMBIENT AIR CONCENTRATIONS EPA EPA SRP Measuring Ambient Measuring Arthet AirConmntrations , Pollutant QalgI interval A[L.SgL 101gast 21Q 2ZQ 28Q 32Q ,(QQ 11Q l NO2 1st Annual 30 Quarterly 2 - 6 3 5 1 (ppb) 2nd Annual 30 Quarterly 1 - 4 1 2 1 r 3rd Annual 30 Quarterly - - 2 0 2 2 l j 4th Annual 30 Quarterly . - 5 2 7 3 j
- Total 1sta 24 hr 250 24 hr 37.7 -
57.9 56.2b 63.1 41.6 l Suspended 4 8. 6C ! ., Solids 60 OGMd 26.9 - 29.1 28.5b 30.4 25.9 , ) (pg/m3) 28. 4c I i 2nda 24 hr 250 24 hr 97,3 - 64.4 96.8b 120.0 90.1 !
! 91.0c ;
60 OGMd 29.2 - 28.4 32.7b 38.0 35.2 i 30.9c j 1 3rda 24 hr 250 24 hr - - 53.6 47.4b 65.8 49.6 f 51.7c 60 OGMd . - 23.4 26.8b 23.2 28.1 f
; 26.1 C {
4th' 24 hr 150 24 hr . - 22.2 34.5b 34.7 33.9 *
- 22. g c l 50 OGMd - - 11.1 15.6b 16.5 16.3 3 13.0C !
l Annual 60 AGM'(TSP) 28.0 - 28.4 32.7b 38.0 35.2 [
, 30.9c j i 50 AGM (PM10) - -
11.1 15.6b 16.5 16.3 ' 13.0c Sulf ur 1st 3 hr 500 3 hr 30 49 - 26 54 - : l Dioxide 24 hr 140 24 hr 11 13 - 15 18 - l 1 (ppb) Annual 50 Quarterly 4 5 - 4 6 - l ! 2nd 3 hr 500 3 hr 26 146 - 27 18 - I 24 hr 140 24 hr 9 32 - 7 15 - t j Annual 50 Quarterly 1 4 - 2 2 - I 3rd 3 hr 500 3 hr - - - 13 65
- 24 hr 140 24 hr - - - 5 15 -
- Annual 50 Quarterly - - -
2 2 - i Ath 3 hr 500 3 hr - - - 23 135 - 24 hr 140 24 hr . - - 8 53 - Annual 50 Quarterly - - - 3 4 - i Ozone 1st 1 hr 120 1 hr 59 - - 65 - - (ppb) 2nd 1 hr 120 1 hr 91 - - 100 - - ! 3rd 1 hr 120 1 hr . - - 94 - - 1 4th 1 hr 120 1 hr - - - 87 - - 4 4 j a TSP samplers. j b Routine samplers. l c Co. located particulate samplers. j d Quarterly Geometric Mean. l
- TSP samplers modded with PM io stre seinctive niets.
I Annual Geometne Mean. No measurements taken. i
h TABLE 2 9 1986 SOUTH CAROLINA AMBIENT AIR QUALITY MEASUREMENTSa SUSPENDED PARTICULATES. un>m3 4 Freseds Sid South Carolina No. of 24 hour Geometric SC 250 SC 60
- Locationsb Observations Maximum jdggo gild {d
- 1 43 121 39 no no 2 61 122 46 no no 3 57 173 48 no no
- 4 ... ...
l SULFUM DIOXIDE un'm3 Exceeds Std South Carolina No. of 24 hout Arithmetic SC 1,300 SC 365 SC 80 i Locationsb Observations Maximum jdg2D Qld GiyIl Id 1 j 2 3463 107 14 no no no " J 3 865 36 14 no no no ' j 4 ... ... ... ... ... ... ) NITROGEN DIOXIDE un'm3 Frmeds Rtd , l South Carolina No. of 24 hour Arithmetic i Locationsb Observations Maximum fdtAD SC 100 fyr) 1 ... ... ... ... ! 2 ... ... ... ... 3 . ... ... ... 4 1960 47c 8 no LEAD un'm3 Fr m eda Sid ! South Carolina No. of Maximum SC 1.5 Locationsb Observations Quarterfy Averana (Quarterfy Heani j 1 38 0.08 no , 2 57 0.16 no a 3 54 0.12 no j 4 ... ... ... 1 i j a in the 1986 Envronmental Report, South Carohna ambient air qualty measurements were reported as 1986 measurements when in f act they were 1985 measurements. b South Camhna locatons: (1) Fire staten. Beech Island;(2) EOC offee, Greenvife;(3) SCOHEC, Columbia (4) Barnwel-S21. [ l C One hour maximum. I l 1 - Station not designed for this measurement, I 1
TABLE 2-10 1986 GEORGIA AMBIENT AIR QUALITY MEASUREMENTSa SUSPENDED PARTICULATES. ualm3 Exceeds Std. Georgia No. of 24 hour Geometric GA 150 GA 75 Locationsb Observations Maximum Mean (24 hr) (yd 1 58 109 46 no no 2 47 83 45 no no 3 58 185 71 2 no 4 57 89 44 no no 5 43 119 51 no no 6 57 101 44 no no 7 -- -- -- --- - SULFUR DIOXIDE. un'm3 Exceeds Std. Georgia No. of 24-hour Arithmetic GA 1,300 GA 365 GA 80 Locationsb Observations Maximum Mean Qhd (24 vr) (yd 1 ... ... ... ... ... ... 2 ... ... ... ... ... ... 3 --- -- --- -- -- - 4 - - -- - --- --- 5 --- --- --- -- --- -- 6 - - --- -- --- -- 7 -- --- -- -- - --- LEAD. unlm3 Exceeds Std. Georgia No. of Maximum GA 1.5 Locationsb Observations Quarterly Averace (Quarterly Mean) 1 -.. ... ... 2 47 0.11 no 3 - - -- 4 - - - 5 - - -- 6 -- - - 7 - - - a 1986 Georgia ambient air quality measurements were reported in the 1988 SRP Environmental Report and are duplicated here because 1987 data were not available at the time the 1987 report was prepared. bGeorgia locations: (1) Sandbar Ferry Junior High School Augusta;(2) Student Center, Medical College, Augusta; (3) Water Treatment Plant, Augusta;(4) Bungalow Road School, Augusta;(5) Clara Jenkins School, Augusta; (6) City Hall, Wrens; (7) Regional Youth Development Center Augusta. -- Station not designed for this measurement. TABLE 3-1 RADIOACTIVITY IN SAVANNAH RIVER WATER NO.OF CTERR CTERR ARITHMETIC LOCATION SAMPLES MAXNUM 95% CL MINtMUM 95% CL MEAN 2 STD DEV ALPHA . PCit SAVANN AH PlVER R 2 DISSOLVED 52 0.63 10.61 0.16 10.22 0.07 10.30 R 2 SUSPENDED 52 0.34 10.52 0.16 10.22 0.06 10.20 R 3A ABOVE VOGTLE 51 0.50 10.55 -0.16 10.22 0.06 10.24 R 3B BELOW VOGTLE 52 0.25 10.29 0.16 10.22 0.05 to.16 R 8C BELOW LITTLE HELL 26 0.38 10.34 -0.16 10.22 0.05 10.22 R-8 BELOW STEEL CK 27 0.91 10.68 -0.16 to.22 0.06 10.40 R 8 8; 27 0.25 10.50 0.09 10.17 0.03 10.16 R-10 DISSO'.VED 49 0.50 10.58 0.16 10.22 0.02 10.18 R-108 H'O iWAY 301 51 1.1 10.49 0.16 10.22 0.05 10.38 R 10 SUSPENDED 50 0.31 13.34 0.16 10.22 0.05 0.20 GDNR. RIVER 2 13 0.58 10.64 -0.08 10.17 0.09 10.34 G D N R-RI V E R.10 A 13 0.66 10.66 0.08 10.15 0.07 10.38 CONTROL EDISTO RIVER 50 1.5 10.75 0.00 10.23 0.51 10.64 NONVOL BETA . PClt SAVANNAH RIVER R 2 DISSOLVED 52 3.8 11.4 -0.05 10.88 1.5 11.4 R 2 SUSPENDED $2 0.88 11.1 -0.74 10.79 0.02 10.58 R 3A ABOVE VOGTLE 51 2.8 11.3 -0.12 11.1 1.5 11.2 R 3B BELOW VOGTLE S2 3.3 11.3 0.06 11.1 1.5 11.1 R 8C BELOW LITTLE HELL 26 2.7 11.3 0.76 10.93 1.6 11.0 R 8 BELOW STEEL CK 27 4.1 11.4 0.25 11.0 1.5 11.5 R 8B 27 2.8 11.3 0.49 11.1 1.4 11.1 R 10 DISSOLVED 49 2.6 11.1 0.13 11.0 1.5 11.1 R 100 HIGHWAY 301 51 2.7 11.5 0.57 11.2 1.6 11.1 R 10 SUSPENDED 51 1.3 11.2 -0.55 11.0 0.12 10.68 GDNR RIVER 2 13 4.0 11.3 0.92 10.99 1.8 11.6 GDNR RIVER 10A 13 2.2 21.1 0.81 11.1 1.6 10.76 CONTRQ1 EDISTO RIVER 49 2.9 11.4 0.06 11.1 1.0 11.3 H-3. PCI ML SAYANN AH RIVEB R 2 ABOVE PLANT 52 0.83 11.0 0.05 10.21 0.37 10.32 R 3 A A30VE VOGTLE 52 4.4 10.31 0.16 10.21 0.81 11.7 R 38 BELOW VOGTLE 52 2.4 10.23 0.26 10.99 0.66 10.86 R 8C BELOW LITTLE HELL 26 6.2 10.27 1.8 10.31 3.3 11.7 R 8 BELOW STEEL CK 26 5.2 10.26 0.72 10.30 2.6 11.7 R-10 HIGHWAY 301 53 7.0 10.31 1.5 10.31 3.3 12.0 R 10B HIGHWAY 301 55 8.5 10.32 0.23 11.1 3.2 12.3 CONTROL EDISTO RIVER 50 0.94 10.21 -0.42 10.34 0.41 10.38 Insuff cent data.
TABLE 3-1 RADIOACTIVITY IN SAVANNAH RIVER WATER, CONT'D. NO.OF CTERR CT EHR ARITHMETIC LOCATICA.' SAMPLES _ MAXfAUM P5% CL MNIMUM 95% CL MEAN 2 STD DEV SR-89. 90 . PClt SAVANNAH RIVER R 8C BELOW LITTLE HELL 12 1.3 11.4 0.55 11.3 0.15 10.96 R 8 BELOW STEEL CK 11 1.2 11.8 -1.3 11.2 0.24 21.1 R 8 Bi 11 0.90 11.8 -1,6 11.2 0.01 10.76 R 2 ABOVE PLANTIC 12 0.81 10.32 0.07 10.37 0.20 10.50 R 3A ABOVE VOGTLE 12 0.37 10.28 0.09 10.37 0.12 10.26 R 3B BELOW VOGTLE 12 0.41 10.12 -0.18 10.25 0.17 10.28 R 10 HIGHWAY 301 IC 12 0.37 10.42 0.03 i0.25 0.19 10.22 AVERAGE 0.17 10.33 MN 54. PCit R 2 ABOVE PLANTIC 50 0.00 10.21 0.00 13.4 0.00 - R 3A ABOVE VOOTLE 51 0.00 20.21 0.00 13.0 0.00 - R 30 BELOW VOGTLE 50 0.00 10.21 0.00 13.4 0.00 - R 10 HIGHWAY 301 IC 51 0.00 10.21 0.00 t 1. 8 0.00 . AVERAGE 0.00 CR-51. PCit R 2 ABOVE PLANTIC 50 0.00 10.21 0.00 115 0.00 - R 3A ABOVE VOGTLE 51 0,00 to.21 0.00 115 0.00 R 3B BELOW VOGTLE 50 0.00 10.21 0.00 117 0.00 - R.10 HIGHWAY 301 IC 51 0.00 10.21 0.00 18.5 0.00 - AVERAGE 0.00 - CO 60. PClt R 2 ABOVE PLANTIC 50 22 14.2 0.00 11.5 0.45 16.6 R 3A ABOVE VOGTLE 51 6.5 11.2 0.00 11.1 0.13 i t.8 R 3B BELOW VOGTLE 50 0.00 11.2 0.00 11.2 0.00 - R 10 HIGHWAY 301 IC 51 6.0 t1.0 0.00 10.67 0.12 11.7 AVERAGE 0.17 13.4 ZtL65. PCit R 2 ABOVE PLANT IC 50 0.00 11.2 0.00 12.7 0.00 - R 3A ABOVE VOGTLE 51 0.00 11.2 0.00 12,6 0.00 - R 3B BELOW VOGTLE 50 0.00 ti.2 0.00 12.7 0.00 - R 10 HIGHWAY 301 IC 51 0.00 11.2 0.00 11.2 0.00 - AVERAGE 0,00 - ZR 95. NB 95. PCit R 2 ABOVE PLANTIC 50 0.00 11.2 0.00 t 2.1 0.00 - R.3A ABOVE VOG1LE 51 0.00 11.2 0.00 11.9 0.00 - R 3B BELOW VOGTLE 50 0.00 11.2 0.00 12.4 0.00 - R.10 HIGHWAY 301 IC 51 0.00 11.2 0.00 11.4 0.00 - AVERAGE 0.00 - RU 103.106. PCit R 2 ABOVE PLANT IC 50 0.00 11.2 0.00 112 0.00 - R 3A ABOVE VOGTLE 51 0.00 11.2 0.00 111 0.00 - R 3B BELOW VOGTLE 50 0.00 11.2 0.00 111 0.00 - R 10 HIGHWAY 301 IC 51 0.00 11.2 0.00 15.9 0.00 - AVERAGE 0.00 - Insufficent data.
- 100 -
TABLE 3-1 RADIOACTIVITY IN SAVANNAH RIVER WATER, CONT'D. NO.OF CTERR CTERR ARITHMETIC LOCATION SAMPLES MAXf.iUM 95% CL MNIMUM 95% CL MEAN 2 STD DEV l-131. PCl/L R 2 ABOVE PLANTIC 50 0.00 11.2 0.00 13.7 0.00 - R 3A ABOVE VOGTLE 51 0.00 11.2 0.00 13.4 0.00 - R 38 BELOW VOGTLE 50 0.00 11.2 0.00 14.0 0.00 - R 10 HIGHWAY 30110 51 0.00 11.2 0.00 12.2 0.00 - AVERAGE 0.00 - CS-134. PCit R 2 ABOVE PLANT IC 50 0.00 11.2 0.00 11.4 0.00 - R-3A ABOVE VOGTLE 51 0.00 11.2 0.00 11.1 C.00 - R 3B BELOW VOGTLE 50 0.00 11.2 0.00 11.2 0.00 - R 10 HIGHWAY 301 IC 51 0.00 11.2 0.00 10.64 0.00 - AVERAGE 0.00 - CS-137. PCit R 2 ABOVE PLANTIC 50 9.7 12.2 0.00 11.3 0.32 13.0 R 3A ABOVE VOGTLE 51 11 12.9 0.00 11.3 1.0 15.7 R 3B BELOW VOGTLE 50 8.9 11.9 0.00 11.4 0.43 13.5 R 10 HIGHWAY 301 IC 51 1.6 125 0.00 10,62 0.03 10.44 AVERAGE 0.45 13.7 CE 141.144. PCit R 2 ABOVE PLANTIC 50 2.6 120 0.00 17.4 0.05 10.72 R 3A ABOVE VOGTLE 51 0.00 120 0.00 16.0 0.00 - R 3B BELOW VOGTLE 50 0.00 120 0.00 17.5 0.00 - R-10 HIGHWAY 301 IC 51 0.00 120 0.00 13.8 0.00 - AVERAGE 0.01 10.36 BA-140LA 140. PClt R 2 ABOVE PLANTIC 13 0.00 11.9 0.00 117 0.00 - R 3A ABOVE VOGTLE 13 0.00 11.9 0.00 117 0.00 - R 3B BELOW VOGTLE 13 0.00 1.9 0.00 117 0.00 - R 10 HGHWAY 30110 13 0.00 11.9 0.00 117 0.00 - AVERAGE 0.00 - S A-90. PClt R 2 ABOVE PLANT 10 11 1.30 10.65 0.07 10.30 0.46 10.37 R 3A ABOVE VOGTLE 11 0.55 10.28 0.03 10.16 0.27 10.14 R 3B BELOW VOGTLE 11 1.40 10.66 0.02 10.16 0.32 10.39 R 10 HIGHWAY 301 IC 11 1.40 10.36 0.29 10.20 0.56 10.31 Insutticent cata.
- 101 -
1 TABLE 3-2 l RADIOACTIVITY IN PLANT STREAM WATER l l NO.OF CT ERR CTERR ARITHMETIC i LOCATION SAMPLES MAXIMUM 95% CL MINMUM 95% CL MEAN 2 STD DEV ' ALPHA . PCI1 TIMS BRANCH TB 2 A EFFLUENT 52 3.7 11.1 -0.08 10.34 0.36 11.1 TB 3 M EFFLUENT 50 12 110 0.78 15.8 3.3 15.4 TB 5 NEAR ROAD C 26 1.7 10.91 0.08 10.15 0.41 10.68 700 A1 OUTFALL 26 1.0 10.60 0.08 10.15 0.33 10.56 UPPER THREE RUNS CREEK U3R 2 F STORM SEWER 52 230 18.8 0.16 10.31 6.8 164 CROUCH BRANCH 26 3.2 11.1 0.00 10.38 0.59 11.4 MCOUEEN BRANCH 11 1.0 10.62 0.00 10.17 0.26 10.58 U3R 3 ROAD C 27 1.5 10.70 0.15 10.31 0.74 10.80 U3R 4 ROAD A 26 1.3 10.63 0.16 10.38 0.73 10.62 U3R F 3 51 1.7 10.78 0.00 10.22 0.41 10.72 BEAVER DAM CREEK 400 0 EFFLUENT 55 0.54 10.46 0.23 10.27 0.08 10.30 FOUR MILE CREEK BURi AL GROUND DITCH 12 1.2 10.66 0.15 10.44 0.53 10.54 FM 1B COOL TOWER EFF 54 7.2 11.6 0.08 10.17 1.2 12.8 HP 52 PADDLE V/ HEEL 26 2.7 10.94 0.23 10.34 1.5 11.2 H H 3 FAC OUTFALL 50 26 7.3 11.5 0.00 10.31 1.7 13.7 FM 1C H EFFLUENT 54 43 13.4 0.00 10.21 1.6 112 FM 2 ROAD 4 26 2.5 10.91 0.08 10.35 0.72 11.3 FM 2B ABOVE F EFF 26 12 12.0 0.00 10.15 0.86 14.5 FM 3 F EFFLUENT 53 6.0 11.4 0.08 10.29 1.1 12.1 FM 3A BELOW F EFF 26 15 12.3 0.00 10.23 1.1 15.6 FM.A7 ROAD A 7 26 4.5 11.3 0.08 10.27 0.73 11.7 FM 6 ROAD A 26 0.54 10.41 0.16 10.22 0.18 10.38 JNDIAN GRAVE BRANCH lGB 7 4 0.33 10.33 0.08 10.16 0.19 . IGB 21800' S OF 61 4 0.41 10.37 0.00 10.00 0.17 PEN BRANC1] P B .1 K SEC EFFLUENT 51 0.77 10.49 0.16 10.22 0.14 10.40 PB 3 ROAD A 26 0.38 10.34 0.08 10.27 0.07 10.20 STEEL CREEK SC 2A 26 0.69 10.46 0.00 10.00 0.22 10.34 SC.4 ROAD A 26 0.41 10.44 0.08 10.15 0.10 10.28 PAR POND R AREA EFFLUENT 52 0.77 10.53 0.08 10.27 0.21 10.42 PP 2 PUMPHOUSE 51 13 *2.0 0.08 10.29 0.32 13.5 LOWER THREE RUNS CREEK SC 1 P SEC EFFLUENT 52 0.77 10.53 0.08 10.17 0.14 10.32 L3R 1 A ROAD B 25 0.83 10.74 -0.16 10.22 0.06 10.36 L3R 2 PATTERSON MILL 26 0.91 10.76 0.08 10.16 0.11 10.38 L3R 3 ROAD A 12 0.23 10.35 0.00 10.22 0.12 10.18 SAVANNAH RIVER SWAMP TNX 1 26 1.2 10.83 0.00 10.24 0.41 10.52 . Insutticent data. I
-102-
TABLE 3-2 RADIOACTIVITY IN PLANT STREAM WATER, CONT'D. NO.OF CT ERR CT ERR ARITHMETIC , LOCATION SAMPLES MAXIMUM 95% CL M!N! MUM 95% CL MEAN 2 STD DEV ' NONVOL BETA . PCl4 TIME BRANCH VB-2 A EFFLUENT 52 9.1 11.8 0.65 20.85 1.1 13.0 TB 3 M EFFLUENT 50 38 125 8.0 117 7.2 118 TB 5 NEAR ROAD C 26 2.5 11.1 0.85 10.77 1.4 11.4 700 A1 OUTFALL 26 4.6 11.5 0.24 11.1 1.7 11.8 UPPER THREE RUNS CREEK U3R 2 F STORM SEWER 52 11000 151 7.1 11.5 240 i2900 CROUCH BRANCH 26 1000 116 2.6 11.1 46 1410 MCOUEEN BRANCH 11 3.5 11.5 0.42 10.96 2.1 12.1 U3R 3 ROAD C 27 2.6 11.1 0.58 10.84 1.1 11.2 U3R 4 ROAD A 26 2.1 11.1 0.00 10.87 1.1 11.1 U3R F 3 51 11 11.9 1.6 11.4 5.0 13.9 BEAVER DAM CRFFK 400-0 EFFLUENT 55 3.4 11.5 0.42 10.90 1.9 11.2 FOUR Mf! E CREFK BURI AL GROUND DITCH 12 39 13.0 9.6 11.8 20 119 FM 1B COOL TOWER EFF 54 380 19.8 5.3 11.5 26 1100 HP 52 PADDLE WHEEL 26 25 12.5 6.8 11.5 11 18.9 H H 3 FAC OUTFALL 50 26 16 12.1 0.82 11.2 5.7 18.2 FM.1C H EFFLUENT 54 62 13.8 0.83 10.55 19 124 FM.2 ROAD 4 26 96 15.0 8.7 11.6 29 137 FM 2B ABOVE F EFF 26 140 15.8 20 i 2. 3 45 147 FM 3 F EFFLUENT 53 340 19.3 0.75 10.52 45 1110 FM 3A BELOW F EFF 26 80 14.6 11 12.0 26 137 FM A7 ROAD A 7 26 64 13.8 24 12.7 49 123 FM 6 ROAD A 26 35 i3.1 18 12.2 25 18.6 IND!AN GRAVE BRANCH IGB 7 4 1.8 11.2 0.16 10.92 1.0 - IGB 21800' S OF 61 4 1.4 11.3 0.26 t 0. 8 7 0.63 - PEN BRANCH PB 1 K SEC EFFLUENT 51 4.0 11.5 0.92 11.0 2.1 11 4 PB.3 ROAD A 26 2.8 11,2 0.49 10.92 1.6 11.0 STEEL CREFK SC 2A 26 11 12.0 3.8 11.3 8.1 13.8 SC 4 ROAD A 26 3.5 11.4 0.95 10.98 2.0 11.2 PAR POND R. AREA EFFLUENT 52 210 16.8 5.0 11.3 20 157 PP 2 PUMPHOUSE 51 13 i2.0 3.3 11.2 5.9 13.4 LOWER THREE RUNS CRFFK SC 1 P SEC EFFLUENT 52 9.7 t1.8 3.2 11.4 5.3 12.2 L3R.1 A ROAD B 25 7.1 11.6 2.2 11.1 5.1 22.4 L3R 2 PATTERSON MILL 26 6.0 11.5 0.58 10.94 3.5 22.5 l L3R 3 ROAD A 12 5.7 11.6 0.90 11.0 3.4 12.4 ) SAVANN AH RIVER SWAMP TNX 1 26 9.1 11.7 0.35 10.97 4.3 13.5 Insufficent data. 103- l 1 l
i J TABLE 3-2 RADIOACTIVITY IN PLANT STREAM WATER, CONT'D. NO.OF CTERR CT ERR ARITHMETIC LOCATION SAMPLES MAXIMUM 95% CL MIN 9AUM 95% CL MEAN 2 STD DEV H-3. PCitAL TIMS BRANC11 TB 2 A EFFLUENT 51 2.3 11.1 -0.86 10.73 0.31 11.1 TB 5 NEAR ROAD C 26 2.8 10.91 0.69 10.88 1.6 11.0 700 A1 OUTFALL 26 1.6 10.85 0.38 10.88 0.59 11.0 UPPER THREE RUNS CREEK U3R 4 ROAD A 26 3.3 11.1 1.6 10.80 2.4 11.0 BEAVER DAM CREEK 400 0 EFFLUENT 54 360 15.0 0.01 10.81 19 1110 FOUR MILE CREEK BURI AL GROUND DITCH 12 22000 1450 79 12.4 3600 114000 FM-1B COOL TOWER EFF 52 10 11.2 0.62 10.99 4.3 i4.4 HP 52 PADDLE WHEEL 24 5.5 11.1 0.50 10.85 2.1 12.8 H H 3 FAC OUTFALL 50 27 910 17.9 14 11.4 220 1450 FM 1C H EFFLUENT 51 5200 1100 4.9 11.0 240 11600 i FM 2 ROAD 4 27 200 14.1 34 11.7 120 194 FM 2B ABOVE F EFF 26 1500 133 460 15.4 920 1510 FM 3 F EFFLUENT 51 52 12.0 0.86 10.77 6.3 114 FM 3A BELOW F EFF 26 3300 167 1300 19.0 2400 1940 FM.A7 ROAD A-7 27 1700 135 430 15.3 1100 1620 FM 6 ROAD A 26 780 116 280 14.5 590 f310 INDIAN GRAVE BRANCH IGB 7 4 230 14.1 62 110 110 - lGB 21800' S OF 61 49 9600 1190 2000 137 5800 14300 l l PEN BRANCH PB 1 K SEC EFFLUENT 51 76 12.4 0.42 10.81 6.8 128 P019 52 48 11.9 7.9 11.1 11 ill PB 3 ROAD A 27 66 12.5 8.1 11.1 10 125 STEEL CREEK SC 2A 26 70 12.3 12 11.1 49 127 SC 4 ROAD A 76 4.5 11.0 1.6 10.86 2.8 11.8 PAR POND R AREA EFFLUENT 52 37 11.8 4.3 11.1 10 111 PP 2 PUMPHOUSE 52 12 11.4 6.9 11.1 9.3 12.2 LOWER THREE RUNS CRFFK SC.1 P SEC EFFLUENT 52 89 12.4 7.0 11.1 15 126 L3R 1 A ROAD D 26 12 11.1 8.0 11.1 9.8 12.1 l L3R 2 PATTERSON MILL 26 7.6 11.4 0.77 10.82 5.2 13.8 I L3R 3 ROAD A 11 4.1 10.99 0.80 10.76 2.6 12.0 l SAVANN AH RIVER SWAMP TNX 1 2$ 1.7 10.92 -0.58 10.76 0.34 11.0 - Insutticent data.
-104-
TABLE 3-2 RADIOACTIVITY IN PLANT STREAM WATER, CONT'D. FC.OF CT ERR CT ERR ARITHMETIC LOCATION SAMPLES MAXIMUM 95% CL MNIMUM 95% CL MEAN 2 STD DEV SR-89. 90. PCit FOUR MILE CREEK FM 1B COOL TOWER EFF 12 0.99 11.0 -0.74 11.3 0.22 11.1 HP 52 PADDLE WHEEL 12 2.3 11.5 0.59 11.3 0.59 11.5 FM-1C H EFFLUENT 12 7.9 11.7 0.17 11.5 2.3 15.0 FM 2 ROAD 4 12 7.6 11.7 0.00 11.2 2.7 14.1 FM 2B ABOVE F EFF 12 19 12.4 5.6 11.7 12 17.3 FM 3 F EFFLUENT 12 8.9 12.2 1.8 11.4 4.0 13.8 FM-3A BELOW F EFF 12 4.5 11.7 0.46 11.6 2.4 t 2. 8 FM.A7 ROAD A 7 12 23 12.9 15 12.3 19 14.5 FM 6 ROAD A 12 16 12.5 6.7 11.8 9.4 14.7 INDIAN GRAVE BRANCH IGB-7 4 1.0 11.5 0.29 11.2 0.31 - lGB 21800' S OF 61 4 0.41 11.4 -1.8 11.2 0.46 - PEN BRANCH PB 3 ROAD A 12 0.6 ~2 11.4 0.58 11.5 0.09 10.44 STEEL CREEK SC 2A 12 2.0 11.5 0.35 11.5 0.38 it.2 SC 4 ROAD A 12 0.51 11.3 -1.2 11.1 0.11 10.42 PAR POND PP 2 PUMPHOUSE 12 0.98 11.4 0.88 11.4, 0.08 10.92 LOWER THREE RUNS CREEK L3R.1 A ROAD 3 12 0.92 11.3 0.76 11.4 0.15 10.84 L3R 2 PATTERSON'S M 12 0.79 11.3 0.88 11.4 0.03 10.72 L3R 3 ROAD A 12 1.8 21.6 0.86 11.3 0.22 11.3 CHEM. CS. PCit UPPER THREE RUNS CREEK U3R 4 ROAD A 12 1.3 11.4 -1.5 11.1 0.13 10.84 FOUR MILE CREEK FM 1C H EFFLUENT 12 18 12.8 4.7 11.4 8.9 17.6 FM 2 ROAD 4 12 23 13.0 4.5 11.6 14 113 FM 3 F EFFLUENT 12 91 15.3 4.5 11.7 25 148 FM.3A BELOW F EFF 12 42 13.7 5.9 11.8 17 124 FM A7 ROAD A 7 12 16 12.6 4.0 11.4 9.1 18.0 FM 6 ROAD A 12 5.7 12.0 1.4 11.4 3.7 12.6 PEN BRANCH PB 3 ROAD A 12 1.4 11.2 -0.80 11.5 0.14 10.96 STEEL CREEK SC 2A 27 11 12.3 1.4 11.3 5.3 14.9 SC 4 ROAD A 27 3.2 11.6 -1.1 11.4 0.32 11.7 PAR POND PP 2 PUMPHOUSE 11 6.3 11.8 1.6 11.2 4.5 12.8 LOWER THREE RUNS CREEK L3R 2 PATTERSON MILL 12 8.1 11.9 0.89 11.7 3.1 14.4 L3R 3 ROAD A 12 2.6 11.5 0.11 11.3 1.3 11.4
- insunicent data.
-105-
1 1 TABLE 3-2 l RADIOACTIVITY IN PLANT STREAM WATER, CONT'D. i NO.OF CT ERR CTERR ARITHMETlO LOCATION SAMPLES MAXIMUM 95% CL MINIMUM 95% CL MEAN 2 STD DEV U PU. PCit TIMS BRANCH TB 2 A EFFLUENT 51 13 12.3 0.17 10.58 0.93 13.8 i TB 3 M EFFLUENT 52 34 i20 -7.8 116 5.9 116 UPPER THREE RUNS CREEK U3R 4 ROAD A 26 0.55 10.64 0.33 10.47 0.11 10.36 U3R F 3 50 4.5 11.5 -0.13 10.45 0.91 12.3 FOUR MfLE CREEK FM 6 ROAD A 25 0.55 10.63 0.34 10.48 0.11 10.34 PEN BRANCH PB 3 ROAD A 26 0.38 10.53 0.33 10.47 0.10 10.36 LOWER THREE RUNS CREEK L3R-2 PATTERSON MILL 26 0.56 10.65 -0.34 10.48 0.04 10.34 L3R 2 DIP 50 1.6 11.1 -0.34 10.48 0.11 10.64 SAVANNAH RIVER SWAMP l TNX 1 26 0.50 10.58 0.18 10.35 0.13 10.38 l MN-54. PCit ) FOUR MILE CRFFK FM 6 ROAD A 11 0.00 f35 0.00 17.3 0.00 - PEN BRANCH PB 3 ROAD A 11 0.00 135 0.00 17.3 0.00 - LOWER THREE RUNS CREEK L3R 2 PATTERSON MILL 12 0.00 x35 0.00 17.3 0.00 l CR 51 PCl1 FOUR MILE CRFFK l FM 6 ROAD A 11 0.00 135 0.00 1240 0.00 - PEN BRANCH l PB 3 ROAD A 11 0.00 135 0.00 240 0.00 - LOWER THREE RUNS CREEK L3R 2 PATTERSON MILL 12 0.00 135 0.00 1240 0.00 - C0-60. PCit EQUR M!LE CREEK FM 6 ROAD A 11 0.00 135 0.00 19.9 0.00 - PEN BRANCH PB.3 ROAD A 11 0.00 135 0.00 i9.9 0.00 - LOWER THREE RUNS CREEK L3R 2 PATTERSON MILL 12 0.00 135 0.00 114 0.00 - insuttant data.
-106-l
)
TABLE 3-2 l RADIOACTIVITY IN PLANT STREAM WATER, CONT'D. NO.OF CT ERR ' CTERR ARITHMETIC LOCATION SAMPLES P.MXIMUM 95% CL MINMJM 95% CL MEAN 2 STD DEV ZN 65. Pfdi, FOUR MILE CREEK FM 6 ROAD A 11 0.00 135 0.00 128 0.00 PEN BRANCH PB 3 ROAD A 11 0.00 135 0.00 120 0.00 LOWER THREE RUNS CREEK L3R 2 PATTERSON MILL 12 0.00 135 0.00 125 0.00 ZR 95. NB 95. PCit FOUR MILE CREEK FM 6 ROAD A 11 0.00 135 0.00 155 0.00 - PEN BRANCH PB 3 ROAD A 11 0.00 135 0.00 156 0.00 - LOWER THREE RUNS CREEK L3R 2 PATTERSON MILL 12 0.00 135 0.00 153 0.00 - RU-103.106. PCit FOL' A MILE CREEK FM 6 ROAD A 11 0.00 135 0.00 1110 0.00 PEN BRANCH PB 3 ROAD A 11 0.00 135 0.00 199 0.00 - LOWER THREE RUNS CREEK L3R 2 PATTERSON MILL 12 0.00 135 0.00 1120 0.00 - i-131. pct'l FOUR MILE CREEK FM 6 ROAD A 11 0.00 135 0.00 1890 0.00 - PEN BRANCH PB.3 RO AD A 11 0.00 135 0.00 840 0.00 - LOWER THREE RUNS CREEK L3R 2 PATTERSON MILL 12 0.00 135 0.00 1980 0.00 - CS 134. PCit FOUR MILE CREEK FM 6 ROAD A 11 0.00 135 0.00 16.9 0.00 - PEN BRANCH PB 3 ROAD A 11 0.00 35 0.00 18.5 0.00 - LOWER THREE RUNS CREEK L3R 2 PATTERSON MILL 12 0.00 135 0.00 17.5 0.00 - Insuthcont data.
-107 -
1 1 1 TABLE 3-2 RADIOACTIVITY IN PLANT STREAM WATER, CONT'D. NO.OF CT ERR CT ERR ARITlWETIC LOCATION SAMPLES MAXIMUM 95% CL Mit&B,lhl 95% CL MEAN 2 STD DEV - CS 137 PCLt FOUR MILE CRFFK FM 6 ROAD A 11 25 14.5 0.00 19.1 3.0 115 PEN BRANCH PB 3 ROAD A 11 0.00 14.5 0.00 18.6 0.00 - LOWER THREE RUNS CREEK L3R 2 PATTERSON MILL 12 3.4 12.4 0.00 19.3 0.36 12.0 CE-141.144_ PCit FOUR MILE CRFEK FM 6 ROAD A 11 0.48 10.83 0.00 188 0.04 10.28 PEN BRANCH PB 3 ROAD A 11 0.00 10.83 0.00 t88 0.00 - LOWER THREE RUNS CREFK L3R 2 PATTERSON MILL 12 0.00 10.83 0.00 189 0.00 - .r i l I insutticent data.
-108-
l TABLE 3-3 l RADIOACTIVITY IN SEEPAGE BASIN WATER j NO.OF .. CTERR CT ERR ARITHMETIC LOCATION SAMPLES MAXIMUM 95% CL MINIMUM 9/4 CL MEAN 2 STD DEV ALPH A. PCI'ML 292 E F SEEPAGE BASIN 1 4 2.7 10.97 0.15 10.22 1.3 - F SEEPAGE BASIN 2 4 1.1 10.60 -0.08 10.27 0.50 - F SEEPAGE BASIN 3 4 3.4 11.1 0.08 10.34 1.4 - 2Q9 d H SEEPAGE BASIN 1 4 0.74 10.54 0.15 10.22 0.33 - H SEEPAGE BASIN 2 4 0.08 10.17 0.08 10.27 0.00 - H SEEPAGE BASIN 3 4 0.17 10.23 -0.08 10.17 0.04 - t H SEEPAGE BASIN 4 4 0.25 10.29 0.08 10.17 0.06 - ALPHA.PCit 300 M 300-M SEEPAGE BASIN 4 200 126 14 12.1 62 - 700 A A AREA 1 2 31 110 28 19.5 29 - E TNX 904102G 12 2.5 12.9 0.00 12.4 1.0 12.0 REACTOR AREAS 100 P SEEPAGE BASIN 4 5.7 14.9 -0.77 12.7 3.4 - 100 C SEEPAGE BASIN 3 2.5 13.7 0.00 10.00 1.1 - 100 L SEEPAGE BASIN 4 5.4 14.6 -0.77 12,7 2.8 - NONVOL BETA. PCI ML 200 F F SEEPAGE BASIN t 4 36 13.2 12 22.6 22 - F SEEPAGE BASIN 2 4 36 13.? 8.1 11.6 19 - F SEEPAGE BASIN 3 4 31 13.0 13 12 1 19 - 200 H H SEEPAGE BASIN 1 4 59 14.0 12 11.8 34 - H SEEPAGE BASIN 2 4 27 12.8 5.9 11.5 14 - H SEEPAGE BASIN 3 4 2.1 11.1 0.12 11.0 0.85 - H SEEPAGE BASIN 4 4 14 12.2 S.1 11.5 9.2 NONVOL BETA. PCit 300 M 300 M SEEPAGE BASIN 4 1600 165 100 15.2 540 - I.QD A A AREA 1 2 9800 1140 7700 1140 8800 - M TNX 904102G 12 17 114 4.3 19.2 10 18.6 REACTOR AREAS 100.P SEEPAGE BASIN 4 860 148 120 119 470 - 100 C SEEPAGE BASIN 3 220 126 150 20 200 - 100 L SEEPAGE BASIN 4 4000 191 76 116 1500 - - Insutticent data.
-109-
TABLE 3-3 RADIOACTIVITY IN SEEPAGE BASIN WATER, CONT'D. NO.OF CTERR CTERR ARITHMETIC LOCATON SAMPLES MAXIMUM 95% CL MINMUM 95% CL MEAN 2 STD DEV H 3. PCLML 2Q9 E F SEEPAGE BASIN 1 3 96000 11100 21000 1400 48000 - F SEEPAGE BASIN 2 3 70000 1980 24000 1420 48000 - F SEEPAGE BASIN 3 3 58000 1900 46000 1580 51000 - 200.11 H SEEPAGE BASIN 1 3 85000 11100 17000 1550 45000 - H SEEPAGE BASIN 2 3 53000 1620 9500 1290 31000 - H SEEPAGE BASIN 3 3 11000 192 5700 164 8700 - H SEEPAGE BASIN 4 3 50000 1600 5100 1220 27000 . 700 A A AREA 1 1 53 12.2 53 12.2 53 - ele TNX 9041020 11 2.4 11.2 0.67 10.82 0.80 12.0 REACTOR AREAS 100.P SEEPAGE BASIN 3 48000 1820 5600 1350 26000 - 100 C SEEPAGE BASIN 2 56000 1890 59 111 28000 - 100 L SEEPAGE BASIN 3 13000 129 6200 170 10000 - PH PH UNITS 200 F F SEEPAGE BASIN 1 4 3.4 20.00 1.6 10.00 2.2 - F SEEPAGE BASIN 2 4 2.6 10.00 1.5 10.00 1.9 - F SEEPAGE BASIN 3 4 2.0 10.00 1.7 10.00 1.9 - 200 H H SEEPAGE BASIN 1 4 2.6 10.00 1.7 10.00 2.2 H SEEPAGE BASIN 2 4 3.2 10.00 1.9 10.00 2.6 - H SEEPAGE BASIN 3 4 7.8 10.00 5.6 to.00 6.6 - H SEEPAGE B ASIN 4 4 3.7 10.00 2.1 10.00 3.1 700 A A AREA 1 2 6.4 10.00 5.2 10.00 5.8 - SR 89. 90. P.SLMJ,, 200_E F SEEPAGE BASIN 1 3 0.40 11.2 0.14 10.05 0.27 - F SEEPAGE BASIN 2 3 0.30 11.1 0.13 10.06 0.20 - F SEEPAGE BASIN 3 3 0.50 11.3 0.15 10.05 0.29 - 200 H H SEEPAGE B ASIN 1 3 0.22 11.1 0.08 10.05 0.13 - H SEEPAGE BASIN 2 3 0.14 10.06 0.08 10.04 0.11 - H SEEPAGE B ASIN 3 3 0.10 to.92 0.02 10.04 0.07 - 1 H SEEPAGE BASIN 4 3 0.08 10.04 0.07 10.89 0.07 - . REACTOR AREAS 100 L SEEPAGE BASIN 3 0.08 10.05 0.00 10.79 0.03 -
- insuthcent data.
-110 -
1 l
i i TABLE 3-3 RADIOACTIVITY IN SEEPAGE BASIN WATER, CONT'D. NO.OF CTERR CT ERR ARITHMETIC LOCATION SAMPLF1 MAXIMUM 95% CL MNIMUM 95% CL MEAN 2 STD DEV CR-51. PCl1AL 200 F F SEEPAGE BASIN 1 4 0.00 11.2 0.00 15.9 0.00 - F SEEPAGE BASIN 2 4 0.00 11.2 0.00 16.0 0.00 - F SEEPAGE BASIN 3 4 0.00 11.2 0.00 15.4 0.00 - 200 H H SEEPAGE BASIN 1 4 0.00 11.2 0.00 110 0.00 - H SEEPAGE BASIN 2 4 0.00 11.2 0.00 18.0 0.00 - H SEEPAGE BASIN 3 4 0.00 11.2 0.00 14.0 0.00 - H SEEPAGE BASIN 4 4 0.00 11.2 0.00 15.0 0.00 - BEACTOR AREAS 100 P SEEPAGE BASIN 4 0.00 11.2 0.00 11.0 0.00 100 C SEEPAGE BASIN 3 0.00 11.2 0.00 11.0 0.00 - 100 L SEEPAGE BASIN 4 0.00 11.2 0.00 11.0 0.00 - CO-58. 60. PCl1AL 219._E F SEEPAGE BASIN 1 4 0.00 11.2 0.00 10.30 0.00 - F SEEPAGE BASIN 2 4 0.00 11.2 0.00 10.30 0.00 - F SEEPAGE BASIN 3 4 0.00 11.2 0.00 10.30 0.00 - 200 H H SEEPAGE BASIN 1 4 0.00 11.2 0.00 10.40 0.00 - H SEEPAGE BASIN 2 4 0.00 11.2 0.00 10.50 0.00 - H SEEP AGE BASIN 3 4 0.00 11.2 0.00 10.30 0.00 - H SEEPAGE B ASIN 4 4 0.00 11.2 0.00 10.40 0.00 - REACTOR AREAS 100 P SEEPAGE BASIN 4 0.00 11.2 0.00 10.10 0.00 - 100 C SEEPAGE BASIN 3 0.00 11.2 0.00 10.10 0.00 - 100 L SEEPAGE BASIN 4 0.00 11.2 0.00 11.0 0.00 - ZR-95. NB 95. PC11AL 200 F F SEEPAGE BASIN 1 4 16 12.3 0.00 10.24 4.5 - F SEEPAGE BASIN 2 4 46 13.7 0.00 11.0 12 - F SEEPAGE BASIN 3 4 0.93 10.23 0.00 10.04 0.26 - 200 H H SEEPAGE BASIN 1 4 0.00 10.23 0.00 11.0 0.00 - H SEEPAGE BASIN 2 4 0.00 10.23 0.00 11.0 0.00 - H SEEPAGE BASIN 3 4 0.00 10.23 0.00 11.0 0.00 - H SEEPAGE BASIN 4 4 0.00 10.23 0.00 11.0 0.00 - REACTOR AREAS , 100 P SEEPAGE BASIN 4 0.00 10.23 0.00 10.20 0.00 - 1 100 C SEEPAGE BASIN 3 0.00 10.23 0.00 10.20 0.00 - 100 L SEEPAGE BASIN 4 0.00 10.23 0.00 10.20 0.00 - l
- lnSufflC40% data, i
- 111 -
I TABLE 3-3 RADIOACTIVITY IN SEEPAGE BASIN WATER, CONT'D. NO.OF CTERR CT ERR ARITHMETIC LOCATION SAMPLES MAXIMUM 95% CL MINIMUM 95% CL MEAN 2 STD DEV RU 103. PCl'ML 200 F - l F SEEPAGE BASIN 1 4 0.00 10.23 0.00 11.0 0.00 - F SEEPAGE BASIN 2 4 0.00 10.23 0.00 11.0 0.00 - F SEEPAGE BASIN 3 4 0.00 10.23 0.00 11.0 0.00 - 200 H H SEEPAGE BASIN 1 4 0.00 10.23 0.00 11.0 0.00 - H SEEPAGE BASIN 2 4 0.00 10.23 0.00 11.0 0.00 - l H SEEPAGE BASIN 3 4 0.00 10.23 0.00 10.30 0.00 - H SEEPAGE BASIN 4 4 0.00 10.23 0.00 11.0 0.00 - REACTOR AREAS 100 P SEEPAGE BASIN 4 0.00 10.23 0.00 10.10 0.00 - 100 C SEEPAGE BASIN 3 0.00 10.23 0.00 10.10 0.00 - 100.L SEEPAGE BASIN 4 0.00 10.23 0.00 10.10 0.00 - I RU-106. PCl'ML 229 E F SEEPAGE BASIN 1 4 0.00 10.23 0.00 15.6 0.00 , - , F SEEPAGE BASIN 2 4 6.6 11.8 0.00 12.8 1.7 - l F SEEPAGE BASIN 3 4 0.73 10.15 0.00 14.0 0.18 - j 292 8 H SEEPAGE BASIN 1 4 13 12.5 0.00 11.0 3.2 - H SEEPAGE BASIN 2 4 23 13.2 0.00 11.0 5.8 - H SEEPAGE BASIN 3 4 0.00 13.2 0.00 13.0 0.00 . H SEEPAGE BASIN 4 4 0.99 10.31 0.00 15.0 0.25 - REACTOR AREAS 100 P SEEPAGE BASIN 4 0.00 10.31 0.00 21.0 0.00 -
)
100 C SEEPAGE BASIN 3 0.00 10.31 0.00 10.40 0.00 100 L SEEPAGE BASIN 4 0.00 10.31 0.00 11.0 0.00 SB 121.125. PCIML 200 F F SEEPAGE BASIN 1 4 0.00 10.31 0.00 f 2.0 0.00 - F SEEPAGE BASIN 2 4 0.00 10.31 0.00 12.0 0.00 - F SEEPAGE BASIN 3 4 0.00 10.31 0.00 11.0 0.00 200 H H SEEPAGE BASIN 1 4 0.00 10.31 0.00 13.0 0.00 - H SEEPAGE BASIN 2 4 0.00 10.31 0.00 12.0 0.00 - H SEEPAGE BASIN 3 4 0.00 10.31 0.00 11.0 0.00 - H SEEPAGE BASIN 4 4 0.00 10.31 0.00 11.0 0.00 - REACTOR AREAS 4 100 P SEEPAGE BASIN 4 0.00 10.23 0.00 10.20 0.00 - ! 100.C SEEPAGE BASIN 3 0.00 10.23 0.00 10.20 0.00 - 100 L SEEPAGE BASIN 4 0.00 10.23 0.00 10.20 0.00 - Insuthcent data.
-112 -
TABLE 3-3 RADIOACTIVITY IN SEEPAGE BASIN WATER, CONT'D. NO.OF CTERR CT ERR ARITHMETIC , LOCAT M SAMPLES MAXIMUM 95% CL MINIMUM 95% CL MEAN 2 STD DEV l-131. PClML 200 F F SEEPAGE BASIN 1 4 0.00 10.31 0.00 11.0 0.00 - F SEEPAGE BASIN 2 4 0.00 10.31 0.00 12.0 0.00 F SEEPAGE BASIN 3 4 0.00 10.31 0.00 11.0 0.00 - 200 H H SEEPAGE BASIN 1 4 0.00 10.31 0.00 12.0 0.00 - H SEEPAGE BASIN 2 4 0.00 10.31 0.00 12.0 0.00 - H SEEPAGE BASIN 3 4 0.00 10.31 0.00 11.0 0.00 - H SEEPAGE BASIN 4 4 0.00 10.31 0.00 11.0 0.00 - REACTOR AREAS 100 P SEEPAGE BASIN 4 0.00 10.31 0.00 10.10 0.00 - 100 C SEEPAGE BASIN 3 0.00 10.31 0.00 10.20 0.00 - 100 L SEEPAGE BASIN 4 0.00 10.31 0.00 10.10 0.00 - CS 134. PCIML 2.QQ E F SEEPAGE BASIN 1 4 0.00 10.31 0.00 10.40 0.00 - F SEEPAGE BASIN 2 4 0.00 10.31 0.00 10.30 0.00 - F SEEPAGE BASIN 3 4 0.00 10.31 0.00 10.40 0.00 - 200 H H SEEPAGE BASIN 1 4 1.9 10.20 0.00 10.47 0.54 - H SEEPAGE BASIN 2 4 1.1 10.16 0.00 10.10 0.27 - H SEEPAGE BASIN 3 4 0.00 10.16 0.00 to.30 0.00 - H SEEPAGE BASIN 4 4 0.00 10.16 0.00 10.40 0.00 - REACTOR AREAS 100 P SEEPAGE BASIN 4 0.00 10.16 0.00 10.10 0.00 - 100 C SEEPAGE BASIN 3 0.00 10.16 0.00 10.10 0.00 - 100 L SEEPAGE DASIN 4 0.00 10.16 0.00 10.10 0.00 - ' 1 37. PClML C.S.- 200 F F SEEPAGE BAS:N 1 4 19 10.77 3.6 10.14 11 - F SEEPAGE BASIN 2 4 20 10.78 2.4 10.43 11 - F SEEPAGE BASIN 3 4 19 11.3 2.9 10.15 11 - 200 H H SEEPAGE BASIN 1 4 120 11.2 6.1 10.18 42 - 1 H SEEPAGE BASIN 2 4 70 11.4 4.6 10.18. 25 - j H SEEPAGE BASIN 3 4 11 10.90 0.07 10.03 3.4 - H SEEPAGE BASIN 4 4 18 11.2 3.3 10.16 11 - REACTOR AREAS 100 P SEEPAGE BASIN 4 0.24 10.05 0.00 10.00 0.10 - 100 C SEEPAGE BASIN 3 0.00 10.05 0.00 10.10 0.00 - 100 L SEEPAGE BASIN 4 0.08 10.03 0.00 10 10 0.02 - 1 1 insurf ant data. l
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TABLE 3-3 I RADIOACTIVITY IN SEEPAGE BASIN WATER, CONT.'D. NO.OF CTERR CT ERR ARITHMETIC 1 LCCATION SAMPLES MAXIMUM 95%.CL. MIN! MUM 05% CL MEAN 2 STD DEV CE 141.144. PCl4AL 200 F F SEEPAGE BASIN 1 4 0.00 10.03 0.00 14.0 0.00 - F SEEPAGE BASIN 2 4 0.00 10.03 0.00 14.0 0.00 - F SEEPAGE BASIN 3 4 3.7 11.1 0.00 11.0 0.94 - 200 H H SEEPAGE B ASIN 1 4 0.00 11.1 0.00 15.0 0.00 - H SEEPAGE BASIN 2 4 0.00 11.1 0.00 14.0 0.00 - H SEEPAGE BASIN 3 4 0.00 11.1 0.00 12.0 0.00 - H SEEPAGE BASIN 4 4 0.00 11.1 0.00 13.0 0.00 - REACTOR AREAS 100 P SEEPAGE BASIN 4 0.00 11.1 0.00 11.0 0.00 100 C SEEPAGE BASIN 3 0.00 11.1 0.00 11.0 0.00 - 100 L SEEPAGE BASIN 4 0.00 11.1 0.00 21.0 0.00 - U PU. PCit M 14.4 3.6 13.4 TNX 904102G 11 6.6 17.0 1.3 Insuttoont data.
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TABLE 3-4 CALCULATED MIGRATION OF RADIOACTIVITY FROM SEEPAGE BASINS ctum Location of Meaeurement Tntrum S r-89.90 200 F Seepage Basin to Four Mile Creek 2760a o, j g (FM A 7) minus (FM 3A+FM 28) 200-H Seepage Basins to Four Mile Creek (FM 2B) minus (FM 1C) 5630a o,og Burial Ground and 200 H Seepage Basin 4 6150 b (FM 3 A) minus (FM 3) K Containment Basin to indian Grave Branch 3600 b (IBG 21) 100 P Seepage Basin to Steel Creek (SC 2 A) 130 0.00015 a py.28 flow estirnated as 1.17 x FM-2 flow, due to beaver dams causing inaccurate flow at FM-2B. b Not detected. TABLE 3 5 RADIOACTIVITY IN TRANSPORT AT SAMPLE POINTS ON FOUR MILE CREEK Water Ctsies Volume LD, Lor,Mn _ Tritium Sr-89E Cs-137a (liters) FM 3 F Area efluent at Road E 13 0.008 0.049 2.1 E 9 FM 1C H Area effluent at Road E 204 0.002 0.007 8.9E8 FM 1B Cooling Tower ef fluent below H Area retention basin 11 0.000 0.106b 2.1 E 9 FM 2 6.5 mile downstream f rom doad E 600 0.010 0,083 6.4E9 FM 2B Above Entry of F Area effluent 5830 0.085 0.007 7.5 E 9e FM 3A 0.3 mile downstream f rom Road E 6160 0.007 0.041 2. 6 E 9 FM A7 Downstream at Road A-7 14750 0.28 0.118 1.5 E 10 FM 6 Road A 12960 0.24 0.087 2.5 E 10 Desorption of Cs 137 from Four Mlle Creek Curies (FM A7) minus (4M1B+4MIC+4M3) 0. 02 a a Desorption from stream bed (exceptions FM 10, FM-3 and FM 18). b Assumed 61 mci deposition in stream bed,61 mci subtracted from this value to perform desorption calculation. c py.2B fk)w estimated as 1.17 x FM 2 flow, due to beaver dams causing inaccurate flow at FM 28.
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TABLE 3-6 TRITIUM INVENTORY IN SRP STREAMS AND SAVANNAH RIVER 1987 annhtv Curies % of Total Area Release Pbirt 1984 1985 1988 1987 To River Direct Releases Reactor 100 P Par Pond overflow to Lower Three Runs Creek 655 420 470 490 2.17 Process Sewer to Steel Creek 199 54a a a , 186 P Basin overflow to Steel Creek 577 18a a a . 100 L L Lake overflow to Steel Cresk - - 311 520 2.30 Process Sewer to Steel Creek 3 8 e e . 100 K Reactor HX Cooling Water to Pen Branch 3.023 2,590 2,080 1,640 7.26 Process Sewer to Pen Branch 179 100 130 68 0.3 100 C Reactor HX Cooling Water to Four Mile Creek 2,258 730 250 - - Process Sewer to Four Mile Creek 71 57 32 4 0.02 Subtotal 6,965 3,977 3,273 2,722 12.05 Seoarations 200 F Ef fluent to Four Mile Creek 18 13 13 13 0.06 200 H Ef fluent to Four Mile Creek 183 71 55 204 0.9 Subtotal 201 84 68 217 0.96 400 D 420 D F.filuent to Beaver Dam Creek 1,000 850 3,350 - - 421 2 D Ef fluunt to Beaver Dam Creek 1,635 870 470 - - 772 0 Effluent to Beaver Dam Creek 667 340 170 - - Process Sewer + - - - 1,380 6.11 Subtotal 3,302 2.060 3,990 1,380 6.08 Totat Direct Release 10,468 6.121 7,330 4,320 19.12 Micration ' Burial Ground and H Seepage Basin Migration to Four Mile Creek 4,480 4.720 5,210 6,150 27.22 200 F Seepage Basin to Four Mile Creek 2,320 2,690 2,760b 1,770 12.22 200 H Seepage Basin to Four Mile Creek 8,020 4,560 7.360 5,630b 24.92 100 K 904 88G to Indian Grave Branch 7,500 6,770 6,130c 3,600 15.94 100 P Seepage Basin to St eel Creek - 170 d 130 0.58 Subtotal 22.320 18,910 20,470 18.270 80.88 Total Direct Releases and Migration 32,208 25,005 27,800 22,590 100.0 No detectable quantrty, or not calculated. a j on.P process sewer and 186 P basin overflow was drverted from Steel Creek to Pat Pond on May 1,1985. b Flow measurements for FM 28 were estimated from (FM 2X1.17) for entire year, due to flow measurements at FM 28 being affected by presence of beaver dams. c Flow measurements were estimated for 10/2812/30 due to USGS gauge being inoperative. d USGS flow gauge moved due to L Lake being constructed. Gauge inoperative during most of the year.
- Diverted to L Lake.
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TABLE 3-6 TRITIUM INVENTORY IN SRP STREAMS AND SAVANNAH RIVER, CONT'D. 1987 Oixtity Curies % of Total Release Pairt 1984 1985 1988 1987 To River Stream Transoort Tritium measured in streams before entering river: Beaver Dam Creek at Swamp 4,020 2,180 4,100 1,270 5.62 Four Mile Creek at Road A 16,280 11,500 11,640 12,960 57.37 Pen Branch at Road A 10,660 7,780 5,720a 4,450 19.70 Steel Creek at Road A 987 380 390 640 2.83 Lower Three Runs at Pattersons Mill 655 420 470 490 2.17 Upper Three Runs at Road A - - - 720 3.19 Subtotal 32,602 22,260 22,320 20,530 90.88 River Transoort Tritium measured in the Savannah River below SRP 33,150 24,100 22,120 26,150 115.75 (Downriver minus uprivor) l l l l a Flow measurements estimated for month of December due to inoperative equipment. l
. 1
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l l TABLE 3-7 TRITIUM INVENTORY
SUMMARY
1960 - 1987 QAw:0 Tritium Available Tritiumin Transport for Transport to Tritiumin Transport in Downriver of SRP Minus River Measured Streams Before Entry Ambient Upriver
,Ygg a irto Rwr Cortrih dion at Source _
1960 64,000 6 69,600 73,700 1961 69,000b 83.000 77,000 1962 58,000b 64,000 63,000 1963 97,000b 96,900 122,800 1964 111,000 b 131,600 143,000 1965 108,400 109,200 100,200 1966 84,900 97,800 78,300 1967 70,600 77,000 68,500 1968 63,800 67,200 61,800 1969 64.600 64,000 58,100 1970 36,900 43,200 31,800 1971 38,200 44,700 39,100 1972 46,800 47,300 45,300 1973 71,100 62.800 61,100 1974 59,900 54,600 46,000 1975 55,600 50,000 49,500 1976 59,600 47,400 51,100 1977 43,800 39,700 42,500 1978 37,600 35,300 36,600 1979 29,400 27,100 30,600 1980 24,900 28,800 30,700 1981 23,900 22,100 25,100 ' 1982 32,200 31.300 30,600 1983 34,200 33,030 33,000 1984 32,800 32,6u0 33,200 , 1985 25,000 22,300 24,100 1986 27,800 22,300 22,100 1987 22,700 20,500 26,200 l a includes direct releases to streams, migration from F. H, and K seepage basins and Solid Waste Storage l Facilty to streams, and Par Pond overflow to Lower Three Runs. R and P Areas releases to Par Pond i are not included. - b locludes heat exchanger cooling water from P Area (of Par Pond origin) released to Steel Creek.
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i
TABLE 3 8 1987 RADIOACTIVE LIQUID RELEASES AND CONCENTRATIONS Curies Released Below SRPa Beaufort-Jasnerb Port Wentworthe At Emission Conc. Conc. Conc. Nuclide Source Ci/mL Ci/mL pCl/mL H3 2.3E+04d 3.3E 06' 2.2 E 06' 2.3E 06' Sr90 4.CE 01 5.6E 10' 3. 8 E - 11 4.0E 11 1129 2.2E 02 3.2E 12 2.1 E 12 2.2E 12 Cs 137 3.8E 01 3.0E 11e 3.7E 11 3.8E 11 U 235,238 5.5E 03 8.0E 13 5.3E 13 5.5E 13 Pu 239 1.8E 02 2.6E 12 1. 8 E 12 1.8E 12 a Savannah River just downriver from SRP. b Beaufort Jasper drinking water, c Port Wentworth drinking water, d includes releases to streams and groundwater migration from soepage basins. O Measured concentrations. All other concentrations were calculated using models that were verif;od using i tritium measurements. l
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i TABLE 3 9 MAXIMUM INDIVIDUAL DOSES - LIQUID RELEASES By Pathway Maximum individuala Percent of Pathway mremb Total Dose Fis h 8.48E 01 90.96 Wat e r 8.34E 02 8.95 Shoreline 8.68E 04 0.09 Swimming 1,6 4 E -0 6 0.00 Boating 4.91 E 06 0.00 Total 9.32E 01 By Radionuclide Maximum individuala Percent of R2dionuefide sten)b Total Dose H3 8.32E 02 8.93 Sr 90 1.03E 02 1.11 1129 7. 86 E -04 0.08 Cs-137 8.37E-01 89.81 . U 235.238 8.01E 05 0.01 ! Pu 233 5.54C 04 0.06 i Total 9.32E 01 , i 9 l I a Hypothetical person just downstream of SRP. There are no known persons who meet the hypothetical situation, b Committed effective dose equivalent.
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l TABLE 3-10 INDIVIDUAL DOSES FROM PUBLIC WATER SUPPLIES AT BEAUFORT - JASPER Averace Consumotion Individual Percent of Radionuclide Dose. mrema Total Dose H3 5.13E 02 94.48 Sr 90 1.83E 03 3.37 l-129 2.20E 04 0.41 Cs 137 6.79E 04 1.25 U 235,238 4.51E 05 0.08 Pu 239 2.79E 04 0.51 Total 5.43E 02 Maximum ConsumotiQD Individual Percent of Radionuclide Dose. mrema Total Dose H3 1.01 E 01 94.37 Sr 90 3.61 E 03 3.37 l129 4.33E 04 0.40 Cs 137 1.34E 03 1.25 U 235,238 8.88E 05 0.08 Pu 239 5.50E 04 0.51 Tot al 1.07E 01 a Committed effective dose equivalent.
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TABLE 3-11 INDIVIDUAL DOSES FROM PUBLIC WATER SUPPLIES AT PORT WENTWORTH Averaae Consumotion Individual Percent of Radionuclide Dose. rnrema Total Dose H3 5.36E 02 94.38 Sr 90 1.91 E 03 3.36 l129 2.30E 04 0.41 Cs 137 7.10E 04 1.25 U 235.238 4.71 E 05 0.08 Pu 239 2.92E 04 0.51 Total 5.68E 02 Maximum C3nsumotion Individual Percent of Badionuclide Dose. rn[gma Total Dose H3 1.06E 01 94.40 Sr 90 3.77E 03 3.36 l129 4.54E 04 0.40 Cs 137 1.40E 03 1.25 U 235,238 9.30E 05 0.08 PL 239 5.76E 04 0.51 Total 1.12E 01 a Committed effective dose equivalent.
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TABLE 3-12 POPULATION DOSE FROM LIQUID RELEASES By Pathway Population Dose Percent of Pathway oerson-rem Total Dose Sport Fish 2. 22 E + 00 37.26 Comml. Fish 9.38E 02 1.57 Beauf ort-J as per 2.51 E +00 42.12 Port Wentworth 1.13 E + 0 0 18.96 Salt Water Invert. 5.28E 05 0.00 Recreation River 4.72E 03 0.08 Total 5.96E+00 By Radionuclide Population Dose Percent of Radionuclide eerson rema Total Dose H3 3. 45 E + 00 57.89 Sr 90 1. 43 E 01 2.40 1129 1.60E 02 0.27 i Cs 137 2. 32 E + 00 38.93 ' U-235,238 3.06E 03 0.05 Pu 239 1.91 E 02 0.32 Total 5.96E+00 a Committed effective dose equivalent. TABLE 3-13 POTENTIAL DOSES FROM IRRIGATION PATHWAY Effective Dose Ecuivalent Maximum Indvidual Food Tvo mtem Vegetation 1.74E 01 Leaf y Veg. 2.14E 02 Milk 7.76E 02 Meat 2.43E 02 Total 2.97E 01
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TABLE 3-14 NPDES OUTFALL LOCATIONS Outfall No.of Outfalls identifcation Permitted Location l A 6 700 A Administration Area C 4 100 C Reactor Area j D 7 400 D i DW 3 200 S Def ense Waste Processing Facility F 8 200 F Separations Area ! FS 2 Flowing Streams Laboratory l (?Pcl Laboratory on Upper Three Runs Creek, H 8 200 H Separatione Area K 6 100 K Reactor Area L 4 100 L Reactor Area M 2 300 M Fuel Fabrication Facility P 5 100 P Reactor Area PP 1 Par Pond (SRL Environmental Laboratory) S 4 Central Shops (Construction Shops) T 3 TC Area (Wackenhut Service Inc. Headquarters) X 5 TNX Semiworks Experimental Facility Y 1 Classification Yard (Railroad Repalt Shop) SC 4 1 L Lake Overflow To Steel Creek l l l l l i l l l 1
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TABLE 3-15 NPDES MONITORING DATA Measurement Units FreoYear Maximun3 Minimum AYf.IaQR QJtfall A-1 Flow MGD 16 0.997 0.251 0.51 pH pH 17 10 3.6 Temperature Dag.F 17 89 70 77 Total Nonfilterable Residue mg/L 16 1.0 <1 1.0 Oil & Grease mg/L 16 1.4 <1 1.0 , Biocheniic al Ox yg en Demand mg/L 16 2.4 <1 1.5 Tetrachloroethylene pg/L 6 <1 <1 <1 Trichloroethylene pg/L 6 5.0 <1 30 1,1,1 Trichloroethane g/L 6 <1 <1 <1 ll Outf all A-3 pH pH 18 9.8 6.9 i Te mpe rat ure Deg.F 19 80 57 69 Total Nonfilterable Residue mg/L 17 8.0 <1 1.7 Oil & Grease mg/L 17 2.7 <1 1.2 i Tetrachloroethylene pg/L 6 <1 <1 <1 Trichloroethylene pg/L 6 3.0 <1 1.0 1.1.1 Trichloroethane pg/L 6 <1 <1 <1 Chromium pg/L 24 60 <50 50 Outfall A 5 ! Flow MGD 17 0.22 0.04 0.12 pH pH 17 8.8 6.7 i Te mpe rat ure Deg.F 17 83 62 69 Fecal Colif orm s/100 17 31,201 <2 7 Total Nonfilterable ; Residue mg/L 17 10 <1 1.9 - Oil & Grease mg/L 18 2.7 <1 1.2 I Bloc hemical Ox yge n
- Demand mg/L 17 !? 1.0 3.7 Tetrachloroethylene pg/L 17 3.0 <1 1.0 4 Trichloroethylene pg/L 17 8.0 <1 3.0 2 1,1,1 Trichloroethane pg/L 17 <1 <1 <1 j Dutfall A.11 pH pH 18 9.0 5.9 femperature Deg.F 18 86 57 72 Tot al Nonfilt erable Residue mg/L 17 15 <1 4.0 Oil & Grease mg/L 18 3.6 <1 1.3 i Blochemical Oxygen Demand mg/L 17 S.7 <1 1.9 Tetrachloroethylene pg/L 6 <1 <1 <1 Trichloroethylene ug/L 6 <1 <1 <1 i 1.1.1 Trichloroethane pg/L 6 <1 <1 <1 l l
l l
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) P
I TABLE 3-15 NPDES MONITORING DATA, CONT'D. i Mgaturement Units FredYear Maximum Minimum hgIggg
]
Outf all A.14 Flow MGD 14 4.8 1.1 2.3 ' pH pH 24 8.5 6.0 Te mperat ure Dog.F 16 72 65 69 Tot al Nonfilterable Residue mg/L 13 2.0 <1 1.0 Oil & Grease mg/L 13 2.4 <1 1.2 l Blochemical Oxygen Demand mg/L 13 2.6 <1 1.2 Tetrachloroethylene pg/L 14 3.0 <1 1.0 Trichloroethylene pg/L 14 6.0 <1 4.0 1.1.1 Trichloroethane pg/L 14 2.0 <1 1.0 Outfall A-15 Flow MGD 12 0.131 0.052 0.066 pH pH 13 7.3 6.7 Fecal Collf orm s/100 13 28 <2 8.0 Tetal Nonfilterable Rssidue mg/L 13 18 2.0 8.3 Bloc hemic al Oxyg en Demand mg/L 13 12 <1 5.3 ; Outall C-1 pH pH 15 7.4 6.6 Temperature Dog.F 15 81 57 70 Tot al Nonfilterable Residue mg/L 14 2.0 <1 1.2 0:1 & Grease mg/L 14 1.4 <1 1.1 Outf all C 3 pH pH 15 8.1 6.4 Temperature Deg.F 15 77 68 72 Tot al Nonfilterable Residue mg/L 14 4.0 <1 1.4 Oil & Grease mg/L 14 2.9 <1 1.2 Outfall C 4 pH pH 15 7.8 6.4 Temperat ure Dog. F to 112 44 73 Total Nonfilterabis Residue mg/L 14 2.0 <1 1.1 Oil & Grease mg/L 14 2.0 <1 1.1 Ou'ta!! C-4 A Flow MGD to 0.026 0.006 0.011 pH pH 15 8.6 6.4 Fecal Colif orm s/100 17 100 <2 3.0 Total Nonfilterable Residue mg/L 15 44 1.0 7.4 Biochemical Oxygen Demand mg/L 15 7.1 1.3 2.9
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TABLE 3-15 NPDES MONITORING DATA, CONT'D. Messurement M EmaNear Maximum Minimum Avernae Outtall D-1 pH pH 17 7.6 6.2 Te mperature Deg.F 17 90 55 73 Tot al Nonfilterable Residuo mg/L 16 19 1.0 7.2 Oil & Grease mg/L 19 1.4 <1 0.75 Outf all D-1 A Flow MGD 12 0.024 C.006 0.01 pH pH 15 7.4 6.6 Fecal Collf orm s/100 17 20 <2 2.9 Total Nonfilterable Residue mg/L 15 10 1.0 5.3 Slochemical Oxygen Demand mg/L 15 8.9 <1 3.8 Outfall D 1B Flow MGD 52 no flow Outf all D-1C Flow MGD 16 6.4 2.8 4.1 pH pH 17 8.8 4.8 Tot al Nonfilt etable Residue mg/L 16 6.0 <1 2.4 Oil & Grease mg/L 16 1.2 <1 1.0 Outall D-3 pH pH 17 7.7 6.3 Tot al Nonfilt erable Residue mg/L 16 6.2 <1 2.4 Oil & Grease mg/L 19 1.7 <1 1.0 Outfall D 5 Flow MGD 3 1.5 0.072 0.64 pH pH 3 7.5 6.4 Total Nonfilterable Residue mg/L 3 59 3.0 25 Outfall D 6 pH pH 17 '/. 7 6.3 Te mperat ure Dog. F 16 84 50 66 Fecal Colif orm s/100 16 5700 24 526 Total Nonfilterable . Residue mg/L 17 5.0 <1 2.6 Oil & Grease mg/L 17 3.3 <1 2.3 Outf all DW 1 Flow MGD 11 0.61 0.26 0.52 pH pH 12 8.5 6.8 Tot al Nonfilt erable Residue mg/L 11 66 2 13 1 I
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TABLE 3-15 NPDES MONITORING DATA, CONT'D. 1 Measurement Units FreaYear Maximum Minimum Averace Outfati DW 2 Flow MGD 24 0.094 0.001 0.028 pH pH 16 7.7 6.2 Oil & Grease mg/L 24 16 <1 3.5 Outiall DW 3 Flow MGD 13 0.036 0.006 0.011 pH pH 12 8.1 6.7 Fecal Colif orm s/100 13 68 <2 3.0 Tot al Nonfilt erable Residue mg/L 13 15 3.0 7.2 Blochemical Oxygen Demand mg/L 13 12 < 0. 5 6.9 Outf all F-1 Flow MGD 15 0.18 0.021 0.11 pH pH 15 8.9 7.1 Temperature Deg. F 17 86 69 79 Tot al Nonfilterable Residue mg/L 15 4.0 <1 2.3 1 Oil & Grease mg/L 16 1.7 <1 1.1 i Outtall F-2 1 Flow MGD 16 0.216 0.014 0.060 pH pH 16 8.7 7.4 Temperature Dog.F 15 81 51 69 Totat Nonfilterable Residue mg/L 15 5.0 <1 1.6 Oil & Grease mg/L 17 2.2 <1 1.1 Outf all F 3 Flow MGD 16 0.086 0.007 0.026 pH pH 15 8.4 7.5 Temperature Deg. F 15 95 58 76 Tot al Nonfilt e table Residue mg/L 15 32 <0.5 5.3 Oil & Grease mg/L 17 2.7 <1 1.1 Biochemical Oxygen Demand mg/L 15 2.5 <1 1.6 Outf a!! F-3 A Flow MGD 11 0.019 0.003 0.006 pH pH 15 8.2 6.9 Fecal Colif orm s/100 17 4.0 <2 2.0 Totat Nonfilterable Residue mg/L 17 4.0 <1 .8 Blochemical Ox ygen Demand mg/L 17 4.7 <1 2.6 . i Outtall F-5 ! i Flow MGD 15 0.11 0.007 0.054 ' pH pH 15 8.7 6.8 Temperature Dog. F 15 84 69 77 j Total Nonfilterable Residue mg/L 16 6.0 <1 1.9 ! Oil & Grease mg/L 16 2.5 <1 1.2 , i
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j l
TABLE 315 NPDES MONITORING DATA, CONT'D. Measurement ljnlig FreaYear Maximum Minimura Avernae Outf all F-7 Flow MGD 2 0.058 0.005 0.032 pH pH 2 6.8 6.5 Total Nonfilteracle Residue mg/l 2 2.0 <1 1.5 Oil & Grease mg/L 2 <1 <1 <1 Outfall F-8 pH pH 15 8.4 6.9 Temperature Dog.F 15 96 68 84 Tot al Nonfilterable Residue mg/L 14 3.0 <1 1.8 Oil & Grease mg/L 16 3.0 <1 1.1 Outf all F 8A Flow MGD 12 0.071 0.034 0.049 pH pH 13 7.7 6.4 Fec al Colif orm #/100 14 130 <2 3.0 Tot al Nontilt erable Rasidue mg/L 15 84 1.0 16 , Bit :hemical Oxyg6n ! Demand mg/L 15 9.5 1.9 4.6 Outf all FS-1 Flow MGD 13 No Flow Outf all FS 2 Flow MGD 6 0.05 0.001 0.036 Fecal Colif orm #/100 6 700 84 218 Outfall H 2 Flow MGD 15 0.13 0.029 0.066 pH pH 15 8.7 5.7 Temperat ure Dag.F 15 88 55 67 Totat Nonfilterable Residue mg/L 15 271 0.60 27 Oil & Grease mg/L 17 2.2 <1 1.1 Outf atl H 3 Flow MGD 1 No Flow Outf all H-4 Flow MGD 15 0.35 0.058 0.16 pH pH 15 8.5 5.6 Temperature Dog.F 15 82 65 72 , Total Nonfilterable - Residue mg/L 14 56 1 7.0 Oil & Grease mg/L 16 2.1 <1 1.1 Outf all H-8 Fiow MGD 4 No Flow r
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TABLE 3-15 NPDES MONITORING DATA, CONT'D. Measurement IJnils Fren/ Year Maximum Minimum Averaae Outf a!! H-7 Flow MGD 12 0.072 0.004 0.032 pH pH 12 7.6 6.4 Temperat ure Dog.F 12 81 41 61 Tot al Nonfilterable Residue mg/L 12 21 0.80 6.7 Oil & Grease mg/L 13 1.5 <1 1.1 r Residual Chlorine mg/L 12 < 0. 2 < 0.1 < 0.19 Outiall H 8 pH pH 15 7.8 5.0 Temperat u re Dog.F 15 84 68 76 Total Nonfilteiable Residue mg/L 15 15 <1 4.4 Oil & Grease mg/L 17 1.3 <0.5 1.0 Outf all H-8A Flow MGD 9 0,13 < 0. 0 01 0.019 pH pH 9 7.2 6.7 Total Nonfilterable Residue trg/L 9 4.0 <1 1.9 Oil & Grease mg/L 11 1.3 <1 1.1 Outfatt H 12 Flow MGD 10 12 0.039 0.55 pH pH 15 7.8 6.5 Temperat ure Dog.F 15 84 63 75 Total Nonfilterable Residue mg/L 15 5.0 <1 1.4 Oil & Grease mg/L 17 1.3 <1 1.0 Sulf ate mg/L 9 16 11 12 Outf all H 13 Flow MGD 12 0.10 0.014 0.027 pH pH 15 7.2 6.5 Fecal Colif orm #/100 17 4500 <2 8.0 Tot al Nonfilt erable Residue mg/L 15 20 4.0 11 Blochemic al Ox y gen Demand mg/L 15 14 2.9 5.2 Q1111All.K:1 Flow MGD 14 0.072 0.009 0.035 pH pH 14 8.2 6.1 Temperature Deg.F 14 82 65 72 l Total Nonfilterable Residue mg/L 13 32 1.0 11 , Oil & Grease mg/L 14 4.7 <1 2.1 Sulf ate mg/L 7 10 4.2 7.8 I t
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^ l l
TABLE 3-15 NPDES MONITORING DATA, CONT'D. Measurement 1.10111 FreaYear Maximum Minimum Avernae Outf alI K.B Flow MGD 13 0.98 0.12 0.51 pH pH 14 8.2 7.1 Temperature Dog.F 14 87 68 76 Total Nonfilterable Residue mg/L 13 86 <1 12 Oil & Grease mg/L 14 2.9 <1 1.2 Outf all K.8 Flow MGD 14 1.8 0.052 0.62 pH pH 14 8.1 6.8 Temperature Deg.F 14 81 56 67 Total Nonfilterable Residue mg/L 13 11 1.0 5.8 Oil & Grease mg/L 13 <1 <1 <1 Outf alt K-10 Flow MGD 14 0.95 0.50 0.73 pH pH 14 7.9 6.7 Temperature Deg.F 14 84 59 70 Tot al Nonfilterable Residue mg/L 13 to 3.0 5.1 . Oil & Grease mg/L 14 22 <1 2.5 t Outf all K 11 pH pH 10 7.9 7.3 Temperature Dog. F 10 139 55 102 Totat Nonfilterable Residue mg/L 13 14 2.0 6.9 Oil & Grease mg/L 15 <1 <1 <1 Blochemical Oxygen Demand mg/L 13 2.6 <1 1.4 , Outf all K 17 pH pH 15 8.9 7.0 Fecal Colif orm #/100 17 20 <2 3.0 ' Total Nonfilterable Residue mg/L 15 56 1.0 6.2 Blochemical Oxygen Demand mg/L 15 5.1 <1 2.4 Outfaff L-7 pH pH 15 8.2 7.0 ' Temperature Deg.F to 87 50 69 Total Nonfilterable Residue mg/L 15 16 <1 7.7 Oil & Grease mg/L 16 1.4 <1 1.0 Outf all L-7A Flow MGD 12 0.017 0.004 0.006 pH pH 13 8.3 7.0 ) Fecal Colif orm s/100 14 4.0 <2 2.0 ' Tot al Nonfilterable Residue mg/L 13 4.0 <1 1.4 Blochemical Oxygen Demand mg/L 13 3.0 <1 1.6
- 131 -
4 i TABLE 3-15
- NPDES MONITORING DATA, CONT'D.
I Measurement MDils FreaYear Maximum Minimum Averace , i Outfalf L-8 ' Flow MGD 15 2.2 0.32 1.1 pH pH 15 8.1 7.2 ' Temperature Dog.F 15 82 53 69 Tot al Nonfilterable Residue mg/L 15 27 1.0 7.0 Oil & Grease mg/L 16 2.2 <1 1.2 Outf a!! L-10 Flow MGD 2 No Flow Outfall M 4 i Flow MGD 52 0.15 0.049 0.093 pH pH 27 10 6.6 ' Nitrate mg/L 14 309 39 175 Phosphate mg/L 15 2.8 0.026 0.40 Total Nonfilterable Residue mg/L 51 13 <1 4.6 Oil & Grease mg/L 51 2.3 <1 1.0 Uranium mg/L 51 1.2 < 0. 0 2 0.12 Lead pg/L 51 32 < 0. 0 03 4.8 j Nickel pg/L 51 313 44 85 Silv er pg/L 1 < 0. 5 0 <0. 5 0 <0.50 Chromium pg/L 2 <50 <50 <50 Aluminum pg/L 51 1959 78 781 Copper pg/L 51 <50 <10 <20 Cyanide pg/L 1 <5.0 <5.0 <5.0 Cadmium pg/L 2 <10 <6.0 <8.0 Zine pg/L 2 216 <39 127 Outf all M 5 i Flow MGD 47 0.58 0.49 0.55 pH pH 24 6.8 4.7 Tetrachloroethylene pg/L 50 3.0 <1 1.0 i Trichloroethylene pg/L 50 <1 <1 <1 l 1,1,1 Trichloroethane pg/L 50 14 <1 1.0 1 Outtall P-5 l l Flow MGD 14 1.2 0.001 0.25 pH pH 14 9.3 6.9 l Tot al Nonfilterable Residue mg/L 14 25 1.0 6.2 i Oil & Grease mg/L 15 1.5 <1 1.1 ) i i 1 l i I l
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4
~ _ _
TABLE 315 ! NPDES MONITORING DATA, CONT'D. Measurement ljnils Freovear Maximum Minimum Averaoe Qylfall P-7 pH pH 14 8.1 7.0 Temperature Dog.F 14 92 58 74 Total Nonfilterable J Residue mg/L 14 3.0 1.0 1.8 Oil & Grease mg/L 15 2.0 <1 <1 Aluminum pg/L 14 237 68 120 tron pg/L 14 335 100 187 Outf all P-13 pH ph 14 7.9 6.8 Temperature Dog.F 10 117 55 74 Total Nonfilterable Residue mg/L 14 9.0 <1 2.0 Oil & Grease mg/L 15 <1 <1 <1 Outf all P-19 pH pH 14 7.7 /.0 Temperature Dog.F 10 140 47 102 Tot al Nontilterable Residue mg/L 14 3.u 0.90 1.6 Oil & Grease mg/L 15 1.4 0.50 0.99 Outf all P-20 pH pH 15 8.9 6.4 Fecal Colif orm s/100 17 6.0 <2 2.0 Total Nonfilterable
- Residue mg/L 15 20 2.0 7.8 Blochemical Oxygen Demand mg/L 15 6.6 <1 3.5 Outtall PP ia Flow MGD 6 0.58 0.014 0.26 pH pH 6 7.4 5.4 Oil & Grease mg/L 6 <1 <1 <1 Outf all S-2 Flow MGD 18 0.22 0.004 0.039 .
pH pH 5 7.1 6.1 i Temperat ure Dag. F 5 70 42 53 Tot al Nonfilterable Residue mg/L 5 12 1.5 7.4 Oil & Groase mg/L 17 5.7 <1 1.6 Biochemical Oxygen Demand mg/L 5 9.8 1.5 4.4 Aluminum pg/L 5 2112 341 1080 Iron pg/L 5 2210 1050 1561 1 a Sampling frequency changed to yearY during 1987.
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TABLE 3-15 NPDES MONITORING DATA, CONT'D. Measurement Unita Frea/ Year Maximum Minimum Avernae Outfall S 8 Flow MGD 3 0.086 0.003 0.044 pH pH 3 7.1 6.6 Temperature Deg.F 3 65 49 60 Tot al Nonfilterable Residue mg/L 3 <1 <1 <1 Oil & Grease mg/L 3 4.3 <1 1.9 Blochemic al Ox ygen Demand mg/L 3 2.7 <1 1.1 Outf all S-11 Flow MGD 12 0.055 0.009 0.013 pH pH 15 7.3 6.2 Fecal Colif orm #/100 17 16 <2 3.0 Tot al Nonfilt erable Residue mg/L 15 19 3.7 9.0 Biochemical Oxygen Demand mg/L 15 9 <1 1.9 Outf all S 14 Flow MGD 2 no flow Outf at! SC 1 pH pH 12 8.0 6.8 Arsenic pg/L 12 <3 <3 <3 Chromium pg/L 13 <50 <50 <50 Lead pg/L 12 11 <3 4.0 Mercury pg/L 12 0.30 < 0.1 0.10 Selenium pg/L 12 <6 <5 <6 Cadmium pg/L 12 <10 <6 <8 Silver pg/L 12 < 0,5 <0. 5 <0.5 Barium pg/L 12 128 <50 91 Nitrate mg/L 12 0.28 <0.1 0.14 Phosphate mg/L 13 0.22 0.046 0.092 Outtall T-1 Flow MGD 3 0.029 0.001 0.011 Outtall T-5 Flow MGD 9 0.14 0.021 0.049 pH pH 9 8.1 6.7 Te mperat ure Dog F 9 79 53 68 ' Total Nonfilterable Residue mg/L 9 13 <1 3.0 Oil & Groase mg/L 9 1.3 <1 0.96 Biochemical Oxygen Demand mg/L 9 1.9 <1 1.1 i l l l 1
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TABLE 3-15 " NPDES MONITORING DATA, CONT'D. Measurement MDill Frea/ Year Maximum Minimum Avernae Outfall T 7 pH pH 26 8.1 6.4 Fecal Colif orm s/100 27 12 1.0 2.1 ; Tot al Nonfilt erable Residue mg/L 26 to <1 4.6 Blochemical Oxygen Demand mg/L 26 11 <1 3.5 Outf all X-4 pH pH 13 1.6 6.3 Temperat ure Dog.F 12 86 69 76
- Totat Nonfilterable Residue mg/L 13 4,0 <1 1.4 Oil & Grease mg/L 13 11 <1 2.2 Outfaff X 8 Flow MGD 13 0.22 0.007 0.030 pH pH 13 7.5 6.2 Temperature Dog.F 13 104 78 89 Tot al Nonfilt e rable Residue mg/L 13 5.0 <1 2.6 i Oil & Grease .ng/L 14 2.6 <1 1.3 Aluminum pg/L 13 480 <50 162 Iron pg/L 13 2510 1014 1570 Outf atl X 11 Flow HGD 9 0.007 < 0. 0 01 0.002 i Outf atl X-13 !
pH pH 16 7.8 6.9 Fecal Colif orm s/100 15 30 <2 5.0 Tot al Nonfilt etable Residue mg/L 15 42 6.0 17 Blochemical Oxygen Demand mg/L 16 20 <1 5.9 Outtall Y-1 Flow MGD 4 0.022 0.007 0.016 pH pH 4 7.2 6.1 Temperature Dag.F 4 57 52 55 Total Nonfilt erable Residue mg/L 4 15 <0.5 4.4 l Oil & Grease mg/L 4 4.2 <1 1.8 Biochemic al Oxygen Demand mg/L 4 5,8 1.0 3.4 l l 135-t i i
TABLE 3-16 SAVANNAH RIVER WATER QUALITY No. of Arithmetic Parameter ljails Analyses Maximum Minimum MRAD 2 Std Dev Fiver 3B Below Plant Vootlea Water Volume liters 7.143E+12 (total) Temperat ure b dog C 12 26 8.5 14 116 pH b pH 12 7.6 5.5 Dissolved Oxygen b mg/L 12 12 5.6 8.5 i4.5 Alkalinity mg/L 12 24 11 17 19.5 Hardness mg/L 4 17 to - - Conductivityb pmho/cm 12 100 0.12 35 163 Turbidityb NTU 12 110 3.0 23 f65 Suspended Solids mg/L 12 40 4.0 13 119 Volatile Solids mg/L 12 7,0 1.0 2.8 13.3 Total Dissolved Solids mg/L 12 86 33 62 128 Total Solids mg/L 12 100 42 75 134 Fixed Residue mg/L 12 33 3.0 10 i17 COD mg/L 12 26 5.0 16 112 Chloride mg/L 12 9.8 3.9 6.8 14.0 Nitrogen (as NO2/NO3) mg/L 12 0.64 0.12 0.28 10.27 Sulf ate mg/L 12 8.0 5.0 6.0 2.1 Phosphorus (as PO4) mg/L 12 0.19 0.03 0.10 10.094 - Alurnin u m mg/L 4 0.19 0.13 - - Nitrogen (as NH3 ) mg/L 12 0.24 <0.01 0.12 10.14 Calcium mg/L 4 4.2 2 - - Copper mg/L 4 <0.05 <0.01 - - Cadmium mg/L 4 0.01 <0.01 - - Magnesium mg/L 4 1.5 1.2 - - Manganese mg/L 4 0.16 0.01 - - Mercury pg/L 4 < 0. 2 0 <0.20 - - Nickel mg/L 4 <0.05 <0.01 - - Sodium mg/L 4 12 5.2 - - Iron mg/L 4 0.47 0.10 - - Lead mg/L 4 <0.05 <0.01 - - Ch romiu rr, mg/L 4 <0.05 <0.01 - - Zinc mg/L 4 <0.02 <0.01 - - River 2 Above Planta Water Volume lit ers 5.697E+12 (total) l Temperature b deg C 12 26 9.0 18 113 pH b pH 12 8.0 5.9 Dissolved Oxygen b mg/L 12 12 6.0 8.8 14.1 Alkalinity mg/L 12 25 10 18 110 Hardness mg/L 4 17 12 - - Conductivityb pmho/cm 12 100 0.11 36 161 Turbidityb NTU 12 110 2.0 23 165 Suspended Solids mg/L 12 50 3.0 14 125 Volatile Solijs mg/L 12 7.0 <1 2.5 13.8 Total Dissolved Solids mg/L 12 84 49 66 123 Tot al Solids mg/L 12 106 63 80 114 Fix ed Residue mg/L 12 44 2 12 123 l COD mg/L 12 22 to 15 17.1 ' . Chloride mg/L 12 9.3 3.2 6.6 14.4 j Nitrogen (as NO2 /NO3) mg/L 12 0.43 0.13 0.25 10.17 , a Metals are analyzed quarterly from a continuous flow composite. j b Field measurement. , insufficient data. -136- I i , l I 4
) i l
TABLE 3-16 SAVANNAH RIVER WATER QUALITY, CONT'D. i No.Of Arithmetic Parameter UnWi Analyses Maximum M!nimum Mgan 2 Std Dev River 2 Above Plant. Cont'd.a Sulf ate mg/L 12 9.0 4.0 5.7 12.9 Phosphorus (as PO4) mg/L 12 0.19 0.02 0.091 10.091 Aluminum mg/L 4 0.21 <0.01 - - Nitrogen (as NH3) mg/L 12 0.27 <0.01 0.11 10.17 Calcium mg/L 4 4.1 2.6 - - Copper mg/L 4 < 0. 0 5 <0.01 - - Cadmium mg/L 4 <0.01 <0.01 - - Magnesium mg/L 4 1.6 1.2 - - Manganese mg/L 4 0.16 <0.01 - - Mercury g/L 4 < 0. 2 0 <0.20 - - Nickel mg/L 4 <0.05 <0.01 - - Sodium mg/L 4 12 8.1 - - l Iron mg/L 4 1.5 0.17 - - Lead mg/L 4 0.09 <0.01 - - Chromium mg/L 4 <0.05 <0.01 - - Zinc mg/L 4 <0.02 <0.01 - - River 10 Below Planta Water Volume lit ers 7.219E+12 (total) Temperat ureb deg C 12 26 8.0 18 112 . pHb pH 12 7.8 4.8 Dissolved Oxygen b mg/L 12 12 5.2 8.4 14.8 Alkallnity mg/L 12 24 to 17 110 Hardness mg/L 4 18 12 - - Conductivityb pmho/cm 12 110 0.12 35 163 Turbidity b NTU 12 110 2.0 24 165 Suspended Solids mg/L 12 36 5.0 12 117 Volatile Solids mg/L 12 5.0 <1.0 2.5 13.4 Total Dissolved Solids mg/L 12 79 30 62 124 i Tot al Solids mg/L 12 92 39 74 128 Fixed Residue mg/L 12 30 4.0 9.8 14 COD mg/L 12 20 6.0 13 19.7 Chloride mg/L 12 8.9 2.8 6.8 13.3 Nitrogen (as NO2 /NO3) mg/L 12 0.58 0.18 0.31 10.20 Sulf ate mg/L 12 9.0 4.0 5.8 i 2. 7 Phosphorus (as PO4) mg/L 12 0.15 0.03 0.08 10.064 Aluminum mg/L 4 0.15 <0.01 - - Nitrogen (as NH3) mg/L 12 0.16 <0.01 0.083 10.11 Calcium mg/L 4 0.46 0.26 - - Copper mg/L 4 0.04 <0.01 - - 4 Cadmium mg/L 4 <0.01 <0.01 - - { Magnesium mg/L 4 1.5 1.2 - - Manganese mg/L 4 0.080 0.010 - - Marcury pg/L 4 < 0. 2 < 0. 2 - - Nickel mg/L 4 < 0. 0 5 <0.01 4 - Sodlum mg/L 4 12 7.7 - - Iron mg/L 4 1.3 0.07 - - l Load mg/L 4 <0.05 <0.01 - - Chromium mg/L 4 <0.05 <0.01 - - Zinc mg/L 4 <0.02 <0.01 - - l a Meta!s are ana!yzed quarterly from a continuous flow composite. bField measurement.
- Insufficient data.
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4 l
TABLE 3-17 FECAL COLIFORM BACTERIA IN SRP STREAMS i AND THE SAVANNAH RIVER Cobries/100 mL NO.Of Weektv Vakjes Monthiv Geometric Meana location Samotes Maximum Minimum Maximum Minimum Averaos River 2, above SRP 52 7400 36 1717 98 600 River 3B, Vogtle Discharge 52 4300 30 861 54 315 River 10, below SRP 52 1500 18 655 50 195 Upper Three Runs at Road F 51 630 38 366 129 229 Upper Three Runs at Road A 52 2400 32 453 104 203 Beaver Dam Creek near Swamp 52 900 8 584 20 199 Four Mile Creek at Road A 52 440 26 135 46 79 Pen Branch at Road A 52 14000b 16 1200 236 684 Steel Creek at Road 12 130 10 130 10 48 Lower Three Runs Creek
. at Road A 52 3700 <2 306 60 138 Lower Three Runs Creek at Tabernacle Church Road 52 2200 52 434 93 213
)
l a Maximum, minimum and average of monthly geometric mean of weekfy values. The standard for South Carolina states that the focal col 6 form count should; not exceed a geometric mean of i 1000 colonies /100 mL based on frve consecutive samples during any 30-day period; nor exceed 2000 colonies /100 mL in more than 20% of the samples examined during such period (not appicable during or following periods of rainfall). b Exceeded standard.
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P i TABLE 3-18 SRP STREAM WATER QUALITY . NO.of Arithmetic - . Parameter . Units Analyses Maximum Minimum MRAD 2 Std Dev
~
Tims Branch 5 DHECa Water Volume lit ers 1.424E+10 (total) Temperature b deg C 12 23 8.0 16 212 pHb pH 12 6.9 5.1 Dissolved Oxygen b mg/L 12 12 7.1 8.8 12.9 Alkalinity mg/L 12 20 9.0 14 16.9 Hardness mg/L 4 5.5 3.6 - - Conductivity b mho/cm 12 47 15 30 125 Total Organic Carbon mg/L 12 6.1 1.7 3.6 12.7 . Turbidityb NTU 11 25 3.0 11 t14 Suspended Solids mg/L 12 30 2.0 7.1 116 Voj; tite Solids mg/L 12 9.0 0.0 2.3 14.8 tow Dissolved Solids mg/L 12 64 26 39 122 Total Solids mg/L 12 72 32 45 126 Fixed Residue mg/L 12 21 1.0 5.0 111 , COD mg/L 12 21 2.0 8.7 112 1 Organic Nitrogen mg/L 12 0.36 <0.1 0.15 10.22 Chloride mg/L 12 2.9 0.54 2.0 11.3 Nitrogen (NO2 /NO3) mg/L 12 2.7 0.05 0.57 11.4
- Sulf ate mg/L 12 3.0 < 2. 0 1.8 11.8 Phosphorus (as PO4) 0.07 mg/L 12 < 0. 0 2 0.029 10.036
. Aluminum mg/L 4 0.44 < 0.1 - .
j Nitrogen (as NH3) mg/L 12 0.03 <0.01 0.01 10.02 s Calcium mg/L 4 1.3 0.67 - - ! Copper mg/L 4 <0.05 <0.01 - - ! i Cadmium mg/L 4 <0.01 <0.01 - - ! Magnesium mg/L 4 0.52 0.44 - - l Manganese mg/L 4 0.09 <0.02 - - Marcury pg/L 4 0.20 < 0. 2 0 - - Nickel mg/L 4 <0.05 <0.01 - - 1 Sodium mg/L 4 9.4 6.0 - - . Iron mg/L 4 0.88 0.24 - - l Lead mg/L 4 0.19 <0.01 - -
)
Chromium mg/L 4 0.03 <0.01 - - Zinc mg/L 4 <0.02 <0.01 - -
)
SteelCreek at Rd A DHECa Water Volume lit ers 2.006 E +11 (t et al) Temperat u reb deg C 12 30 12 21 113 pH b pH 12 7.1 5.9 Dissolved Oxygenb mg/L 12 12 5.6 8.5 13.8 Alk alinit y mg/L 12 20 12 16 17.0 Hardness mg/L 4 15 11 - - Conductivit y b mho/cm 12 91 13 56 156 Total Organic Carbon mg/L 12 6.0 0.46 4.4 13.2 i Turbidity b NTU 11 22 2.0 12 112 Suspended Solids mg/L 12 11 3.0 5.9 14.8 4 Volatile Solids mg/L 12 6.0 1.0 3.1 12.9 Insufficient data. a Metals are analyzed quarterly from 3 monthly grab composite. b Field measurements.
-139-1
l TABLE 318 SRP STREAM WATER QUALITY, CONT'D. No. of Arithmetic Parameter 3.lDits Analyses Maximum Minimum Mgan 2 Std Dev l Steel Creek at Rd A DHEC. Cont'd.a . Total Dissolved Solids mg/L 12 59 40 50 113 Tot al Solids mg/L 12 65 48 56 113 Fixed Residue mg/L 12 6.0 <1.0 3.2 13.5 COD mg/L 12 20 5.0 14 110 , Organic Nitrogen mg/ L 12 0.58 0.13 0.38 10.24 l Chloride mg/L 12 7.4 4.9 6.3 11.5 l Nitrogen (NO2 /NO3) mg/L 12 0.33 0.02 0.14 10.20 1 Sulf ate mg/L 12 6.0 2.0 4.2 12.6 l Phosphorus (as PO4) mg/L 12 0.06 <0.02 0.032 10.035 l Aluminum mg/L 4 0.11 < 0. 01 - - ! Nitrogen (as NH3 ) mg/L 12 0.16 <0.01 0.028 i0.093 Calcium mg/L 4 3.8 2.9 - - Copper mg/L 4 < 0. 0 5 <0.01 - - Cadmium mg/L 4 <0.01 <0.01 - - Magnesium mg/L 4 1.4 0.89 - - Manganese mg/L 4 0.05 < 0. 0 2 - - Mercury pg/L 4 < 0. 2 0 <0.20 - - Nickel mg/L 4 <0.05 <0.01 - - Sodium mg/L 4 9.3 5.5 - - Iron mg/L 4 0.26 <0.02 - - Lead mg/L 4 <0.05 <0.01 - - Chromium mg/L 4 <0.05 <0.01 - - Zinc mg/L 4 0.010 <0.01 - - Uocer 3 Runs Road A DHECa Water Volume lit ers 1.421 E+11 (total) Temperatureb dog C 12 24 8.4 17 112 pH pH 12 6.7 5.5 Dissolved Oxygen mg/L 12 to 7.1 8.3 12.1 Alkalinity mg/L 12 7.0 2.0 4.4 13.7 Hardness mg/L 4 6.1 4.2 - - j Conductivity pmho/cm 12 25 3.0 16 113 ! Total Organic Carbon mg/L 12 8.6 1.8 4.7 14.4 Turbidity NTU 11 22 2.0 13 111 Suspended Solids mg/L 12 11 3.0 5.9 15.7 Volatile Solids mg/L 12 5.0 <1.0 2.3 12.7 Total Dissolved Solids mg/L 12 33 13 22 117 Total Solids mg/L 12 37 20 30 110 Fixed Residue mg/L 12 8.0 0.0 3.5 14.6 COD mg/L 12 22 1.0 13 119 Organic Nitrogen mg/L 12 0.70 < 0.10 0.24 10.51 Chloride mg/L 12 2.6 0.73 1.7 11.1 Nitrogen (NO2/NO3) mg/L 12 0.19 0.05 0.11 10.076 Sulf ate mg/L 12 7.0 0.50 2.4 13.5 Phosphorus (as PO4) mg/L 12 0.07 < 0. 0 2 0.021 10.038 i Aluminum mg/L 4 0.20 < 0.10 - - 1 Nitrogen (as NH3 ) mg/L 12 0.02 <0.01 0.005 10.013 i Calcium mg/L 4 1.8 1.1 - - l Insufficient data. a Metals are anatyzed quarterly from a monthly grab composite, b Field measurements.
-140-l
t J TABLE 3-18 SRP STREAM WATER QUALITY, CONT'D. ' 6 No. of Arithmetic
- Parameter lj.DiLS Anafvses Maximum Minimum MgaD 2 Std Dev Uocer 3 Runs Road A DHEC. Cont'd.a 1
Copper mg/L 4 <0.05 <0.01 - - j Cadmium mg/L 4 <0.01 <0.01 - - Magnesium mg/L 0.40 0.34 4 - - Manganese mg/L 4 0.03 <0.01 - - Mercury pg/L 4 < 0. 2 0 <0.20 - - Nickel mg/L 4 <0.05 <0.01 - - Sodium mg/L 4 1.8 0.69 - - Iron mg/L 4 0.30 0.17 - - Lead mg/L 4 0.10 <0.01 - - Chromium mg/L 4 <0.05 <0.01 - - Zine mg/L 4 <0.02 <0.01 - - i i Four Mile Creek Road A-7 DHECa Water Volume liters 1.192E+11 (total) ; Temperature b dog C 12 26 7.8 18 115 pH D pH 12 6.7 5.7 Dissolved Oxygen b mg/L 12 11 6.5 8.2 13.0 Alkalinity mg/L 12 20 5.0 11 ill Hardness mg/L 4 11 7.8 - - Conductivity b mho/cm 12 78 0.15 48 153 i Total Organic Carbon mg/L 12 5.8 1.4 2.9 12.5 , Turbidity b NTO 11 22 4.0 12 19.5 Suspended Solids mg/L 12 6.0 0.0 3.2 13.7 Volatile Solids mg/L 12 4.0 0.0 1.9 12.6 Total Dissolved Solids mg/L 12 90 40 66 135 i Tot al Solids mg/L 12 93 46 69 134 Fixed Residue mg/L 12 3.0 0.0 1.4 12.5 '
! COD mg/L 12 16 3.0 9.0 19.5 Organic Nitrogen mg/L 12 0.53 <0.01 0.21 10.33 Chluride mg/L 12 4.1 1.7 3.1 11.5 i . Nitrogen (NO2 /NO3) mg/L 12 3.5 1.3 2.4 11.5 i l Sulf ate mg/L 12 13 4.0 7.8 14.8 d Phosphorus (as PO4) mg/L 12 0.02 <.02 0.13 10.020 l Aluminum mg/L 4 0.36 < 0.10 - -
Nitrogen (as NH3 ) mg/L 12 0.06 <0.01 0.014 10.036 Calcium mg/L 4 3.4 2,1 - - Copper mg/L 4 <0.05 <0.01 - - Cadmium mg/L 4 <0.01 < 0. 01 - - Magnesium mg/L 4 0.74 0.62 - - l Manganese mg/L 4 0.04 < 0. 0 2 - - Mercury pg/L 4 <0.20 <0. 2 0 - - Nic k el mg/L 4 <0.05 <0.01 - - i Sodium mg/L 4 10 8.0 - - 1 Iron mg/L 4 0.36 0.09 - . Lead mg/L 4 0.11 <0.01 - - Chromium mg/L 4 0.01 < 0. 01 - - i Zine mg/L 4 0.01 < 0. 01 - - I d Insufficient data. a Metals are anahzed quarterly from a monthly grab composite. 3 b Field measurements. ,
- 141 -
_ _ _~ i i l l TABLE 318 ; SRP STREAM WATER GUALITY, CONT'D. l No. of Arithmetic Parameter MDill Analvses Maximum Minimum MAAD 2 Std Dev Crouch Branch Water Volume liters 1.620E+8 (total) Temperaturea deg C 12 29 6.1 19 116 pHa pH 12 6.7 5.3 Dissolved Oxygena mg/L 12 12 4.8 7.4 id.3 ; Turbidity a NTU 12 230 2.0 76 1145 - Suspended Solids mg/L 12 210 8.0 57 1130 Lower 3 Runs Patterson Mill b Water Volume liters 7.613E+10 (total) Temperaturea deg C 12 28 9.4 19 113 pHa pH 12 7.4 5.9 Dissolved Oxygen a mg/L 12 9.5 6.2 7.7 t 2. 4 Alkalinity mg/L 12 38 19 27 112 Hardness mg/L 4 43 20 - - Conductivitya mho/cm 12 120 11 48 182 Turbidity a NTU 12 38 1.0 7.4 121 Suspended Solids mg/L 12 12 <1.0 3.5 16.8 Volatile Solids mg/L 12 4.0 <1.0 2.0 13.0 Total Dissolved Solids mg/L 12 73 20 55 126 ' Tot al Solids mg/L 12 85 22 58 130 Fixed Residue mg/L 12 8.0 <1.0 1.8 14.7 COD mg/L 12 21 3.0 15 111 Chloride mg/L 12 5.6 2.0 4.1 12.1 Nitrogen (NO2 /NO3 ) mg/L 12 0.71 <0.02 0.13 10.39 Sulf ate mg/L 12 6.0 0.05 3.1 12.9 Phosphorus (as PO4) mg/L 12 0.04 <0.02 0.017 10.03 1 Aluminum mg/L 4 0.07 <0.01 - - Nitrogen (as NH3) mg/L 12 0.04 <0.01 0.018 10.027 Calcium mg/L 4 16 6.6 - - Copper mg/L 4 0.01 <0.01 - - Cadmium mg/L 4 <0.01 <0.01 - - Magnesium mg/L 4 0.95 0.77 - - Manganese mg/L 4 0.04 <0.02 - - Mercury pg/L 4 < 0. 2 0 <0.20 - - Nickel mg/L 4 <0.05 <0.01 - - Sodium mg/L 4 6.4 3.2 - - l Iron mg/L 4 0.21 <0.01 - - Lead mg/L 4 < 0.10 <0.01 - - Chromium mg/L 4 <0.05 < 0. 01 - - Zinc mg/L 4 <0.02 <0.01 - - ' 2 l 4 Insuffeient data, a Field measurements. 1 b Metals are anatyzed quarterly from a continuous flow composite.
-142-4
TABLE 3-18 SRP STREAM WATER QUALITY, CONT'D. No. 0f Arithmetic Parameter Units Analvses Maxinuu Minimum Mtaa 2 Std Dev McQueen Branch Water Volume lit e rs 6.575E+10 (total) Temperature
- dog C 12 28 7.0 18 114 pHa pH 12 7.0 5.3 Dissolved Oxygen e mg/L 12 12 5.9 8.0 13.3 Turbidity a NTU 12 150 3.0 26 181 Suspended Solids mg/L 12 72 2.0 12 139 Pen Branch Road A 17b Water Volume liters 1.593E+11 (total)
Temperature a deg C 12 44 7.2 28 *26 pHa pH 12 7.3 5.1 Dissolved Oxygen a mg/L 12 11 4.2 7.6 14.2 Alkalinit y mg/L 12 24 10 16 18.2 Hardness mg/L 4 16 9.8 - - Conductivitya mho/cm 12 97 10 40 f63 Turbiditya NTU 12 23 2.0 9.5 114 Suspended Solids mg/L 12 29 2.0 8.7 115 Volatile Solids mg/L 12 10 0.0 2.7 15.7 Totat Dissolved Solids mg/L 12 71 38 52 121 Tot al Solid s mg/L 12 79 44 61 125 Fixed Residue mg/L 12 24 2.0 6.3 113 COD mg/L 12 21 9.0 14 17.9 Chloride mg/L 12 9.6 3.2 5.7 i 4.1 Nitrogen (NO2 /NO3) mg/L 12 0.42 0.13 0.26 10.19 Sulf ate mg/L 12 8.0 3,0 4.8 13.6 Phosphorus (as PO4) mg/L 12 0.11 0.02 0.059 10.060 Aluminum mg/L 4 1.8 < 0.10 . - Nitrogen (as NH3) mg/L 12 0.10 0.0 0.037 10.066 Calcium mg/L 4 4.2 2.1 - - Copper mg/L 4 0.02 < 0. 01 - - Cadmium mg/L 4 <0.01 < 0. 01 - - Magneslum mg/L 4 1.4 0.95 - - Manganese mg/L 4 0.18 <0.02 - - Mercury pg/L 4 < 0. 2 0 <0. 2 0 - - Nickel mg/L 4 .< 0. 0 5 < 0. 01 - - Sodium mg/L 4 12 7.0 - - Iron mg/L 4 1.3 <0.01 - - Lead mg/L 4 <0.05 < 0. 01 - - Chromium mg/L 4 <0.05 <0.01 - - Zinc mg/L 4 0.02 <0.01 . - Insufficieni data, a Field measurements. b Metals are analyzed quarterly from a continuous flow composite.
-143-
i I l TABLE 318 SRP STREAM WATER QUALITY, CONT'D. No. of Arithmetic Parameter ljails Analyses Maximum Minimum Mean 2 Std Dev i Four Mile Creek Road As l Water Volume liters 2.010E+10 (total) Tempt rat ureb dog C 12 27 6.3 19 214 pH D pH 12 7.5 4.5 l Dissolved Oxygen b mg/L 12 11 6.9 8.5 12.7 : ) Alkalinity mg/L 12 16 6.0 10 17.3 l 1 Hardness mg/L 4 11 6.8 - - i Conductivityb mho/cm 12 73 11 34 151 Turbidityb NTU '12 23 1.0 7.3 115 Suspended Solids mg/L 12 10 1.0 3.0 15.6 i Volatile Solids mg/L 12 3.0 <1.0 1.0 12.1 Totat Dissolved Solids mg/L 12 71 41 52 119 Tot al Solid s mg/L 12 73 44 55 118 Fixed Residue mg/L 12 7.0 <1.0 1.9 14.3 l COD mg/L 12 16 5.0 10 17.1 1 1 Chloride mg/L 12 5.2 1.2 2.9 12.2 Nitrogen (NO2 /NO3) mg/L 12 1.8 0.62 1.1 10.72 Sulf ate mg/L 12 18 3.0 6.3 17.9 Phosphorus (as PO4) mg/L 12 0.04 <0.02 0.015 10.030 Aluminum mg/L 4 0.20 <0.01 - - 1 Nitrogen (as NH3 ) mg/L 12 0.04 0.0 0.017 10.025 j Calcium mg/L 4 3.1 1.8 - - Copper mg/L 4 0.11 <0.05 - - i Cadmium mg/L 4 <0.01 <0.01 - - ! Magnesium mg/L 4 0.73 0.57 . - Manganese mg/L 4 0.04 <0.01 - - Mercury pg/L 4 <0. 2 0 <0.20 - - Nick el mg/L 4 < 0. 0 5 <0.01 - - Sodium mg/L 4 7.1 6.2 - - Iron mg/L 4 0.66 <0.01 - - Lead mg/L 4 0.06 <0.01 - - Chromium mg/L 4 <0.05 <0.01 - - i Zinc mg/L 4 0.02 < 0. 01 - - Unoer 3 Runs Hiohway 278a Water Volume liters 1.5 84E +11 (tot al) Temperatureb deg C 12 26 9.5 18 19.9 pH b pH 12 6.9 4.8 Dissolved Oxygen D mg/L 12 10 6.2 7.9 12.1 Alk alinit y mg/L 12 37 1.0 5.3 120 4 Hardness mg/L 4 2.7 1.7 - - ' Conductivityb pmho/cm 12 76 7.0 26 138 Turbidityb NTU 12 120 2.0 19 171 l Suspended Solids mg/L 12 13 2.0 5.5 17.8 1 Volatile Solids mg/L 12 6.0 1.0 2.7 13.9 l Total Dissolved Solids mg/L 12 80 10 24 139 i Tot al Solid s mg/L 12 83 13 30 138 ! Fixed Residue mg/L 12 7.0 <1.0 2.9 14.8 l COD mg/L 12 20 6.0 12 28.7 l 1 , ' 1 Insufficient data. I a Metals are analyzed quarterly from a continuous flow composite. I ] b Field measurements. I 144 - l l
TABLE 3-18 SRP STREAM WATER QUALITY, CONT'D. No. of Arithmetic Parameter llDill Analvses hm Minirrum MRAD 2 Std Dev Uocer 3 Runs Hichway 278. Cont'd.a Chloride mg/L 12 4.5 0.50 2.2 12.4 Nitrogen (NO2 /NO3) mg/L 12 0.81 0.05 0.22 to.39 Sulf ate mg/L 12 4.0 0.05 1.9 12.1 Phosphorus (as PO4) mg/L 12 0.03 < 0. 0 2 0.012 10.012 Aluminum mg/L 4 0.10 <0.01 - - 4 Nitrogen (as NH3 ) mg/L 12 0.02 <0.01 0.010 to.067 Calcium mg/L 4 0.49 0.22 - - Copper mg/L 4 <0.05 <0.01 - - Cadmium mg/L 4 <0.01 <0.01 - - Magnesium mg/L 4 0.36 0.26 - - Manganese mg/L 4 0.02 0.01 - -
- ! Mercury pg/L 4 < 0. 2 0 <0.20 - -
- Nicket mg/L 4 < 0,0 5 <0.01 - -
Sodium mg/L 4 1.4 0.29 - - Iron mg/L 4 0.19 < 0. 01 - - Lead mg/L 4 0.06 < 0. 01 - - Chromium mg/L 4 <0.05 <0.01 - - Zinc mg/L 4 <0.02 < 0. 01 - - l ] ) i 1 1 insufficient data. a Metals are anatyred quartorly from a continuous flow composite.
-145-
TABLE 3-18 SRP STREAM WATER QUALITY, CONT'D. Beaver Dam Creek Water Quality Data Summary Quarter 1. January 1 - March 31.1987 Hourly Hourly Hourly Parameter UDill Maximum Minimum Average Temperature 'F 83 54 67 pH 6.9 5.8 Dissolved Oxygen mg/L 10.6 6.4 8.1 Conductivity mhos/cm 146 59 96 Oxidation / Reduction Potential mV 322 288 304 Quarter 2. Acril 1 - June 30.1987 Hourly Hourly Hourly Parameter Units Maximum Minimum Average Temperature 'F 89 67 80 pH 8.8 5.7 Dissolved Oxygen mg/L 8.8 4.5 6.8 Conductivity pmhos/cm 164 76 112 Oxidation / Reduction Potential mV 336 173 300 , Quarter 3. Jutv 1 - Sectember 30.1987 j Hourly Hourly Hourly l Parameter UDill Maximum Minimum Averace Temperature 'F 89 72 81 pH 8.0 5.9 l Dissolved Oxygen mg/L 8.4 5.7 7.0 l Conductivity pmhos/cm 173 56 89 Oxidation / Reduction Potential mV 381 286 300 Quarter 4. October 1 - December 31.1987 Hourly Hourly Hourly Parameter Un[1g Maximum Minimum Average Temperature 'F 79 63 71 pH 7.5 6.2 Dissolved Oxygen mg/L 9.6 3.9 7.9 Conductivity pmhos/cm 127 69 100 Oxidation / Reduction Potential mV 313 260 296
-146-
TABLE 318 SRP STREAM WATER QUALITY, CONT'D. Steel Creek Water Quality Data Summarv Quarter 1. January 1 March 31.1987 Hourly Hourly Hourty Parameter MDd1 Maximum Minimum Avernae Temperature 'F 75 62 67 Dissolved Oxygen mg/L 9.7 7.5 8.4 Quarter 2. Aoril 1 - June 30.1987 Hourly Hourly Hourly Parameter Unds Maximum Minimum Averaae Temperature 'F 82 64 75 Dissolved Oxygen mg/L 8.9 5.2 7.1 Quarter 3. Jutv 1 - Sectember 30.1987 Hourly Hourly Hourty Parameter Unds Maximum Minimum Averaae Te mpe rat u re 'F 84 77 80 Dissolved Oxygen mg/L 6.6 3.5 5.2 Ouarter 4. October 1 December 31.1932 Hourly Hourly Hourly Parameter Unda Maximum Minimum Averaae , Temperature 'F 78 59 64 Dissolved Oxygen mg/L 9.1 5.5 7.9 l 1
-147 -
TABLE 41 RADIOACTIVITY IN BURIAL GROUNDS GROUNDWATER No. of Ct. Err. Ct. Err. Perimeter Wells Samples Maximum 957. Cl. Minimum 957. Cl. Average Cross Alpha ( pC 1/ t. ) BC 26 4 1.16 +0.72 0.41 +0.59 0.71 BC 27 4 1.04 70.78 0.10 70.33 0.48 BC 29 4 0.87 {0.64 0.38 {0.47 0.54 BG 29 4 0.77 +0.61 0.19 +0.38 0.44 BC 30 4 1.56 {0.90 0.39 {0.55 0.90 BC 31 4 1.73 +0.86 0.49 +0.59 0.98 BG 32 4 3.66 {1.22 0.67 {0.58 2.46 BC 33 4 2.31 +0.98 0.83 +0.72 1.51 BC 34 4 1.18 71.01 0.41 70.41 1,77 BC 35 4 0.78 70.68 0.31 70.55 e $4 BC 36 4 0.67 {0.58 0.00 {0.41 0.38 BC 37 4 2.02 +0.92 0.77 +0.61 1.40 BC 38 4 1.73 +0.86 0.58 +0.54 1.06 BC 39 4 1.56 70.87 0.29 +0.43 1.13 BC 40 4 0.87 70.64 0.20 I0.28 0.39 BC 41 4 0.67 {0.58 0.10 {0.34 0.36 BC 42 4 2.31 +0.98 1.35 +0.86 1.78 BC 43
- 0.52 {0.46 0.10 {0.33 0.33 BC 51 4 0.62 +0.59 0.29 +0.52 0.40 BC 52 4 2.28 {0.97 1.24 {0.78 1.63 BC 53 4 0.58 +0.54 0.10 +0.36 0.24 BC 54 4 0.20 70.48 0.00 70.27 0.10 3C 55 4 2.31 II 02 0.31 70.55 1.18 BC 56 4 3.56 {1.20 0.29 {0.52 1.53 BC 57 4 1.06 +0.69 0.20 +0.28 0.36 BG $8 4 1.83 {0.88 0.29 {0.43 0.86 BC 59 4 0.93 +0.75 0.19 +0.38 0.52 BC 60 4 1.44 {0.79 0.31 {0.55 0.87 BC 61 4 0.48 +0.51 0.10 +0.19 0.14 BC 62 4 0.93 70.75 0.10 I0.44 0.40 BC 63 4 0.88 IO.70 0.41 70.59 0.61 BC 64 4 0.78 {0.68 0.21 {0.51 0.46 BC 65 4 0.96 +0.67 0.31 +0.55 0.68 BC 66 4 0.68 70.65 0.10 70.36 0.29 BC 67 4 1.35 70.77 0.41 70.59 0.88 BC 68 1 0.73 !0.56 0.73 IO.56 0.73 BC 69 1 1.15 70.76 1.15 70.76 1.15 l BC 70 1 0.63 {0.51 0.63 {0.51 0.63 BC 71 1 1.15 +0.70 1.15 +0.70 1.15 BC 72 1 1.15 70.70 1.15 +0.70 1.15 BC 73 1 1.15 70.70 1.15 70.70 1.15 BC 74 1 1.89 70.89 1.89 I0.89 1.89 BC 75 1 1.05 70.66 1.05 +0.66 1.05 BC 76 1 1.78 70.87 1.78 70.87 1.78 BC 77 1 1.05 70.66 1.05 70.66 1.05 BC 78 1 1.15 70.70 1.15 70.70 1.15 '
BC 79 1 1.68 +0.84 1,68 70.84 1.68 l BC 40 1 0.52 70.56 0.52 70.56 0.52 BC 61 1 0.31 IO.47 0.31 70.47 0.31 BC 82 1 0.10 ;0.36 0.10 70.36 0.10 BC 83 1 1.15 {0.70 1.15 {0.70 1.15 148-
)
TABLE 4-1 RADIOACTIVITY IN BURIAL GROUNDS GROUNDWATER No. of Ct. Err. Ct. Err. Perteeter Wells Sample
- Maximum 951 C1. Minimum 951 cl. Average Cyss Alpha (pCi/L)
BC 84 1 1.68 +0.84 1.68 +0.84 1.68 BC 85 1 1.68 70.84 1,68 70.84 1.68 BC 86 1 1.36 70.76 1.36 70.76 1.36 BC 87 1 0.63 70.51 0.63 70.51 0.63 BC 88 1 0.21 70.30 0.21 70.30 0.21 BC 89 1 0.63 70.51 0.63 70.51 0.63 BC 90 1 0.21 30.30 0.21 30.30 0.21 Inside 643 7C BC 204GR* 1 1
- 1 1 EC 206CR* 2 <1 - <1 - <1 BC 20SCR* 2 <1 - <1 - <1 BC 210CR* 1 2 - 2 - 2 BC 212CR* 2 1 - 1 - 1 BC 216CR* 1 2 -
2 - 2 BG 218CR* 2 1 -
<1 -
1 BC 220GR* 2 2 - 1 - 1.5 BC 222CR* 4 1 - <1 - 1 BC 404CR* 1 6 - 6 - 6 BC 406CR* 1 2 - 2 - 2 BC 408GR* 1 1 - 1 - 1 BC 410CR* 2 2 - 1 - 1.5 BC 420CR* 2 3 - 2 - 2.5 BG 422CR* 3 7 -
<1 - 3.7 BC 620CR* 2 1 -
<1 -
1 BC 622CR* 1 2 - 2 - 2 BC 818GR* 1 1 - 1 - 1 EC 820CR* 1 1 - 1 - 1 BC 822CR* 4 1 - <1 - 1
- SRL research wells, reported in previous annual reports in abbreviated form (i.e., BC 204CR = 22.04, BC 822CR
- 28.22).
-149-
l l 1r/\ B L E 4-1 RADIOACTIVITY IN BURIAL GROUNDS GROUNDWATER l 1 No. of Ct. Err. Ct. Err. I Inside 643 C Samples Maximum 951 C1. Minimum 951 C1. Average Cross Alpha (pC1/L) MCA 1* 4 7 - <1 - 3.32 MGA 3* 4 2 -
<l - 1.25 MCA 3* 4 8 - <1 -
3.24 MGA 7* 4 2 -
<1 -
1.35 MCA 11' 4 9.7 * (1
- 3.93 MCA 19* 4 3 -
<1 -
1.5 MCA 21* 4 1 -
<1 - 1 MCA 23* 4 1 - <1 -
1 MCA 32* 4 2 -
<1 -
1.25 MCA 34* 4 <1 -
<1 -
1 MCA 36 3 1.01 +0.61 0.42 +0.42 0.68 MCC 1* 4 1 7 <1 7 1 MCC 3* 4 1 - <1 - 1 MCC 5* 3 2 - 1 - 1.5 MCC 7* 4 2 -
<1 -
1.25 MCC 9 4 0.81 +0.64 0.21 +0.41 0.46 MCC 11 1 1.05 +0.66 1.05 +0.66 1.05 MCC 13' 4 4 7 <1 7 2.25 MCC 15* 4 7 - 1 - 4 MCC 17* 4 5 - 2 - 3.7 MCC 19 4 0.83 +0.66 0.48 +0.51 0.59 MCC 21* 4 4 7 2 7 2.58 MCC 23 3 1.24 +0.78 0.21 +0.30 0.62 MCC 30* 4 1.1 - 1 - 1.03 MCC 32 4 2.33 +1.01 1.64 +0.84 2.01 MCC 34* 3 <1 -
<1 - 1 MCC 36 4 2.02 +0.92 0.51 +0,54 1,00 MCE l' 4 1 -
<1 - 1 MCE 3* 4 2 -
<1 -
1.25 MCE 5* 3 4 - 1 - 2.33 MCE 7* 4 3 -
<1 - 1.5 NCE 9 4 0.52 +0.46 0.00 +0.27 0.26 MCt 13* 4 <1 -
<1 -
1 MCt 17* ) 2.5 -
<1 -
1.5 MCE 19' 4 <1 -
<1 -
1 MCE 21 4 1,54 +0.82 0.73 +0.62 1.04 i MCE 23* 4 1 ! <1 7 1 MCE 30 4 2.62 ~+1.05 0.96 +0.67 1.69 MCE 32* 4 2 l ! 1,43 MCE 34 4 1.05 +0.66 0.21 +0.41 0.70 MGE 36* 4 2 - 1 - 1.28 MCC 1* 2 <1 -
<1 - 1 MCC 3* 4 7 -
<1 -
2.75 MCC 5* 4 6 - 2.8 - 4.2 MCC 7* 4 <1 -
<1 -
1 . MCC 9' 4 5 - 1 - 2.83 l MCC 13* 4 9 - 1 - 3.55 i MCC 15 3 1.35 +0.80 0.31 +0,36 0.87 l
- SRL research wells.
l l l l
-150- i 1
1 i
TABLE 41 RADIOACTIVITY IN BURIAL GROUNDS GROUNDWATER No. of Ct. Err. Ct. Err. Inside 643 G Samples Havisum 95% C1. Minimum 95% cl. Average Gross Alpha (pci/L) MGG 17* 4 6 - <1 - 2.25 NGC 19 4 0.83 +0.66 0.00 +0.29 0.38 MCG 21* 4 618 ! <1 ! 155 MCG 21A* 4 3 - <1 - 1.5 MCG 21B+ 4 3 - <1 - 1.5 MCG 21P* 4 2.5 - <1 - 1.63 MCG 23 4 0.62 +0.59 0.10 +0.33 0.25 MCG 28 4 0.77 70.61 0.10 +0.36 0.37 MCG 30* 4 <1 ! <1 7 1 HCC 32* 4 1 - <1 - 1 MCG 34* 4 2 - <1 - 1.5 NGC 36 4 0.71 +0.61 0.31 +0.36 0.46 MCI 1* 4 4 7 <1 7 2.33 MCI $* 4 1 -
<1 -
1 MCI 7* 4 2.4 -
<1 -
1.35 MCI 9* 4 4 - <1 - 1.75 MCI 13* 4 6 - 4
- 4.8 MG1 15* 4 5 -
1.7 - 3.18 MCI 17* 4 4.9 - 2 - 2.98
- SRL research wells.
- 151 -
l TABLE 41 RADIOACTIVITY IN BURIAL GROUNDS GROUNDWATER No. of Ct. Err, Ct. Err. i Perimeter Welle Samples Maximum 9 57. C 1 Minimum 95't C1. Average Nonvolatile Beta (rCi/L) BC 26 4 1.35 +1.24 0.73 +1.12 t.10 BC 27 4 2.74 71.64 0.8b II.13 1.38 BC 28 4 1.68 II.54 0.60 II.10 0.98 BC 29 4 1.68 I1.54 0.13 I1.10 0.97 , BC 30 4 2.21 II.59 1.28 ! !.23 1.97 l BC 31 4 2.40 II.31 0.67 II.16 1.27 BC 32 4 5.85 II.61 1,42 II.24 4.00 BC 33 4 2.92 {1.36 1.42 31.24 2.1) BC 34 4 2.14 +1.23 0.23 +1.27 1.12 BC 35 4 2,08 il.27 0.74 31.17 1.13 BC 36 4 1.32 +1.18 0.08 +1.37 0.88 BC 37 4 2.66 II.33 0.81 7 1.18 1.97 BC 38 4 2.99 II.36 2.12 II.27 2.66 BC 39 4 2.60 II.32 1.15 II.21 1,76 BC 40 4 0.40 71.13 0.60 70.95 -0.08 BC 41 4 1.24 {l.18 0.15 {1.38 0.88 BC 42 4 5.20 +1.56 3.38 +1.40 4.24 BC 43 4 2.20 +1.56 0.00 +1.06 1.12 BC 51 4 1.34 71.49 0.52 II.10 0.89 BC 52 4 9.61 I2.18 2.45 II.33 4.86 BC 53 4 0.91 71.15 0.08 II.37 0.55 BC 54 4 3.89 II 75 1.17 II.18 2.74 sc $5 4 4.42 II 49 1.07 71.48 2.39 BC 56 4 5.92 II.62 1.14 II.37 2.47 BC 57 4 2.02 I1.27 0.00 II.36 0.79 BC 58 4 2.73 51.34 0.76 31.45 1.56 BC 59 4 1.52 +1.21 0.58 +1.11 0.92 Bc 60 4 3.25 I1.39 0.61 I I.43 1.55 BG 61 4 2.09 71.32 0.00 II.36 0.88 BC 62 4 2.32 II.29 0.98 71.16 1.70 BC 63 4 1.15 +1.21 0.20 II.06 0.68 BC 64 4 2.09 II.32 0.53 II.42 1.31 BC 6! 4 1.56 II.22 0.73 71.12 1.07 BC 66 4 1.17 II.18 0.35 I .32 1 0.44 BC 67 4 1,39 I2.09 0.08 1.37 0.75 BC 68 1 0.24 II 40 0.24 II.40 0.24 BG 69 1 2,60 +1.61 2.60 II 61 2.60 l BC 70 1 0.31 31.41 0.31 31.41 0.31 BC 71 1 0.71 +1.45 0.71 +1.45 0.71 l BC 72 1.50 71.54 II.54 1 1.50 1.50 l BC 73 1 0.24 II.40 0.24 II.40 0.24 BG 74 1 1.81 II 57 1.81 71.57 1,$1 l BC 75 1 0.79 II.46 0.79 II.46 0.79 ! BC 76 1 2.05 71.59 2.05 !!.59 2.05 l BC 77 1 0.94 II.48 0.94 71.48 0.94 l BC 78 1 0.87 71.47 0.87 II.47 0.87 I l BG 79 1 2.60 II.64 2.60 7 1.64 2.60 I BG 80 1 1.26 I1.48 1.26 +1.48 1.26 BC 31 1 0.08 +1.35 0.08 II.35 0.0A R 82 1 1.73 7 1.53
~
1.73 !).53 1.73 BC 83 1 1.57 +1.54 1.57 {1.54 1.57 152-1
TABLE 4-1 RADIOACTIVITY IN BURIAL GROUNDS GROUNDWATER No. of Cf. Err. Ct. Err. Perimeter Wells Samples Maximum 95% C1. Minimum 951 C1. Average Nonvolatile Beta (pC1/L) BG 84 1 2.44 +1.63 2.44 +1.63 2.44 BG 85 1 1.73 71.56 1.73 *1.56 1.73 BG 86 1 1.89 71.57 1.89 El.57 1.89 BC 87 1 0.39 II.42 0.39 71.42 0.39 BG 88 1 0.39 71.33 0.39 71.33 0.39 BG 89 1 -1.02 71.25 1.02 II.25 1.02 BG 90 1 0.08 31.36 0.08 31.36 0.08 hsy e 643 7G BG 204GR* 1 13 - 13 - 13 BC 206CR* 2 92 - 76 - 84 BG 208CR* 2 25 - <1 - 13 BC 210CR* 1 1 1 1 BG 212CR* 2 5 1 3
- 15 BG 216CR* 1 15 - 15 BG 218GR* 2 <1 - <1 - <1 BG 220CR* 2 2 -
<1 - 1.5 BG 222CR* 4 9 - (1 - 6.6 BG 402CR* 1 <1 - <1 - <1 BC 40*Gk1 1 55 - 55 - 55 BC 406CR* 1 4 - 4 - 4 BG 40&GR* 1 1 - 1 - 1 BG 410CR* 2 4 - 3 - 3.5 BG 420CR* 2 8 - 2 - 5 BC 422CR* 4 29 - <1 - 10.7 BG 62DCR* 2 7 - 2 - 4.5 BG 818GR* 1 8 - 8 - 8 BG 820CR* 1 16 - 16 - 16 BG 822CR* 4 748 - 8 = 195
- SRL research wells, reported in previous annual reports in abbreviated form (i.e., BC 204CR = 22.04, BG 822CR = 28.22).
153 -
. - _ = - .- - - - . . . - . - . - -. -
TABLE 4-1 RADIOACTIVITY IN BURIAL' GROUNDS GROUNDWATER No. of Ct. Err. Ct. Err. . , inside 643-G Sa r.ple s Maximum 957.CL Minimum - 9 57. C 1.- Average l Nonvolatile Beta (pci/L) MGA 1* 4 35 - 18 - 27.8
-4 MCA 3* 4 51.1 -
35 - 41.5 MGA 5* 4 82 - 17 - 37.5 MGt 7* 4 24- - 2 - 12.5-MGA 11* 4 41.6 -
<1 -
13.4 NGA 19* 4 10.1- -
<1 -
5.53 MCA 21* 4 16 - <1 - 5.65 MCA 23* 4 4 -
<1 + 2.68 MGA 32* 4 12:9 -
<1 - 3,98 NGA 34* 4 54 -
20 - 37.4 MGA 36 3 1.98 +1.54 1.57 +1.48 1.81 i MCC 1* 4 40 7 13 7 24.9 MGC 3* 4 22.2 -
<1 -
6.3 NGC 5* 3 9.2 - 4 - 5.73 HCC 7* 4 23 -
<1 -
9.85 I a MCC 9 4 4.57 +1.74 1.80 +1.77 3.56 $ MGC 11 1 2.91 {1.58 2.91 31.58 2.91 l MGC 13* 4 40.9 - 9 - 21.2 j MCC 15* 4 16.3 -
<1 -
6.58 MGC 1/* 4 19.7 -
<1 -
5.68 I MCC 19 4 2.20 +1.51 1.81 +1.43 1.98 MCC 21* 4 12.8 7 <1 . I 4.7 I MCC 23 3 3.95 +1.64 0.00 + 1. 2 6 ' 1.57 MGC 30* 4 63.I ! 2. I 18.3 MCC 32 4 7.80 +2.01 3.05 +1.67 6.32 MCC 34* 3 3.700 7 1,890 7 2,950 MCC 36 4 1.81 +1.47 0.46 +1.26 1.13 MGE 1* 4 51.6 7 8 7 22.9 i MGE 3* 4 73 - 2 - 21.1 < MCE 5* 3 10 '-- <1 - 4 MGE 7* 4 10.8 -
<1 -
3.7 MGt 9 4 1.81 +1.43 -0.53 +1.30 0.58 MCE 13* 4 107 7 6 7 44.6 MGE 17* 3 38.5 - 3 - 15.5 MGE 19* 4 1.430 2 - 379 NGE 21 4 2.98 +1.38 0.71 +1.35 1.78 MCE 23* 4 9 7 4 7 7.4 M',E 30 4 3.62 +1.65 1.75 +1.14 2.55 NGE 32* 4 17.6 7 2 ! 10.7 NGE 34 4 54.0 +4.32 11.7 +2.29 32.1 McE 36* 4 17.6 7 3 ! 10.2 MGG 1* 2 5 - 4.4 - 4.7 MGG 3* 4 27 -
<1 - 8.48 ;
MGG $* 4 23 - 10 - 16.9 MCG 7* 4 83 - 28 - 49.6 NGG 9* 4 37 - 8 - 23.6 MGG 13* 4 39 - 12 - 19.8 MCG 15 3 1.98 +1.54 0.55 +1.36 1.39
*SRL research wells.
- 154 -
4
, , < - - ,e---, ,-= ,r ,- e e rv+ r,-,, , , . - - - - - - - , - - - , - , , - , - - - -
m--
TABLE 4-1 RADIOACTIVITY IN BURIAL GROUNDS GROUNDWATER No. of Ct. Err. Ct. Err. Inside 643-0 Samples Maximum 957. Cl. Hinteum 957. C1. Average Nonvolatile Beta (pCi/L) MCG 17* 4 55 -
<1 -
16 MCG 19 4 11.5 +2.04 5.98 +1.86 8.19 MGG 21* 4 12,600 7 1,850 7 5,600 MGG 21A* 4 16 - 5 - 11.3 MCG 21B* 4 36.7 -
<1 -
16.9 MCC 21P* 4 83.3 - 1 - 38.1 MCG 23 4 2.20 +1.51 0.99 +1.18 1.63 MCG 28 4 1.50 {1.43 0.33 {l.10 0.88 MCC 30* 4 14 -
<1 -
4.25 MCG 32* 4 151 - 64 - 104 MCC 34* 4 24 -
<1 -
12.9 MCC 36 4 1.50 +1.43 1.05 +1.71 1.24 MCI 1* 4 175 7 64 7 109 MGI 5* 4 38 -
<1 -
11.3 MCI 7* 4 44.5 - 4 - 28.4 MCI 9* 4 34.4 -
<1 -
15.1 MCI 13* 4 81.6 - 31 - 49.4 MCI 15* 4 54.9 -
<1 -
25.0 MCI 17* 4 49 -
<1 -
20.3
- SRL research wells.
I 1 1 I l
\
l i
-155-
1 I i TABLE 4-1 RADIOACTIVITY IN BURIAL' GROUNDS GROUNDWATER l No. of Ct. Err. Ct. Err. Perimeter Wells Samples Maximum 95% C1. Minimum 95% C1. Average H-l'(pCi/mt) i BC 10 11 37,600 1349 20,500 +417 27,900 , BG 26 4 34.6 +1.79 28.1 + 1. 61 30.2 BG 27 4 32.4 {1.74 26.9 31.55 29.7 BG 28 4 38.2 +1.86 29.8 +1.61 34.3 BG 29 4 49.3 I2.06 42.8 II.86 45.7 BC 30 4 40.2 {1.89 33.5 51.69 37.6 BG 31 4 1,170 123.5 201 13.83 510 BG 32 4 18.8 11.43 12.0 +1.20 ~1f.5 BG 33 4 899 +18.1 16.9 +1.36 279 BC 34 4 8,560 5179 702 {64.2 4,110 BG 35 4 139 13.18 36.3 11.74 91.7 BC 36 5 33,900 +682 17.0 11.39 6,800 BG 37 4 29.3 11.65 18.4 1 36 1 23.4 BG 38 4 54.3 +2.09 26.1 +1.54 38.0 BC 39 4 18.0 II.41 13.5 71.24 14.8 BG 40 4 19.7 51.43 3.95 10.4 {1.00 BC 41 4 21.7 +1.50 8.36 +1.10 17.8 BC 42 4 61.8 I2.26 20.9 71.45 32.9 BG 43 4 59.8 72.26 22.9 71.44 35.9 BC 51 3 22.8 31.46 18.9 31.41 21.0 ,, BG 52 4 126 +3.16 19.7 +1.36 50.1 BG 53 4 16.2 II.37 12.5 71.24 14.6 BG 54 e 177 I3.72 25.5 71.59 89.5 BC 55 8,920 5112 2,870 [59.1' 5,530 BC 56 53,900 11,080 5,240 1 106 29,300 ; BG 57 4 831 +16.1 68.1 +2.30 356 BC 58 3 21.4 II.43 16.5 71.35 18.3 ! BG 59 4 51.8 72.10 35.1 71.72 47.2 ! BG 60 4 24.9 II.54 23.4 71.52 24.1 ' BG 61 4 48.0 II.99 42.4 71.90 45.4 BC 62 4 48.7 I2.00 36.5 I1.79 41.7 ] BG 63 4 54.4 32.09 37,2 51.84 44.8 BG 64 4 [ 31.9 +1.73 26.0 +1.53 29.3 BG 65 4 39.6 I1.88 28.6 II.59 34.4 BG 66 4 49.6 I2.06 42.9 71.91 46.6 BG 67 4 134 73.21 69.4 72.28 99.9 BC 68 1 43.4 II.84 43.4 I1.84 43.4 i BG 69 1 7.990 3238 7,990 7,990 {238 BC 70 2 2.480 149.7 283 +4.85 1,380 BG 71 2 3,270 +16.2 2,310 +43.4 2.790 BG 72 2 11,800 1239 1,950 +12.5 6,880 BG 73 2 908 +25.2 89.9 +2.84 499 BC 74 2 418 I27.9 31.7 71.85 225 . BG 75 2 1,510 330.4 716 37.63 1,110 BG 76 2 1,160 +41.4 567 +11.5 864 BG 77 2 18,000 5359 478 519.1 9,240 BG 78 2 144 +12.4 143 +3.33 144 BG 79 2 4,620 392.4 54) 3113 2.580 BG 80 1 851 +65.2 851 851 165.2 BG 81 1 140 +44.6 140 +44.6 140 4 BG 82 1 83.9 582.2 83.9 {82.2 83.9 I i
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.,. , , . -._ . , ~ , , - -- - _ _ . ,_
TABLE 4-1 RADIOACTIVITY IN BURIAL GROUNDS GROUNDWATER No. of Ct. Err. Ct. Err. Perimeter Wells Samples Maximum 951 C1. Minimum 951 C1. Average H-3 (pCi/mt) BC 83 1 1,400 128.1 1,400 128.1 1,400 BC 84 1 36.6 +1.71 36.6 +1.71 36.6 BC 85 1 32.1 71.63 32.1 II.63 32.1 BC 86 1 38.5 {l.75 38.5 31.75 38.5 BG 87 1 20.5 11.39 20.5 +1.39 20.5 BG 88 2 26.7 11.52 25.9 11.62 26.3 BC 89 2 35.5 11.66 33.3 11.78 34.4 BG 90 1 20.0 11.37 20.0 +1.37 20.0 hside 643 7G BG 204GR* 1 78 - 78 - 78 BC 206CR* 2 4,280 - 3,710 - 4,000 BC 20BCR* 2 74,300 - 43,200 - 58,800 BG 210GR* 1 436 - 436 - 436 BG 212GR* 2 162 - 142 - 152 BG 216CR* 1 53 - 53 - 53 BG 218GR* 2 54 - 52 - 53 BG 220GR* 2 61 - 58 - 59.5 BG 222CR* 4 539 - 55 - 188 BG 402GR* 1 462 - 462 - 462 BC 404GR* 1 655 - 655 - 655 BC 406GR* 1 1,240 - 1,240 - 1,240 BC 408GR* 1 114,000 - 114,000 - 114,000 BC 410GR* 2 55 - 52 - 53.5 BC 420GR* 2 547 - 431 - 489 BC 422GR* 3 485 - 223 - 357 BG 620GR* 2 1,360 - 1,050 - 1,200 BG 622CR* 1 820 - 820 - 820 BC 818CR* 1 239 - 239 - 239 BG 820GR* 1 188 - 188 - 188 BG 822GR* 4 902,000 - 301,000 - 584,000
- SRL research wells, reported in previous annual reports in abbreviated form (i.e. , BG 204GR = 22.04, BG 822CR = 28.22).
1
-157 -
TABLE 4-1 RADIOACTIVITY IN BURIAL GROUNDS GROUNDWATER No. of Ct. Err. Ct. Err. Inside 643 C Samples Maximum 95% C1. Minimum 95% C1. Averate H 3 (pct /mL) MCA 1* 4 72,800 - 3,540 - 48,700 MCA 3* 4 482,000 - 37,900 - 158,000 MCA 5* 4 204,000 - 8,081 - 94,700 i MGA 7* 4 24,000 - 3,110 - 15,900 MCA 11* 4 77 - 36 - 50 MCA 19* 4 345 - 121 - 179 , MCA 21* 4 269 - 113 - 172 1 MCA 23* 4 324 - 94 - 159 MGA 32* 4 605 - 87 - 221 . MCA 34* 4 323 - 126 - 193 l MCA 36 2 34,800 1234 10,700 +121 23,200 MCC 1* 4 14,700 - 192 - 4,040 MCC 3* 4 242,000 - 95,600 - 135,000 NGC 5* 3 20,900,000 - 545,000 - 7.350,000 MCC 7* 4 2,940,000 - 438,000 - 1,600,000 MCC 9 4 24,800 1314 16,600 21,100 1235 MCC 11 1 31.5 +1.68 31.5 +1.68 31.5 HCC 13* 4 123 - 73 - 91 MCC 15* 4 177 - 63 - 106 MCC 17* 4 184 - 71 - 105 , MCC 19 4 59.0 +2.25 49.8 +1.95 54.8 ' MCC 21* 4 4,540 7 1,950 7 2,950 MCC 23 3 19,700 +412 4,680 +81.3 11,500 MCC 30* 4 866 147 - 337 MCC 32 4 12,700 +93.2 844 +24.6 7,880 MCC 34* 3 899 7 742 7 806 l MCC 36 4 3,070 161.5 1,060 +27.3 2,130 MCE 1* 4 31,200 - 9,780 - 20,000 MCE 3* 4 9,930,000 - 170,000 - 2,620,000 ! MCE 5* 3 62,200 - 4,470 - 38,100 MGE 7* 4 292,000 - 506 - 78,600 MGE 9 4 13,900 +30.6 880 +17.8 4,920 MGE 13* 4 219 -
.134 -
178 MGE 17* 3 145 - 143 - 144 MGE 19* 4 362 - 184 - 299 . N E 21 4 2,140 +43.0 119 1,390 ' MCE 23* 4 12.88 409 - 158 - 226 HGE 30 4 188 +3.94 105 +2.80 144 NGE 32* 4 116,000 7 42,900 7 76,200 MGE 34 4 270,000 15,406 11,400 +196 141,000 l MGE 36* 4 1,360,000 - 235,000 - 814,300 MCC 1* 3 2,000 - 1,650 - 1,880 MCG 3* 4 4,330 l 3,640 - 3,920 HCG 5* 4 1,260 - 240 -
$56 MGC 7* 4 41,900 -
13,o00 . 28,500 MCC 9* 4 1,410 -
$15 -
921 MCC 13* 4 6,690,000 - 497,000 - 2,790,000 McG 15 4 66,600 +465 8,090 1170 24.600
*SRL research wells, d
- 158 -
TABLE 4-1 RADIOACTIVITY IN BURIAL GROUNDS GROUNDWATER j No. of Ct. Err. Ct. Err. Inside 643 G Samples Maximum 95% C1. Minimum 95% C1. Average H-3 (pCi/mL) MCG 17* 4 3,740 - 2,500 - 3,190 MCG 19 4 59.3 +2.17 45.4 +1.88 50.6 MGG 21* 4 127,000 7 54.700 ! 94,100 MGG 21A 4 8,210 - 4,300 - 6,110 MGG 21B* 4 2,160,000 - 27.600 - 1,500,000 MGG 21P* 4 4,410,000 - 2,940,000 - 3,450,000 MGG 23 4 329 +4.78 215 +3.81 268 MCG 28 4 63.7 +2.17 52.7 72.0- 57.5 MGG 30* 4 1,900 7 344 7 1.150 MCG 32* 4 556,000 - 39,100 - 252,000 MCG 34* 4 118,000,000 - 172,000 - 29,600,000 MGG 36 4 199,000 +802 30,300 +322 81,700 MCI 1* 4 93,200 - 41,800 - 59,900 MGI 5* 4 59,100 - 15,400 - 41,700 MGI 7* 4 302,000 - 15,700 - 151,000 MCI 9* 4 177 - 102 - 138 MGI 13* 4 183 - 84 - 119 MGI 15* 4 952 - 89 - 369 MGI 17* 4 397 - 146 - 211
*SRL research wells, i
1 l l f 2 l
-159- !
TABLE 4 2 RADIOACTIVITY IN F-AREA GROUNDWATER No. of Ct. Err. Ct. Err. Seepage Basin Samples Maximum 95% C1. Minimum 95% Cl. Average Cross Alpha (rCi/L) F 9 2 0.49 +0.44 0.10 +0.36 0.29 F 10 2 192 I24.3 59.3 713.8 126 F 14 2 10.6 72.12 0.63 70.59 5.61 F 15 4 18.4 32.79 7.16 31.75 12.9 F 16 4 32.9 +3.57 9.54 +2.01 22.4 F 17 4 10.3 I2.06 0.68 +0.$2 4.46 F 18A 4 40.8 I3.97 31.5 +3.65 36.5 F 24 4 0.73 I0.55 0.10 70.33 0.30 F 25 4 1.87 30.88 0.68 {0.52 1.2P Nonvolatile Beta (pCi/L) F 9 2 36.6 +3.31 33.5 +3.45 35.1 F 10 2 973 746.1 843 743.2 908 F 14 2 2,210 526.0 57.8 [4.49 1,130 F 15 4 113 +6.11 71.7 +4.92 92.4 F 16 4 728 +13.9 251 +9.00 477 F 17 4 2,420 [27.6 7.75 [1.78 1,020 F 18A 4 494 +11.4 259 +9.14 356 F 24 4 4.88 +1.81 0.73 +1.15 2.55 F 25 4 94.4 35.61 10.5 {1.97 42.1 H-3 (pci /mL) F 9 2 5,150 +106 4,500 +93.5 4,830 F 10 2 67,200 {1,360 53,800 [406 60,500 F 14 2 9,070 +190 3,780 +119 6,430 F 15 4 3,210 [47.9 921 [27.4 1,730 F 16 4 13,000 +216 1,280 +130 7.160 F 17 4 2,700 +55.7 51.9 +2.08 1.260 F 18A 4 24,900 +41.5 6,660 +225 13,100 F 24
- 47.2 +1.94 32.7 +1.73 39.8 F 25 4 47.4 {2.06 36.4 31.81 42.1 Sr-90 (pci/mt)
F 10 2 231 +20.5 101 +22.7 166 l e
-160 -
TABLE 4-2 RADIOACTIVITY IN F-AREA GROUNDWATER No. of Ct. Err. Ct. Err. Canyon Wells Samples Maximum 95% C1. Minimum 95% Cl. Average Cross Alpha (pCi/L) FCA 2D 12 75.4 +5.64 24.9 +3.14 49.5 FCA 9D 2 4.95 ~+1.49 1.95 70.89 3.45 FCA 10A 2 1.19 +0.78 0.72 70.54 0.95 FCA 10D 2 3.48 ~I1.20 3.12 II.20 3.30 FCA 16A 2 1.23 +0.71 0.43 70.53 0.83 FCA 16D 4 2.10 [0.98 0.37 50.64 1.58 Nonvolatile Beta (pCi/L) FCA 2D 12 651 +13.1 252 +8.32 394 FCA 9D 2 9.27 I2.29 5.50 71.90 7.38 FCA 10A 2 4.42 II.82 4.09 II.87 4.25 FCA 10D 2 12.5 I2.41 8.42 I2.22 10.5 FCA 16A 2 5.35 I1.89 2.30 II.69 3.82 FCA 16D 4 12.1 {2.24 4.80 {1.85 7.74 H-3 (pci/mt) FCA 2D 11 34.1 +1.70 17.1 +3.71 22.8 FCA 9D 1 7.85 71.11 7.85 71.11 7.85 FCA 10A 1 8.3 +1.12 8.30 II.12 8.30 FCA 10D 1 11.5 71.22 11.5 71.22 11.5 FCA 16A 1 7.6 +1.10 7.60 II.10 7.60 FCA 16D 3 482 36.37 292 [4.54 396 Cr-51 (pCi/mt) FCA 2D 13 0.00 +1.10 0.00 +0.23 0.00 FCA 9D 1 0.00 73.00 0.00 73.00 0.00 FCA 10A 1 0.00 I3.00 0.00 73.00 0.00 FCA 10D 1 0.00 I 3.00 0.00 I3.00 0.00 FCA 16A 1 0.00 I3.00 0.00 73.00 0.00 FCA 16D 2 0.00 I .31
-I 0.00 I3.00 0.00 )
l l Co-60 (pct /mt) 1 FCA 2D 13 0.00 +0.08 0.00 +0.02 0.00 FCA 9D 3 0.00 70.07 0.00 70.10 0.00 FCA 10A 3 0.00 -+0.07 0.00 70.10 0.00 FCA 10D 3 0.00 ~
+0.07 0.00 70.10 0.00 FCA 16A 3 0.00 70.07 0.00 70.10 0.00 FCA 16D 2 0.00 30.06 0.00 50.10 0.00 Sr-90 (pci/mt)
FCA 2D 12 13.7 +3.70 -0.79 +2.74 6.04 FCA 9D 2 3.45 72.92 0.00 I2.41 1.72 FCA 10A 2 0.29 I2.44 -1.35 72.38 -0.53 FCA 10D 3 4.90 I2.94 3.90 Ie.97 4.57 FCA 16A 2 -0.58 32.34 -0.60 32.47 -0.59 FCA 16D 2 1.73 +2.61 -0.30 +2.51 0.71
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_ . . . . - . . . - . .- .. . --. .. . . .. -~ . . . l l l TABLE 4-2 l RADIOACTIVITY IN F-AREA GROUNDWATER ? - l l l i ho. of Ct. Err. Ct. Err. Ca.syon Welle Samples Maximum 95% C1. Minimum 95% C1. Averate i 2r-95, Nb-9$ (pCi/mL) FCA 2D 13 0.00 ~+0.27 0.00 +0.05 0.00 FCA 9D 1 0.00 +0.40 0.00 70.40 0.00 FCA 10A 1 0.00 70.40 0.00 70.40 0.00 FCA 10b 1 0.00 I0.40 0.00 ~IO.40 0.00
~
FCA 16A 1 0.00 70.40 0.00 +0.40 0.00 FCA 16D 2 0.00 {0.26_ 0.00 {0.40 0.00 Ru-103,(pC1/mL) FCA 2D 13 0.00 +0.11 0.00 +0.02 0.00 FCA 9D 1 0.00 50.20 0.00 50.20 0.00 1' FCA 10A 1 0.00 +0.20 .0.00 +0.20 0.00 FCA 10D 1 0.00 I0.20 0.00 70.20 0.00 FCA 16A 1 0.00 I0.20 0.00 70.20 0.00 FCA 16D 2 0.00 30.10 0.00 50.20 0.00 Ru-106 (pci/mt) FCA 2D 13 0.00 +0.70 0.00 +0.17 0.00 FCA 9D 1 0.00 II.00 0.00 II.00 0.00 FCA 10A 1 0.00 II.00 0.00 II.00 0.00 FCA 10D 1 0.00 II.00 0.00 I1.00 0.00 FCA 16A 1 0.00 II.00 0.00 II.00 0.00 : FCA 16D 2 0.00 -{0.52 0.00 {l.00 0.00 I
$b-125 (pci/mL)
FCA 2D 13 0.00 +0.23 0.00 ~+0.05 0.00 FCA 9D 1 0.00 70.20 0.00 +0.20 0.00 FCA 10A 1 0.00 IO.20 0.00 70.20 0.00 FCA 10D 1 0.00 ~+0.20 0.00 70.20 0.00 FCA 16A 1 0.00 {0.20 0.00 {0.20 0.00 , FCA 16D 2 0.00 +0.17 0.00 +0.20 0.00 ! 1 131 (pCi/mL) l l FCA 2D 13 0.00 +0.55 0.00 +0.05 0.00 FCA 9D 1 0.00 712.0 0.00 I12.0 0.00 FCA 10A 1 0.00 712.0 0.00 I12.0 0.00 FCA 10D FCA 16A 1 1 0.00 0.00 {13.0
+12.0 0.00 0.00 313.0
+12.0 0.00 0.00 j '
l FCA 16D 2 0.00 }1.33 0.00 512.0 0.00 Cs 134 (pci/mt) FCA 2D 13 0.00 +0.07 0.00 +0.02 0.00 FCA 9D 2 0.00 70.10 0.00 I0.10 0.00 FCA 10A 2 0.00 70.10 0.00 ~IO.10 0.00 FCA 10D 2 0.00 ~+0.10 0.00 +0.10 0.00 FCA 16A 2 0.00 70.10 0.00 IO.10 0.00 FCA 16D 2 0.00 [0.04 0.00 {0.10 0.00
-162- , ~ . . _ _ - _ , _ - . . - - _ _ . _ _ _ .- _.. _ .._. --_-., _ ..-_ - . - _ . _
TABLE 4-2 RADIOACTIVITY IN F-AREA GROUNDWATER No. of Ct. Err. Ct. Err. Canyon k' ells Samples Maximum 95% C1. Minimum 95% C1. Average Cs-137 (pci/mL) FCA 2D 13 0.00 +0.08 0.00 +0.02 0.00 FCA 9D 2 0.00 70.01 0.00 70.10 0.00 FCA 10A 2 0.03 70.02 0.00 +0 .10 0.01 FCA 10D 2 0.00 30.01 0.00 [0.10 0.00 FCA 16A 2 0.00 +0.01 0.00 +0.10 0.00 FCA 16D 2 0.00 {0.07 0.00 50.10 0.00 Ce-144 (pCi/ml) FCA 2D 13 0.00 +0.62 0.00 +0.12 0.00 FCA 9D 1 0.00 II.00 0.00 I1.00 0.00 FCA 10A 1 0.00 I I.00 0.00 II.00 0.00 FCA 10D 1 0.00 71.00 0.00 71.00 0.00 FCA 16A 1 0.00 +1.00 0.00 71.00 0.00 FCA 16D 2 0.00 30.48 0.00 {1.00 0.00 Chemical Cesium (pC1/mL) FCA 2D 5 3.19 +2.87 -0.37 +1.84 1.24
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TABLE 4 2 . RADIOACTIVITY IN F-AREA GROUNDWATER No. of Ct. Err. Ct. Err. Tank Farm Samples Maximum 95% C1. Minimum 95% C1. ge s Cross Alpha (pC1/L) FTF 2 12 2.12 +1.28 0.29 +0.44 1.00 FTF 3 12 1.92 I0.90 0.48 70.43 1.02 FTF 4 11 2.92 71.45 0.61 70.50 1.21 FTF 5 10 4.33 71.29 0.10 70.36 1.75 FTF 6 12 59.4 I5.01 6.06 II.55 40.7 FTF 7 12 4.05 71.33 0.10 70.36 1.11 FTF 9 10 4.82 71.92 0.29 70.33 1.20 FTF 10 3 3.61 II.65 1.25 I0.69 2.80 FTF 11 1 3.99 +1.33 3.99 II.33 3.99 f FTF 12 11 0.31 70.36 -0.19 70.27 0.07 : FTF 13 12 0.39 ~+0.48 -0.10 70.33 0.13 ! FTF 15 12 1.15 50.76 0.38 30.38 0.71 FTF 16 12 1.73 +0.81 0.32 +0.47 0.75 FTF 17 12 1.97 70.95 0.82 70.58 1.19 FTF 18 12 1.15 70.67 0.19 70.47 0.45 FTF 19 12 0.87 +0.58 0.00 30.29 0.45 FTF 20 12 2.31 +0.94- 0.38 +0.47 1.19 FTF 21 12 0.31 70.36 -0.10 ~+0.21 0.07 FTF 22 12 1.25 70.75 0.19 70.47 0.84 i 71.12 FTF 23 12 2.80 0.87 ~70.58 1.56 FTF 24A 12 1.33 70.74 -0.10 +0.19 0.61 FTF 25A 11 0.92 70.61 0.19 70.39 0.55 FTF 26 11 1.16 IO.76 0.19 70.38 0.82 FTF 27 12 0.97 50.68 -0.10 30.33 0.29 Nonvolatile Beta (pCi/L) FTF 2 12 8.41 +1.86 2.18 +1.63 4.21
. FTF 3 12 5.56 71.56 2.85 71.41 4.23 i
FTF 4 11 18.30 72.76 3.05 71.43 6.85 FTF 5 10 588 I12.5 127 75.94 319 l FTF 6 12 34,600 {104 1,390 {19.4 16.995 FTF 7 12 486 +12.4 77.8 +4.67 217 FTF 9 10 33.7 73.14 2.76 71.63 10.7 FTF 10 3 21.1 I3.74 9.72 71.92 15.8 FTF 11 1 13.4 72.43 13.4 72.43 13.4 Fit 12 11 10.5 72.00 4.41 II.78 7.71 FTF 13 12 2.40 71.57 -0.20 71.08 1.04 FTF 15 12 5.51 II.88 0.31 I1.35 1.92 FTF 16 12 2.98 II.42 0.61 71.09 1.38 l FTF 17 12 4.17 71.76 1.38 +1.56 2.5= FTF 18 1.73 71.53 0.24 I1.31 l 12 0.83 FTF 19 12 59.3 74.12 6.07 71.64 19.1 FTF 20 12 63.5 I4.25 2.29 71.32 19.8 FTF 21 12 12.4 I2.10 5.8) II.67 8.97 FTF 22 12 3.04 II.36 0.51 71.47 1.87 FTP 23 12 3.86 +1.73 0.16 71.32 2.35 FTF 24A 12 15.2 I2.29 4.25 71.77 8.68 FiF 25A 11 17.5 I2.36 9.84 I2.22 13.4 FTF 26 11 43.3 33.82 14.1 32.51 27.2 FTF 27 12 14.4 +2.24 3.31 +1.68 9.05
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1 4
TABLE 4-2 RADIOACTIVITY IN F-AREA GROUNDWATER No. of Ct. Err. . Ct.. Err. Tank Farm Samples Maximum 95% C1. Min; mum 951 Cl. Average H 3 (pCi/mt) FTF 2 11 12.3 +1.35 0.79 +0.90 4.43 FTF 3 11 5.38 II.15 3.81 ~+0.98 4.75 FIF 4 11 12.7 {1.37 1.32 5.56 FTJ 5 31.04 9 76.0 +2.59 49.2 +1.96 57.4 FTF 6 12 282 I4.34 17.9 II.51 141 FTF 7 12 28.2 II.63 2.58 I0.91 8.59 FTP 9 9 15.8 71.35 11.8 II.17 14.1 FTF 10 2 10.9 71.32 8.67 71.08 9.78 FTF 11 1 24.9 I1.64 24.9 ~1.64 24.9 FTF 12 11 21.6 71.60 15.9 71.43 17.7 FTF 13 12 12.2 II.36 7.62 II.08 9.76 FTF 15 12 11.5 II.19 8.75 ~II.12 10.0 FTF 16 12 9.56 71.25 6.44 +0.96 8.62 FTF 17 12 12.8 71.23 9.22 II.13
- 10.6 FTF 18 12 11.6 II.19 6.43 II.09 7.88 FTF 19 12 41.6 8.06
{1.93 {1.10 11.9 1 7TF 20 12 18.8 +1.43 10.8 +1.09 14.2 FTF 21 12 12.2 II.36 7.50 II.12 9.15 FTF 22 12 13.8 II.40 9.79 II.14 11.4 FTF 23 12 8.82 II.14 6.42 II.03 7.49 FTF 24A 12 24.8 71.42 19.7 II.45 22.9 FTF 25A 10 26.9 17.1 31.66 [1.37 20.7 FTF 26 12 22.2 +1.46 12.7 +1.23 17.5 FTF 27 12 32.9 20.2 {1.60 [1.57 28.2 Cr-51 (pC1/mL) FTF 24A 11 0.00 +1.72 0.00 +0.72 0.00 FTF 25A 11 0.00 0.00 31.65 30.76 0.00 FTF 26 11 0.00 +1.68 0.00 +0.82 0.00 FTF 27 11 0.00 +1.62 0.00 + _0.70 0.00 Co-60 (pci/mL) FTF 24A 15 0.00 +0.06 0.00 +0.05 0.00 FTF 25A 15 0.00 ~
+0.06 0.00 70.07 0.00 FTF 26 15 0.00 +0.08 0.00 70.05 FTF 27 0.00 15 0.00 }0.08 0.00 0.00
{0.05 Zr-95. Nb-95 (pCi/mt) FTF 24A 11 0.00 +0.16 0.00 +0.20 0.00 FTF 25A 11 0.00 IO.15 0.00 70.18 0.00 FTF 26 11 0.00 0.00 50.15 50.19 0.00 FTF 27 11 0.00 +0.19 0.00 +0.20 0.00
-165 -
TABLE.4-2 i RADIOACTIVITY IN F-AREA GROUNDWATER l i l l l No. of Ct. Err. Ct. Err. Canyon Wells Samples Har.imum 95% C1. Minimum 95% C1. Averste Ru-103 (pci/mL) FTF 24A 11 0.00 +0.13 0.00 +0.07 0.00 FTF 25A 11 0.00 IO.14 0.00 IO.08 0.00 FTF 26 11 0.00 70.12 0.00 70.07 ~ 0.00 FTF 27 11 0.00 {0.15 0.00 50.07 0.00 .i I Ru-106 (pci/mt) FTF 24A 11 0.00 +0.72 0.00 ~+0.55 0.00 FTF 25A 11 0.00 70.69 0.00 +0.49 0.00 FTF 26 11 0.00 70.63 0.00 I0.70 0.00 FTF 27 11 0.00 50.64 0.00 50.50 0.00 Sb-125 (pci/mL) FTF 24A 11 0.00 +0.21 0.00 +0.19 0.00 FTF 25A 11 0.00 [0.21 0.00 50.18 0.00 FTF 26 11 0.00 +0.23 0.00 +0.18 0.00 FTF 27 11 0.00 {0.22 0.00 50.19 0.00 j 1 1-131 (pci/mL) J FTF 24A 11 0.00 12.01 0.00 10.17 0.00 ; FTF 25A 11 0.00 +1.92 0.00 +0.17 0.00 : FTF 26 11 0.00 {1.98 0.00 50.20 0.00 l FTF 27 11 0.00 11.96 0.00 10.17 0.00
- Cs-134 (pCi/mL) f FTF 24A 13 0.00 +0.07 0.00 +0.06 0.00 1 FTF 25A 13 0.00 4 .05 0.00 50.06 0.00 !
FTF 26 13 0.00 +0.07 0.00 ~+0.06 0.00 FTF 27 13 0.00 {0.07 0.00 +0.06 0.00 Cs-137 (pct /et) FTF 24A 13 0.00 +0.08 0.00 ~+0.08 0.00 FIF 25A 13 0.36 I0.05' O.00 ~+0.07 0.06 FTF 26 13 0.06 70.02 0.00 +0.09 0.01 FTF 27 13 0.00 {0.07 0.00 {0.09 0.00 Ce-144 (pci/mt) l j FTF 24A 11 0.00 10.62 0.00 10.49 0.00 FTF 25A 11 0.00 +0.58 0.00 +0 47 0.00 l FTF 26 11 0.00 +0.63 0.00 +0.45 0.00 FTF 27 11 0.00 50.58 0.00 {0.48 0.00 l i t
-166 - ;
a
, , , - - - , . - - - , , , - , - ,nnn . , , , - --- , , - , . . - , . - . - - -, - , , . . . - . . . . , - . - - . .
TABLE 4-3 CHEMICAL CONCENTRATIONS IN F-AREA GROUNDWATER i i tiell s PAC 3. P Area Acid /Caestit Basta Wells PAL 1. P-Area A Line SAP Grid W 78015 ) werers f*5L) $1P Grad W 76115.9 eeters f*4L) Coordinates E 55322.7 Screen 2cce tiesation 77. neg,5 Coordteates t $ 3 756.6 *c reee. 2 ore Elesaaten 72.7 6).1 Latttvde 3).289592<h Top o f Cas tr a Ele v at ion 95.0) Latitude 33.266252'N Top of Cas teg Elevation 95.37 Lomattade 81.6 ?26 ?* N Casieg "sterial P'JC Longitude g l . 6 7 6 9 9 7 'h' Cas teg *aterial hC Para *eter twits '" ' C 6 9 7 05/0%'8? C9 B'67 10 01'57 Parameter tates 0 ),10 / 8 ? 05 /1* > $ 7 09/0 ett llelitti
$sapitag *et hed -
Batt Batt Saapi tr g *e:Fod Pump Pura Per Pasp kater Elevation meters 70.3 7.) heter flesatice meters 66.) 66.h 66.5 66.8 pH pu 6.8
. g,7 .9 pH pH 6.9 6.8 6.6 Coadsctivity wwos /cm .
263 93 Cond4ctivity s.ek o s /co 150 230 175 169 TOS eg!L + . TOS mg't 92 84 10 92 arseric egit arsente ag'L 0.002 0.002 <0.002 <0.002 lat t e eg/L . . . 8t a t t ua o g 't 0.016 0.020 0.016 C.018 B e ry l l t ue eg't . E e r v 11 t n og!L + Caset e eg/L (o.002 . Cante egrt 0.002 < 0. 00 2 <0.002 <0.002 Ca i c t ue egrt . Caletus eg't 12.6 . - Chloride eg/L - . Chlortte og'L )9 - . C h r os t um eg/L . . Mroetwo og/L < L 00= +LCh so. m < t 0,0 Cepper og/L
- Copper og'L . - - .
Cvastde eg/L . Csa*1de og 'L * * - - F l act ide eg/L Flacrtde eg/L 0.24 0.17 0.)3 0.10 tre get !ren eg/L 0.216 L ui - Lead eg'L o c2g Lead og/L <3.006 < 0. 006 <0.006 <0,006
*a gnes t a eg 't . *agneslun eg/L 3.55 - * * *aagaeese ag/L o ot, v aagares, eg L 0.051 -
0.C%8 +
*er c u rv ,g,L 2 f g; *ercury eg't <0.0002 (0. 0 0w < 0. 0C0 2 <0.0002 Ktchel eg t e
. <.t c a e l eg<L - - -
- Po t a s s t ue ggtt . 'otasst.e eg/L 1.39 -
Selent e eg/L 5elentum egiL <0.002 (0.002 0.002 0.0^2 Stitta e g ' t. . Stitca eget 5.83 -
$ 11s e r eg L - . *11ver eget <0.0020 0.0020 <0.0020 < 0. 00 2 0 5 24 t o eg>L g 0; 5o4 La og 't 1*.9
- Stal Presphate eg>L *
' . 36 . Total P5csphate eg 't 0.110 +
2inc ngit Zinc aset - - kO) (as M) eget h0} (as Mt eg L 50.05 < 0 05 0.31 0.4) 50, eg L - S0 g eg fL < 3. 0 .
- P'.e u l s eg 't Phenn t e eg tt 0.006 . -
- Tot. Org. Carton es/L . Tot. Org . Car bon eg/L (1.000 't.CC) '!.C00 <1.000 Tot. Org. Malegen "g/L Tet. Cig. Halogen eg/L 0.C29 0.02) 0.020 0.027 Carben Tet. 'c'l Carbee .et agrL <3.001 Ch l o r e f e re eget . . Chlorefore ag/L sc.t.. -
Tetrachlorattece eg L Te t r a c t l e r ee t t.e ee og/L * - 0.001 Tr i c h lor oe t heme eg!L
- T r i c h t erce t kene og/L .
0.0)' i.1.1 TCt eg/L 1.1.1*TCt og>L + -
<0.00.
Cress alpaa n a r; s.5 ':ress Alpha FCL/L ').O 2.2 < 3. 0 - Menvol. Beta sCt/L - 34.. . Mensel. leta pCirL 10.6 5.7 '20 . Tetal Radi a pCitt 23,1 Tc t al Radtwo pct /L 0.9 al.0 1.5 Tr a t ta gCtest Trttlee pCliet 0.72 c0.70 < 0. t0 1. 0 Well PAC 6. P- Area Ac id/Caest ie Bas te Wells PAL 2. P-Area A Lise SRP Geld a 18 2 2 ) . t **ters 95 L ' SRP Grte N '4231.9 *etere '"St> Cecrd anstes t $ 56 72. 9 screen 2eee flesation 7 2. 5 6 ). ) Coordinates t 53757.6 Screen Zeve Elevation 72.5-6) 0 Latttude 33.299292's Top of Cas tr g !!evation 96.65 Latttede )).266510'N Tcp of Cas teg Elevat tee 95.12 Lor g t t ade 61.672677N Casing *ater nal D C Leesttvde 81. 6 ? ? 210' h Casted *at er tal h ^ Para +eter t* t t s 0 2 / 0!' 6 ? 05/04 87 016197 ter:1.e' Para *eter tette ,0),/10 ' 8 7 C%r19 97 C9'07/s+ lirls g' Saepling Pe thod P ues P .e p Puap P se p S a*p i t e g e t wed Puey Puep Poep 72.p kater Elevattoe meters 69.7 69.8 70 0 h ete r E levat ten eeters 66.* 66.4 66.6 66.; pM ph 5.0 5.2 5.6 5.2 pH pH 6.8 6.7 6.5 6.0 Cenductivity uth s/c, 130 130 126 122 C+edactivity we* >s /cm 10 66C 2 D0 1C0 70s eg/L $8 - T5 es te 90 62 62 $0 Arsenic eg>L < 0. 00 2 . arneatc eg/L < 0.C O2 ' O . 0C 2 'O.002 0.002 Bart.e og L C.C)? lartve eg/L 0,C13 0.019 0.016 0.016 Berv11tue og 't - Berylltue es tL - Cadstuu og/L w.CO2 0.002 - Cadete eg>L <C.CC2 <0.002 (0.002 (0 N2 Calctum eg/L 4 . Calet e eg>L 9.52 - - . Chlertde og, L 2.6. 5 Chlettde eg;L ).7 . C h r ea t e eg/L ( 0.054 C*rcotwo eg't 0.0 * 'O.C04 'O.00 s0. W Copper og L Ccpper eg>L - . . Cvaetde sg/L - - Cya9tde og'l . . . . Flaortde og/L 50.10 P1wortte =g /t 0.15 0.26 0.20 0.98 t ree eg/L 0.ce o tron eg/L 0.*02 - C.051 - Le a d agrL < 0. 00 6 (0.026 Lead agit < 0.CC6 (0.C06 0.0C6 < 0. 0:6 Fageestan eg/L 3.30 - *ageestve eg/L 2.02 . S angarese es>L 0.272 -
- 0. 104 -
Pa gar:ese og>L 0.180 - 0.225
- ertwry eg/L <0.CCO2 (0.0002 *ercury es L 0.0002 s0.0002 (0.0C02 (0.0002 Mtesel egrL - 5ttael eg't -
Potassius eg'L ). 7 2 . - Potasstan es 't 1.22 - . Se tente og 't (0.002 Selen t a esfL 'O.CO2 (0.;J 0.002 <0.002 5tlica e g 't 4.57 . Silica egit 5.01 Silver eg't 0.0020 . 5tiver eg L 0.0020 <0.00:* O Ov20 <0.cC20 le d ias eg'L 3.37 + 3.60 - Sc d t e eg>L 17.7 - . Total Pke sphate egrL 0.0?? 0.C 8 0 0.C60 T*t al PS.esphat e eg'L 0.370 . 2 toc eg/L C 009 - - 21cc eg/L . . . NO3 fas WI egit 0.20 - -
%C) ias 9) og't 'O.05 0.15 0 50 0.40 SO S eg.L 51.0 46.0 5% o g /l < 3. 0 Pkemols eg'L 0.072 - F*eaols og /L 0. 00 5 . . l Tot. Org. Carbon eg/L ( 1. M0 . ( 1. C CC Tot, ces. Carbon eg/L 1.10 fl.000 1.00 cl.0c0 Tot. Org. Malegen eg/L <C.005 C.CC9 Tot. Ceg. Malogen egrL 0.056 0.029 0,019 0.030 Carbon Tet, eg/L - Carbo
- Tet. eg/L - - 0.001 .
CSlcrofore eg'L + -
<*lerefere agrL 0.0:1 -
Te t r ac h loroe the re *get . . - Te t r ac hloreet tene og/L - -
<0.001 -
Tracklereetmeae es!L - TrichlercetSere egIL 0.031 . 1.1,1 TCt og.L - . . 1.1.1.TCt es!L * * (0.001 Gress Alpha pct /L 13.5 18.7 - Crees altva pct /L (3.0 3.6 2.1 * >>evel . le t a pct /L 16.2 + 12.2 Nee vel . Be t a pct!L 12.5 7.4 (2.0 . Tetal Radi n pct /L 11.5 9.6 Total Radio pCL/L 0.9 <l.0 1.6 . l Trittue ;Cliet 1.22 Tritte pCleet 1.20 <0.'O 1,90 i
-167 - l
l TABLE 4-3 l CHEMICAL CONCENTRATIONS IN F-AREA GROUNDWATER Other Analyses (es/L) Welle FSF 2A, F-Area Berateg/ Rubble Pits (CCW5 Scan Anelytes: Table 4 25, Vol. !!! ggp g,g g y 73rgg,5 peters IMSL) Coordinates t 50516.1 Screen Zone Elevation 50.9**l.8 05/19/87 Latitude 31.286521's Top of Casteg tievatten 88.11 FAL 1 Casing Naternal Plc 8ennene <0.0) Loe s t t ude II.608571*W U' " retts 01/ 2 e / 8 7 C U26/87 08'26/87 10/25/87 P e r see t e r laspling Method Pump Puep Pump Pump FAL 1 09,C7/87 58.) b'ater Elevation meters 57.6 58.2 58.7 Cranium (I 5.6 5.1 5.6 PM pR 5.2 CCN5 Scan detected the f ollewir si Mene C oe d uc t ivi t y vehes/ce 61 60 76 82 TD5 eg/L 16 TAL 1 11/15/87 Arsente og/L (0.002 * - - 5ensene < 0 m0*, Bartue og/L (0.006 - - - U r an t us (1 perygggy. ogfL . . . . Cadstum eg/L (0.002 <0.002 <0.002 (0.002 FAL 2 05/19/47 Calcive og/L 1.2) - - -
<0.0) Chl or ide o8/L 31 * - -
Beerece eg/L <0.006 - *
- Chroetue t r a n t se (1 Copper og/L -
- I' 'I FAL 2 09/07/07 N'"o Flu r *i de og/L 0.16 - - -
Urantuo <1 1ron eg/L 0.018 0.062 0.029 0.086 CCMS Scae detected the felle=tas! Noce Lead eget <0.006 0.006 '0.006 <0.006 Magrestwo og/L 0.629 - - . Marsacese og/L 0,0c9 0.017 0.C21 0.02e FAL 2 11/15/47 Mercury og/L (0.0002 - - - sense ne cc 000;. stoel og't 'O.006 - *
- g,,, g cg 0.420 - -
Potassive og L 5elentus es:L <0.002 - - - 5111ca og'L 1.58 - - -
$tiver og/L < 0.0C 20 - - -
Sodive es!L 4.27 - - - Total Phosphate og't 0.0-0 Itac ogdL -
- oget 1.27 1.50 10.2 3.15 Mo3 fan N) - -
50 og/L (5.0 Phenols og 't (0.002 - a
- Tot. Or g. Carbor: eg!L <!.000 1.00 '!.000 1.10 Tot . Org. Halogen og/L 0.049 0.078 0.185 0.M6 Carbon Tet, og/L 0.002 0.006 to.001 0.015 Chlerefere og/L 'O.001 40.001 'O.001 <0.001 1e t r ac h lo r oe t hene egit 0.C17 0.0 0 <0,001 0.069 Trichloroethene og/L 0.01) 0.066 <0.001 0.C3) 1,1,1 TCt egrL 4 0.C-01 <0.001 <0.001 <0.0C1 Crcss Alpha pCL/L (3.0 1.8 1.9 2.9 konvol . Be t a pct!L 7.6 9.7 9.9 6.8 Total Radtve pct!L 41.0 0.8 2.2 1.s Tratto pCleet 4.15 7.95 S 00 8.10 Welle Fl? LA, P Area Soreleg/gubble Pita Wells FBP 3A, F-Area Sereisg/ Rubble Pite setets ' * !! 8 19P Crid N 79638.9 meters fe5L1 3RP Grid b 7869).O Coordinat es E 51080.7 screee Zone 11evation 58.5-64.) Coordinates t 5091).6 5creen 2cne tievation 52.1-6).O Lattivde 3 3. 2 0 )e 04 's Ter of Cas seg glesation 8*.75 Latttede 33.285623*n Top of Castaa tievation 89.27 Lergtt6de 81. 6 8 5 56 2 'h Caeles Mat ernal TVC Loe git u de St.687821*h Casing esterial PVC Pa r ace r e r Vetts 01/26'87 09/26r8* O's2e 8' 10'!- 8' P a r t ee t e r Units 011*e/8' 05/26'8' 09f26'07 10'25i67 Saeplieg Pet hod Puep Puer P u* P Per Saepting Fethod Pue, Puep Pum p P um p bat er Elevatten eeters 62.8 63.1 63.2 62.9 bater Elevation meters SS.) 59 59.2 59.1 pH pM 4.7 4.9 5.4 5.4 pH pn 5.3 5.7 5.) 5.7 Conductivity 6ebo s Ic e 182 130 8 8) Coeductivity webos/ce 62 58 58 58 TD5 eg/L 116 *
- TDS eg/L 36 *
- Arsenic es!L 'C.002 - Arsenic eg/L <0.002 -
Bar te og'l 0. C= 9 Bartus egvl 0,011 * *
- tetylltan ogtL * - 8eryllius es/L - - -
Ca da ne og'L '0.0C2 (0.CC2 0.002 ' O.L Cadesue og'L (0.002 0.002 < 0 . 00 2 <0.002 Calctus estl 13.9 - Calclue og/L 4.10 - Chieride ag!L 3.1 - Chieride og'L 3. 5 - Ch r os to eg'L <0.00* - Chroetwo og L <0.006 -
- Cerrev og'L * - Ccyper og 't - -
- Cuanide es:t - - * -
C y a a. t d e og/L - - Fluorite eg Lr 0.16 - - Fluoride og/L 0.14 - - Iron eg'L 0.01. 0.072 0.0 3 C. . S 9 fron as/L 0.012 0.1 )& C.l*$ 0.020 Lead eg 't 'O.006 sc.Coe 0. 0C 6 ' O.006 Lead og/L <0.006 0.072 ' O . 0C 6 10.006 Pagaesto, og -L 6.57 - - - Ma ge.e s t wa eg/L 0.69) * * - Mac g a c e s e og /L 0.057 0.C1) C.C24 0.026 Margarese og/L 0.001 0.02) 0.0C9 C.C07 Pe rc ury egik < 0. 0C f * * - Mercury egit (0.0002 nichel og't (0.0% =
- sichel og/L (0.006 .
Potasetus o g '; 0.963 - - Potasetue og/L 0.560 - - 5e le c t ue eg 't (0.002 *
- Selentaa egrL (0.002 -
$11tca eg't 6.=6 - - - Stitca eget 4. 3e * - 5tiver og't < 0. 0M O - - 5tiver og/L (0.0020 - - Sod t e e g 't 6.91 Sodise og'L 4.90 * *
- Tot al thesp' ate og'L 0.010 -
Total Prestrate og/L 0.030 - -
- Itac og't
- finc egtl eg>L 16.9 12.0 ',9) 12.8 NO3 (as M) og/L 0.)1 0.30 0.6? 0.50 WO3 tas hn 50 og't <5.0 50e eg'L 10.0 - *
- Phe net s eg/L <0.CO2 -
the els agit (0.002 -
- Tot. Or g. Car bn og /L <l.0C0 (1.000 'l.000 ' t.CCC Tot. Org. Carbon egit <l.000 2.00 6.00 <l.000 Tot. Org. Malese eg 'L 0.C22 C.016 0.016 0.007 Tot. Org. palegen og/L 0 0C7 (0.005 0.006 0. CM Carben Tet, eg!L (0.001 ( 0.001 'O.fC; 'OM Carboe Tet. og/L (0.001 (0.001 (0.001 < C . 001 Ch l or o f ore og/L < 0. 001 <0.001 ( 0. CC ' <C.C. Chlorefers eg /L < 0. 0C 1 (0.011 (0.001 <0.0C1 Te t r ac k l er ce t
- eee ea r t (0.001 <0.Cei <0.0?! <0.CC4 Te t r a c hlor oe t he *e og't 0.001 0.00) (0.001 0.00)
<0.001 T ric h lo r ee t be me og/L 0.0C7 0.CC' C 005 C CC5 T r ic hlo r oe t he me og /L (0.C01 <0.001 (0.001 1.1.1-TCt eg?L < 0. 0 01 < 0 t. c l ' 0.0C 4 < 0 '. s . 1.1,1-TCt og/L <0.001 (0.001 '0.001 <0.001 Cross Alp *a FCs.L 8.1 (3.0 ').O ).) Crees Alr ea pct /L < 3. 0 1.7 <1.0 '1C ,
koesol. De t a PCitL 98.2 82.6 61.8 l'.) naevel . Be t a pCLiL 3.1 3.1 42.0 <20 i Total Radtwe pri/L 3.2 3.6 0.9 1.1 Total ladtue PCitt (1.0 0.6 <l.0 <l.0 l Trittwo pCitel 11.1 9.91 8.h 8 . t ^- 7tsttus FC t 'el 5.8) 5.67 5.80 3.10
-168 -
r c l'/\ E3 L.EE 4-:3 CHEMICAL CONCENTRATIONS IN F-AREA GROUNDWATER Wells FIP 6, P-Area Beritag/tubble Plte Wells PCA 90 P. Area Canyon Seilding SAP Crtd M 79320.0 *e'ers Sl' sap Crtd u 78600.5 **ter* '"5LI Coordieates t 51368.2 screen 2ere tievatien 59.5-50.6 Coordtrates E 5373).1 screen Zore tievatten 7).7-67.6 Latstude 13.285017'M Top of Casteg Elevation 87.26 Latttwee 13.287286'N Top of Casteg flesatten 95.06 Loeg a t ude 81. 6 81615 ' W Castes Maternal Pic Leasttede 81. 6 7 7 990 ' n Casteswater tal Steel Pa r a-ef e r twits 03'?.'87 C4/28/87 08/11 A? 10/26'9' Pare-eter t'a t t s 02/25'97 05!!* 8' Cori: 87 11 r 15 ' 9 7 Saapling FetFod Pump Paep Popp Puay S a*.91 t a g *e t he d latl Ball latl 8461 l hater fletation eeters 66.4 66.5 66.5 66.5 hater E levation eeters 68.9 69.3 69.1 69 l pH FN 6.6 5.2 6.8 5.5 e4 pu 8.. 6.8 a.5 . 9 i Ceedactivity unhos/c= 24 26 23 2e Con 3$ctivstv unhos/cm 180 150 as eg 705 es, L 8 - - !S eg L 120 - Arsente eg!L <0.002 Arseais eg'L 0.002 <0.002 t C . 00 2 <0.002 Se r t wa eg/L <0.006 - Barten eg't 0.0 6 0.037 0.015 0.015 Berylls.s eg/L - - De n llium eg/L - - - C a ts t w= et / L <0.00; (0.002 <0.002 'O.002 Ca4*t e es/L 0.002 c 0. DC 2 0.00* <0.002 Calcave eg/L 0..le + - Calctw= eg/L 19.3 - - Chlertde og'L ) .1 - - Chloeide eg'L 12.0 6.6 ) .1 4.5 Chreetse og't < 0. CC4 - C5testam *4 .' l <0.00 a0.004 c . C C. < 0. 00* Copper oget - - - Cerrer sL - - Cyaande eg!L - * - Cractde -e L - - Pluer t oe eg/L 0.11 - Fleertde -4 L 0.!! 0.22 0.10 tron eg/L 0.010 C.032 0.151 0.017 tren g . . 82 0.010 0.C;5 0.01) Lead og/L <0.006 ro CC6 0.010 'O.CC6 Lead eg L 0.012 (O C06 C.cle 0.006 v ag=esiwe og,L 0.285 - *a g-e s t ua et 't 0.381 -
*argamese eg/L 0.0^' O.002 C.00 0.003 Va ga-ese eg/t 0.016 0.011 c.C). 0.c30 *e r c u ry as/L < 0. 0 00 2 *ercury eg:L -0.0002 -0.0002 0. cec 2 0.00C2 Michel agrL ' 0.004 - Mckel es 't Potasstum egil 0.300 - Petassio, eg.L 1.09 -
Selent m og/L '0.002 - 5 ele =swe Ps L ' 0. 0C ' O.00' 0. 0f ; 0.002 Silica eg>L 1.13 - Silica eg'L 1.91 - - - Silser ogst (0.0020 - - 551 er eg L (0 00;0 <0.002G 0.00:0 .c.cc20 Seiten eg!L 2.12 5edb.= eg:L 11.5 11.2 6.6- 6.70 Total Phosp%ete eg L 0.020 - - Tot al Phospea t - eg L . 56 - Ztec e s .' L + Itec eg*i - - -
%03 f as si og'L 0.46 0.65 C.?6 0.68 50) 'as 5) es L 11.1 11.0 '.6a 3.02 SC. egiL '5.0 50* eg'l '3.0 -
Pr e se l s es!L <0.002 - F>+mels e g 'l 0.002 0.0C5 0.0;6 'O.005 Tet. Org. Ca rben *g't <l.000 (1.000 2.00 ' t . 0 >0 Tet. Crg. Carben eg'l 3.10 5.00 7. 00 9.10 Tot. Org. Halogen eg/L *0.005 0.00% t0.005 0.005 Tot. Org. Naleges es>L 0.02? 0.027 0.C58 0.027 Ca rben Tet , eg/L 'O.001 C.001 0.00l C.001 Carto, fet. eg L s.Ccl (0.001 0.C01 0.001 Chlorofore og 'L 0.001 0.0C1 '0.001 0.c01 L*lorofers og'i 0.001 0.001 <0.001 rc.001 Tetrathiercetkeee og L <0.001 <0.0C1 'O.C01 ".001 Tetraceloroetbece og L 0.001 <0.0c1 0.c01 io.001 Trtchteroetkeee og '1. 0.001 <0.001 + 0. 001 0.001 Trtchl2reetheme eg L 0.CC: 0.001 ,0,001 0.001 1.1.1 TCE sg't 'O.001 <C.C01 <0.00 0.001 1.1.1-!CE eg.L < 0. C{ l 0.001 0.001 .C . 001 cress Alphe PC1/L 6.1 6.) 3.6 C r os s elr*>a pCi L 21.2 17.1 13.7 hoevel. Bet a pct /L 5.7 *.) 5.) bavel. Beta pChet 4... 25.) 26.0 - Tetal Radtwo pC1 L 2.6 6.3 2.' 7etal Radts* pt t. L 2l.0 r1.0 25.5 Trittw9 pct /ei 8.28 9.26 7.e0 . )0 Irttism pct:*i 8.29 6.70 Wells FCA 20, F Area Cesyos Setidtag Welle FCA IOA. P. Area Canyon Buildlag SIP Crtd N 78;95.g werers I*$11 5RP Grte M 786 0.4 eeters f*Sl' Coor d teat es t 53?i5.2 5creee Zeme Elevat ten 72.5 66.7 C oord & Pat es E 33571.9 screen Z e e., tievatten 7).5-67.6 Lat t t .de 11.28elli's Tep of Casieg Eles at ics 95.15 Latitude 13.2s?lll*N ion of Cas tes Elevat ter 95.0) Le g ttude 81.6?7=.5*= Casteg *atertal steel Leegitwde 81.678 92'= Casieg Faterial Steel Pa s*et er '. - t t s 0) ^..at ct., nip 7 ceel}e8? 11/15 4' Para *eter (S i t e C)<03/87 05v20 GT 09 1}'87 11'1% 9' Sa*;1 tag *ethod - - Ia piteg "et hod Ball Ball Bat! Bett heter Elevat t en seters 68.) 69.2 69.) 49.1 hater tiesatio* *eters 68.8 68.9 69.0 66.9 FM pH ).6 6.1 .,0 4.5 pH pH 7.0 6.6 6.6 7.5 Cen d x t i v i t y ve'ss>ce 1600 983 140 188 Ceadactivity vshes/cm 100 115 215 110 705 eg<L 665 -
!*5 eg'L 7C -
arsemic es L 'O.00 2 0 002 0. 04 0.002 Attente e s 'l '0.C02 <0.002 0.002 30.0v-la r t a= eg't 0. 306 0. . ; 5 0.130 0.093 Sartu, eg't C .CC 8 C.C12 0.010 0.010 Bers Li eg/L - - - Berelltu, eg!L - - C a ss t ..t as eg't 0.022 0. "d 5 0.015 C.010 Caa= sus og/L C.002 ( 0 ' (0.002 < 0. 0C 2 Cal:tsa og L B3.6 - - - Calctum og L 5.71 - Ch ler g ie eg't 3.1 5.) 2.8 4.3 (blerlie og'L 6.8 9.0 a.) 6.2 Chreetan eg L 'C.00 < 0. >C 4 < 0 . Ot = < b.e 4 Ch r >= t as eg/L ro.006 <0,006 '0.00 0.00 Copper eg't - - C,p;er og 't - - Cyneide eg'L - Ciaette og L - T19erade es:L 0.10 0.96 0 16 . 10 Fl.stide eg'L <0.10 0.25 0.16 0.10 irSe eg'L 0.C66 0.131 0.031 0.C50 tr-= egrL 0.07) 0. e '. 0. c.05 0.01) Lead ogit 0.110 0.012 0.0)? 0.024 Lead ,g L <0.006 <0.CC6 < 0. C{ 6 'O.00r w agaestas ag'l 34.0 - *agaestwa eg'L 0. 7 )2 -
*a -ga*ese es/L 1. 9 0.6?5 0.38) 0. ).1 *a ga-ese *g/L 0. 0C= 0.012 0. C 12 0.09) w ercury eg L <0 000: 'O.CCC2 'O.0002 < 0. 0C'0 2 "ere.rv ogtL ' 0. CC{ 2 0 0 0C 2 0.00 ?
- 9002 vicret e g .' L . - - 5tcael eg. L -
Patasstse eg. L 3.50 - - Pet atst m *g L 3.16 - - Selen t
- eg't '0.0* 0.00 ' ' O . C< 2 <0 0C2 Selee14* *g'L 'C.002 (0.042 r0.002 0.CC:
Stitca eg'L 6. - 5tlaca eg L 7.23 - 5tiver eg/L ' 0. u;: 0 ' O.0 ? 0 0. 020 'O.0020 5tlwer eg. L <0.0020 <0.C020 0.00;0 2. 0C 2 0 S o d t .e og L .6 6 . 6. . 20 3.8? Sediu* es>L 9.54 9.39 ;1.1 11.6 Total Phosphate og'L 3. e4 Trtal Phasp5 ate eg'L 6.25 - Itmt og L - - 2tec , g 'l - - h0) 4as 52 eg'L 17) 90.0 6?.8 39.0 %0) tas 41 ea:L 3.60 4. 0 '.79 6.96 50 og!L 13.0 - 5 ?u es/L 5.0 - - F*erals egIt 0 v02 i 0. 0C 5 0.0'5 0 C05 F*eacts egit C.005 <0.005 C.006 c . 0C 5 Tot . Ceg. Carbon ag'L 5.C0 6.00 16.0 3.20 *st- Org Carbon *gft 4. 00 J.C0 5.C) s.10 Tof. Org. Malogen eg't 0.307 0.32) 0.380 0. 155 Tot. Crg delegen eg'L 0.134 C 020 0.066 C.C69 Carboa Tet. eg'l '0.001 <0.001 0.010 'O.001 C e r b e* T e t . es 't 0.00. <c.001 <0.001 Chlorofore eget 50.001 *0.001
- 010
'0.001 C*1erofore eg t <0.001 <0,001 0. c , . -
Te t r ac h t er cet t e ce og 't 0.001 <0.001 6.cio 3.00) Tetra:%loroetheae eg/L 0.00. 'O.C01 0 001 - Trachloreetweeg og't 0.427 0.5?0 0.265 0.20' !r tc
- 1e rcet *eae es't ' C . 401 (C.CC1 0. t< 1 -
1,1,1 TC t eg/L <C.001 'O.001 'O 0;0 'O.C01 1.1.1 TCt eg<L < 0. 001 < c . 001 <c. col - Crose Alp *a pct /L 1530 12. 412 Crcss Alghe pst!L 2. 2 8.0 21.0 Moa=el. Beta PClit 2230 260 4-0 Meavel lete sC1'L )). 7 13.9 28.6 - Total tastas FC1/L 36.5 21.6 22.5 - !stal Pastus pct /L 19.0 120 36.7 Trittuu pC i /et 13.8 - 21.8 Triti o pct *L 10.2 9.90 -
- 1 Ei5l -
P TABLE 4-3 CHEMICAL CONCENTRATIONS IN F-AREA GROUNDWATER Wells FCA 100 F-Area Caeyon Bulldtag Wells FCA 16D, F+ Area Canyos let tding
*e t e r s t v5 L ) 5RP Grte W 78898.5 eeters f=5L)
SRP Crto N 78640.0 Coordinate s t 53732.0 screen Iene 11esatten 7).0-66.9 Coordinates t 5)719.5 Screen 2ece tievation 13.5 67.6 Latitude 13. 2 8 7 3 71
- M Top of Casteg Elevatten 94.84 Latttade 33.28792)*N Top of Cas tag Elevation 94.70 Longitude 81. 6 7 8 0 7 0'h Casing watertal steel Lea g t t a de 81.6 ? 84 0 PW Casing Mater nal Steel P a r a-e t e r L'a t t s 02'29/67 05'It!a7 CeJ12dt? II/15f97 P a t ape t e r Letts 02 r 25 /8 7 05/20/57 09/12/87 11/15/87 Sapp t teg *ethod Batl Batt lati Ball Sasslieg Methed Batt Ball Bat! Sall
'a
- t e r f le s at .oM eeters 68.9 69.2 69.1 49 Wat er 11evat t an meters 68.8 68.9 68.9 68.6 pH pH 4.8 5.6 4.? 5.4 pH pw 6.1 6.2 6.5 6.0 Conduc t iv t t v wees!cs 100 105 120 97 conductivity d os>ce 140 125 190 157 TO5 eg't $4 - - - "05 eg/L 104 *
- Arsease eg/L
- 40.002 'O.002 '0.0C2 arsenic ea'L 'O.002 0.002 0.004 'O.002 Bartus eg'L - 0. 0.026 0.031 Sartus ogh 0.02) 0.026 0.028 0.030 tervilive eg>L - - - Berylltwo eg/L - - -
Cad m e eg/L - 0.00. 0 OC8 0.00) C ads t e eg/L to.002 <0.002 <0.002 (0.002 Calcia og!L - - Calc ta agit 9,92 - - Chiertde eg'L 82.0 7.0 3.0 - Ckloride og/L 6.8 6.2 4.0 4.7 C F r os t a og!L - (0.00 <0.0Ce <0.00. CFrosius og/L (0.004 (0.00+ (0.004 <0.004 Correr eg/L - - - Cepper eg'L C*antee eg/L - - - - Csastde eg/L - - Fluoride eg/L 0.15 0.43 0.18 - Flucrtie eg/L 0.12 0.20 0.20 0.10 tren eg't - 0.036 0.022 0.0W Iron og/L 0.071 0.c42 0.620 0.012 Lead eg/L - (0.006 (C E 6 'O.006 Lead eg/t =0.006 < 0. C.C 6 'O.006 <0.006
*ageesta eg i - - - v ageest e og/L 0.686 - * *argaaese a g 't -
0.026 0 C25 0.02 w a gaceae et /L 0.027 0.02) 0.032 0.039 Fercury eg'L - 'O.000 0. 0 0C2 <0 OCO2 Percury og/L - 0. 0C42 0.000) 'O.0003 0.000) Nickel eg L - -
% chel eg>L - - -
Fst en s te es L - - - - Pot as s t e og/L 1.44 - - S e le n t .m ss/L - '0.002 <0.00* 0.002 Selectus egeL 'O.002 'O 032 0.00. 0.002 5ilic a eg 'L 2.7) - - - 5titcs eg 'L 6.26 - 5tiver og/L - <C.0C20 (0.00.' 0.0020 sitter egel (0 R 2 0 0.0C.0 c0.0020 <0.0020 Sodium eg.t 5.10 5. 2 6.11 S od t e es L 10.8 12.6 12.6 14.7 Tot al Fwasr ate e eg'l 0.66) - - Tctal Fhosphate sg/L 2.60 - - 2 tne og L - - * *1% eg L - - - - NC3 'as M1 ag'L 6.66 7.20 s.64 7 66 A73 las 33 eg>L ?.50 6.20 10.2 9.72 5% eg/L 12,0 - - - 50; og/L 6.0 - - - P*grols eg/L <0,002 0 005 sc.Qc5 0.005 P* era l s eg /L (0.002 <0.005 0.008 <0.0C5 Tot. Crg. C a rb en egit < 1. 0 00 2.00 2.00 1.83 Tot. Crg. Carbon es L 1. 00 6.00 12.0 2.30 Tct Org. Malogen es/L 0.C11 0.039 '0.C05 0.01) Tet. Org. Ra togen og/L 0.289 0.26e 0.400 C.277 Cartoa Tet. og 't 0.C01 'O.001 0.C01 <0.c01 Carbon Tet. egit ' O CC: <C.001 <C.005 0.025 01e r e f ers egrL <0.001 0.,C; '0.001 0 0G1 (Florofere og'L (0.001 0.001 0.002 'O 02) Te t r a :* 1 er ce t ke ne eg 't ro.C01 <0.001 < 0. 001 , col Te t r ac hl er cethere e g 'l <0.001 0 001 'O.005 (0.025 T r i c h t e r e, me re sg L 0.0:1 0.LOL < 0. 0c 1 0,;Ct Trichlereetrece egit 0. E 6 0.32) 0.022 0.2%
! . '. 1 -!CE eg /L 0. DC I 0.001 0 C01 <C.C01 1,1,1*TCE ag L (0.001 <0.CC1 <0.C45 <0.C25 Cr e s s alp 6a pi. 4 / L - -
Gross A1Pa pct /L 16.) 6.6 11.0 - No-al . Be t a PC t L - - seevel. Reta FCtzt 22,1 15.0 22.7 - Total Bads e FCt!L - - Total Radtwo pct /L 13.7 7.2 11.2 - Tr ttle p C t . c.I. 1).5 5.90 T rit te pct /nl 300 167 - Wells FCA 16A, F- Area Canyon Bellitag SRP Crtd 5 7 agog,5 eeters (=51) Other Analyses (eg/L) (CC*5 Scan Analy te s; Table 6 25. Vel. 11) Ceerd: eat es t 53 % 8 8 Screen Zere llevation 71.7 t5.6 Latit te )) . 2 4 '6 ' * % *:p ef Casteg Elesation 95.15 Lc git de 91.6'4' = Casteg *.J t e r n al S t e e l FCA 20 C) 04! $ 7 (rantue ).5) Pa r a**
- e r 1-sts 0)?03 9? C5i20 a* 04,15 : s t 11 g5.g?
S a-:I r a "e t6:d Batt tail latl latl FCA 2D 05/20>87 bater Elesatton eeters te.! 68.8 68.9 68.9 GCb5 Sc ae de t ec t ed t >e f olle= t e g , pH pH 4.5 6.2 6.0 6.) It i c h ler o flupreme t y geg Q,Q7] C %. t i v i t t eeNo c 120 130 92 86
'8 U *
- FCA 20 09/13e87 Arseate eg '; *0.0. 1.02 0.. 2 C..,
Barte eg1L 0.C2 0.W' O.cla 0.C;6 Cranive 0 6H ter311 t a eg L CCP5 See detected the f ollevtegi j Cadet a egel 0. 0s. ' O CC) 0.CO) 0.C 1.1.2*Trichlercettaee 0.300 Calet eg 'L
- 91 Ch!crtde eg.L 6. 5.6 3.9 5.? FCA 2D 11/15'8? l C ? r ee t a eg. L (0 00+ 3.00 <c.C0 <0.CO. cc"5 Scan detected the followiegt i T r ic F : e r e f luoroae t h a
- e 0.0 34 h f , , l F1 ertde eg/L 0. 0 0.16 0 .. ., 0 .10 1rs eg L c.0; c. 25 c.01) 0 O!g FCA 92 C2 / 25 '8' I l
Lead egei :0 CC6 C ". 6 :.CC6 ' O.N6 trentwe 41
*ag.esi s og L 3.t'.
Far gan te *g'L ., 0 ) 2 0.C O.M5 0.C M FCA 90 C5 19187 Fere-rv e s j. < 0. ; 0.C' '
' C .c < 2 't* CC"5 S c a- de t ec t e d t > e f ellevta g More
* * +
\lCeel eg 6 Potai s te *s't 13.2 Sele ia eg L 0.r -C.022 c.". Or. FCA 97 C 9 /10 / 8 '
5 tit:s *g L "' L'r se t ue O Cl 9 5 t her eg'L NO 0.00 v .. '^ ..s cce5 Scae detected the f ollowir g. Nye 53dian og L '.5 4 19 6.*1 <0.;$ 6.. tal P' esp ate eg L 5.80 - pg, 9 g g 9,, , i
}i m . og L -
l NO) < a s 41 eg L . 30 '.62 5.4) 29 GCMS Seam detec ted tre followitt: Wees 50 eg't 7. 5 +
'ecols eg L 0.006 0.005 0, ;6 '0.6 ' FCA [CA 03 rQ) 8?
Tot Crg. C a r .ca eg.L 9.00 6.00 gg 0 5. O tra-two <1 T0t. Cf a. hal: tem og 7! 0.190 0.012 0.v?) e ;4) Ca rb" Tet. eg'L 0.^C6 <0.001 S . CO I ' 4 FCA 3CA C5/20/87 loref:rw og L 'C. C.C01 ^ C;l O CC"5 5taa detec ted the follow 1mg. Nye g*e t r ac ' 1 t r ee t $ e r eeg L
. vv. 0.001 0 ,;4 0.c,-
Tric*lercethe-e eg L 0.CC. 0.CC1 0.009 ( 0.M1 1,1, '. TCE ag.L < 0. 001 <0.001 <0.C2) 'O.CC; FCA MA 09/1087 Cross Alp a pCL/L .;.0 7.3 6.6 - Lea 91** 0.0127 S m ol. Seta sci L 64.9 21.) 32.5 GC*5 Sc an de t ec ted t he f ellow tr ai nere
*
- t a l R e d s ** pct:L !?.9 9.2 12.1 Trttia yCt et 9.6) 6. 1 FCA 10A 11/15/3)
CCM Scan detected tte followtes. Wre 170-
C TABLE 4-3 CHEMICAL CONCENTRATIONS IN F-AREA GROUNDWATER i FCA ICO 0 5/19 < 8 7 Welle FCS 2 F-Area Coat File tonef f Cont ateneet Beste CCMS Sc an detec ted t he followtear Noee $RP Cetd N 76679.7 meter' "31.) i Coo r s tne tes E 550-6.7 $cteen !cne llevation 71.7 62.5 l FCA 100 09/12/97 lattlede 31. 2 8 3161' T Top of Casing Elevation 9).66 CCv5 Scan detected the follostesi Neee lon g t t edt 8;.670600 1 Casing Matettan P)C j jgf3$,g. Para *eter twits 02/09/87 09 /C5 '8? 0a'01/97 10'01/97 CC** tcae detected the fellem rg: None Samplieg ve t ud Pep Peep Pep Per
- ater tievation eeters 70 70.) ??.7 70.6 rw pM 6.5 4.8 5.1 6.9 FCA 16A 03/C)!87 Coche t tvit y whos /ce 26 32 29 29
- g. ,, y , <1 D5 ag/L 20 * *
- Arsentc *g/L '.0.002 -
'** * ^ ~
FCA 16A 05/20/87 Be n ll t es ""g/L e * *
- CC*.5 Scan detected the followtrg- Cahtun eg/L (0.002 - -
T r ic h l or o fluor cee t h ave 0.009 caggio, ,g,L 0.759 * *
- Chloride eg/L 2.5 - -
FCA 16A C9/13/81 C h r ea t um e g 'l (0.006 - Urants. 0.0016 Cc;Fer og't '0.03 - 0.009
- a - - *
- CC*.5 Sc an de t e c t e d t he fc110wtes: ) , g ,
1,1,2-T r ic hl o r oe t h ace 0. 0C 6 g,,, 0.028 - C '66 -
,,,L Leas eg/L 0.011 -
0.015
- FCA 16A 11/15/97 *,g.estu. og>L 0.475 - -
CCF.5 Scan detetted the followtrg: Va garese og/L 0.CC6 - 0 305 - Tr ic h lo r o f luo r ose t t ene O . Ca v ercorv eg/L #0.0002
- Nictel og/L * - *
- FCA 160 02/25/8, PM ass te og% ,0.1 M * -
,3 Selentum eg/L >0.002 - -
- Y'8"b"" eg/L 3.09 - -
Silica S a lie r es>L '0.0C20 - - FCA 160 C5/20/8* Sod t e eg/L 2.49 * - CC=5 Scan de t ected t he fellowleg: hec e Tctal Phosphate og/L C.C20 - -
- 2tn. eg/L Q.010 - * -
FCA 16D 09/;3;g7 M3 faa N) eg/L 1.M -
- L't an t i,e 0.00?1 505 og/l (3.0 ($J -
CCY.5 S c ae d e t e c t e d the follownes: '84 # *
- 1.1.2 Trichloroethere C.32C b el' . Carbon Tet. Crg eg/L #0'000 (1. * '1.000 -
Tot. Org. Malegen eg.L '0.005
- 0. o S
- Carten !et. eg/L -
- TCA 16D 11/15tB? Chlcrofore og L - *
- CC*.5 Scan detected the fellowir8' Te t r ac h lor oe t he es ag/L *
- T r ic hlo r o f l uo r ese t t aa e 0.008 T r i c h l or ee t
- e ne eg/L - -
- 1. ; ,1 !C E eg'L - - - -
Crees AlyPa pct /L ').0 -
< 3.0 -
Norvel. Beta pCasL (2.0 - - Total Radt e PClil 1.5 1.5 Trit te FCt'eL 11.2 - Mells PCB 1. P Area Coal File Resof f Coeta tenest Basie Welle PCB ), F* Area Coal P!le puoeff Coetateneet Easte SIP Cr td M 76635.6 *e t e ' 5 '"Sll 'IP Crto M 7642'.8 *ete?' I'$ll Cecrd te ate s E $49?1 8 Screen Zere llevation 71.8 62.7 Coordleat e s E 56876.4 Screen fore !!ssett&9 6 8. )
- S t . 5 Lat i tude 13.Tn52-0*W Tcp of Castrg tievat ten 93.*5 Latitude 3 3.2 8 36 )* N Top of Casteg Elevation 92.16 Le s teude 81.67156)'= Casing Material PSC L egit de $1.6*0'66*h Casteg Faterial PVC Fars eter tetts 02/It'87 C5:06'9? C9'03/87 O 92'9' Pata-eter Wfts 02rF9'87 09/et'9' 08'01/8' 10'01/9*
54 ;lieg Method P ap Per P .no p Per S a*; t u g Pe t eod Pep Pep Pop P.p p .ater t ievat ten -eters 69 6 70.) ?0.9 's.6 'ater
- flevatten reters 92.1 92.1 92.1 68.1 rd FM 12.5 12.1 12.0 11.7 SH pM 6.1 4.7 6.= 6.2 Crasc t ivity wes tce 5?CO .2 00 1600 16- Cee .ttutty urea /ce 76 160 63 79
- "5 eg'L * - * !! S og't $6 - -
arseatc eg/L (0.00' - - - Arsenc egit '0.002 * -
- Sat te as L 0 1.= - Eartwo egel 0.00 9 +
- S e r v 11 t um eg't - - - Seryllte eg/L - -
- Ca :e t wa eg'L 'O.0- *
- C a se t as egrL " O, 00 2 . -
Caletve eg'L 66* - t' a l c t am eg.L 16.1 - -
- Chieride eg'L 6.1 -
- Chloride eg'L 2.7 *
- C F r en t e et L 0.009
- CFrea n M eg'L '0.C06 - -
Cet te r a g 'k C.02u
- 0. CC Cc;;er og'L ' O . C6 - ' 0. C4 -
Cvaa t de eg'L - Cyaside eg'L - - Flucriae es L C.12
- F 14er t ie es/ L 0.17 -
- I r os eg. L 0.020 -
C.035 tres eg L 0.012' - 0.C46 - Lead eg'L 0.C5 0.16)
- Lead eg 't 'O.CC6 -
'O.006 -
Pas e s tu a eg't ' O . 6 2 ') * -
"w e s t e eg rL v.820 * - -
M aa g a-e s e eg 't so W ' O . C< 2 *a-aa-ene eg 't C.C06 0.006 - w ercury yercarv sg.L <0.C? - - eg/L ' 0.CO 2 - -
- hinet eg'L - -
hinel og 'L - * * - Pot a s s ie o g 'L 1.95 * - P?tasst e og>L 0.1 N - - S e le* t .e og L (0E2 - - Se lee t 's eg'l <0.G02 * - - Sittes eg't 0.1*C - Silica ag 3.96 - - $11ve r o g 'l ' 0.C4 2 0 - S il ee r e g L.' t +0.0020 - . Esitam e g 'l 3.66 - *
$ >s t om eg et 2.30 - -
Total P%5phate esLL <0.CIO + - Tot al P>ciphate eg/L 0.561 - - 2m eg.L 0.351 - 21 c eg/L 0.Cc6 . - - %3 tas N) at L 1.97 - - - R3 fas al eg!L Q.81 + - SC 4 es L ').O - c5.0 - 52 eg*L (1.0 - '5.0
- P a.e c o l s eg'L 0.0a0 - P' e t o l a eg'L ' O . C(2 - -
Tot. Org. Carbon og L 1.70 -
!.00 Tet. Org. C a r ben eg'L 'l.000
- 1.00 -
Tot. Org. helegen og'L <0.005 * 'OM5
- Tot. Ors. Maleren og/L (0,CM -
'O.Xi -
Carbon Tet eg L - - - Carbon Tet. eg'L - - + - Chiarefore eg/L * *
- C*1erefore og/L - - -
Te t re.b le ree t
- e re og-L * - Te t r a d l o r oe t he re eg'L - * *
- T r i c 61 e r se t k e t e og L - -
- Trichloroetheme es!L *
- 1.1.1*!CI *gik - - -
- 1.1.l*TCE eg'L - - * -
Cross Alpha p<t/L 5.1 - ').O - Crees Alpha rCt/L 5.4 - 6.) 6c+vol. Deta PCi/L 6.0 - - %+vol . Be t a p<t/L 8.0 -
- Total Paete pCril 1.0 * 'l.0 Total Radio FCt/L 3.5 6.7
- tritte FCtJet 10.8 Tr te two pct.et 8.9) .
I o 171e
b TABLE 4-3 CHEMICAL CONCENTRATIONS IN F-AREA GROUNDWATER Wells PCB 6 P. Area Coal Pile Rua.af f Costatement Baela bells 2, Old F Ana Seepage BeeH meters '*St) 557 Crt4 5 Sh*2.) ee n re (=5L1 .
$17 C r t a N 7678L 6 Coord trate s t 56605.9 8'" N '# I Lattrade 11. 2 8.e s C N Scree, .'ce e 11es at t en I:p of Casteg Elevation 75.5 62.)
- 93. 5 Latst.de'" ' I33.29234)'!
Ol**
- II,M N ""f Top o Ca s'tr a ll'v a t ion e *87* ' 7., I Leg it wee 81.6?2150'. Casing watertal Pic SL8"#' " C 1" 8 'I M P a r awe t e r tests 02 Ca'97 0%/26'97 08 r2ef g 7 12 Cg.67 Para-eter t* t t s 03/10 8? C4114 37 Ce C 167 11/12189 Puey re, 54=rlt"6 M
- t e d P ** P Pw'P Puep Pwep S aer l t ? g Pe t $ad Pa p Pop hat er ties at tee. peters 69.) ?O 70.1 70 h ete r flesatio9 eeters 42.5 63.J e).4 63 PN PM ).6 ).7 3. 8 3.4 FN IF 5. ) $.2 . 5.6 Ccmd cttste, j ,. I ); Coed ac t tvit y we*.o s / c m 120 290 2)$ 250 c os/ce . 32 TOS eg/L 138 TOS eg ; 42 . .
arsents es/L '0.002 . Arsente ag<t 0. cay . . Barium eg/L 0.120 . . Barte eg L 0. C( 9 . . 5nylltwo m) <0.003 . eg/L . Serillta eg/L . . 0.003 Cadet.a og/L 'O.002 . . Cadete .g'L < 0. OC 2 . 3.56 Cals t e eg't . 00 . . . Calts.* es'L . Chle r t de ,g L ),7 . . Chlortoe eg/L 1.1 . . . Ch r oit t e og/L sc.004 . <0.004 . Chrontwo .g L O . . Ccprer og/L 0.016 . 0.05) . Cciper .g/L 'c 006 C.2 c.Cli . Cvent8e eg'l . . Ci se t de .g'L . . . 0.10 (0.10 F l aer t ae eg-L (0.10 . Plaertde eg'L
- Irco eg'L 0.C99 .
Q.159 . Ir es eg 'L 0.201 . 1.72 0.010 0.052
.C.006 Lead eg/L . .
lead eg. L 't 006 . 6.27 Pa g.e s i .e og L 0.12 .
".agn stem es4 . . .
es ; L 016 Vaagaeese eg'l 0.602 0.250 .
"a s a.e s e 0.C3) NMun og L L CCO2 'O.0002 . &ere rv ,g i <J.cC22 .
htoel ag!L C.C21 0.016 . sic.e1 eg.L 0.900 0.440 Potaast.e eget . . . Pe t as sia eg L . Selente eg/L <0.rC2 . . . Se:e.t a eg<L C,0c; 5titca eg'L 3.gg 5sinca og/L l.18 . . Silver eg<t < 0. 0U0 'O.0020 Silser eg L 0.0c20 . 15.) 12.1 10.6 7.05 Soste eget 2.56 . S od ha eg/L Total P%csphate eg'L 0.C46 . . Total P%corb ate og L 0.0}0 Zinc *g'L - 0.062 . 21.c og.L 0.9s1 . 31.1 25.0 8.36 22.9 1.25 . h0 j t a s h l og'L 403 f as M eg L . . 30 eg/L '50 * . 50, eg L ),0 .
'5.0 P r e v:! a *g L : 0. 0C 2 P'enels eg/L ' 0.002 . 0.002 Tot. Org. Carbori eg!L cl.000 2 00 6.00 1.20 Tot. Or g. Carben e: L '1.000 t 00 0.C11 0.010 0.020 *ct Org. Raiogea og L 0 OC 5 v.xs Tet. Org. Falagen Car 6cn tet.
og L eg L . 0.Cyl <0.001 '0.001 C a non *e t . og L . (* ;e rc h re eg. L - Chlerefers eg'L 0.001 'O 001 '0.004 Te t r a * !:reet'e.e eg L . . !s t r ac tilerce t hese og'L 0.001 rc.001 <0.001 Tr a c 61:r ee t > e.e eg L . Tf t chloroe the*, eg L 0.CCS 0.C1) 0.02? 1.1. 7: t eg L . . 1.1.1*TCt og 'L
-) 001 '0.001 'O.001 Cre ss A;r*a rCi.. ').O 16 cress Alp *a pC a r l. 61.4 .
59.1 . A:' vel. Bere pC n L 6.. . hoevel. be ta pCa/L 701 - 696 Total Batto pc t e l <l.0 0.5 . Ictal Radte FCtrl 9.5 6.) . Tit t t e p C t . a. !!.2 Irttlae pC t. et 657 471 34) 64% Welli Fut I, Old F. Area Seepage lasta Well FWB ), Old P- Area Seepage Bes te e4ters twsti say crnd s 30gg).) eeters ( *st 1 Sar Crtd N 90151.5 screee toee Elevattem *).2 5. 0 Cecrdtnates E $4105.6 fctees 2cee tievation 6=.6 55.5 Coordinates t 5 271.6 Latt hde 33.291$9.'M Tep cf Cas tas Elevat tes 66.65 Latttede 31.292212'N Tep ef Castra tietation 86.56 Leasttude 81.6 7 9)l6 N Cas t.g Pater nal Psc Lo.sttede 91. 6 8 C B 2 3
- e Cas tra Mater tal PtC P a r a.e t e r lates 02/Ce a5 C5'26.g. Cp 5 9' 12 09 8? Para-eter Letts C7'C9'4? 04/26/97 09 '26 < t ? 12/00's' Pwp Psep P ep Pop Sae;1teg *etted Pay Popp P ue , P.sp 54.p ' t e s Fe t hod h a te r Elei st ien esters 61.9 66.) 64.4 66.) b a* e r E le v et t oe esters 6).2 6).1 66,1 6).7 eH pd ..$ 6.6 4.6 b.; te p :. .1 6.) 6.) ).9 ted x t iv i t , web oe Me 76 77 16 91 Coad.c t t u t t v web e s / c e 121 }&S 118 116
.25 eg 't $4 . TLS eg L 92 Arsen t eg 'L 'O.0 2 . arsente eg'L t o . 0C 2 lar t s og'L 0.020 . 0.021 + Bartse ag L 0.050 . 0.C 9 ) .
Be r > 111 e eg'L 'C CC5 C.45 . Derstitva og L ' O.005 . ( 0. C0 $ . Cas m e eg'L C..J 'O.002 - Cad.t.e ag'L ' O . CC; 0.C02 . Ca te ta og/L 1.6' Ca lc ive og L 3.60 . . Celertte og L 3.
- D icende og/L ).)
- Cere m e eg'L 0. CC. . 0.Co* . Chroetwa eg't 4 0. 0C. .
r o. A . Cep-er eg L 0. OC 6 - 0.019 CerFer es'L 0.00 5 0.01) . og L *
"waande eg!L *
- Ciaande F?ucrtde og L 0. 0 . <0.i0 . 'lwo r t de eg't < 0.10 0.14 Iron eg<L C.O.0 . 0.0.e Iron estL C.026 . 0.054 .
Lead og L C.0tt 0.C); Leas og't 0.Cct - 0.C14 . w as ests og t ;.g. . .
*ag**stue og L 1.25 .
*g'i 0.Cl? 1 020 **
- 4 8" 8 e 's'l 3 178 0 200
*a r t s"e se v ercury og,L 0. nc . <0.c402 . *et ary eg'L LE 'O.CCJ2 .
Mic#el og'k 'O.CO. 0.'. Ntch*I og'L 3. OC 6
- 0.006 .
Potasst.e og L 0.110 . Potasst o og'L 0.560 . . S e l e e t .* og i 0.00 . 5 81 *
- t em *g/L 'O OC2 -
Stitca og:L ),6; . Stitca eg't 3.52 . 5tiver og/L ' 0. 0C 2 0 <C.sC20 !.!=er og L ' 0 C ~J O #0.0020 5 3d i e og'L 7.32 7.72 7.94 1).) 5 24 t a eg L 5.82 6.19 6.26 6.10 Total Pkesp*ste e g 't <C.0:0 - Total P>cepate eg<L 0.016 . . 2 tac eg't - 0.01 2iec eg /L . 0.!!2 - eg.L 1.*0 6.CC 3.77 7. ?. 50) 'as4? ngtl 8.50 11.3 19.2 9.99 Nc3 (a s t > eg'L ').0 sg 50 es!L '5.0
* 'O.005 i
i Pheacia ogIt 0.002 - 0 0 ', $ he*21s eg't ' O . *C 2 I ist, crg. Carten og'L <l.000 1.00 1. a iM !st. Or g. Carne eg't <l 000 4.00 2. C4 1).c Tot. Org. pateges eg/L C. CSS 0.071 0.0*4 Tat. C.g. Maltgen o g 't ' O OC S (0.005 . Cer be= 2et , og L r0.C01 'O.005 <C.001 Cartes !st. og't < 0. 00 5 40.00 1 'O.001 'O 001 o lore f o re eg't 'O.CGI '0.005 <0.001 Calorofore eg/L . 'O.001 ' 0. 0C 1 0.001 Te t r a c h lercet here og't ' O . C4 i 0.001 r0.001 ?.trachtereet6epe eg/L * <0.CCi ' O.00 1 ' 0. C41 Tr*chlercethe.e es L . 0.C99 0.066 0.C+6 Trichlerret*e.e eg/L = '0.001 40.001 ' O . C41 ! 1.1.1.ict og'L ' 0. C M ' 0. C-01 < 0. c41 1,1,1*tCt es L . < 0. 001 ( 0.001 <0.001 l Cr oss Alp >a ').0 5.0 Ctess Airma Pcs/L 12.1 . 84 . PC s .' t J
%'av e l . Det a PCtet S.$ * ?.6 Wo"ol . Bet e pct /L 121
- 11) .
j 1.2 ie t a l t a t ue Ct/L ) .1 9.P TetalBadWe FC2 L '1.0 . . 97.0 124 106 110 T r n e t ,e pet. L 111 297 29) 271 Trittue : C i > =1
- 172- l
1*/4 E3 L EE 4-:3 CHEMICAL CONCENTRATIONS IN F-AREA GROUNDWATER Wells FSB 76. F Area Seepage Bestes Othet Analvses (egfLi SIP Grid 1 ?6141.6 *e t e r s ( *f L ) ICC"5 Scan Analyt e s : Table 4*25, yel. 11J Coerd teate s E $1399.8 Screen Zeae llevat ion 69.2 60.0 f Latstede 33.2?6]22'N Top of Castas Elevattee 89.6T Loegtt de 41.6 938 = Casles *atertal P,C FK8 1 05'26'87 Cractue (1 p,,,.eter Ca tt s 02/O r6? 04 'C4 6' 07'18 67 in Cl'8* - CCwl Scan detected the f ollevies: Woc e Sectitag *ethsd Pue, Pue, F ep Puer C 8 / 2.! 0 ' hater flesatten meters - 66.2 66.6 e6.5 Fht 1 rF 5.2 5.1 5.1 5.6 FM
... r a e O.e 0.0096 teadactivstv un* e s i t e 82 70 ea Se CC*5 Scan detected the fellestag. M*"' *05 eg'L 56 - -
Assente ,;'L 'O.002 - F5t i 12/C9 S' B a r t um eg L 0.010 - 0.009 0.011 t raw t us (1 I*r'llt=" eg'l *
- C a de n se eg L 'O.002 'O.CO' 'O.002 < 0 OC 2 CCMS Scaa detected the fellettet.
' . l ..* Tr te t.l c r ee t he ee 0.120 f
- f ', I"", [ 8 '. j; I *
- Chraetue eg L 0.004 <0.00 <0 Oc6 < 0. 00.
Ph8 2 C5/26<8' Cepper eg - . trastum il csa,ta, .g Lg . . CC*5 Sc an detec ted t&e icliews g- %e** Flacrtde *g'L 0.10 - - Tren o g 'l 0.0 8 0.095 0.0t* 0.019 TES 2 C8/26 6? L 8d 'A L 0 051 0 051 e ?!? 0.C55 g,g.g w'a gne s t ua eg L D.779 * . . g , ,, i ,,
*amgaaese og'l 0.CC6 0.0C8 0. 0C S 0. 05 5 CC"5 Se as detec ted t re f ollow tra. Ncae .,,,,,, ,,,t < g ,3;c y ,
g ccc; . g,cggy , g o yg y
%ickel eg L
- 0 00' -
TES 2 12/09'B? Potasetum og/L C.510 + . Ltastwo *1 5eleetse es't C. 0. - . CC*S Scan detected t*e f ellen tes . note Stltta eg. L 3.09 . Silser es L < 0. C< 20 - 73, ggj;,,g. Sodtae og'l 10.) 8.7) 7. 30 '.00 3 Tet al Pke s;* ate eg L 0.016 0.050 0.100
,1 tractue Zi*c eg'L C.'*. 0.9)) 0.650 . 16 CC*5 Scae de t e c t ed t*e fc11:=tr3: b te *03 (as N) es'L B.60 5.93 6.34 5.60 50, og L () O Ftb 3 C 8 f 2.l e ? pp,,et, ,, t c . c; . . .
L't an t us C 0;** ict. Org- Carten og L 't.000 < !. 004 1.60 <L.000 GC*$ Scan detected t he f elle= t es Se*e Tot. 03 Faleres eg'l 0. C4 5 '-0.0C5 0. 00
- 0,005 Carbee !et. 9a L * * - -
ygg 3 3;f gg g- C*lerefere +3 L - . . g,,,,,, <1 *e t r ac h ler cetweee eg/L - . .
.rt eg'l - - -
CCys Scan det ectes t re f e l l e* t e s. - Weee g,,cPloreetAvae i,1 ;cg ,, r ; . . Crces Alr*a FC L 1.? 7.0 3.. 5.1 FMS 6 06'16.9? Nees31, beta pct'a 11.6 12.0 6.6 5.9 t r ac t ue il *stal Radnoe tCsit 1.. <1.0 1.. C C*.5 Scae detected the f alice at s. sar e Trtttse PC t 'el 641 =0) s t.0 3.t F59
- C O '26 / 0' tra-ty, 0.006) Wella FSB 76A, F-Area Eeepage laates GC's Scae detected the folle teg # ee ' 5tP Crid M 761)1.9 ' '*81' Ccer a taat a s t illei.t Screem !cee Elevatten 16.6-11.2 Fyn 6 12 r C 9 l' Lat i t e te 13. 4 ' 6 0C 5 ' h Ter of Casteg Ilevation 89.'8 g,,.4,, al i estr ade 91. t ' 9 ) S
- W Castea Fatsrael Ptc CC=5 Scan etected t*e fellett-* M ar e P s e a-e t e
- sales (1/e 't? s. C 9 8' Cll'87 10 01 49 Seepiteg *ethed Pa*p Ps-p P se p P.ep ester E lei st . sn etters 61.2 67 9 e?.9 .?.1 ra FN 6.6 4.? 6.9 ?.1 Coa d.t t a s i t s u*hes ce 165 1 1*0 12;
*; 5 *s L IC6 1CC '.' 1 (4 arse *Lc eg"L C CC2 C . C-C 2 0.0-02 4 C. . 0 2 Bart.s o g 'l 0.C22 0. c 2. 0.02) 0.(21 se r s l i t .g *g L . . . .
s se t s* ng L
- 0. CC 2 'O.CC2 0.CC2 C.,3.
Calet e eg L 21.. It,= . 0. 6 21.0 b l e r n dt 93 L .'.? '.9 3.0 2.5 C'reetwe og L 3.00 . C . C#. 0.C04 C:srer og L ' O. . C O. C$aande eg L
- Fl.oride og L 0.25
- 0 0.30 ? 28 Iren es t 0.006 0.011 0.0 36 0 021 Leaf eg'L 3. DC+ < 0. C.C 6 < 0. 0 56 .c.C26
- a ge e s t .e og L 0.609 0.t:B 0.6.9 0,579
*aegaceae at t 0. >:+ 0.v;e 9.006 0. r0 5
- 40 . ' . 0.
e r c u r v eg L ' 0. 0 ;. +0. C COC2
%1csel eg*L * 'O.5;.
- Pc t a s s t .e *g L 6.26 3.60 3. 5 1.;l 5elent.9 et t 0-... 'O.uC' O.002 -0.04 2 Stitca eg't 11 S 12 11.6 stiser og L 0.0 12. 0, '.0 -0.00;0 <0.23;a 5 a d t we we L 1.19 i.12 3.06 2 ?4
- s t a l P* o s p
- a t e eg 't 0.J 1 0.030 0 200 c.'90 Itec og L 0.00) 0.010 0.C67 C.CS2 tij (as tl *g L '0C5 'O.C5 C.hl C.61 10 og L 15.0 0.0 9.. <
50
<*ecals es L C . CC . 0... C . C-0 5 ' 0.00 5
*at. Crg. Carbce *g L 3.. a.CCO '.1. C C4 1. 2 }
*ct. Crs. paloges pg L C 035 40.065 <0.005 0 C;5 Carbra Tet =s'L - -
(k lorof ore eg L Tetta:91ercette*e og L - Tr u blor eet 6er e eg'L * + 1.!.l*TCt og L * - - Cress alp *a rt6- <3.0 - 3. 0 '!.) .t . 42-vel. 9ete prt'i 1.4 2.2 ).6 l.0 ist al Sa fi e ;C te L '1,0 - 1.0 (1. 0 c.. T r i t i .m pct et + 0. ^ C.'O 'O
- 11':1 -
TABLE 4-3 CHEMICAL CONCENTRATIONS IN F-AREA GROUNDWATER Wells F5a 165. F- Area Seepage Basian Wells FSB 77 F-Area Seepage lastes Sl? Cetd W 76122.6 *e r e r s f oS L ) 5RP Grid M 75124.6 eeters hat) Coordinates I 513e. 0 $c reen f ace tie vat ion )).* 10.2 Coord teat e s t $0 ? l 1.1 Screen Zere tievatten 46.0 54.8 i.at t t sde 31. 2 7 7 9 8 8 ' N Top of Casing tievation 69.)$ Lattt de 3 3. . ?.4 81
- t Top o f Cas teg t ies ation 43.30 Leesttude $ 1. 4? 9 ) }6 "n Casteg
- sternal PM Lon gi t ude 81. 6 7 9 L 9 8 = Castes Naternal h'C Para-eter t'e t t e 01'09/97 06/C9'97 01/18*f' 11'01/87 Para.eter ta t t s 01/07187 C6/11/87 09/1s147 10.'01/6'
'Sa*pi teg *et hod Puep P ep Puep Pep Sa*p i teg e t hod Pamp Pwep P9ep Pue.p mat e r llevat ion ** t e r s 64.1 66.$ 46.8 66.2 kat er llevat t re *eters 66.$ 61 61.$ 6).2 p lE 3H 6.6 6.8 7.1 6.6 rM p it ).7 3.9 3.9 6.0 Condsctivati we50sica 16) 162 161 126 C&educ t i v a t o vek o s / c m ISO 643 $ 00 641 705 eg/L 86 9+ 105 76 T;$ eg'L 100 . .
Arteate eget 50.002 'O.002 (0.002 r0.00. Arsenic eg'L <0.002 . . . Partue egit 0.s20 0 021 0.022 0.020 B a f h$e og'L 0.060 . 0.100 0.07. perwllte eg:L - . . S e r v l t t ure og'L . -
- Cadetua eg'L '0.002 '0.C02 (0.002 (0.002 Cad *te og/L 0.002 0. 00 $ 0.006 0.004 Ca lc i as eg't 2).6 22.5 26.2 59.5 Ca le t ea eg.L 0.535 . . .
Chiorade og L 2.7 2.7 1.0 3.1 Chiertde egrL 1.8 ChrontA og't *0.006 /0.004 < 0. 0% 4 0.C0 C h r oe i u* og/L (0.006 < C. 0% 50.00+ (0.006 Cctrer eg'L - Corper eg't * . Cvanide eg/L . . Cventde eg/L - . Flaertde og L 0.2) 0.17 0.31 0. )2 F twor tie as/L 0.25 . . . Iron og't 0.0:0 C.009 0.011 0 ci? I r ori og/L 0.025 0.U5 0.C)) 0.027 Lead eg/L (0 006 (0.004 00{6 < 0. 0C 6 Lead ag/L 0.028 0.0;4 0.031 0.027 "agaesta agri J.689 0.632 0.665 0.6)) Pagaestua estL 0.62S . S ar g ame se eg L 0.002 ro.0C2 ( 0.002 0.00 ba gaaese egil 0.0$$ 0.205 0.176 0.201
- e r c u r v' eg ri 40.000* /D.CCO. <0.0 C2 'C.0 02 **rs rv og/L (0.0(02 (0.C002 (C.0002 (0.0M2 4.cse1 *g'L ' 0. 0C4 'L8I e8#l 0.00' -
Petasetue eg L 0.812 0.600 0.760 0.759 Fetastsee eg/L 0.397 . . S e ie n t .* eg L '0.CC. <0.002 -0.002 ' 0. 0 Selentwo e g .' L <0.002 . . . stitca eg L 1.09 4.6. 4.12 $titca eg't 4.32 litver eg'L C 0C20 'O.0020 (0.0020 r0.c0a $tiver o g 'L < 0. 00 2 0 .
$astue eg i 1.93 1.81 1,79 1.56 Sodium og/L 12.2 )). 2 29,2 .
Ye t al PAes;Pate es l e
- 0. 166 0.260 0.360 0.270 Total Ptosttste og L 0.C27 (0.020 0.0)0 -
Zine es't c . cC 6 0.0:e 0. OJe O CB7 !anc es/L 0.C41 0.107 0.005 0.06)
%0) !as n' e g 'l C 50 0.67 0 96 0.78 NO) (as 5) *g/L 26.0 SC.0 m3.8 71.6 50, eg L
- 5 ( 1. 0 (1.0 12 0 SA og'L <1.0 -
FFreels <0 002 eg'i '0.004 40. 00 5 <0.005 Pterols eg 'L 0.00 2 - -
'et. Crg. satte eg L 1.50 1.00 (1.000 < l . C :.0 Tot. Org. C a t h c.n egrL <l.000 <1.000 1,10 < 1. 0M
*at. Org. Palogen og L
-C.MS 0.v05 <o.0:5 .005 Tot. Org. Falegen eg 'l (0,00* -0.0C$ 40.00$ 0.00)
CarSee Te' eg<L . Carbon Tet. og . . . Chierolere eg e t - C> lot o f ere e g L.' L . . - Te t r a c m isr ee t $ece eg T Tetrachloreet*ene egrL - - . Trteklercethe-o eg L - Te t t elot ee t eere eg'L 1, . . l . N E og't - . 1.1...T t eg!L . . Cross Alt.a pct'l < 1. 0 ') 0 <3.0 r ),0 Crees alt's rCitt 141 116 til 19) Wei. to t a FCt t J.0 2.0 2.0 '2C V uel. Deta pC1/L )*8 896 961 726
' t al B a s t a= i s 4 1.0 (1.0 el0 Total Radium FCt/L 4.6 17.9 ll.9 T r i t t se rpct' C t ',LL O.80 1.30 0 "' Tritise rCtre6 guc0 $330 7470 helle FSt 76C, F- Area Seepage Seelse Welle FSB 78. F- Area Seepage las tae 58P Crnd n '61 e***ft 1 *? t " $RP Cete E 74766.0 *eter* h 511 s erd testes t $ 1 ),12 s.. . 4 sc reen , , lleva tie, 30....? 2 Cerr s teat es t 50166.7 sc reen 2ece tie attea 6e...s7,.
L a t t t ,Je 11. 2 ? ? 9 '0 N T e. o f Ca e tas t ie s at ion 59..e lattiude 13. 2 '2 t !6 's Tap et Castes tiesation s ).C g 4 lc e g il de $1.6'930$'s Las teg katerial PsC le* g i t u$e $ 1.6 ? e 9 31 e Casseg estergal PiC 1 Para.eter (*tts '! it' r. C4 pt CY/19't' 10 '. . ' 6 ' P a r a-e t e r tatts 01 46/** 0. "2/9? C'. :9'81 10 10/81 Saer lieg *e thed P .e p Pue p Puep r .,o g S aet i ta g e t h ed P se p Pump Pue, P, e p seter tie atis octets 6.,6 65 61.2 6$ wat er fle s at ion seters 61. ) 4. 66.2 63.9 39 pH 56 1.9 6.2 6.4 rH sp 1. 0 3.0 ).9 e.0 C?ad.cttwit= wa%es to $4 49 66 41 Coe g.( f a s s t = we*esrce 6000 1100 J 700 3600 TOS eg L 10 )* ;6 .. T* 5 eg't 1280 Arserte eg'L C h. -0.002 C 002 0 '02 Arseets og/L (0.002 es/L 0.04 9 0. 00 8 lar u 0 157 Bariva J 00' t eg'L C.210 0.211 Perills 9 eg/l Iert1Ilwe Ag'L tae=tue as t e
.c.: s. < u .0 0, 0 '.0' 0.;.. Cadet.. egrL 0,001 0.Cl3 C.038 0.031
(. a l e t es es L t.0* 14$ . . 10 6."6 Calct e og L ).66 micente es L 11 2.7 3.4 +.5 O ncetde og/L 1.6
. r 3s 6 we og 1 0 C: 4 < 00* < 0. &' ^ ^
C'reetwa es 1 0 020 0.019 0.022 wrpr og L - Ccrrer og'L 0. . C 10 G aatse og 'L - . Cvaetse as/L - . Fl.ertdo *gL C.11 'O 10 0 2% C. . F1sertde og'L C.)$
! rom eg L 0.02) 0.017 0.CSO O NS ? r en *g t 0.137 0 C44 0.2)$ 0.1,.
LeaJ og L 0.C;4 ~. . M ' 0. 00 6 0 N6 Lead eg/L 0.1t 9 80.0 3 '0.004 50 906 S as*entum og i C . )t. C.360 0.167 S,).6 Sag *estem eg i 1.C. . . Va gamese eg'L 0.0)0 0 C25 0.025 0.C: *arta ese og L 0.7). 0.7 2 0.791 0.68) v erc rv og L
, , cC 7 G. . + **e t c c e v eg/L C.0 ;) 0.LM) 0.000) ' O,0;g 2 sichel og^L C.#.. Michel og L 0.C66 -
F : t a s s i ve eg L 0.5t* 0.30' O.*?? O,121 re t a s s i an eg'L ).7% . . Se len t um e 't ( 0 W ., c.00. -0.,,* - Seleeive egit C.002 - $tltca e g 't 4.44 6.69 *.?? Stitca sg L 7).9 . . 5tlier og L 0. 0C 2 ) C.0020 v. 20 0 ...C Silser og 1 C.CCt0 525sve pg L 2.Ct 2.!O 2.21 1,74 5 d1 = 3L / 12) IM 77.2 3g.0 Stal h at' ate og'L C.C.' O.;t0 0.C50 ,lM Tet al P%oirhate eg'L C.C9? 'O 020 ' O C20 + .ia. eg L 0.02 C.C27 0.038 c... 2 *e pg L C.14) 0.155 0.200 0.214 h?) (as N) 54 L 1.30 1.16 1.0 1 si %0) (as nn eget 6.0 30' 1* 2 15 $h eg <l <3.0 (),D ($.0 - 5,0 54 eg/L 17.1 P=.*01s eg. L <0.0C2 <0 M2 -).00$ 0 %5 P* note es't 0 0)' . ? Crg. Car 6os og L 1. CC O :
- 1. C N 1 =0 -1 a Tot. Or g . Ca r6on eg.L 15.0 1.00 2.00 2.20 Ti Crg. Waltlea es-t ".005 <0 0;) 0.005 0.Mi Tst. Ceg. Delegen eg!L <C.003 0.00 ) <G.cC$ . c . Cd to 62n Ter. es/L C a r ton T e t . *g/t Ct ersfore ag:L . iklere f ore egil . .
Te t r as
- l o r ee t *e ce og L Te r r a( k lo r ee t he *e es L
!r s e t t e rce t kee.e og+L . T r i c h lor ee t he* e eg't . . 1.1,1.TCE eg't - - - . 1.1.1 TC t eg/L . - Cecas Alpha p(4/L <).O < 3. 0 <J.0 3.0 f r ess al;*a ptn/L 1160 6te 6't est W el. Beta rCt'l (2.0 '20 .J.0 2.0 neevol. leta sCt/L 2700 1790 500 6920 Tot al led t s tit /L <l.0 <l.C 't.0 <l.0 Tat e n Ras t as pct /L 36.L 17,2 . f r i t 6 ,* FC1/et . 3.'1 ).31 ) 9 Tratt.* TCe!*L 6':C0 26400 10600 16100
- 174 e
TABLE 4-3 CHEMICAL CONCENTRATIONS IN F-AREA GROUNDWATER loell e FSB 78A, F-Area $eepage Basies Welle FSS 78C F Area Seepage Bastes SRP Crtd N 76772.5 seters f*5L)
$EP Crto N 76'57.7 eeters f*5L)
Coordtestes E 5C172.3 Sc reen Zone Elevat ion 11.6-8.2 Coordteates E 50170.2 Screen Zone llevation 66.1*6).2 Latttude 33 272977's Top of Cas tes Elevation 83.06 Latitude 3 3. 2 7 3006' u Top of Castag tievet ton 83.36 Longitude 41. 6 7 9 6 9 9 ' W Casteg watertal PVC Longttede 81. 6 7 99 3 3' W Casteg water nal PVC Paraceter i. a t t o 01/06'87 06/02'g7 07/2s/37 10 /10,g 7 Parameter 3 L 01/06/87 06/02/47 07/*4/87 10/10'47
$aer t t ag *e t hod Pwep Puep Pump Puep Saept ing "et hod f uep Puep P ep pap 6).6 list er Elev ation meters 67.6 67.2 67.3 67,1 hater Elevation meters 62.7 6).6 63.7 pH pH 6.1 6.4 6.8 1.7 pH pu 6.6 6.7 5.0 )M Coriactietty wehos /cm 160 138 120 135 Conductivatv veho s / c m 2300 2l 00 2600 2100 TOS eg/L 102 12 T;5 eg/L 1360 17 0 1610 1600 102 lio Arsente og/L <0.002 0.002 (0.002 <0.002 Arsente og/L 'O.0C2 'O.M2 '0.002 (0.002 Bartue og/L 0.020 0.022 0.020 0.019 Ba r t e og'L 0.636 0402 0.637 0.650 Serelltus , git - . . Beryllius es/L . * -
Cadstue eg/L ' O.002 (0.002 <0.002 <0.032 Cadeta= og'L 0.015 0.015 0.020 0.026 Calctum egit 16.8 18.6 14.4 19.6 Calctus et/L 172 166 165 182 Chloride eg/L 1.2 3.1 3.0 d.6 Chlorade es!L 2.7 2.7 3.0 2.0 Ch r o* L u* og/L 'O.006 (0.006 (0.004 0.006 ChYoStue og/L 0.c07 0.005 0.006 <0.006 Cepper eg/L - . . Copper eg/L -
- Csanide og/L . . . Cvantde eg/l - -
Fluoride rg/L 0.22 0.66 0.22 0.32 Fluertde eg/L 0.26 0.43 0.66 0.66 Iron ,g/L 0.017 0.028 0.026 0.01; tron eget 0.601 0.276 0.266 0.199 Lead ag/L (0.C06 'O.006 = 0. 0C6 ' O . CC 6 Lead et/L 0.08) 0.056 0.089 0.037
*agrestus eg/L 0.576 0.625 0.626 0.576 Magnestue eg/L p. ) M.0 29.4 30.5 eg/L 0.027 0.022 0.018 0.017 *d"ga"ese e8't 3.73 4.I6 6.26 L2) ".a e s s: e s e <0.0002 *ercarv eg /1. 0002 'C.0002 (0.0002 (0.0002 *e'CurF eg/L < 0. CX2 'O.0002 (0.0X2 Micael ag,L <0. (0.006 - 41Ch*1
- 0.065 -
- o g ', l 16.) 11.0 13.6 9.66 Pstanstua eg/L 1.62 1.50 1.76 1.f 0 Pot a n s t aa es L Setentun eg'L 0 OC2 0.CG2 c0.002 '0.002 5elenia eg/L (0.002 <0.002 'O.002 <0.002 Silica eg'L 12.) 12.6 12.9 . Stitca og/L 5.37 6A2 L et +
5tiver ,g/L (0 0020 'O.0020 <0.0020 (0.0020 5tiver eg/L 0.00e0 0.0C20 '0.0020 0.0050 Sodtwa 2.60 8edtuo eg'l lli 135 318 109 eg/L 2.12 2.30 1.6? Tetal Phosp6 ate eg/L 0.20 0.00) 'O.020 0.270 Total Phos p ate eg/L 0.%7 0.020 0.060 0.130 2tM og'L 0.005 0 . 00+ 0.011 'O.002 21*c eg/L 0.666 0.*70 0.572 0.637
'0) (as h) estL 250 220 102 222
%) fas M) eg't 0.10 0.19 0.22 0.49
< 3. 0 (5.0 (LO 50 6 og'L 12.5 <3.0 15.0 7.6 506 eg/L (3.0 PFenols eg /L 0.00) (0.002 <0.005 0.005 P$enols et /L 0.006 ' O.00 2 <0.005 0.007 Tot. Org. Cerben og'L l.60 't.000 1.10 ' t ,00 *ot. Org. Carben og/L 10.0 .' . 00 2.00 1.80 Tot. Org. ealogen eg/L '0 005 'O.005 0.005 'O,005 Tot. Org. Halesen eg/L 0.010 0.007 '0.005 (0.005
- +
Carton Tet. ,g'L Carbon Tet. og/L - Chlorofore eg/L - - Chlorofore eg/L - Te t r ac hlor oe t here og/L . . TetrachlorcetFece eg/L -
- T r t c e l o r oe t h e.e eg'L Trtchtercetheme og/L - -
- 1.1.1 TC E eg/L 1.1.1-TCE ea/L - - -
- cross alpha pct /L (3,0 < 3.0 , J.c J.0 Cross alpha pfi/L 212 til )$.2 26.2 M vol. Beta rc s/L 2.7 42.0 2.s <2.0 h vol. Reta p.C t / L 16CO 1190 1360 1680 Total Raatue pCL/L (1.0 /1,0 'l' <i.0 Tetal Radtwo pct /L 30.6 30 = 30.7 30.8 Trtite pCs'*L '1.00 16.9
25.3 Trit t o pct /al 17500 9810 9550 9770 Ife ll e FSB 185, P Area Seepage Seelse 6 fell s PS3 29. F-Area Seepage Bestes SRP Ortd M 76?65.9 eetere '*5Lt SRP Ortd u 7)66).1 *etere f*5L) Coordinates E 50176.8 Screen Icee tievation :4.3 25.1 Coordtestes t 50139.7 Screen 2oce tievatten 62.i 5).1 Lattrade 31. 2 ? ) M 5 ' % Top of Casteg Elevat ten 83.15 Latttwde 33.270503'N Top o f Cas tra llev at ten 66.) Lorgstude 81. 6 7 9 4 5 6 ' = Cas tes "sterial MC Loegstude 81.677819'W Cast-g Vatettal PVC Para *eter =116 01/06/9? 04 02/6' 07/29587 10810'67 Para *eter lents 01/05/87 06/01/07 07/13,37 10/10/g7 SeeFlie g "et hod Paep Puey Pue, p ep Sa*pites Pethod P we p Pep Puey P um p
-a ter Elevattea '^ esters 66.9 *6 8 66.6 66 g Water Elevatten eeters 61.6 62 61.8 61 5 PM TM 6.9 7. ) '.2 6.9 SM pH ).) 3.4 ).5 )..
Coedo tsvity w*+ o s / c = .3 230 260 2)$ Conductivity unhos/cm 2000 1950 1600 ;050 705 og'L 100 142 196 15e 705 es/L 750 * - - Arseetc egfL 'O.002 (0.Ch <g,002 'Q,Q0] Arstelc eg/L (0.002 - . Bart e eg't 0.0*9 0.0 5 0 .04 . 0.03g Bartue as/L 0.361 - 0.)91 0.622 Beryllsw. es L
. Eervilta eg,L . . .
Cado t a eg L <0.002 (0.002 < 0. 00 2 (0.002 Casetue et /L 0.006 0.00e 0.006 0.0C5 Calta.= eg/L 36. ? 3..) )$.7 6e.6 Calttua og/L 2.69 *
- Chlertde 2.) Chloride og/L 2,7 * .
e g . '. 2,) 3.2 1.g Carma eg'L '0.00* 'O.006 (0.006 <0.006 Ce r e= 1 ** e s 't <0.006 0.005 ( 0.006 (0.00e Correr e g 'l. - . . CcFrer e g /1. . - - Crantde eg 't . - Cyanide og/L . . Fluoride og'L O.25 0.11 0.15 1 25 Fluoride satt 0.20 .
- 1 rem og't t o. OC. 0.005 0.C26 0.015 Irca eg'L 0.!79 0.200 0.281 0.228 Lead eg'L '0.0Cs 'OE6 '0.0;6 0.CC6 Lead eg/L 0.070 0.058 40.006 'O.006 Fasmestue *g'L C.6 0 0.650 0.376 0.e5) ."a g ne s i us et/L 1.10 . -
- Vu ga*ese eg/L (0.C02 (0.002 0.036 0.003 "aegaaese eg/L 3.70 2.97 3.47 6.59 "ercury og'L ' 0. P0 2 0 0003 '0.0002 <0.C;0? *er<vry og'L 0. 0C 0 3 0.0008 0.0007 0.0006 Ntekel eg.L <0 CO* - NChel es/ L -
0.035 - - Potassi a eg 't 1.17 1.00 1,07 1.2g Potsestae agrt 2.06 . Sele m s eg't (0.002 < 0. 00 2 <0.cc2 10 c.0 2 5elentum es'L ' O.00 2 - - - 5tista eg;L 5.50 7.5. 7.3) . Stitca o g 'L 36.4 - - 5tiver et/L <0.0020 ' 0. C4 2 0 (0.0020 (0.0020 511wer og/L 0.C0JO * - - SHia es/L 3.61 1.22 6.26 3.56 S od t a eg/L 136 160 15r 136 Tetal Phos pate sg/L 0.cs) #0.C20 0.060 0.120 Total Phosphate og'L 0.037 <0.020 0.060 - 2inc og!L 0.005 0. 0C 6 0.010 0.CI: itec eg>L 0.150 0.128 0.130 0.159 M) tas 4) og/L 5.60 5.8. 6.00 10 2 M3 (a8 0 eg' L 2 00 182 90.6 205 54 og'L (3.0 <3.0 < 5 ,0 5.0 50 og/L (3.0 - - - Pheaols eg't (0.002 'O.002 'O.005 'O.CC5 Pheeols eg;L 40.002 - * . in . Or g. Ca r en eg/L <l.000 (1.000 ' l . 0c0 <l.000 Tot. Org. Carbon eg/L 4.20 1.00 2.00 2.20 Tot Org. Malete9 og'L < 0 00 5 < C 00 5 'O.005 'O.005 Tet. Org. Halogen og L 0.010 0.005 0.005 <0.005 Carbon Tet. egit . . . Carbon Tet. og-L * - + - Chlorofore og/L . . Chlorofore og/L . + . . Tetrae*lereette,e og/L . . Tet r ac h lo roe there og,L = * * . Trichloroet>eme og/L . - Trichloroethene eg/L - * * - 1.1.1 TCt 1.1.1 TCt eget . . es L . - - . Cross Alpka pst/L 2.6 ().0 ' ),0 4,3 Cross Alpha pC L / L 712 29.7 )?? 165
%*vol. Reta pct /L 7. 3 (2.0 9.2 11 N$evel. Reta pC1/L 1)?0 17) 1270 1660 Total tadtwa PChit (1.0 'l.0 1. 0 0 . ,. 2 Total Badt = PC t! L 35.4 -
)$.6 .
Ytttia pct /et . 225 2:9 22) Tritive PC te st 19100 26100 25100 18700
-175e
TABLE 4-3 CHEMICAL CONCENTRATIONS IN F-AREA GROUNDWATER bells FSB 79A, F- Area Seepage Basies kella FSB 79C, F- Area Seepage Basies SgP Crto N 73666.3 nters t wSLl 59P Cetd h 73664.0 "t 'T Coordinates t 50169.e Screen 2cee tiesacton 10.5=7.) Coordtaates t 50171.3 Sc r een Zoce Ele at ten 66.6 65.7 Lat t t ude 31.270522*15 Top of Casteg tie =ation 66.67 tatitude 3).27056S'N Top of Castes !!es at t9e 66.57 Leegatuse w aternal Len g s t ede 81. 6 7 7 515 'h' Castes Maternal PtC 81. 6 7 7 7 s i'6' castes FtC P a r a-e t e r Units 01/05/87 06rel'87 07/10'47 10/10189 Pa r a-e t e r tw i t s Cl >Cte s? 06 / C 1 f 9 ' 0'-18t97 10/10 8' Sampiteg ustPod Pwer Pwep Pep Pep Is*p i ng "e t koi Puep Pep Puer Pep kat er Elevat ion meters 67.8 67.7 67.9 67.7 h a t e r t ie v at toe. seters 59 9 60.6 60 19.9 pH pM 6.0 6.$ 6.6 5.6 pH pH ).6 3.7 3. 6 3.= Cceduc t n t ty wohos /c e 88 108 66 90 CeeJactivstv ushes/ce 2200 2250 2000 JGt 0 TL$ og/L 72 76 138 IC6 TD$ eg/L 8 36 906 370 1030 arsenic eg'L (0.00 2 'O.002 <0.002 <0.002 arsenic es L < 0. 00 2 0. 0C 2 '0.002 <0.002 Sa r t wo es 'I 0.015 0.018 0.013 0.0L5 Bartoe og/L C.54% 0.092 0.600 0.639
+
B e r vil t wo og 'L - Servilic ar s t L Cad =6e et /L '0.002 <0.002 '0.002 '0.002 Casonas egrL 0.026 0,029 0.0)$ 0.0)B Caletua eg't 14.) 13.2 13.9 16.0 Calstee es L 13.6 1).) !?.6 10.8 Chlertde og/t 2.3 2.7 3. 2 2.4 Ctlottde eg'L 1.8 2.0 2.0 1.5 Ch r om t e o g 'l ( 0. C6 0.00* '0.006 <0.C06 Cere=Lue eg't ' O M. ' O . w. 0.006 'O.0Ce Copper og!L - - Correr ag'L - Csaeide eg'L - - Csa-ide eg'l + - - - F t .,e r t t e eg'L 0.18 0.6) 0.16 0.23 Flusttde eg'L 0.20 0.61 0.58 0. 17 t r on egrL 0 010 0.032 0.02) 0 126 Iron eg/L 0.0)$ C . C+0 0 037 0.06) Lead eg'l <0.006 'O.006 <C.006 '0.006 Lead es L 0.1C= "0.cc6 ' O.006 0.CC6 w asses te egit 0.519 0.112 0.5.0 0.670 *a g n o s t os es/L 6.78 7.=2 9.12 10.6
*an ga-e s e ag/L 0.00) 0.01% 0 002 0.C32 a e g ac e a e et / L 3.26 ) .15 1.06 3.12 =ercure eg>L ( 0. C OC 2 'O.0002 ( 0. 0 M2 <0.0002 *ereury eg L 0. 00N 'O.C 2 '0.0002 'O.C 0 41 thel og't * (C.006 - 4tchel eg'L - C.039 - -
Pot a s s t ue es!L 1.06 1.09 1.07 1.02 Petassium os/L 2.*E 4 40 2.99 2.40 soientwo og't (0.0CJ 'O.C~' O.002 ' O.002 Se len ue og L -C.002 = 0.cs2 '0.002 'O.002 filica eg 't 8.1s 8. h 8.=6 $tlica og't 12.1 13.0 11.2 - 911=er og L 0.0020 <0.0020 <0.0;20 <0.0020 ftlser eg't 0. 0C 6 0 C 0020 0.^020 0. c4.s.0 S od t t.e og L 1.7) 2. 36 1.96 1.67 Sedt e og.L 125 136 160 122 Tot al PPeopkate egIL 0.15) 0.150 0.110 0.260 Tot al F%e sphase estl 0.0S? 'O.020 0.G60 0.130 2tec eg/L 0.011 0. 0C 6 0. C'O. -0.002 2tec es/L 0.177 0.16) 0.202 0.258 M03 (as el og L 0.25 C.21 0.16 C.81 %C3 fas Mi eg L 260 216 82.1 209 50 egit 3.0 < 3. 0 *S.0 45.0 se a eg/L 4 1.0 (3.0 '$.0 *SO P> ecole es!L 0.002 'O.X2 0.005 <0 005 Preeols eg 't '0.cc. C.G02 0 005 0,006 Tot. Org Cerben ag'l 0.00 <l.000 <l.000 6.30 Tet. Org. Carboa eg/L 9.Si ..C00 1.D 2.50 Tet. Org. Nalogee o g 'l '0.C05 /0.0C5 '0.005 '0.005 Tot. Org. Maleges og L 0.011 0.0;8 0.010 0.004 Carbon Te t . og'l
- Cart m Tet, eg 't * * -
Ch l ore f ore og L - Chlorefere eg'L T e t r ac h t er ee the re esIt - - To t r ac h lor oe t h eae es L
- Tr ic h l eree theae es/L -
Trichlorcetmene eg'L - - 1.1.1 * !?! *g L - 1.1,1 TCt eg L Gross alp *a pC1/L < 3. 0 ').G ').C < 30 Cross alp *a pct'L 1950 555 669 819 hoewel . Be t e pC t. L 2.1 2.0 2.6 2.0 Moesel. Se t a pct!L 6);0 668 653J 65s0 Total f aste pct /L (10 <l.0 1.0 '1.0 Tstal Radtwo p;ist 111 1C1 101 106 Tritt.e pCLiel (1.00 12 6 13.8 12.* Tr tt ta FCs el 256X 13 00 12'00 ll6CO belle Fll 798. F Area Seepage lastaa kells FSB 87&. F* Area Seepage Besles SIP Grti n 73666.1 "' 'N IIP Cr ag 4 75601.7 *eter* f*Tl! Coerginates t $0119.2 Screen Zoes !!evatsoa 27.8*.6.6 Coorgiestes a 10115.9 screee Zone itsvatten 13.) 10.1 Latstwee 3). 2 7 t hl' 4 Top of Cas tes llevat tee 66.50 tattrade ) ) . 2 '6 7 51
- N Te, ef Cast es stevatten 87.72 Lo gte.de ti.677811'h Casteg *arertal FiC L e- g i t de S t . 6 616 5 6 ' m Casteg waternal P\C P a r a-e t e r i=tte Cicct'st c6301 0' 01'l e p 10 I?'B' pa r sy t ,, .it, et,eg.g. c, c; g7 c.,g ,, ;, c ,,
S ampi t e g Pe thod Pwep Puep Pep P*er 5aepiteg vethod Fee par Pop Pop bater Elevaticm esters 67.0 67.6 49 6'.7 *ater t ie v at ten ee t e r s 66.9 67 67 2 6.6 pH pH 6.9 6.4 6.8 6.6 pH pH 6.% 6.6 6.6 6.7 Cenduc t iv s t e uphos /cm 180 162 158 190 C o-du t t wi t y we*s>(* 120 122 101 102 705 og't 100 126 19. 166 T:5 og L Sg e6 1 06 7e Arsentc eg 'L '0.002 10.002 0.C02 ' 0. C'C 2 arsemic eg!L 0 OC 'O.CC2 0.002 '0.0w. l a r t ..e egit 0.C26 0.02) 0.C26 0.022 lattse og/L 3.01 c.C;0 0.C16 0.019 Se rillt as eg'L lorstltue es . - - . Cadato egrL 0.0C2 0 002 0. 0% ' 0. 0C 2 C aden e og/L < 0. 00. c.CO! 'O.002 0.032 Caltton eg 'l 29.3 10.2 .0 M. ) Cale t e og't 15 2 l'.. 17.6 20.9 Chlertoe es!L 2.5 2.$ 2
) '.1 2.6 C%1ertd, eg L 2.9 ;.0 ;,g 2,$
C> rest.e estL s0.006 <0.00 'O.CC- ' . 00+ p r ee s e es-L <0.00 0.CO. '0.00. .C.C3 Cepper og L - Cerrer ag'L , Creatde og L
- Cramide es L +
F1 oride eg L 0.25 0.$5 C.20 - 31 Fluerade og L C.2) 0.11 0.2) C.29 Iron eg't 0.C86 0.C2) 0.101 0.022 !re eg/L 0.0,0 0.0;1 0.c15 c.0;0 Lead og'; <0.0C6 0.006 'O C66 '0.Cse Lead og L ro.0ce 0,006 '0.c:6 0Ca
agatst e eg'k C.597 0 $20 0.)?O 0. a g *
- s t A og L 0. % 9 0.6 16 0.590 0.19e ya*ge*ese ea/L 0 011 0.C0) 0.v0) do.C0 vaaga ene eg L 0.e0) 0.ci) c . ca l 0.cc5
- e rcurs eg't <0.0002 ' O . CF ' 'C = OCC 2 0 00'? w ercurv og'L *0.0002 'O.*002 0.C002 ' O . CC .
%sc's e t og L - s0.G0 hicael og L 0.0,.
- Pot a s s t . og/L C.690 0.SD 0. ?t o 0.655 Fet as s t e og 'L 0.416 1.09 1.10 1.09 5 e le a t wo eg'L 0.C02 '0.002 ( 0. C< 2 'O N 5 e l e s t .m egtl c.C22 0.0*? '0.002 ' C . CO 2 5titta *g't 11.6 11.6 12.0 silica es L 10.9 11.2 11.5 stiger og 'L G.;020 0.0MO < 0. CC 0 G 0MC Silver og 1 C.W20 C 0020 c.0C.0 0.C020
$H tae egtk 2.}} l.02 2.20 1.5% 53flA
- g 'l I.66 1.9? [ CN 1,77 Tot a l F*osp*at e es'L 0.69) 0.2'O 0.650 0.650 ist al P'e sphat e eg L 0.2'O 0.150 0..'0 0. 00 2Las eg'L 0.006 0.00 0 0.02 'O m Z t ec eg'L <0.002 0. C{ 4 0.0.2 s.161 50j (as M) og'L 0.55 0.60 1 15 I Ol 40) las M) eg'L Q.20 G.19 0.9% 5.?)
50, eg/L 7.5 ').O r5.0 '5.0 10 og't 12.5 ').O 6.5 '1.0 F*e-els og<L 'O.002 (0.002 0.004 . X5 F*esels eg L 0 sC2 , 2 0.005 J.00) Tot. Org. Carte es L 1.20 <l.000 ' 1. 0C 0 <& '.7 Tot. Org. Ca r 6->a og 'L ( l . ON 't. 00 ' t . NO 1 OM Tot. Or g . Weltges eg/L < C.N$ < 0. 00 5 40.D01 'O%5 To t . Org. Malegen og 'L <0 C05 'C%$ 0.C C 8 0.005 Carboa Tet es/L + Catht* Tet. og L + . Chlorofore eg'L *
- Cklcrofet* eg'l T e t r ac h l o r oe t he *e 93 /1
- Te t r ac h teree t heae =g L +
f r tc h t ercetkeae *
- Triolareet *e a e eg 't .
o g '. t 1,1,1-Tct eg L -
- 1,1,i Tct es L - - .
Cece s alp >a PCL/L ').0 <1.0 ').0 2.6 Crees alpha PCaet i ).O < 3. 0 ').O < 3. 0 nec eol . Da t a %t/L 2.6 '2.0 1. ] 3.$ t en o l , le t a pct /L (2.0 3. 6 #2.0 '2.0 Tet a l R ait.e PC1't 'l.0 el.0 e. 't.0 Total Bedi,e rC L , L 't.0 <l.0 cl.0 't.0 Tr n t i,e pCliet <l.00 12 9 16.2 16.) T r i t t wo PCteet ' l.00 I?.2 19.0 26.6 1
-176-l
TABLE 4-3 CHEMICAL CONCENTRATIONS IN F-AREA GROUNDWATER Welle FSS 873, F* Area Seepage Basies bells FSB 870, F-Area Seepage lastas sap Grad M 75586.) ' 5RP Crnd Coordinates 1 5010e.9 4 75597.0 Screen Zone llevation '".e' 30627.6 Coordinates t 50081.1 Screen Lore llevatten Top o f Ca s tes F levat(en 46 "1 5 7 .1 87.56 La t i t u:e 3 3. 2 ?.7 2 )' N Tap of Casteg Elevation 97.9) Latitude 33.21 660's Leegitwee 81. 6 81 ' 0 7 'V Casseg 'faterial PiC L oe p, t t ud e 81.681769 % Casteg waternal PVC P a r a-e t e r y t 01/05'97 0*/01'8' 07/20/07 10 01r47 p.,,,,,.., 01regfg7 0 foles7 Ot/20/67 10/01/87 Pop P aa p Pue? Pu'P saeplies *ethod Pop P eep P eep Pwep Sae1teg verbod het er tievat ton meters e).9 66.2 66.6 65.4 Water Elevatton meters *
- 65.) -
pH pH 6.) 6.1 4.6 6.6 pu pn 5.0 5.0 5.0 5.0 C oe.dac t i v i t y weh o s / c = B6 78 78 Il Coadac t iv a te ' vmb o s ' ce 600 720 620 6B4 290 212 70s eg. L e2 56 66 ?$ TOS eg'L 266 St' Arsente eg!L '0.002 <0.0C2 <0.002 s 0. CC.' Ar,eetc eg>L '0.002 <0.00 <0.00; 0.009 B a r t un eg'L 0.00 5 0.010 0.006 0.004 Barass og'L 0.370 0.248 0.210 0.667 Ber:11tue og/L - - - - Berilltes og/L
- C a d e t wo eg'L =0.002 'O.002 0.002 0.0C2 Casatwo eg/L 0,a)6 0' . 01 ) 0.012 0.052 Caistwo egel 16.6 9.8. 11.0 12.* Calenwa part 32.6 20.0 02.1 66.2 Chlertee eget 2.) 2.) 22 2.0 Cwlernd. egit 3.5 3.) 1.2 2.2 C hr ee t um es't ' 0. 0c6 $0.006 '0.006 0.006 C h r oe t wo eg/L ' O . 00e 0.006 <0.006 +0.00 Copper e s. L -
Copper eg'L Csansde eg't - - Csamide eg'l - Fluertde o g .' t 0.60 0.)9 0.56 2.20 rt.crtd. eget *0.10 0'.16 0.2= C. 36 t r en eart 0.0:1 0.00 0 0.15) 0.011 1 r on og t 0.505 1.92 1.26 0.295 Lead eg't ( 0. G0 e (0.C06 '0.006 'O.0C$ Lead eg 'L 0.056 0.02 0.0 = 0.065 0.667 0.696 0.556 0.=59 "g't 10.0 7.56 8.22 18.9
- ageestum es L
- 0. 0C'
%6eettu* 1.86 1.16 0.059 1.76
- a m g aa.e s e eg!L 0.00 0 0C 6 Maesacese eg't vercurv og t r0 CZ2 0.02'.
0.004 C.0002 0.0042 *ercury es!L e 0 400.' (0.0wC. 0.C002 -0.000 stceel es,L 'O.00 *
- xic.el egel - 0.01)
- Potasstse eg L 1.00 1.10 1.11 0.990 Potassia* eg't 2,76 2.60 1.96 1.26 Se lec t ,a ea tr 'O.002 <0.00. 'O.002 *0.002 5 ele 96ue og/L <0.002 0.002 ' OE2 " 0 M:
Stitca og 't 6.10 6.19 7.00
- silica og/L 6.13 6.11 5.07 -
$11ver us't +C.0C20 0.0020 0.0000 Salier eg/L 0.0010 <0.00:0 0.00:0 0.0010
$ 2d ta eg L : 5) <0.CC.C 1 )6 2.50 ' 05-gedios eg,L $7.6 62.9 62.0 75.5 Total Phosphate og!L 1.19 0.520 1.3) 1N total P*iosphate og/L 0 C22 <3.020 0.020 0.100 2tec *It 0. 0C 6 0.006 n.Gil 0.002 Itac eg/L 0.621 0.25) 0.210 0.257 1.60 1.65 3.56 1.9) egit 36.0 35.7 19.7 lal 403 fas %) ..L %3) (as si <5.0 50 es>L 5.0 ').O '5 0 '5.0 5 *g egit 5.0 e ).0 '5.0 PFeeols eg'L 0.002 'O.002 0.0C5 '0.0:5 puenols eg/L 3.002 0.005 ' O . 0')5 '0.005 Tot. Org. Carice og L 1.C00 '1.000 5 1.000 2.00 Tot. C r g. Carbon eg/L 4.80 2.00 2.50 1M
'et. Org. Malegen eg. L C C05 ' O.005 '0.005 'C 005 Tot Org. Malegen eg/L 0.028 0.006 'O.005 0.005 C a r bca fet, og'L
- Cartoe Te t . og/l C%leroform g 't -
C$lerefere eg/L T e t r sc h l o r ee t ke ae og'l
- 7,t r ac h l or ee t he *e st'l TrntPlercette*e eg'L Trichloroetrece ag't 1.1,1*7CE q 'l 1,1,1.Tct eg!L -
Cross Alpka rstil ').O ').O ').O 9.* Cross Alpha pct'L 19.7 30 6 15.3 18" tonvol. Dete pct /L 2.1 <2.0 6.6 10.5 wonvel. geta pCi>L 13a 135 59.7 1:10 Tetal testaa pCi'l '1.0 <1.0 1* Total Radtve PC1/L ?.0 <l.0 1.8 12.0 Trattwo pct et - ' .1. .00 *1 6 47.5 Trit te PC1'ei t )* D0 27;0 1600 12 % 0 Welle FSB SSC, F Area Seepage Bestes Melli FSS 87C, P+ Area Seepage Bastes ** tere (*5L) leP Crad 7 '5591.9 meters f
- 5 '. i SBP GrLi w 75619.6 Cocratcates t 5009).6 Screen ; *e tievattem 68.t. 5.6 Cocr8 testes t Sl518.0 Screen 2cre llevattea 11.)-68.3 Latstwee 3).277070'4 Top of Cas tes llevat ten 86.25 Latitude 1).2'.692'M Tep of Cas tag 11evation I'.6) 81.6?6030'W lxsttude t i . e l17 2 ?'W Cas tag 'atet t al Pic loaattade Cas teg *ater nal fig C; 05'8' f. Cien* OS cg* 10,ctsg7 Pa'see t e r talte 12 01'97 Pare-eter saits Sa*pi teg *ethod Pep Sa-p l i e g *'e t t ei Pep Pop Pp Pwer 66.9 hater tievattee seters eat er 11es at ira e4ters $3.6 63.0 66.1 63.g p# 5.8 FM sa 6.5 6.6 6.6 6. r#
C ee duc t i v i t y wakes / cm 45 Cc= Lc t i s it - e*es ce 65 .00 110 ICg mg/L 60 TOS og/L 50 64 'I et G5 C.CC; Arn ate eg/L 80.002 artesic- =s'L 0.42 2. CC : O CO2 B a r t ua og/L 0.015 larte og L 0.C:s 0.012 0.011 0.015 'O.005 serillte og/L se r: 111e es L , Cadet ** eg'k 0.X2 Casatue es l 'O.0.2 0. 0C 2 0 CC) .c.052 6.10 B.)? 9.64 ad eg'k Celst a *g L e.Ce 11.9 Chlerade *g't ..) 2.0 '.8 '6 - Cal'r18e C*le '8!L 61 eg/L < 0. C04 C
- r ee s wa eg L - 0. 0
- 0.00. 5 sC6 { * ' '** 1 # og/L 0 . 0C .
Cepper og L ' .O . 0C. . . torper , (seende og'k ' O.00 5 ) C=4*tae eg L - . Fluorlde eg/L 0.2' j F1.erade eg L C.1) '0.i0 0 le 02) eg'l 0 l'8 0.011 0.011 0 C=6 0. .. 2 If0" l tr * *g L ( 0.006 og L 0.011 0.0C6 0.0D ' O.006 Lead eg't 1 Lead 0.6H
- g e s t .* *g L 0.6?O 0.616 1.C5 1.21 "ag*H1wo es/L Pe ga-en og't 0.019
- a gaeese og L 3.M' O.0C5 0.029 0. p
'0.0002
'ercurs og L 0 0X: 0. C L ' ^ 0:0 0.C;w' *e r( d? *g'l
'8 L 40 0C*
tactel og L ?.0 *
- PotasstA e g 'l 0.658 0.?CO 0.60 0.':9 " ' ' a' Pat el sst.e eg L 1.22 S e l e
- L * +3'l 'O 002 Selent e es L 0-ws; <0.0C2 ' O.002 0. x ' .
Stitta eg'L 5 tlic a =g( ).92 6.01 3.95
- 5. lu r 'O.0020 Silver *g'L 0.CO20 0.C0:0 '0.C0:0 'O C.20 es't Sca t a eg'L 4.69 lodtue =g L 3.7' *.51 6. 36 a 6 0.150
- Ma i F* ss phate o g 1. 0 027 J.0:0 0.050 0.09 Total PhasPate eg/L Itet es/L 0.082 l itec og L 0 49 0.C:s 0.0); 3.OC2 eg'L 1,72 M3 f as % t eg L =.60 5.6. s.36 1.'O W) fas M1 80= og'l ' 5. 0 :
50, es t ').O ' ).O '5.0 1.0
'0 M 5 I
P*eaels eg't 'O.002 0.0.2 0.'"5 C . :C 5 P*e*el8 eBit (1,000 1.X lot. Org. Carboa eg'L 7tt. Org. Carbon og L (1.CCC ' t .XO
^ 4:C5 X
0.oC5 eg L ' O.00 5 'O ;C5 0.005 Tet. Cr e. sia l e g e n og 'L Tet. Crg- Maleges eg L ' O . CC 5 Carbos ist. Cath 29 Tet. eg.L . . C=;crofore *g/L C*Ierefo'* ef!L 'c.005 f i
. . Te t r ac
- 1eree t *ere og L <0.005 Te t r a c k l o r ee t we *e eg.L .
eg L 'O 005 in c*le nt*eae Trachtereetheae estt . . 1.1,1*TCt eg'L 'O.0C5 1,1,1. T C t eg.L , . . . pClit 2.1 cress Ale a pCL*L ') 0 ').^ 1.0 1. g Cross Alp *e weavel. Sua sCt/L 4.) W el. Deta pC L ' t 4 0 r 2.0 6.0 9 g 0.6 Tetal tailwo pct >L 't.0 0.7 1.2 <1.g Total Bedt.= pct /L Sg7 Te ttia pCadel 11.5 Trattwo FCt =L 310 692 e 177 -
1 1 1 I l~ sot E3 L.EE zi-:3 CHEMICAL CONCENTRATIONS IN F-AREA GROUNDWATER Wells FSB 48D F-Area Seepage Basles Wells FSS 890. F- Area geepage Basies
$1P Cete N 75621.6 **t'fi '"SL3 sa? Crtd a 75548.3 eet'r' 'F5LI Ceerdinates t $1527.0 Screen Zoee flavatten 67.7-61.6 Coorstaates t $1335.8 Screen Zeee Elevatten 67.6 61.5 Latitude 13.277093's Tip of Cas tas tievation 66.07 tatttede 3 3. 2 76626' M Top of Castes tierat ton 85.71 Lessitude 81,678011*W Castes Maternal PVC Leagttede gl.673)f2'w Casteg Metertal PVC Paraeeter tatts 12/C2'97 Paraeeter t*tts 12/01'97 $asplies Method Peep Saapites Method P ans Water tievation meters 66 1 hater tiesation meters 63.9 pH pH 6.? pH pH 3.0 Conduc t tu h t y 9eSos/ce 697 Condactivity web ot /c m 475 TOS egrL 380 T:3 ogfL 290 Arsente og/L (0.002 Arsenic ag/L '0.002 la r t wo og/L 0.167 Bartue og't 0.C66 B e r,11 t ue eg/L ( 0. 00 5 Berylltue og!L <0.005 Cadetse eg/L 0.003 Cadetus og't 0.00)
Ca lc t um og!L 20.4 Caletua eg/L 5.39 CSlorade eg/L 2.6 Chieride og f t 3.2 Chrostus eg!L 'O.CC4 C F r oe t we og/L
- 0. 0C*
Capper og't 'C.00a Corser eg/L 0.02F Cvanade og/L 0.025 Cyaeide og/t 0.026 Fluoride og/L 0.32 Fluoride as/L 0.23 Iran og/t C.061 f r on og/L 0.026 Lead egit (0.006 Lead eg'L t 0. C*C6 Magnestue og/L 2.98 Fagnestos og 't 1.14 Maa g ace s e eg/L 0.639 Fargarese eg/L 0.420 Mercer, eg/t 0. C410 *ercurv et / t 0.002 Nickel eg/L O.011 Michel og/l 0 G!B Fo t a s e t un ag'L 6.30 Potasstus agrL 2.60 Setentue og/L f0.CCI 5elentse eg'L *0.002 5111ta og/L - 5tlaca eg't - Silver og/L ' O . DC 2 0 Stiver eg!L -0,0G20 Sodtse og/L 54.3 Sodive eg/L 67.0 Tot al Phesphate og/L 0.C20 Tetal Phosstate og/L 'O.020 Itec eg'L 0.300 Zsac egel 0.192 403 (as R) og/L 70.6 %0j (as N) estL e5.6 50s eg'L '$.I 50g eg/L '5.0 Fheeols et/L ' 0 DC S Ptenete og/L 0.00) Tot. Or g. Car bon eg/L 1.10 Tot. Crg. Carben eg 'l. 000 Tot. Org. Palogen es/L 't.005 Tet. Org. Natogen o g L,' L 0.009 Carbee Tet. og/L '0.005 Carbon Tet. eg/L 'O.005 Chleref ore eg'l ' O . 00 $ Chlorofore es?L G . 00 ) Te t r ac h loreet tene eg'L ' O. 975 Te t rac hl oreet tene eg/L ' 0. 005 T r t c h loree t here eg/L ' O . >0 5 Tr t chloroettene eg/L 'O.CD) 1.1,1 TCt es/L 'C CC) 1,1,1 1 CE eg'L 0. o05 Gross Alpha pct /L 103 Cross Alpha pct /L 75.9 Neevel. Beta pct /L 872 so avel. Beta pct /L 712 Total Aadt.e PCL/L - Total RadLue pCifL 3.9 Tritive pct /eL 2020 Trattue pct /wi 2340 Wells FSS 8tc. F Area Seepage Bestes wells F58 90C, F-Area Seepage Eastee $RP Crtd W 7 $ $ $ 3. 2 **t '"It' 5RP Grid N 7538*.9 f Ill Coordtrates t 51)e$.2 5.reen Zero tiewet ten 50.6 67.6 Coerdiestes t 5116m.6 Screes fece Elevatten 11.2 48.1 Latttede 33.2'6650's Top of Castes Elever toe 85.74 Latttade )J.275952*N Tep of Castes flevation 46.05 Longitude Bl 674357'W Cas tes Material FiC Lce s s t ude 81.67954a*W Cas t*g Fat et t al Pt C Para *erer Catts !! 'i'0? Pare *eter .mtts 11/10'97 Saeplteg *ethod Pear lamp 1 Les *et hod P ar f hat er t is s at t en eeters 66.8 bater t i e v a t t &* eeters 66.) pM pH 6.7 gM pn 741 C &m d u c t i v t t y uskostco 1 06 CondwettvLt3 vse o s 'ce 213 T?S og 'l 56 TPS og L IP) Arse 9tc eg'l #0.1.2 A f t e r. t c ' eg'l 'O.002 Bartoe og'L 0.0 6 Bartoe og/L C.Ge2 Serv 111ve og L ' 0.00 5 pe.v11tse og/c rc.COS Cadet,e o g ,' L 'O.002 Cadetwo og't " C . CC J C41:two og/L 5.90 Calctus eg'L 17.* Chlertde og't 2.7 C*lertde egrL ).2 Ct rost e eg'L 'O.00 Careetun og/L 'O.0cm Cetter eg'k 'O.C^* Corper ogit 'O.00. Cva9 tie as 't 'O.0;$ Cuantee og/L ' O . CC1 Fl.ortde og'l 0.l* Fluoride og/L 0.27 I r on ogJL 0 011 Ison eg/L 0.015 Lead og't ' O . Of t Lena og/L 0.006
- a4*estse og L 0.61' *agnost.s eg/L 2.66 Ma*gacese og L 0.03* *a.gaaese eg<t 0.01%
Percurv ogil 'O.C;' *ertire og!L '0.0002 Nicael ogLL 'C.CC. hte.el og/L 80.004 Potasstem ag'L 3.5) Potasstaa ogtl 3.03 5elent.e og't ' C . 00 2 SeleSt.s eg/L f 0.00 2 Silica eg'L - S61tca og!L
- 5tiver eg't #0 G 20 it her og'L '0.0J20 Sodi e eg/L .l.9 SedL.e og/L 11.5 Tota! F*osp*ste og t 0. 03 Tetal Phesphate agrL 0.333 Ites eg!i !.060 21
- c og/L 0.019 503 (as x) og't 2..* 503 (as %) og'L 10.9 50; eg't 0 50, eget '5.0 P*eaots og/L 'O 003 P*ecals egrL ' O. 00 5 Tot. Org. Cartaa eg/L ' l . f.C Tct. Or g. Carben eg'L '1.00J Tot. Org. Malegen eg>L 0.010 Tot. Org. Malegee eg/L ' O . s? 5 Carbom Tet. eget 0.C05 Carboa Tet, og/L ' 0. 00 5 Ch le r o f ers og/t 'O 005 C*loroform og'L 'O.07?
Tetrachtercethese eg!L C ACS Te t r a t t lee pe t vece eg't ' 0 . 00 5 l T r ic h le v oe t
- ec e eg'L 0. f 01 Trithloreethe*e og/L 0 COI i 1.1,1 TCt og't 'G.0!$ 1.1.1 TCt og/L 40.CCS I Grass Alpha pct /L 3.1 ).7 1 o..ei. ie i a rCi/t 6.6 Cress se, ei.alt.ka eia P,C t/L C , /t .2.) !
Total Radtve PC6/L G6 Total hadtwo pct /L ).) j T e t t t wo pC1/eL ). ' t r g t ,e pCliel 821 i l
- 1 7' 21 - I i
TABLE 4-3 CHEMICAL CONCENTRATIONS IN F-AREA GROUNDWATER Wells FSB 90D, F-Area Seepage lastes e/ ell s Fil 910. F-Area Seepage Bestes SAF Celd W 75376.9 ** ' ' r ' Nl l SIP Ceti N 752C7.4 esters f=5L) Coordinates t $1160.7 $creen fece Elevotton 66.6-62.5 Coord teates 1 50946.6 Screen tore Elevation 67.)+41.2 Latitude 3).275926*M Top of Casteg Elevation 86.91 Latttude 33.2752)S*w Top of Castes tievation 45.10 Lengitude 81.678553*W Casing Matertal FYC Leegttude St.6?8735'W Castag Material PVC P a r ace t e r M 11/30187 Pere =eter UPits 11/10/87 Seeplieg Method F u' F Sa*Flieg Nethod Pop Water Elevation meters 65.6 Water !!evation meters 65.3
;g pn 4.3 pH pn ).g Connecttvity embo s /cm 750 Conductavity vehesIce 3670 705 og/L 1800 705 eg'L 1800 Arseetc og/L 80.002 Afstetc eg/L 0.192 Bart 2 og/L 0.168 Bartue estl 0.561 Berylltue og/L (0.005 Beryllip es/L (0.005 Cadelus og/L C.00) Cadetva og/' 0.006 Calttua eg/L 26.5 Caletva es/L 9.70 Chloride sg/L 6.? Chloride og/L 2.6 Ch r egime eg/L (0.006 C h r oe s ue eg/L < 0,094 Cepper og/L (0.00 Ceppe r et / t 0.076 Cyanide og/L 0.019 Cyantee eg/L 0.085 Fluernde og/L 0.60 Fluernde es/L 0.35 froe og/L 0.284 I r on ss/L 0.222 Le a d eg/L 0.016 Lead eg/L (0.006 Magnostus og/L 0.683 *agresium es/L 2.0; P.as s e ne s e eg/L 0.570 *angaaese og,L 1.66 Percury og/L '0.0002 He rc ury og/L 'O.0042 Nachel og/L 0.012 NtChel eg'L 0.053 Fotecstue es/L 16.7 Fotasstes eg/L ).62 Selentum eg/L (0.002 5electus og/L 0.020 Silica og/L Salica og/t .
Silver eg/L 'O.0020 S a l <e r og!L 0.0010 Sed t wo og/L 95.5 Sod t .e og L 101 Tot al Phostb ate og/L 0.050 Total Phosphate agit 0.510 Ittc eg 't 0.156 Zine ,4'L 0.194 NO3 (as i eg/L 61.0 #0} (as N) og/L 472
$0 egrL 42.0 504 og/L 17.0 Frecols og/L 0.00' Fencle og/L '0.C05 Tot. Org. Cat bec eg'l 'l.0C0 Tot. Or g Carbon og/L 5.80 Tot. Org. Faleges egiL 0.011 Tot. Org. Walegen eg/L 0.015 Carbon Tet, eg/L '0.00 Carben Tet , o g 't <0.005 Chlerofore og/L ' C . 00 5 Chlorofote eg'L '0.005 Te t r a c h lo r oe t he re og'L 'O M Tetrachloreethere egit <0.005 T r ic hlor oe t her e ap/L 40 C05 Tr to lor oe t t ece eg/L 'O.005 1.1.1 - TC I og/L 'O.005 1.1.1-TCt og!L (0.005 Crose Alpha pC a i t 45,6 Cress Alpha p(1/L 1750 meev e l . Se t a PC t/L .?8 kom ol . 8et a pCi/L 3210 Tetal Radtve pC1/L 16.4 Tetal lastus pCall 96.0 Trit to PCs'el 9"? Trtttue pct >el 62200 Wells FSS 91C. F-Area Seepage Basies well FSB MD, F- Arer Seepage lastaa 53r Crie N ?$0 5.8 *** WI 5RF Crtd M '32'J.1 *etere M L)
Ccord taates t 5D 5).5 Screta Zeee tievation 66.5 45.4 Coor d teat e s E SC55'.6 Sc reen tece llevattee (7.6 61.5 Lattrude 13.276242*N Top of Casteg Elevation 46.C9 L a t i t u te 31 275459'N Tep e f C os t ag !!avat t e.n 45.1) Le s t '. de 41.6?9'29% Lasies "atertal h C Leesttude 81. 6 7 9.* 5 N Cas tra Peter nal FvC
,?,37 g, Fale*eter tants 12/C1/07 Pars-eter . its ,
S a *P li n g *e t hod P uep S aar 16 - g *e t hed p,, 65 la s t e r 11e v a t t ee seters e ' ster t. rat in waters 4s 5 3-) 7" 59 10.1 F" F" wobesics ISto re V ,ca Ceeductivity (vedM ts.htv Oll 775 .g'i 3 ;3 TC5 et/L 1900 op - g,co; ar sea t s eg>L 0.050 armeric 6.80 Sartue og'L Bartue og L 3 ggg t o . 0t 3 S e r s l i t u.s o g 1. c 0, vC 5 Serellt** ed/L Cadetus eg!L 0.071 Ca t* t a o g , i. < g, g og /L 27.6 C 41c s d *g k 60.2 Catctue Crictide og/L 2.6 Chlertse *gL 3.2 og/L ( 0,0C4 o . g3 C h r ee t ue C e r a* v e rg L 0.16F Ccp-er es t :.s,. Copper es!L (vantee og'L 0.034 Csamsde eti 0.C16 og'L 0. 30 Fl artae e g ' l. 1. W F1 crise Irm og'L 0.116 I r ee og L 7,ggg eg!L 0.131 Leaf eg.' . g . g. 6 Lead
'"a g-e s t us og'L 14.5
- ag*essws og L c 33g v og/L 1.50
- angaaese eg'l C.d2 an gar e se
'ercur, g.x;g *ercury og/L 0.0002 es " Nicael es 't 0.0?2 su h el og 1 ,3,cc. 6.46 Fetassise og L !? 6 Potasst.* es>L c, leie m e eg'L r0.002 seie se es:L $11tce et/L a StItes eg>L 5ther og:L < 3, ccy ) Silver eg/L 0. 0C 10 Sedt.= es L 160 13 s t a eg:L 73.6 eg/L 0.060
- stal F' esp
- ate egit Tot al Pheerkate
;p .. n,$
0c 2 sac et'l C.320 !ac eg-L og L 2% C3 'as M) og L ac %C) fas #1 og/L 10.0 50 og'L o3 SN P e-ol, ,g>L s,cc3 P'e=ols og<L 0.012 To?. Org Cattee og'L 1,g Tot. Crg. Car 6cs eg/L eg.000 Tet. Crg. Falegen eg/L 0.006 ht. Org. Malerem og L S .X6 (0.005 C a r u !s t . eg L < 9, <x 3 CarMa tet. og 'L U lerefore eg/L <0.005 C*ierofera e g 't c cc 5 (0.005 Terrarklercethe e og'L *,795 Te t r ac h t er oe t kee s et'L T r ic e le r oe t'ee e et>L <0.005 T r i c k l e rce t meae eg L c oc } (0.005 1.1.1 TCt e g 'L < 0,3 5 1.1.1 TC g egzt Cross Ale s PC1/L 46 Cress Al;ma p;t: L 11.5 pCL/L 9960 % cl. lete rCt/L lu) Moevel. Bete 36.6 Total fattue pCart l$2 Ts v al 84d i an pCL/* pC1/el 31 )')0 Trat ta FC L ,4 Jean Trartee e 179e
TABLE 4-3 CHEMICAL CONCENTRATIONS IN F-AREA GROUNDWATER Welle F55 93C. F- Ares Seepage las tes . ells F35 96C, F Area Seepage ~ Bastes SBP Crtd u 76697.) **t"' '*Sli 5tF Crte k ?6869.0 eeters f*1La Coordtaates I 30458.1 Screen Zees llevatten 64. )* 6 ) . ) Coord smates t 50190.0 Sc reen !**e Ele vat ten 65.7 62.6 Letttede 33.273752's Top of Casteg Elevattoe 66.19 Latttede 13.2712)$'N Top of Cas tes tietation 85.63 Leegitude 81. 6 7 9 17 'W Casing *atettal PhC Lortatode 81. 6 0 0 0 9 5 'a Carteg watettal PtC Pare *eter Laits lle)?'t? P a r ame t e r rette li/10/8' Sampiteg Fethed Pw F Sa* Pile g "e t >04 feep kat er Elevat ten eeters 63'.7 hater Elevation meters 63.7 PM pu 6.1 pu pn LO.6 Conduc t iv it y wom es /co 27) Cendwstivtts wek os / c m st) TDs eg/L 266 705 og'L 773 Arsenic og/L 0.022 Arseetc og/L 0.00. Dertwo og/L 0.0=5 Barsus eg/L 0.Ces leryllive estL 'O 005 te rs 11 t c agrL 0. 0M Cadotue og/L '0.002 Cadetwo og'L (0.002 Calc he og 'L la.) Calcium eg'L 27.2 Chlor t de ag/L 1.0 Celortee eg'L 5.5 Ch r ea t us es L f
'O.00. Chreet s og>L 0.016 Copger egit 'O.006 Copper og/L e0.00 Cvantde eg/L '0,005 Cyaatse egel 0.012 F1.erige eg 't 0.18 Flweride eg/L 0.?9 t r ea ea r t 0.28) Iroe eg,L 0.238 Lead estl '0.006 Lead et L/ 0 D0 7
- a ga e s t wa eg'L 6,0) *,a g ae s t ue og'L 0.C66
- aagarese es't 0.102 yarganese eget 'O.002 sercury og L 'O.0002 *errury og L '0.0002 staket og'L 0. D09 4tchel es *L 'O.006 Fot a s s t wo esti 2.14 Potasstwa es/L 101 5electue eget '0,002 5e les t ae og*L ' O. 00 2 511 t c a og/L $titta og L -
Silver eg/L 'O CO20 5ther og:L 0 0020 toetan og/L 26.8 ledive og't 15) Total Phesphate eg/L 0.100 Total P* esp
- ate eg'L 0.130 Itec eg't 0.0 34 2 ac og't 0.020 NO3 !as n) eg/L 26.5 so) fas n) og/L 22.4
$0 og'L 36 50 eg/L 5$.$
P*eaols eg'l 0 003 P6erels esfL 0.00' Tet. Org. Carbon og/L 'I.000 Tot. Org. Cartes egit 3.30 Tot. Org. Malogen esfL '0.00) Tot. Crg. Ralegen eg't 0 pe) Cartoc Tet. og/L '0 003 C a r bon T e t . eg/L #0.005 Chlerefore og'L 'O 009 Chloreform og/t 0.001 Te t r ac h l or oe t he =e es/L 'O.Mi Tetrachlercet>eee og'L '0.005 Trichlercetme=e ee'L 'O.005 Trtchloreetkene og L O.005 1,1,1 - TC t es L '0.005 1.1.1*TCt og/L .' 0. 00 ) Crees alpha pct /L 4.1 Cress alths pct /L 26.6 %eevel. Dets DCt/L 30.4 henvol. Sera pCL/L 142 Total Battee PCitt 1,4 Total Rastve pCL/L 1.0 Trittwa PC6'*L 1620 Tritive pct!*L 1610 belle FSS 93D. F- Area Seepage lastes wells Fil 9%C. F* Area Seepage lastes 5tP Crte m ?*es8.5 *ees '*SL' ser crid u 7.*'t.7 Coordteates I S0 12.4 $ctee* Zeee llevatten 64.6+60.) Cecrdteates t $0016.7 Sc reen Je*e lle vat ic* 6'.S*64.6 Latatwee 13.27)?23's Top of Castes llevot tos 86.11 Letttuae 31. 2 ? ll %6
- E 789 of Cast *g Ilevat ten 44.16 Leagtt.de 81.t?t*16'W Casteg 6ater nal FvC toegstode $1.660?2)** Casteg Maternal P)C Para-etet },,e s,e s 11/ R '31 pae,.,ger toite 12'0I'0I S a-p l i t., method Pep laepites %thed
kat er t ietat ion eeters 6e.6 Vater tievattee seters I'3 3 PM FN 6.8 PW PM Coadvettetts wekes/to 19' Cendwettutty demosfce - 70$ eg*L 1.. TOS og'L " arstaic eg/L <0 002 arseate og'L I Bar t e og/L 0.01) Ear. e og'L 'O'12% 0 De r 116 e es fL 'O Col pers11two
- g 'l #0 00 1 Casetwe og'L - Q C.c; Cafete *g'L 0.M) l Celttve og'L 6.76 Calctwo *g t 63.2 l Chlerade eg'L 1.0 C*1 ovide es'l
'I Chroetwo og't '0.00. Chroetwo *g'L ' O N' Cepper eg/L 0.00 . Copper og'l ' 0 K*
C,a.,de ect Om. C,.. .e ert F1.crtie og/L 0.31 Flwcende o g 'l 0.?' 1ren og'L 0.012 1ren es L h'0 Le
. ga e.ds,e og/L eg t 'uz, O CC4 tead
.. g.e s t .e
*g'k ect 0N-',
Masgamese og L 0.C.9 w aagaaese *g'l v ersvry og'L *ercury ' w.0002 og'k 0.0 2'Y, Richel og/L 0.011 Nicael *g'L Potassive og/L ) 25 Potassive og L ' telentee og>L og'l -*,
'O.002 Selectue
- 511664 og!L 5titca og't
$tiver tg/L '0.0020 Stiver *4 t OE20 S oi t wo og L 22.6 S od t ,e og/L Sl*'
Total F* esp
- ate og'L 0.C60 Total P*osshate og'l
! tat og't 0.206 2tec east O C 125'. I N II '
Sc3 fas w) og'L 6.?9 s03 t as M) eg'L 50 oget 9.? 10 *g'L ').0 Pdaels og/L 0.01) F*eaols
- g 'l ' '
Tot. Org. Carka *g/L 3.?0 Tet, Crg. C a rboa og/L ,. Tot. Org. Pal: gem og/L 0.Ga0 Tot. Org. Melege* og/L
, g y g Catbea Tot. og/L 'O CC 5 Carben Tet. *g L
,g' g Chlorofore *g/L 'O C05 Chlerefere es!L Tetrachlorret6ece o g ' r, <0.00% Tetracklereet$eae eg 'l "
Trichloroethe*e og't ' 0. Z 5 Tett61ereethe*e og'L 1,1,1*TCt * 't ' O . 0C ) 1.1.1
- TC t 'L I* CO Cross a!,*a y tiL ;.) Cries alpha oglit p 12 4
%evei. iets ,C o t m % ei . . eta ,wt 1" I9tal Isitwe PCn/l =1.0 I9tal Iedtwe r$1/L Tettle p<tfet )Se Tritive FC t 'el e 180e
TABLE 4-3 CHEMICAL CONCENTRATIONS IN F-AREA GROUNDWATER Wells PSB 97C. P-Area Seepage Bestsa Wella P5B 96A, P-Area Seepage lastes eeters twSt) meters twst) $EP Crtd u ?!!?9.6 SRP Crte n 76382.2 29.2-26.1 Coordinates t 69970.6 Screen Zone llevaties 66.9 43.4 Coordtnates t 69778.7 Screen 20ce tievation Latitude 31.273580*w top of Castes Elevation 47.20 Latstede 33.272609's Top of Casing Elevat 6cm 35.29 Loeg t t ed e 81.641230*W Castes Paternal PVC Leeg it ude 81. 6 8117 7 ' W Casing
- sternal PVC P a r an t u [n g1 11/10/07 P a r a*e t e r sette 12 roles, Sa*pling wethod Pump Saepling Pe thod Parp eeters 6).6 bat u tievat ten h eter E levat ten meters et.6 II*O P" P" pd pit 11,.5 Conductivity vehos/ce 900 Conductivite vahos /ce 17 7 TDS og/L 620 US eg/L 656 eg n 4.M2 arunte 0.012 0.336 arseatc es t 0.058 Bar t wo esa lartas eg/L 8 "I I t ** '84 4 003 Seryllius es/L (0.005 C'dotas a og/L <0.002 Cadata es>L (0.002 Caletum ogIL 50.0 Calsta eg/L 17.1 Chlerlde og/L 2.9 Chlertde eg/L 5.1 C h r ee t ,.m as/L 0.0Cl C h r ois t e og'L 0.000 c0.004 a0.C04 Correr og/L Cc;per og't Cranade og/L 0.006 Cvantee agtt <0,00$ 0.67 Flwortde eg/L F li.o r i d e og<L 0.66 tren og'L 0.017 Iren ggit 0.05* 0.000 Lead eg/L Lead og/L ' O.006 A '8 8 5
et /L 0.029 ~# 8"an'e Paas n # es>L 4 .002 w4 a a4"e s t u's (0.002 '0 0003 w eerut, g aene og/L eget <0.00c7
"' " # ' Y "8 /k ' E 00'
- 0. 0C 6 I '8'l Nichel eg <L "Peta
' 'u t us og 4 32.5 Petatstwa eg L 79.6 S e t u t wa eg/L <0.002 selents e g 't <c.Ccf 511tca eg/L
- SL1tca og.t 511.n eg/L 4.0020 5tiver esfL 0.0020 8*81 o eg/L 60.0 Sod i o eg'L 179 Tot a"l De sphate og/L L 170 Tot al P*oss+ at e og/L 0.360 Ziec g/L 0.175 lie < eg 't 0.053 ogdL 53.8 0.es NO3 (as #1 nj f as Mi egel 5?4 egIt s$.0 5 0,. og L $ 1. 6 0.015 O G01 PPecols og/L P*e-ols egel fet. Org. Carben og/L 3. 30 tot. Org. Cartos eg;L ).50 Tot. Org. Malegen og'L 0.039 Tot. Org. Malogen eg L 0.012 Carbon Tet. '0.005 o g 'l '0.005 es/L C e r b oe. Tet. rh lor o f ore og/L <0.005 Ctterofore og L 'O.005 og/L <0.005
+ 0. 00 5 f e t r ac hle r ce t ke ne Te t r ac hl or oet *e-e es L Ir tc h lor oe t hne og/L 'O.003 Trichlor wtke e es/L -0.03S (0.005
' 0. 00 $ 1.1.la7CE ag'1 1.1.1 !CE e4<L Grees alpha PC1/L !!.S Cross alpva PCL/L ').0 Il0 29.6 NO"e8I Iete pct /k Manvol . &s t a pct'l Tetal Radtwo pCL/L 2.4 7etal Radt e pct L 1.4 pCl/=L 2650 Tritive Trttaue pC1'eL 1G.6 Welle P55 97A, F- Area Seepage Basies Wells PSS HD, P Area Seepage lastes SRP Cetd M 51?!.2 *eters f*5L5 $5F Crid W 7$143.9 seters fwlli Coordtaates E .'9965 ' 5creen *ere El,vatten Je., ;6.. Cerrdinates t 49979.S $creen 2ene llevatten 66.l+60.0 Lattt.de 13.2'1556's Tep of Castes llevat ten 97.20 latitude 33.273604'A Top of Casteg Elevet ten 87.17 Loesitude ti tilh6's Casteg water nal F)C ioa g t t ude 41.6812)$'w Castes Patettal PiC Parameter 1*its 11/ M'67 P a r a*e t e r 13 ggypsg, Saeplaag *ethed F#, Sampling eethes Pus )
hater tiesatte* eeters 66.2 bater Elevat ten sesers 64.4 r# rk 4.g pH pH 10.9 Co*ductawIty owe-Ice 277 Cond et t t vit F vd es/cs 1030 705 eg't );6 US og/L 76e erse a ,g-L 0,010 ar sen ic og/L g.006 Bar t e og i C 03) S a r ium eg/L 0 065 le fi ll t o og i <c,c;) Servlltue og/L '0.005 C a de t e og L ro,002 CadetW" og/L < 0. 00 2 Calt t e og L 2e j Ca l . t ue og/L 76.1 (*lertde og 1 2.0 Chlertae es'L 6,1 C h r oe t ,.e og L 'O.COe C h r oe t ae ,g'L 0.04
<0,00e 19pPer og'L <0,Cc4 Cerrer og i Cvaande og L e,Cgo Csansde eg L <0.c05 '
fl.ctnde escL 0 ;g F l eo r g d e eg't 0.60 g,co. I Itoc eg't 0.c61 Iron og't Lead *g L ' O . Mg Lead og/L (0.0C6
- agante eg 't 1.13 **g uelve og/L c.3so
- a*gaaese
. og L < 0. oc ; 'a a g an u egrL (0.002 w ere.ry og L to.cew; *ercury eg/L ,c,cooy 4tchel eg'L < 0.0x Wichel og L o,gtg P o t a s s t .e og 't 1. 2 ) Potasstwo eg>L 7.26 Seleetwo og L < 0 cc; 5e l e n t .e eget <0.002 e g. L . f tlica og L .
Stitca 5tlier eg L <0.0023 r og'k (0.0020 So4 t e eg't 16.9 81 1 Sodi a og/* 20.2 Total Phesphate og'L 0.150 Tstal P>osph ate eg'L. 0.C60 0.04) Itac og 't 0.lgt 2Les og't og'L 12.$ "03 '88 NI og'l 57.2 NO) (as N1 ogit gg,o 1A og*t 7.7 506 0 0-O g F*enols eget <g,oog Pae sla og i Tot. Or g . C a r bon og. L 2,gg Tat. Crg. C a c he e g 'i (1.C;c
' C 00 5 ist. Org. Fa'egen og/L 0.01) tet. Org. patoge* e s !. C ar bon T e t . og/L <o,00$
Cark a Tet. eg L <0.095 Chlerefers og L c . 9c 5 Chlorefern agit ro,oeg T e t r ac k l er se t t e aa eg L 0,XS Tet r ac hief ee tkene og't <0,003 T r ic h l or c e tt e*e es L C . 4.0 5 Trichlereettene eg/L <o,cg3 1.1.latct eget < t cs 1.1.1-701 og 't <0,0c5 cross alp a pct:L 3.3 Cress alp *a pCa/L 60.4
%c* vel. leta 3,C t < L 21.6 kaul. Deta pct /t 335 Total Radtve pct /L g,4 fetal Sadive FCt/L J.@
Trittsh pCttet 9,10 fritt e yCifal 653 e 181e 1
i l l TABLE 4-3 l CHEMICAL CONCENTRATIONS IN F-AREA GROUNDWATER we n, m m, , ites see, age ..eise we n m m. r 4. .. see,.ge .si.a C.ad . nm. ~~" ~su ..P , nui., -e u r s m u m.e,dt.ates c t 30 i2 n , scree, r e tievaiie, 23.. 2>.. Coe C r g t.2 e 4.t e s t 30i n . 6 se,ee, I.,e tievattu. 66., 60.6 tant.de n. man T., or casos neven- g6. n ta ni.de n. n.m . To, er Casos nev.n.. .6.2. i Lc as t t .d e $1. 4 g 1261 % Casteg watertal P C Leegttude 81. 6 412 3 2
- h Casseg waternal FLC
,a , ,-e t e r t-n, umn , a r a.e i e r L. a s meeg, s a,, u. g e t u r, i.e,ite g Meis.d , .e 6s
- water llevan a h,a t e r t ie <a n en me,t e r s r n.2 ,,
metera
,, g 6,.
6 . t Ceedattvitv veresite 691 Ceed.dttvaty vehe s /ce $67 in og,t ng m og s m Arsents og/L 0. M Arsenit og 'L <0.00. las te og'L 0.13 g a r t wo og:L 0.0?? ta r 511 t us og L '0 001 Sersllte es!L Cadet., og/L '0 002 C ade t e eg?L '.O.001 0.002 Calttwo og L *l.8 Ce l t t wo e g .' L 66.0 C%lortie og!L 1.1 Chle-*de og/L 3.6 C h roe t we agrt 0.006 C hroe t a og/L 'O.00 C op pe r og/L ' C . CC4 Ceeper og/L 0.00. Cves t ge og/L CM Ct an tde eg!L 0.0 0 Flvertde og/L 3.26 F lwc-r 4 Je eg/L 0. 6 fron og/L 0. 0 % Irea og/L 0.02) Lead eg't 'O.006 Lead og/t 'O.CDs Magnestue o g 'l 0.1L6 *a g no s tus eg'L 3. 4 Maegaaese og:I "0.002 kaassaese eg!L 0.048 w ercury og/L w ercerv
'0.000. eg'L 'O.C X2 Ntthel *g 't
- 0 0M %schel og/L 0 019 Pot ais t as eg 't 13.5 Pot e s e tus eg/L 17.5 Se le n t ws eg/L "O.C'; Seleata eg4t t o . cc,*
liltra og/L Silica eg>L . 5tiver egrL 0.0020 Salser og'L . g . 00 2 0 $2d t wo agrL 62.0 sodive og/L 66.g Total Pheschate og /t 0 C60 Tet al P$esskate es/L 3.C90 Itac es!L C.133 Itec ogit 0.642 403 (as R) og'L 1. 32 90) (as 8) o g 't 61 4 $06 og't 13 ) 10 og'L '$ 0 Precols *g!L ' O OM PFe r c l e et/L 'O.003 Tet. Org. Carbon og'L 1.D Tot. Crg. Carbon og/l 6.20 Tot. Org. Halogen eg'L 0 NT fot. Org Halegen eg 'l 0.029 Carbon Tet - eg't 'O C03 Carbon Tet, egdL '0.005 Chlsrefore eg!L 0.003 Chlerofore og/L 0.001 to t r acF lo roe t ke ee og/L 'O.001 To t r ac hlo oet eee.e og'L 0.0C 5 Tr tc ' te ree'*ece eg. L 'O.005 T r t c P-l o r ce t he*e eg/L ' 0.00 5
..l.1 Tet og.L /C.005 1.1.1 !CE og*L d o . 0f. 5 Crson o.a . swt/L 6.1 Green Alppa pCa'l 2).)
kons ol . 6et a pct!L 11.7 hoe v e l . be t a pCitt 102 Tetal ladtvo 10 T stal lad tve pct /L ).1 Tratnam C a et p;t '8L n.9 Tettlue pct /et 6 t, e o tella FS4 96C. F Area Seepage lastee Wells FSB 99A. F Aree Seepage lesias StP Cris a flui.2 'l' 5tF Cr:d W ?S675.6 51.tJ'8 ' 5 l l Coordsmates t 50116.5 Streen 2cco Elevatten " '. 6? 'e ' .8..? Coord: nates t 30316.6 5c rees tone llevat ten 11.6 28.3 Lat s twee 31.2'626*'N Top of Cas teg Elevatten 36.20 Latttude n . 2 7 5 219 ' h Top of Cas t eg tiev ation 87.66 Lor s i t w ee g l . t 812 5 " w Castra matettal hc Le*gst re gl .6BlutN Castrg waterial Pic P e r e-e t e r Letts 12rt 't' Para-erer tests 12e 1 41 saert tag *etkcd Papp Seapitag wetted P,e p het er t leist ion eeters t).8 hater llevattee seters 41 g pu tu 3. 5 pu pu Condec t iv it y webe s ics 2020 ea TD5 og L '. * ? O Coed sc r i v i t weS o s / s e c , TOS og'L .t 1 Arsente og /l 0 002 Arse *ts og'k 0.00) i B a r t wa eg?L 8 96 Bart e es L 0.C22 l Be r s t i t um og/L C C05 B e r e 11 t va agit 40.0cs C a de t wo *g'L 0 0'6 Ca8etwo og L 'O.002 Calstwo og 'L '. l . L Calet e og/L 22.1 Cw t ori de og:L 6.C Chlerade ee/L 1,9
** r ce t us eg'L - 0 0 .- Chroetuo n./L (0.004
- t. 3 p p e r og 't 0 129 Correr og/L ( 0.004 Cientde eg L 0.C52 Cyaalde og/L (0,003 F . wo r ..e og L C.42 Fluertie og/L 0.))
from eg/L C C9t lton og /L 0.02g Leaf og'L 0.007 Less eg/L 'C.006 Va ga e s t ae og L 4 62 *ageestue og<L 1.10 l Faagaceae e* t
. 1.?O *aagerese og/L 0.00 3 l
'se r c u f y og k #
\C2 YerrurF *g'l '
- tesel og/L (C.C002 RLeael ogrL <0.00 Potasetue eg.L *.?6 Petesstue og/L 6.20 l 5 e le a t ae eg 'l '0.002 Selectue eg'L 'O.002 Sittes *g't $ 11 te s eg:L . l Silier eget 3.C C n Silver og L c0 0020 S od t .e og'L 171 Sodtwo eg/L 19 g Tet al Phosphate eg/L (0.020 Total Prespate og!L i
0 470 i !tec eg- L riat og/t 6.011 h03 (as t) og'k i M. (as ki og/L 1.36 $0 og'L 'S0 sA og/L (S.O Phenols eget 0 011 P h e e.o l s og,L <0,0c3 Tot. Org. Cathen og's 1.10 Tot. Crg. O a r h on og/L < l . tc0 Tot. Or g . Walegen egfL 0.0 13 Tot. C 3. Malwgen og/L < 0. 00 3 Carban Te t. og/l ' O . 0t i Carhet fet. og't ' O . 0C % Chlerefore eg/L 'O 005 Ch'> refers og L 'O.005 Te t r a c h t e r oe t t e ne og 't (0.005 Y e t r a c hlor e e t te ne og 't < 0 on T r a c kla r ee tteae egit '0.005 Tetchloroetheee ogIt <0.003 1.1.1 TCg agit 'C 003 1.1.1 TCg og!! < 0. C,0 $ Cross Altha yst/t 927 Cross Alpha pCatt 1.9 Meovel. Det a PC1/k . 60 #0Mvs t . So t a FCt/L 12,9 Total gaste pct /L 15$ Tot al Radius PCL/L (1,0 Trttive pC t < st 119;O Tritt.e pCliet 61.3
-182e
TABLE 4-3 CHEMICAL CONCENTRATIONS IN F AREA GROUNDWATER Wells 758 99C. P Area Seepage lastas hlla P30100A. P Area Seepage Saatse eeters *lli $37 Cetd W 7%%). 6 meters (*511
$3P crid w '460) 7 Cecidt pa* es t iC3'O.9 $c ret
- fore Elevatten $ 1.0 m ' . t Coetiteates g 50453.4 screen 2cee llevattee 32.2 29.2 satttude 3). ;'3?64'E Top of Casleg fleiet tea l'.4% lat t t '8ae 33.275977'E Top of Casteg ;leistlee 87.17 Lo*g6tude S t.et t)CS h Castes waternal PtC Locattude 81.6'9119'h r an t*3 *at e r nal PVC Pa,a-eter 12 ' r si P,a r a M t e r l'a i t e }/pg<g, p as
- sep i n es *et hod Pep S prites *et%cd pg,
. er fles et ton eeters 6..; ' at er ties at toa m **ters e6.1 t.4 PM $8 9.e tu Condac t tv11y wake s i t s iS. dsc t1i t t s *bestre 3%)
TO$ ag 't og C!! 0"$ og L 240 itsente eg L 'O.CO. Ar'e*lt egrt 0.00$ lattwo og L 0.025 lertws eg L 0.CIS
- o DOS tervilte eget so,0cg Berstllwe og,L CadSt e eg L Ca d* L e og'L 'O.002 t,10.
. C'. ~ Caltte eg'l 4.70 Calcte og L Chloride sg 't 1.% Chlertde eg'l 6.6 CP r os t e og 't 0 C ;,. D re**ua *g t 0.00 7 Copper og L 0.00. LOUer es't -0.004 Csa9&de og L 'O.02% ItacEde-og i 0.00$
0.)) fluortde og L 0.3g F l.or a d e eg 'L I ren og L 0,019 leoa og 'l 0.030 Lead og ' O.004 Lead og L 'O.006 og L . 9. *agee s te og 0.63)
*a gne s t e e g L.'l w aagaaesa og L 0.02% *#eganese
*ercurs eg/L
,c0, 0;;
cs .
*erc.tv og'L <0.CC ' -
0m sicael ,g et 0,0g. siteel og'i Potaaste og L $.43 P o t a s s t s.e og:L ?.3 Se len t e og ; 0.CG2 S e len t am et/L 0.0c;
$1Itca sg't 161 s c a esiL -
Stlter
- L 'O.0v20 Silver et/L '0.0020 S odi e et L 2 ). 2 Sedtwa og/L 36.9 Tetal P*ostbete opL C.;50 Total Prost* ate egil 0 ;to Itac eg L 0.C'O It"c eg't 0.006 303 :es ti eg 'L I4.9 503 fas h) eg L 2,gt 50 eg 't 5.0 50 eg/L 64.y P*enois e g 't 0 K4 P*enols eg/L 0. 0c 5 St. Cts, Car W og L 1.C;0 Tot . Org. Carton ag.L y 33
*it.
. Crg Malege' eg 'l t o C0s Tot. Org. malegen og L C X? '
<0.005 Ca r boe 'e t . eg'L 0.ce$ l C a + >c s Tot. og 'L Chlereftre eg.L 0.005 Chlorofere og L 0 c.c g
!, t r ac h l or oe t
- e ae og L 'O :05 Te t r ac h lore-e r
- ece og/L 0 c;$
Te ts kle rcetreae eg 'L 0.00. T r ic h ler ce t
- ece og'L 0.00g 1.1.1-!CI *g L r o . C(;5 1.1.1 !C E eg'L 0,ccg Cross alpa rC1 L 7,2 Cross alpha ps t/L 4.2 k m ol. lete pct:L 23.6 Mom >l . le t a pct!L 10,9 Twt at tasia tC t < L 1.9 Tetal East e pct!L 0.g J T r i s t .a pC L - =L 1 70 Tettise pct;et gg,3 tella FSB 990 P Area leepage Basles wells PS S101A. P Area geepage lastes SRP Crae t 73691.7 eeters 4**L) 5tP 0"4 W 79719.0 eeters **5L1 Coor dinates E $0326.9 Screen f ece f le s a t t en et.S*ts.4 C erd netes I S1191.) Screen 2cee tiesation E6-13.3 Latttwee 33.275:9 '8 Tep of Castra llevation s'.66 Lattrwas 13.276?63'n top of Cas tes tietet toet St.92 81.6 8130 ' = Casseg
- sternal h t Lo*g tt ude $1.6?9Cg.'. Ca s te g *at er nal P5 C Loes t t ade -
*ata=<rer },q,Qs 1;ic2,35 P a r e=e t e r tw i t , 1;'0:;p?
saetlug *etmod P ep Saatlieg Sethed Pom p 6ater tiesetten eeters 45.) heter E levet tee eetets 66 su pH ).6 PM PM l.6 Coa d.c t t b i t s web e s 'cs 1798 Co*ducttiltt vek ss /cm 211 705 og t 772 !!1 og L 1)g arsenic e g ,'L 0,002 a r s ta ic eg,L w.0c2 lettwo og'L 0.1 0 lartwo eg L C Cie Ber=llt.= ag F 0 Oc5 le rill n ee eg 'L -0,025 Cadeius egi. 0.001 C ade t e eg L .C OC. Calttaa eg'L ;t.2 Calcles egzl 1 .6 C*1ernde og L 3.9 Chlortse og L ..) Ch r en se eg4L c . 00 5 C
- r oe t a egJ. <0.00 Cc; pe r ogit 0.0 0 Conet og L .C.POS Csacade og 'L 0.C;g 0 4964e eg 'l 'OC05 l F1.oride og'L C.)t fluortee e s 'l 0.24 It en og L 0.111 I r e* eg 'l C.Ce6 .
Le ad og/L C , cc 7 Lead og'l < 0. C A )
- ag*es te og'L ..S$ *ageesa.a es "L 1.11
- a gare se m og'k C. 5* 7 *aagaaese eg>t 0 N6
- e r c u rv es L r0. Cec 2 w
ercurv eg'L sc. M 2 hic.e1 estl 0.016 4'chel *s L 'C.Ce Pe t ee s t wo eg'L 3,39 Potass wo eg't ).lg Selea 6 e eg:L < 0. c- 2 5elenium og L <0.c;; la tica es!L . Silica og. L 5tiver og'L C . 0010 5tlier og L 0. Cd ; 0 los s ue ogfL 64.6 S ad i e et/L 6.05 Tet al F*csykat e og'L 0.110 Total Pbesphate og!L 0.160 2ine egil 0.16) IMc og L 0.409 %C3 fas ni og /L 143 V} (as k) og't 1,-' i 50 og'L (1.0 50 eg/L $.e i Phenols ag'L 0. 0C 9 P* e'I s *g L '0 005 og'L 1. 0 Tet. Org. C og L <t,060 j Tot Tot. . COrg. r g. C.asiegen r bon og t 0.e1. Tot. e. g . .a.iogenr b on og.t 0.Ces Carbee Tet. og'k s 0. 0C $ Carboe Tet. og i <0.005 (hierceore o g .' L (0.02$ Cr loro f ore og/L 0.005 i Te t r ac til o r oe t he ee og 't (c.00) Te t rac hlor oe t t eeie og't (0.00s l T e t c h t er oe t h ere og/L < c . oC s T r ic h loree t were og'L % cog 1.1.1 TCt eg L 0,6c5 1.1.1 TCI ea'l 'O.00% Cross alpha ps t / L tel C'en s AIP*a PfL*L 1.9 Nsevel. Be t a PC t 'L 1920 M* vel . le t a PCtil %.0 Tot al Radise pCL/L 15.7 Total fattwo pct'L O.8 Tritive pct =L 27.c0 Trtttwo pct /et 0.s0
-183 -
TABLE 4-3 CHEMICAL CONCENTRATIONS IN F-AREA GROUNDWATER Wells t$ 3104D. P-Area Seepage lastee Wella F88110C. F* Area Seepage Sae tse ser Crid N ?t260.? eet're N $RP Crad M *etere (*9th Coo. itnotes t 511 2.) $c reen Zone llevation 48.2 42.1 ( *ord Le a e e t Screen 2cce Eleration - Latst.se 3).27784)*N Tep of Castes ties at sen 80.8) Latttede 0.030000'4 for of Cas t re t ie* ai ton 0.00 Lorg&t de g l . 6 80 2 6 )
- et Cas te g *at et tal P)C Loegitude 0.000000'h Castes waterial Para eter 14 t t e alcn* Pa r e-e t e r tatte 10iff/s?
Seert seg *et hed P .or
. S aar li na ** t he d pop heter tievettom setere et.) Wat er t iew at L ee eeters f it pH T.? Pd PM 6.9 Cendwe t it i t v vekee 'c e )16 C & dwctivtre veho e , c e );o f!$ og L 960 TOS og L ;;;
Ar se* Lc . og ( ' 0.002 Arsena eg'L to,en Bartwo og 't 0.019 8ar te og L 0,0** Serilliwe og'L 0 R5 t e r
- ll t ** e s 't Cadet.= og/L 0.002 C a fe n se *g L <0.00)
Ca lc t.e eget 4.63 Calctwo eg L ge g Chloride og'L 3.3 Chlottde og.L 3,7 C h r ee t ue og L 0.03 C h r oe t en eg L f o , o3 Cepper og'L 0. N6 Correr og<L Ci ae n de ag/L e . Cd Cvantde og L
- Flworide og.L 0.2) Fluernde og'L 0.)$
I r on og L 0.0'1 f r on es!L Q.0;g Lead og'l s 0. M g leaJ og/L .g,cy, w agee s as eget y,;j Ma g*es t e og L C. 2% Paa g e= e se *s tL 0.0;g *anganess og L c,g;)
- ercurs es t 0.Or u *erture og'L < 0. XC2 htsmel og L s0.co. Michel eg't
- Potassle og 'L 1,22 Petaastae og /l g ,g y Se '. e n t se es-L r .W2 Selentwo og't '0 002 511 t c a eg'L
- 5 t lic a og L .
5 t 1se r og't 0.c 0 S 616 e r eg. L 0, c n e 504two og't 1.59 lodtan og 't 27.s Tot al P*ce p et e og/L *0 020 Tot al Pteephate egrL o,c,g 7tm og L 0. 0 % 7tne og L . W3 'as 5) og L 1.36 C) ise 8) og'L 22,7 SC. og'L 9.3 $% og/L 11,o P%e% 16 og L C.003 DePele eg/L 0,C0% Tot. Org Ca r b* eg 'l 1.*0 Tet. Org. Carboe og L ,3,q 3 Tet. Org baleger o g 1. C.0;c fat. Org. Palogen e g 'L 0.0!! Car bon te t . egel 0.7% Carbon Tot. eg L Olorof ors estL J M) Chlerefore og L T e t r a c t i: r ee t t e *e og 'l OM Tetrachtercettere og 'l . Tr i t t l e r ce t
- ec e og L '. DC Ns Tr a c *loree t* e*e og L 1.1.1 !CE og'L . 0M 1.1.1 TCf egrL ,
Cross Alr a a 2.0 Crees Alp *ta whit },3 Ps t / L
- cau l . Se t a pCL L )6 eavel. Se t a pCi/L 67.0
*otal ga d a .s pC s t . 0 7 7t al f ait e pCL,L 3,j T e l t t .* pCs ei 10 ) Tratt.e gCital 39 belle FlB1990. F Area Seepage Seelee Welli FWG 4. Old F Area Eeepage Basse StF Crid R 7585%.9 eetere % _) 53P Grid u t h0 9. 0 eetere (mi (cerd tnot es a 50.es.t screen tore tievet ton es.s 62.7 Coordtestes 51s. ) . ) screen teve Ele v ot toa t ) . * >+ . 8 Lat s tvee 3).275921's Top of Casteg tievation 49.3) Latstede 3 ) . 2 91 t '
- m Top c f Castes fleistion 88.66 Loe s t t ude 41. 6 812 00
- W Castes Matet tal PtC Leegitude 81.681213'h Castes asterial PtC Perateter Lcit e 12 i C 2 'S ' r y eter tante C2 Ca 9' 06'1610' Os ?='0' I2 09 S' laspiteg Pet hod Puep lanylteg weiba Pwe P ae p Psep Pwwp bat er tievat ion eeters 45.5 'eter ate.atten
. eeters **.g ) 66.6 ti.) 65.2 pu PM S.? pu pu *.) ..$ 6.7 6.2 Conductivits vehoo!ce 251 Coaductivits vow eo /cm )) 41 1 Il TPS og't 160 10$ es L 16 * *
- Ar ees ts eg'L 0.004 Aree,he agit 0. 00 2 *
- Sa r t wo og 't 0.024 Bario. og L C.00?
- 0.009 Bers!!tue og/L < C . 0C S Bervilta og /L ' O . 0c 1 0.025 C a de t ue og 'L <0 0C2 C a su.a egrL 0.M 2 0.CC2
- Calcius og'L !!.6 Calgtwo eg /L . 729 Chloride og /L 3.3 Chlertde eg L 2.? * *
- Chrostua eg 't 5 0.004 Cnroe19e og/L ' C- Oh 'O 00.
Coppe r og L 5 0 C% Copter es f L ' O. 006
- 0.C2?
- Cyantee o g 1. < 0. 0M Cra*Lde og L * - -
Fluoride og/t 0.2) 51.ertee eg et 0.10 -
<0.10 -
I r ea og'L 33.) I r on og L 0 C20
- 0.16)
Lead og/L (0.006 Lead og L 0 M6 0 Cl? plagees t us og'L 2.M *ageestwo eg L C.*99
- eavganese og/L 0.0+8 % gues, og L 0.Mt 0.010 percury og 't ' O . 0W 2 =e r c u ri og, L s1 0002 (0.0002 plchel egrL 0.021 ktchel og L 0 . 0C 6 40.006
- Pot as sl ue es L 1.36 Potasetue es L 0. 12 0 * *
- Selectue eg'L < 0. 00 selests og L 'O.Ca Stitca og/L
- 111tes og 't 3.51 Stiver et /L 40 0020 galier es.L 'O.CC20 * '
- 0. 0C 2 0
- S od t wee og L )?.) Sodtoe es L 2.01 2. ) 2.5) 26)
Tot al Phosp*at e es>L 0 U 'O !s t al Freophate egit 0.cet *
- tiac eg 't 0 . 0* 8 Zins eg, L 0. C )?
11 03 tas u) og 't 2).6 03 (as ni og'l 1.52 1.*' l.57 1*) 50s eg/L <3.0 5% oget 1.0
- Phenele og 't (0.00t P*e s el s eg.t 0 002 -
0.011
- Tot. Or g . C a r bon eg'L 'l M4 Yet. Crg. Caem e( L 't.000 <1 CO) 1.$0 ? SJ Tot. Org. Italegen og/L 0.41 Tot. Org. Palesen og 1 0.001 < 0. 00 5 0 OM Carboe Tot. og'l s C DM Carboc fet. og L < C . 0C l <0.001 ' O OC l Chlorofers ag'l 'O.CC5 Chlarefore og 'L 0.001 'O F 1 '0.001 Te t r ac h loroo t ti ene og L ' 0. 0M T e t r ap ler ce t h e*e og'L * < W .Rl (0.001 '0.001 Trtsbloroethene og/L 0.051 fetchloteethene es,L <0.00) 0.M1 0.001 1.1 l *TC t og L 80.00) 1.1,1.Tct "$'l 'O CCI 'O.001 'O.001 Gross Alrte PC s /L 7.2 Crees Alr%a pC t 'L 2.1 ').O
- Womvol . De t a PC 4 L 11.7 %ossel. Reta tCt'L 1.3
- 31
- Total Bedian t< t/L 48 Total ladtwe pct /L 1.)
- 1.6
- Trttlue PCtrol 10*C Tsattaa pCi/el ? il 6.01 7.60 1.50
- 184e
TABLE 4-3 CHEMICAL CONCENTRATIONS IN F-AREA GROUNDWATER Other Acalvses (egtL 1 F$l 92D 10/26/87 (AFPenin a la Analyte s Ta t-le 6 23. % el . !!! Po s t 'Meth* Analys t s de t ecte d the fellevies; Silsea 0. N01 F$l 88C 10 '2 U 51 Ind e ln (0.0001 Flp 92D 12/01/87 Silvet <0 00009 ArgendLa II Aealys t s de t ec t ed the ic!!own's; 2.4 D (0.000) 8tst2 et>vlbesyl) Phtislate 0.014 Cobalt 0 021 F$l 88C 12/C1/87 Cy a g i g, 0.036 A rtea d t h II Analysts detected the felle= Leg: Di e octil Phthalate O.CC8 list 2 ethy ttenyl) Phthalate 0.0'8 Th llto 0.024 F53 883 10/2'it? F8 8 '3C 30'II Fest/Meth* Analysis detected the fellowieg. Fest/Merb* Acalyste detected ite fello* '8' silves 0,0001 ""' Fil 80 FS8 9)C 11/30/6? 12 / 02 e t? Append t e 11 Analyst s de tec ted t he fellewteg' 4,,,,,,, g g g,, t y , g , , , , , , , , , , , , g,gg,,,,,, Bas (2 ethyltenyl) Phthalere O.C1) lis(2 et hylt.e syll Pm tkalate 0.000 Cyantde O AC $ Cobalt 0.CC* g,ggag, ; 30 Cyaetde 0.025 TP a lliwa 0.012 F58 933 10 /19.' t ? Pes t /Me rb' Acalysis de t ec t ed t he f ellew a ng e FSB 89C 10/25/0' gg, Fest /Ne rt
- Acaly s t e de t ec te d t &e (311:vte s' lore FIS 9)D 11/30:47 A,-pendi a 12 Aea t ys t s de tec t ed tt.e follettest 7 51 B tC 12 / C 1 ' B' A p peed t s 11 Ana!? s t s de tec t ed t he f GIIO= tt g -
31st2.ethithesill Pethalat. 0.640 Cy an t s. 0.024 Te tchlore f t. creme t kaae 0 0C 4 Carbon Disulftde 0 001 Dimethel Phttalate 0.013 Dt n et t yl P>t halat e C Cei Dt a ecty1 Phthalate 0.012 TPalltwo 0 CC5 F$l Ott 10/25,87 733 9 % ggft,,87 Pos t /pe rt* Aealy s t e det ec t ed t he f ollowleg i
'* Fe st r Merb* Aealysis de t ec t ed Ite f olic*t eg Wore F55 C93 12/01/8' 75g ,;c g g ,39.g7 A p pe n d i t II Ar ali s t e de t ec ted t he follettes Agreedtu II Analysts detected the feIIettegi Cetali c" mis o.ein,ike.yli Priheisie Csacide 0 U6 0 2cc Th
- I I t ** 00#I Tr chlorefIvercee t here 0.0C2 Ctaande 0.C12 F5B 4X 10 /26'8, t Fet m C6 Fest lie t t ' At a l y s t s d e t ec t e d the f elle= nes F5B 40C 11130;8?
Aggerdts II Aeal y s t s de t e:t ed the Ic I l et t r g # " '* list 2 ethylkessi) Pat t a lat e 0 Ce) FSS 9%C 12/01'8? FSB 900 10/26>$' Apsendra II Acal)sas detected t>e f o llom t's . Fes t ikerb* Acalis t a de t ec t ed t h e f elle.ing Cebalt 0 010 Lindene C Orca
$nives Ca rbe* E a s=l f t de 0 00)
C.C0v;) Cients. C C25 Th al l a we 0 001 Fil 90D 11/30 P7 i Vanyt Acetate 0 0^4 Appe=dts II Ar alis s a de t ec t ed t he IGllet t eg i 1 Sts(2 eth,1>essii P>thalate i 0.6*- F$$ 964 10/19JB? ' Cchalt 0.CC. Fest epert* Acely s.s detected the fellestag-Cyantae C.C19 Methouvchler 0 DC I A I Dt r -et t vl Pe t ta le t e C.C8) i Th a ll & wn C.C;0 F$l 96A 12'Cl/87 l Apttedna !! Aralis 6 s det ec ted the f o ll ow'a r t F$5 #1C 10'26'4' las(2 ethilkenet) PBthalate C.590 Fest / pert
- Analys t s detec ted the follow tg> AStimony 0.005 hoe e Thalltun 0.061 t e n a d t .e 0.00*
F1B 91C li f)C. It Aprendas 11 A*al y s t s de tec t ed the (c Il ow
- g i FSB 9'A 10/18'87 Tr ic h t ere f luorome t te e 0.001 Pe s t '#e rt* Aealy sis de t ec t ed the f0llownPg Cventde 0 016 nace
'tallsve C C05 FSB 97A 11/)3/8' F$l 910 10/26 87 Appodia 11 A*a lys t e de t e c t ed t he fellowne8-Fe s t /Mer b* Amalis t s se t ec t e d t he f oll e. 6 ng . km none F$5 9?C 10/19187 F5B 91D ll /)0c t' Po s t per
- Acalis t e de t ec t ed t >e f ell *w.c g i APteedts II asalvst e det ected tte f e ll os t e g , une Stef2 eth31Fesv11 Pe t ka l a t e 0.2!0 Cobalt 0 Cl= Fil 9?C 11/30'87 Carbon Disulftdo 0 DM Appenda s It Analys ts detec t ed the follo=te8' Cvealde C Cs) sis t; e thylhe nyl) Pt t malate 0.500 Pt e ectyl Phthalate C.016 Cyantee 0 006 FeethLee 0.0'& Dt a octil Phthalate 0 110 1,1,1,2 Tetrachtercettare o De l Trallase C 006 T>alltwe 0.019
-185-
TABLE 4-3 CHEMICAL CONCENTRATIONS IN F AREA GROUNDWATER FSB 970 10'20'87 F53101A 10/25/47 Pest /Werb* Acalysts detested tre fellcotes: Fe st!he r b* Analysis det ec t ed t he f elle=1cg i tiedane 0 00011 ken e 5tive= 0.0001 F58101A 12/02/57 FSB 9'D 11/30/87 APPendia II Analysts detested the f allewteg s Assendts II Asaly s t s de t ec t ed t he f ellovie s , Dt e ectyl Phthalate 0.020 B st2 ethylkn yl) P>thalate 01s0 Cyantee 0.091 F531Cl3 10/23/87 Dtmethyl Phthalate 0.110 Pest /Me rb* Analyss a det ec ted the f ellewnes, Dn a octyl Phthalate 0.110 man Ae t tooey 0.011 th a lli on 0.CC) 7551C43 11/)0/87 Appe n d i t 11 Analys t s de t ec t ed t he f oll os te g i 10/18t8' Bis (2 et>,thenyl) Phtmalate 0.260 F55 9sA Pe st ' Pe rh* Aralve a s de t ec t ed the f elle= t es : 01 s-octy) P> t ka l a t e 0.014 N o= e Me t h y le t h y l f e t one O.CC) FSB tlA 12/02sS7 F531093 10/13/07 A p pe e d t a II Analents det ec ted t>e fallewnes- Pest!Rerb* Analysis detected the follestet. In s t 2 e thylne my 18 PP t ha l a t e 0.C68 Noce Dia n oc t yl Pe tbalate O Cl? tsallise 0.00) F5 tlc 90 12/C2/97
%s-adtwe 0 Oct Appe nd t = IN Analyste fstetted the followtaat lasf2 ethylhenyll Phthalate 0 170 Fil 9K 10/18'8? Dt-n ec t yl Pkt halate 0.02)
Pe s t 'Nert
- Analy s t e de tec t ed t he f ellos tes -
5 0' e F5tl10C 10/27/87 Pest /Derb* Analysts detected the felle=tes-FSB 95C 12:02 B' tilves 0.00009 Appeedia 11 Avalie n s de t ec t e d t re fellesieg. Cetalt 0 263 C a r ue D i s .1 r i d e C CH Ctaende C 042 tha ll t se 0.012 FSB 150 10,19 e t ' Fe s t / he rb* Ara t s s t e ee tec t e d the follomaes* Ltedsae 0 00006 F55 980 12/01/87 A p pe nd a s 11 Anabsts detected the fell 6wt*g-li s t 2 ettylee n,1) Pattelet e 0 C12 Cobalt 0.003 C7acide 0 bC Wells PTF 2. P Aees tant Form heett yl Pt't halat e O C21 SRP Cete a 77336.0 e W511 Th a 11 t 's 0 C10 Coordinates t $3273.1 Sc reen tone tievation 13.0 te.9 Latitude 3).263762*n feP et Castas tievation 45.76 758 99A 10 /13. e 7 Lon g s t ede 41.6767)9'h Castes Paternal Ptc Fest/hett* <aalys ts detected the follotteg: g,y P e r see t e r gn, 01/22/81 % .' 26 ' 9 7 f/22'8" 10'26'87 Sampitre Method latl Ball Sant Ball F55 99A 12'02/87 bater llev at ion meters 68.4 69 ?8.7 60.3 Apreedia 11 Acalysts detected the f e ll ow n t g i PR PN 4.9 6.0 7.7 $.7 lief 2*ethi lv e n C. ) Phthalate O C11 C'*dwettutty webos/ce 267 132 87 155 S odi um et/L * - 6.97 1.61 3 "' * ~ * ' F5B 99: 10/13'8? Pe s t /kert* Acalve t s det ec t ed the folle=teg, noce Well FTF 3, F-Area task Pars SRP Citd R 77235.3 "t WM' FSB 96C 12 R 17 Ceerdtestes t $3266.4 Screen 2ene llevattom 67.6 66.5 Appendia 11 Araly s t a det ect ed the follewteg' Latitude 33. 28 3* ?0'u Top of Cas teg tievation 45.3. Stat 2 ethyltemil) Pmthalate O.C5C Len g t t wee 91.67662)*h Caeleg kater nal Stul Carbas Disulfide 0,00) Dt e-w t el Pr t halate 0 gg Pa r aw t e r t'e t t s C1/22itt 0. / 2 = ' 9 7 0742J5' 10:26'4? Saop11eg method Batt latl Ball Lail FSB 990 10'13'07 heter tievation **ters 40.? 68.6 68.6 68.5 Post!uerb* Acalvsts detected the followtes. PR p# 6.9 6.4 i.1 6.7 none Conducttutt, un hos/ce 150 12$ 101 119 Sod t oe ogrL - . 5.43 6.77 03 (as N) ogfL - C.32 0.33 FIS 990 12 12/07 Appe nd i a II Analyst s detec ted the followlegi Cebalt 0.C12 Well FTP 4 P Area tant Farm I
' $5P Cete b 77132.9 '8 ? ' ***l' l Dt a oc t,1 Pkt *alat e 0.011 Corriteates t $3268.2 Screen tere llevation 72.1 66.0 i thallt.. 0.005 Lattlvde 3 3. 2 6 3 2 81' E Top of Cas tes tievat ten 64.86 1 vand s ve 0 003 Longit $de 81.47636)*W Castes maternal hC F 5 ll DC s 10!26,t' P a r e=e t e r g C1822r$1 0./ 6't' 0 !) d t - 1C'26'41 Po st ine rt* Acaly s t s de t ec t e d t he follesteg" W Sail latt
~~ 5pplie ater e fe.H a uM.n metees to ..., .la.3t ! 6.ttBa ,
pu pu 7.2 7.0 7.4 7.0 75810CA 12 ' 01 s t ? Coeduc t 1* t t y we bes/t o ICJ IC) 66 99 Arpe e d i a 11 A..a l y s t e de t e t t ed the f ollos teg i 8 ^4 t wo eg/L *
- 6.63 5.69 O C )* W3 (se R) og/L - 0.68 1.26 ,
acrvlecitttle Cia ide 0 Ots ! Aett w v 0 052 5.lftse 1.!C thalltue 0 028 j I
-186e l l
l l
P TABLE 4-3 i CHEMICAL CONCENTRATIONS IN F-AREA GROUNDWATER l Wells FTF S. F Area Tsak Fare Wells FTF 12. F-Area Tsek Fare 417 Crtd W 77035.6 *eters (*SLI SRP Crtd B 7732).4 eetu s ("5t) Ceerdteates t $3164.3 Screen Zone Elevat ten 71.7 65.6 Coordinates t $2644. Screen Zone tievattee 71.e 65.S Latitsde 33.282903*n TeP of Castag !!evatten 66.S2 Latttede 33.282487}# top of Castag tlevat ten 42.81 Longitude 41.6764)7'W Castas Paternal PYC Lengttade 41. 6 7 4 361 *h Casts Maternal Steel Parameter y*1tj 01/22181 06/24/87 07/22/07 10/26/85 Parameter [njj s Olf22/67 06/26/97 01/22/87 1012f'87 Saorties Method Batt Ball Ball Ba t !" Sampitas Method Batt Batt Ball latt Water Elevat ten meters 69 64.5 68.4 68.5 Water tievetten meters 49.2 69.2 69.4 69.2 pH pn F.0 7.0 S.2 7.6 pa pu 11.6 11.6 11.2 12.0 Ceeductivit, wa*es / cm $22 137 S22 3Ss Ceedestivity unhos /cm 227 1630 1675 1715 ' sostem og/L *
- 60.2 42.4 8edive og/L *
- 0 71 7.71 NO3 (as 83 esfL *
- 1.24 1,91 203 (as N) og/L *
- 1.52 1.67 Well FTF 6. F Area task Fare Wells FTF 13. F- Area Task Fare 81P Grti N 77151.6 eet ers (*511 SRP Grid u 76637.8 *1.ters f*St)
Caerdisates I S3C62.0 $ crees *ene llevat ten 72.2 66.1 Ceerstaates ! S3095.6 screen 2 me Elevattes 72.0 65.9 Latttade 3 3. 2 9 2 986 ' N Top et tog Elevatten 44,73 Latitude 33.281909'N Top of C"astes tievation 47.11 Lee g it ud e 81.676962'W Castes rtal FYC Leestteda Gl.675868'W Castag Maternal steel Pa t a=e t e r g 01122/3; 06'24/07 07/22747 10/26'8' Perseeter En d 01/23/87 04!!6187 07/2218? 10126167 sampting method isti sail esti sait see,lta method sait sau sait esti Water Ilevatten meters 68 68.2 66.4 63.3 hate
- I evatten seters 64.2 68.4 68.7 48.5 PM 3R 7.0 7.0 6.2 7.2 pu pK 9.4 10.6 10.7 9.9 Conduc t ivit y wmbe s /cm 402 733 246 36S Ceeducttutty unhos/ce 206 313 3*l 172 ledtum as/L =
- tt.9 70.1 8edium ag/L *
- 6.81 6.55 '
NO) (as N) og/L *
- 12.2 10.6 N03 (as N) ag/L *
- 1.64 6.03 Wells FTF 7. F Area feek Fare Wella FTF 15. F Area Taen Faru SIP Cetd n 77231.9 eeters '*51) SRP Cete N 76732.0 '" ' ' ' " 5 L I Cecediastes t S M89.7 screen tone 11evattee es.9-67.? Ceerdinates t $3230.0 screen 2eme tievatten 69.h 60.2 I La tit ude 33.283214's Top of Castes tievat ten 8 5. le La t it ude 33.282332's fet of Castes tievat ten 47.32 Lee g s t ed e 81.677033*W Casing Material Steet Lengttede 81.6?S683'W a
Castes Matettal PVC , i Pa r e=e t e r tvits 01/22 67 04/26487 0?!22e87 1N 26'87 Pa r a,e t e r (* t t s 01/2b 67 06/26/0? 07/22'87 10/26187 Samp1teg method tatt Ball Sall Satl $ampling Method Ball Sett la t t lat! Water Elevatten meters 68.2 :4.2 64.6 68.S Water llevatten meters 68.3 68.6 64.7 69
) PM PR ?. I 4.. 7. 8 9.6 pH pH S.1 S.6 6.0 S.8 j Cee duc t ivi t y wakes /cm 90 110 76 68 Condsettwity wohes/ce 47 67 SS $3 Sodium og!L *
- 2.91 1.81 Sedtes og/L *
- S.68 3.60 ac3 (as N) es/L *
- 0.62 0.17 NO3 (as 31 og/L *
- 5.13 6.00 Wells M 9. F- Area fast Fare 1selle FTP 16 F Area feek Fare 887 Cetd u 77682.8 *e t e t s (*Si t 3RP Cete N 76718.6 meters (PSL)
Coordtaates t $2769.5 $ereer 2er:e tievatten 72.1 66.0 Coerdiestes t $2879.6 Screen tece Ilevatten 11.3-62.3 La s t t ede 3 3. 2 01261
- N for of Castes Elevat ten 12.47 Laittwee 33.281020*n Top el Castes Elevation 47.96 Lee g t t ede 41.6 7 8 3 56 *W Castes maternal PYC 68.676630*v Leesttede Castas Matettal Fvc Perseeter t* t t e 01722i8? 06/26'4? 07/27/67 10/26'87 P a r e=e t e r yety 01/23187 04#26197 07/23'4? 10/26'87 Sampling Method Satl Ball Set) Batt lamplies Method Satt lett Ball latl i Water Elevatten meters
- 68 68.1 60.2 bater Elevatten 67.8 68.1 66.2 pd 7.0 0.3 meters 64.2 l i pN 7.3 1.0 pu pu 4.0 7.5 6.9 O2 4 Comouc t ivi t y enhos / ce 110 139 110 102 Cemdectivity ushes'ce 45 63 56 45 Sadtue og /L *
- 6.82 6.76 5edive estt *
- 5.67 3.33 i NO3 (as 4) estl *
- 4.81 6.7) 503 tas u) og/L *
- 2.06 3.65 a
Wells FTF 10. F. Area Task Fare Wells PTF 17. F- Area Tank Fare I $1P C:14 N 77336.0 wters f *Sti 517 Celd N 76872.0 " t " ' '
- 51 '
t Coordtaates t $2909.0 $creen Zone tievatten 71.7 69.6 Coordinates I S2866.0 screen 2ene llevatten 70.3 61.1 q Latitude 33.283136'u fep of Casteg tietatten 42.63 Latttede 33.282077*5 fop of Castes tievation 88.2i j Len g t t ede 01.67771**h Castra Maternal FYC Lengttede 41.676868'W Castes Peterial FvC 1 Pa r eme t e r LTi t e 03/19'87 06'23 87 085?Se87 12/11/8? Pa r ame t e r ycj t s 01/23/87 04/24'47 07/23/8? 10126'47 semplica Method *
- Satt $astlieg Method Water IIevat tee meters *
- 68 tail latt tall Ball Salt ya 60 Water Elevattee seters 67.4 68.1 68.2 68.2 pu - -
7.2 5.3 pu pu S.6 7.0 Conduc a t u t t y vekes/ce *
- 4.9 S.2
- 216 156 Ceedertivity vehe s /ce 64 69 49 $3 z
Sadtve og/L * * *
- Sadt a og!L
- 8.45 S.34 NO3 (as Ni estL * * *
- 203 (as si ag/L *
- 2.22 3.11 l Wells FTF 11. F Area task Fare Wells FTF 18. F Area fast Para 1 587 Crtd W 77183.7 '" ' ' ' M l l
$RP Crid N 7695$.4 seters (*5Li Coordtpates ! S2748.8 Screes tone !!evat aea 71.9 65.8 Coordinates t $2679.
l La t t t ede Screen tese tievat ten 70.8 61.7 3 3. 2 0 2 360' N for of Castes Elevatsen 42.66 La t s t ede 3 3. 2822 5 5lN Top of Castes llevatten 87.78 Leegatede 81.677423'W Cas tag P.atet tal PYC Lene t t ede 41.677063'W Casteg Matettal FVC Fete =eter [aty 03/19/87 06/23 87 Co r 2 2 / 81 12 '13 'e' Parameter t'n t t s 01/2318? 06f26181 0?/23/81 10/26/87 Samslies me thod
- Sall latl
- Sampts?4 het ud Batt Bett lati latt Water tievatten meters
- 68.1 68.1
- hater Elevatten meters 67.7 66 68.2 68.1 pa pn *
- 9.5
- pu pu 5.3 S.7 6.7 S6 Cemenettwity wobes /cm *
- 91 -
Conductivit) ushes/cm 60 $$ 60 67 ledtve og/L * * *
- Sodive og/L * * !.12 6.45 NO3 (as #1 og/L * * * *
#03 (as N) ogIL *
- 1.38 1.65
-187 -
a l
TABLE 4 3 ! I CHEMICAL CONCENTRATIONS IN F-AREA GROUNDWATER l Welle FTF 19, F Area Task Fars Wells FTF 25A. F Area Task Fare
$5F Crte p 77119.1 e*f 'ME' SRF Crte h ??)C4.4 "I I"! I Cocedicat es t 5:6?C 6 Seteen 2eae tievation 69.t6'.* Coordinat es t S266S.7 Screen tene llevat tee 71 0 6=.9 Latttwee 11. 2 0: 3 W h Tap of Cas tes Eleistion 8?.5) Latitude 13.:I)019'n Tor of Cas tes ties at ic n 82.64 Loeattede 81. 6 7 ? 9. 9 ' t Casteg *at er nal F%C Loe g i t ud e 91. 6 ? ? 7 5 4 ' h Casteg waternal h C Fa r ame t e r C*its 01.' 2 ) BT 06d7*'97 0' *) 8' 19 ;5 as p.,,,,,er Oefts Olr?2 01 0
- 8' CS '? % 6' 17 24*8' last lies *et hed Ball Bett 3411 latl $aepitog met hod latl lati la64 Sail 67.4 67.8 64 68 6 46 ;
bater tiesatsen meters 6'.9 66 bater Elesation eeters 48.! pH pH 3.6 S.6 4.1 %.S th pH 9.6 7.% ? ) '.7 goeductivtty watc a i c s 62 49 70 to Ceadactivity wohe s / c m 310 20 It) 180 Sodswa og /L 10.1 1C.0 5edtua es L
- 13.*
eget - - - 120 NO3 las n) egrL - 4.33 . 91 w03 tan ni Welli FTF 20, F Area Taeb Fars Wells FTP 26 F Area fash Fare stP Cetd n ? 250.0 "f"' N' stF Crtd n 77013.0 Coordinates t $2'00.0 Sc reen Zone t ies at t e- 64.6 t; = Coerd spar es t 520'$.. Sc r ee* !cee t ievat tee 69.0-6;.4 Latitwee 3).;81'67'n Tep of Cas teg tiet ation 8? 10 Lat t t ude 31.20;8%9'M Top of Cas teg Ele vat toe 82.S? Lo 8 61 *de 41.678116*h Cas t*g Mat et tal FtC Lov g t t e de 41. 6 7 ' ti) t Caste Naternal hC Pa r aee t e r latte 01'2115' (*r26'8' 0? !) t' l^ fe t' Pa r e-e t e r tette 01/2? S' C. *'A' 0??
- a? 10 ' t s' 5aepitag *ethed latl Batl latt ba t t Saetite g Pe t hea Bat! Iail latl Sant heter t jevat toe weters 67.6 6?.7 6?.$ l'.9 hates !!esagion eeters 6$.4 68 $$.2 60.2 pH pH S.4 $.1 9.) 5.* pu pk 8.6 7.s ?.4 ?.?
Comc t 6 v s t y up % s ' c w 7) 40 *i Cord x t tv 6 t v ' un' e s i c e 24% 1% 190 l') ledium og .
- 5.40 3 t' $odawa og L + 11.4 9.66 og'i 0,05 1.69 h03 tas b) en L * % 91 62.8 h03 (as N)
Welle FTF 21 F Area Task Farm welle FTP 27. F Area Tasa Fars
**' '$ 4 ?? :'.. "' il SRP Crtd M 74866.7 $tP Crtd Coerdteat e s t 5.ett.6 $creee f oce f le t at t o+ 6 9. ?
- J 9 Coordleates t $28 2). 5 Screem ore t ie.at t er ?* 2 64.1 Letttvee 3).2316)?"4 Top of Casirg flesatite l't' -
Latituae 1).;$2'e='s Top of Cas teg !!* set tae 82.66 Lorgitude e l .6 ? '9 ? ? '. Casteg water nal PTC Loe s t t u te S t .t ? ? ?l?'h Cas seg *atet tal FiC Para *erer trhts ', l ' 21 r 6 ? &* . #? 0' 2 I' 9 ' ;+ 4' Para etet tetts 01' i 8' 0* . 9' C' S' IC
- 7' sae p l an g *et bed latl Ball Banl Real $ aer l s' 5 *e t tce lati lail Batt tatt heter t i e s a t i on eeters 6'.. 6'7 e'.$ 6' 9 heter 11esattae seters 63 60 ; 66 6 68.i pm tk 10.1 11 8 al 6 ...% pu p. ?.4 6.1 4.) ?.6 C oe d ac t a s t r v we 6 e s ' c e 112 2390 :9:. 14. Coe dwe t t vit t ve* ot ' c a 140 ;;1 !)2 203 B os t ,* og L u.6 f.3 sec t a es 4.99 !!.7 es L + C." 0.5% er 1 DB 4.6%
403 las n' ho3 (as hl Wella FT7 22, F- Area Tamb F a re 5ar Cete n ?,?g: ) eeters r*M> Coor dinat es I 1; 4.." 5creee 2:re llevat tee 73.9 6. 9 La t i t ude )) . 2 911'$ ' k Ter of Casteg tievat tee s'.61 Lon g t t ed e GL.6??t50'. Cast's material F.C Well, IrlC 1. Raval Feela Bachproved telle a IIP kd " D
- I'NI
- P a r a me t e r tette Ol t:1 s? C./ .'8' !,a? ;e+p?
d t ea t e s t "3 0 ? %' . )
C oc e 8 Screen Zone tiesattae 70.5 61., Seerlie g *e t hed bati last Batt latl La t i t ude 3 3. ; 6 40 ' 2 ' h Top of Cas tra ties at sen 94.9. w aternal heter flotat ten meters 67.) 6'.7 e7.9 t?.6 Loe s i t ude $1 titetr a Castes Fif pH ph 6 9 6.6 8.5 '.e C' 14 5' 09 + ;t<!! 6? Cee d wc t iv t t s ve*ce'ce $; il is Se F a t e** t e r tents C) !~ l' '$" Sodiue e6 L *
- 6.64 3 18
*I '#8**' ## I 'I I N '3 t as hi og 'l 1.66 1.76 u'a t e !r !rvatten etters t?.4 69.3 69.5 tt )
pH FM 6.1 $.' $4 'sh c wctavntv we' e s ' c u 6 91 93 H Well, FTF 21, F Area Tank Fare TC$ og il .,.
- SBF Cela n '6611.g yter. 'ti' p,,oge egq <c o,,
Coor d r at es t ?;tt0.) Barie es L G.C;\ 5creen love llevottoe ??
- 6L.)
- Latitude 33 2til)?'E Tcp of Casteg tiewat son s'l' Be rs li n ae es*1 +
81.6't951'm C a do wn e s 'L 0.00. Loe g i t w ee Ca s tes Mat erial h1 og L 4.01 - Ca l e t.e tasta 01 ;) 9' tw t :4 ' 8
- C' 25 4' 10 ;*.p? Cw ler i de og L 1.)
F_e r a me t e r " ' lass lia s *te tted bater E 4 e va t i ce meters Bat. t?.4 Rail t?.' Sail last 6' ? h[ C e,lde sg .L f . FM F# %C 2 6. %8 pg,,,g,, ,, , ,p,g; . (cad.ctivity we g s 'cs 4 6(. %; $s g 1 0 CS? +
$N tva S.5. 4.*6 C OC9 C C 39 og 7 Lead og L
#03 (as ?I og.
- 3 6; ).2) gg, ,, t g,gg ,
Pa c-g 4+ e s e og 1 C Cl4 0 C16 ' Forsvrv eg L 0 f~' 'C.r Welli PTF 26A, F Area Taak Fars tu6el og L M*e " Pot a s s a wa og L 4;s SRP Grti b ??250.4 Coereteat eo r t:?sc.e screen :ene ste aii3e t 3 6. . , setertu. es t . og L - =*
- Latitwee 3 ). 24?'e t ' h Tey el Cas t es f lava t t e- 92.)$ Stitca C.C;20 Leetitvae 91.t987'b Caet., ya r e t a l 'r \ c 5 t i ve r es L Sod i ce og 1 66 Paraoetet Letts Cl> ; 8' O. e s' (' ,, , 10 :& V Tet al Phost'at e as I O.510 4 inc eg-L
$ aep i l o g *e t ?+d latl let! Batt 84.1 h03 'as E' og L . 19 * % 71 bater fleiette seters t?.4 67.9 64,, 6'
- p' * ,I g jp ,
pu pp 7.4 9.1 89 6.0 I 'I 'l C ee d .,c a. t i t t i tren d s ' c e 20e 136 15) 179 ' I'. lC ,
..(',
Yo'"0' 3 1 C a t t r+. og'l 2 - Sodsun agri 16.6 1.51 N'- " C' ' " kc3 tas kl eg/L
- 9.6. t 9:
Carbom Tet,'I'8" 8' '8 eg 'L ' O '. '00 5 Chlerofor* eg L C.X% T e t r ac t i e t oe t t e ne og L ' 0 . 0 ] '-
- Tr tcbler ceth er e es'L 0.C'9 1,1,1 Tt t o g 'L O.C.5 Cross altha PCs i ' )' 0 ').O hreTol. SeIa 3+C 1 ' L *i, Tetal Radtus pC h 't 09 Tr at te PC tJaL '?9 201
-188-
l'/4 E3 L EE 4-:3 CHEMICAL CONCENTRATIONS IN F-AREA GROUNDWATER veii . ..c 1. ..eai Peeia iscis,s.o. .eiis .eii ruc ., .sesi F.ei. ..ciareemd weii.
$gP Crti # '9099.6 ?' ' ' ' ' # *
- 1 ' sBP Crtd E 13942.1 "it.f I*fl Coordinates 7 53958.= Sc reen f ece Eleiet tee ?l.2**2 a Cecrd1*ates t 56329.2 Screen f ece llevat ion 69.b 56.3 Lat t tsde 33.289754*M Tcp of Casing 11evat ten 95.)! Latitude 33.289016's Top of Cas tsg E lev at 1*a 9).62 Lor sit we e 81.6?g)67'h Castes Waternal PiC Leegitude 81. 6 ? 7046
- b Castes P.atettal Pvt Pa r ese t e r Vatte C Ul0 '8' 09'19 0' 09/07 l' 11'l).8' Pare-eter [;its 00'22'8' 04119 87 09'07/8' 11'1) 47 Saarlies Methed Pu*p Puer Pee p Pwer Seer 11eg Pethod Pee p P ee r P we r Pump Water llevat ten meters 98.1 44.6 66.6 44 B het e r tie $ at ten esters 66.a 67,7 te.a 66.)
to FM 5.6 6.1 5.* 5.3 pu pn 5.3 5.3 5.0 5.) Con d es t iv i t y wahosics 190 275 ))) 2t t Coedwctivity mehos/ce 33 36 3) 2) TDS es L 136 *
- TI S og/L 30 * *
- Araente og et ( 0.00 2 *
- Arsects og/L (0.002
- Set t we es L 0 C29 - *
- Bartue og't 0. 007 +
t e r v i l t .a eg!L - *
- S e r y l l a wn es/t *
- Ced=19* og f t ' O DC 2
- Cadstue eg/L < 0. 00 2 -
- Ca lc t wo og L 7.51 * *
- Ca l e t un ag'L 2.60 * *
- CPloride og/L 4.7
- C>lerlde eg'l 2.3 * *
- C*t oe twe og'L <0.00 * *
- Cerestum og/L (0.00* * *
- Co ppe r og'l * * -
Cepte r og L * *
- C$ amide eg/L -
- Cyanide og'L * *
- fluet tde og'L (0.10 *
- Plecrtde matt 0.15 * *
- I r on og't 0.259 * *
- 1 r on og L 0.017 *
- Lead og/L 0.C15
- C.C25
- Lead op't 0.010 - 0.C12
- Magr es t
- es 1 2 'C *
- Ma g e.e s t se eg 'L 0.5M -
Faa ga ce ae og'L 0.059
- 0.C62
- Macsaceae og L 0. 0C '
- 0.001 eercury es/L ( C . C CC 2 0. 0C0 ) Percury eg't (0.C * ' O . DOC 2 -
nacsel og 'l *
- Nichel ag/L *
- Potassium ag 'L 0.720 *
- Potenstue og 1 C . 51'.
- Selectu og!L (0.00. Se l et.t wo es 't < 0. DC J *
- Stitca eg et 4.99 * *
- 5tlica eg'L *.59 *
- 511 e r og L (0.CC20 - -
$tiver og 1 (0.0C2C
- Sed i .e og L 2?.0 * *
- lod t we og 'L 1.68
- Total PSeerkste og L C.950 * *
- Total Phesthete cg L 0.2'O +
! sac og 'l *
- t i c-c eg L *
- RC) (as N) og L 20.6 31.? NC) f as Mi og L 1. 16 1.4%
- 50 og L ').O *
- 50 og L *5.0
- P>emols og 't ' C . DC 2 *
- Precets oget 8 0. 0C 2 * *
- Tot- Org. Corben og 'l 3.60 1.CD Tot. Org. Carten og L (1.000 ' l. 0 00 Tot. Org- malegem og L 0.02'
- C.C)) Tot. Org. halegen og 'L 0.00 ' ( C 00 5 Carbca Tet . og'L * * 'O.025 Cartoe Tet. og L *
- Ct ler of ore og 'L < C 0C 5 Chlerefore eg'L
- Te t r at h l et e-e t te ne egil 0. C< e Te t r ac h lor oe t he se og 'l * *
- Tr a c t le r ce t heee og L
- C 0;f Trich!creetheme es>L * *
- 1,1,1
- TC t * * ' 0 . C< 5
- 1.1.l*TCt eg't * * * -
Gross Altka og smi
"; 9.7 ')<0 Gross Alpha ( 3.0
- 43.0 PCn!L toneel, le t a PC s & 26.5
- mortel, peta pct:L 3.9 -
- Total ladtve pCL 6 1.) Total Radium FCt/L *1.C *
- T r t t i we PC t *L 60' 89' Trttive PC L s *L 0.91
- 8.50
- Welle Ftc 3. Baval Peels sackground wells welli abc 5 naval Poets tactgrosed wella stP Crte n 74939.6 t '*M sgP Cete m 7494).6 **t Sl' Caerdinates t 56046.1 Sc reen to*e llevat t en 71.2-61.6 Coordneates t 54515.6 st reen Icee !!eret ten 49.O*59.6 Lat s t ade 3 3. 2 8 9 5 9 2
- E Tcr of Cas tes 114 vat ioe 95 2. Latttede 3).289321** Tep of Cast's tievation $2.50 Le's t t ade 91. t ' ? ? t ? 'h Castes *ater nal PSC Lersitude 81. 6 ? t S te ' h Castag "sternal PiC P a r a me t e r Letts C1 >=et' 0%'le 81 06'C7 47 11'11 9* Pare **<er Leite 0) ', 'B' C 5 '19 8 ' 04'0'!01 11'11 l'
$aeplieg Method Pses P uer P w* r P ue r lamplieg Met hod P um p P ee p P se t P se r het er tie v at tem seters 64.) 66.7 66.6 49.6 heter flesattee >e t e r s 66 e 96.5 66.6 66.4 pu pn 6.7 6.8 6.5 6.* pe pH e.2 6.2 5.' 5.2 C eeduc t t s i t y 6 eses'ce 138 1*C 150 52 Ceedsctivsty vekes/ce SC 16 *e 3* TDs og'L 1*0 *
- Til es l e 36
- a r e e r. t c og 't <C.002 *
- arsenic og L < 0 00 2 *
- B a r s we og L 0.C26 B a r t <= og/L C . DC i * *
- Se r y lli us og 1 * * -
Berylltue egel
- Ca do t ue og 't 'O.CC. * *
- Cadesue og L <0.0C2 *
- Caletue og L 21.5
- Ca l t t aa e g 'L L )* *
- Chloride og'L 3.5 * -
Ch lot t de es L 2.3 - *
- og 1 ( C . 0 }*
- C t r ee t us (0.006 -
- Chr en n us es/t Cepper eg'l
- C e p te r eg.L * *
- Cvemide ogJL - *
- Cvan t ie og L * -
F l uet i de og'L <0.10 - Fl.ertse eg 'L 0.12 *
- Iren og!L 0.00 -
1 r ea og/t 0.C26 *
- Lead og/L 0, Cit
- C CC Le s s og L ( 0. D06
- 0 D>e Mag *e s t ue et,L 0.9?? - *
*agrestue og't 0.566 * *
- Pae gare se es/L 0 . O'*
- 0. 0:6 -
kargarese og i 0. OC 6 0 0C. Percurs og'L ' C . 00C 2 <0.00 '
- eercury og L <0.00C2 * <C 03
- Richel o g 'l *
- 5tchel og 't *
- Pet ae s t we og'L 0.5*0
- Potesetuo og 't 0.430 *
- Se len t we og 'l ' C JK 2 Sele *1we og/L '0.002 * * -
Silica es L *.61 * - - stitca og L 4.29
- 5tiver og 1
- 0. 00 2 C-
- silver og.L < c. 00 20 *
- Sod t ae og/L 2.'6 + +
sod t ae og L 1.64 *
- Tot al P*osphat e og L C .16 %
- Tet al Pres p* ste eg L 0.230 * -
2tec og/L *
- 2inc es/L bC ) (as 3) og'L 1.45 1.85 NO3 das Ni eg L 1.12 1.)'
- So a og L ' ). 0
- SC. og L (5.0 *
. eaals og 'L < 0.002 - Pke*els egiL <0.00; *
- Tot. Org. Car ben og L 1.40 * *.30 Tot . Org. Carbon e g 't < l . 400
- 1.30 Tel. Crg. halegen og/L C. Cit
- O C;) Tot. Crg. Malegee eg'L C.C22
- 0. 0: %
Carboe Te t , es/L * * 'C 0?% Carbon Te t . e t 'l *
- 10.005 Chlorofere ed L 'O.04 Chlerefer, og <L * - 0. N 5 Te t r ac h lo r oe t keee og 'l
- C . 0? % Te t r ac hl or oe t t e re og/L * * ' O . C< 5
- Trichlercette*e og 1
- O Cil f r i c h lor oet k ene og 'l * *0 005 1,1,1-71 1 og't - * ' O CS S 1.1. !
- TC t og 't ' O.00 5
- Gross alske pstrL (3.0 *).C cross Alpha pct.L < 3. 0 ? .1 moevel . Da t a pct /L '2.0 hoevel. Deta PC tfL 3.9 Total Radtwo pct'L (1.0
- Total godtw o pct /L 1.1 f t t t u. pct:nL 16.3
- 13. ) Trattae PC1/et 11.1
- 1).6
- 1 E!!) e
l TABLE 4-3 l CHEMICAL CONCENTRATIONS IN F AREA GROUNDWATER ei t e, u . i . .e . i .. u i (CCM5 Sc an Ac ala t e s i Table 4+ 21. Wel . !!)
*K 1 04/01 8' CCPS Sc as det ec t e d the fellevice # owe RK i 69/07/$1 CCtl $c an detec ted the f ell e= in g Mr+e BK 3 C9/07tti CCwl Scan detected the fellesarg. t >e e hK $ 04 0?l87 CC*1 Sc an detec t e d the felle.ing Ecae
-190-
TABLE 4o4 RADIOACTIVITY IN H-AREA GROUNDWATER No. of Ct. Err. Ct. Err. Seepage Basin Samples Maxinum 957. C1. Minimum 957. Cl. Average Cross Altha (pC1/L) H 2 2 5.25 +1.51 2.39 +1.04 3.82 H 4 3 20.5 ~+2.82 5.35 71.53 10.6 H 6 4 46.6 +4.40 2.80 I1.32 27.3 H 7 4 0.67 +0.57 0.31 70.47 0.47 H 8 3 3.78 71.28 0.48 70.50 1.97 H 9 4 24.6 I3.09 7.99 I1.84 13.4 H 10 4 0.73 70.62 0.19 70.38 0.43 H 11 4 0.48 70.50 0.10 70.20 0.14 H 12 7 2.41 II.01 0.00 70.27 1.01 H 13 4 0.67 70.64 0.19 +0.38 0.40 H 14 3 0.21 I0.42 0.00 I0.29 0.10 H 15 4 0.73 IO.62 0.10 70.34 0.37 H 16 4 0.57 !0.54 0.10 I0.33 0.34 H 17 4 2.07 70.97 0.29 +0.43 1.07 H 18A 4 1.90 {0.89 0.38 3 47 1.00 H 19 4 0.38 +0.47 0.00 +0.29 0.12 Nonvolatile Beta (pCi/L) H 2 2 747 +15.4 491 +12.3 619 H 4 3 5.120 339.5 1,820 324.0 3,820 H 6 4 14.200 +61.3 1,200 +19.0 8.270 H 7 4 147 +6.33 14.1 +2.21 48.6 H 8 3 534 713.0 98.3 75.21 111 H 9 4 3,430 532.3 1,450 {19.6 2,550 H 10 4 4.57 +1.54 2.74 +1.58 3.56 H 11 4 14.8 I2.25 6.62 I1.73 10.4 H 12 7 30.0 73.03 2.79 71.67 16.3 H 13 4 16.5 +2.34 2.13 71.54 8.06 H 14 3 8.68 71.86 4.96 I1.78 6.49 H 15 4 3.31 I1.43 0.40 71.16 2.02 H 16 4 2.45 71.33 0.86 71.21 1.88 H 17 4 12.1 I2.09 2.12 II.34 6.69 H 18A 4 3.66 71.67 1.59 II.24 2.97 H 19 4 2.52 31.57 0.08 31.30 1.63 ) i i 1 i
- 191 -
TABLE 4 4 RAD!OACTIVITY IN H-AREA GROUNDWATER No. of Ct. Err. Ct. Err. Seepage Basin Samples Maximum 957. Cl. Minimum 957. Cl. Average _H 3 (pC1/mt) H 2 3 35,900 +733 13,200 +272 22,900 H 4 4 29.200 1599 1,910 190.8 14,900 H 6 4 37,600 1768 19.000 1397 27,500 H 7 4 350 +18.2 112 +12.1 176 H 8 4 5,820 3116 5.210 [59.8 5.470 H 9 4 6,900 +140 3,830 +78.3 5.070 H 10 4 2,340 148.5 1,920 +37.0 2,170 H 11 4 1.580 131.7 95.8 12.73 510 H 12 7 1,000 126.3 93.3 112.7 475 H 13 4 2,750 155.1 105 1 11.9 835 H 14 4 4,990 !!01 1,280 125.7 2,270 H 15 4 73.1 +2.43 43.0 +1.90 55.7 H 16 4 72.3 +2.42 58.9 I2.21 65.7 H 17 4 84.8 +2.53 70.1 I2.39 76.2 H 18A 4 66.5 +2.34 38.7 II.82 54.3 H 19 4 1,890 [37.9 710 {24.4 1,050 Sr-90 (pC1/mL) H 12 6 6.40 +3.49 -1.48 12.88 2.83 i I l
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l l 1 TABLE 4-4 RADIOACTIVITY IN H AREA GROUNDWATER Old Retention No. of Ct. Err. Ct. Err. Basin Samples Maximum 95% Cl. Minimum 95% C1. Average Cross Alpha (pC1/L) HR3 11 3 0.88 +0.65 0.52 +0.55 0.71 HR3 13 3 1.36 50.78 0.22 {0.43 0.77 Nonvolatile Beta (pCi/L) HR3 11 3 4.90 +1.56 -0.23 +1.30 1.82 HR3 13 3 5.41 31.85 1.89 51.54 3.29 H 3 (pCi/mt) HR3 11 3 31.1 +1.81 27.6 +1.60 28.8 HR3 13 3 54.0 32.25 43.8 51.84 47.7 Cr-51 (pC1/mL) HR3 11 1 0.00 +1.61 0.00 11.61 0.00 HR 3 13 1 0.00 21.66 0.00 +1.66 0.00 Co-60 (pCi/mL) HR 3 11 1 0.00 20.05 0.00 30 05 0.00 HR3 13 1 0.00 +0.06 0.00 10.06 0.00 2r 95, Nb-95 (pci/mt) HR3 11 1 0.00 +0.32 0.00 +0.32 0.00 HR 3 13 1 0.00 {0.27 0.00 {0.27 0.00 Ru-103 (pci/mL) HR3 11 1 0.00 +0.12 0.00 +0.12 0.00 H R 3 13 1 0.00 30.12 0.00 30.12 0.00 Ru-106 (pct /st) HR3 11 1 0.00 +0.46 0.00 +0.48 0.00 HR3 13 1 0.00 {0.60 0.00 {0.60 0.00 Sb-125 (pci/mt) HR3 11 1 0.00 20.18 0.00 10.18 0.00 HR3 13 1 0.00 +0.18 0.00 +0.18 0.00 1-131 (pCi/mt) HR3 11 1 0.00 +2.77 0.00 +2.77 0.00 HR3 13 1 0.00 {2.23 0.00 {2.23 0.00
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TABLE 4-4 RADIOACTIVITY IN H-AREA GROUNDWATER Old Retent. ion No. of Ct. Err. Ct. Err. Basin Samples Maximum 951 C1. Minimum 95% Cl. Average Cs 134 (pci/mt) HR3 11 1 0.00 +0.06 0.00 +0.06 0.00 HR3 13 0.00 50.07 0.00 1 {0.07 0.00 Cs 137 (pct /mL) HR3 11 1 0.00 +0.06 0.00 +0.06 0.00 HR3 13 1 0.00 50.07 0.00 {0.07 0.00 Ce-144 (pct /mL) HR3 11 1 0.00 +0.54 0.00 +0.54 0.00 HR3 13 0.00 30.51 0.00 0.00 1 {0.51 Cross Alpha (pCi/L) HR8 11 3 2.28 +1.02 1.27 +0.75 1.87 HR8 12 3 2.73 +1.07 1.04 +0.66 1.88 HR8 13 3 3.32 +1.21 1.36 '0.78
+ 2.36 HR8 14 3.94 3.22 3
}1.28 {l.15 3.56 Nonvolatile Beta (pCi/L)
HR8 11 3 2.82 +1.62 1,42 +1.49 2.23 HR8 12 3 8.51 I2.05 4.88 II 80 6.58 HR8 13 3 4.42 ~II.77 3.94 II.74 4.12 HR8 14 3 11.1 2.30 4.96 7.39 {1.81 H-3 (pC1/et) MR8 11 3 70.3 +2.51 57.8 +2.07 63.4 HR8 12 3 39.9 71.99 33.2 II.64 37.2 HR8 13 3 41.3 I2.02 33.8 71.66 37.0 HR8 14 3 5.60 4.91 {0.97 {l.01 5.23 Cr-51 (pci/mL) I 1 HR8 11 1 0.00 +1.66 0.00 +1.66 0.00 HR8 12 1 0.00 II.70 0.00 II.70 0.00 HR8 13 0.00 HR8 14 1 {l.68 0.00 {1.68 0.00 l 1 0.00 +1.54 0.00 +1.54 0.00 co 60 (pct /mt) HRB 11 1 0.00 +0.06 0.00 +0.06 0.00 HR8 12 1 0.00 70.06 0.00 70.06 0.00 HR8 13 1 0.00 ~
+0.06 0.00 70.06 0.00 l HR8 14 1 0.00 {0.06 0.00 {0.06 0.00
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TABLE 4-4 RADIOACTIVITY IN H AREA GROUNDWATER Retention No. of Ct. Err. Ct. Err. Basin Samples Maximun 951 Cl. Minimum 95% C1. Averate Zr 95, Nb 95 (pct /mt) HR8 11 1 0.00 +0.26 0.00 +0.26 0.00 0.00 70.29 0.00 70.29 0.00 HR8 12 1 0.00 70.30 0.00 70.30 0.00 HR8 13 1 0.00 0.00 {0.31 0.00 HR8 14 1 {0.31 Ru-103 (pct /mt) HR8 11 1 0.00 +0.14 0.00 +0.14 0.00 HR8 12 1 0.00 70.12 0.00 70.12 0.00 HR8 13 1 0.00 +0.12 0.00 70.12 0.00 0.00 0.00 {0.13 0.00 HR8 14 1 30.13 Ru-106 (pct /mL) HR8 11 1 0.00 +0.58 0.00 +0.58 0.00 HR8 12 1 0.00 70.61 0.00 70.61 0.00 Hr3 13 1 0.00 IO.60 0.00 ~I0.60 0.00 HR8 14 1 0.00 ~+0.58 0.00 +0.58 0.00
$b 125 (pct /mt) 1 0.00 I HR8 11 1 0.00 +0.22 0.00 +0.22 '
HR8 12 1 0.00 {0.18 0.00 {0.18 0.00 HR8 13 1 0.00 +0.17 0.00 +0.17 0.00 HR8 14 1 0.00 {0.17 0.00 {0.17 0.00 1-131 (pC1/mt) HR8 11 1 0.00 +2.35 0.00 +2.35 0.00 HR8 12 1 0.00 !2.76 0.00 I2.76 0.00 l HRB 13 1 0.00 32.56 0.00 {2.56 0.00 ) HR8 14 1 0.00 +2.72 0.00 +2.72 0.00 Cs 134 (pC1/et) HR8 11 1 0.00 +0.07 0.00 +0.07 0.00 HR8 12 1 0.00 30.07 0.00 30.07 0.00 HR8 13 1 0.00 +0.06 0.00 +0.06 0.00 HR8 14 1 0.00 {0.06 0.00 {0.06 0.00 Cs-137 (pct /mt) HR8 11 1 0.00 +0.07 0.00 ^+0.07 0.00 HR8 12 1 0.00 70.06 0.00 +0.06 0.00 HR8 13 1 0.00 {0.06 0.00 30.06 0.00 HR8 14 1 0.00 +0.07 0.00 +0.07 0.00 Ce-144 (pci/st) 0.00 +0.54 0.00 +0.54 0.00 HR8 11 1 HR8 12 1 0.00 -+0.52 0.00 70.52 0.00 0.00 +0.50 0.00 70.50 0.00 HR8 13 1 0.00 30.52 0.00 70.52 0.00 HR8 14 1
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TABLE 4-4 RADIOACTIVITY IN H-AREA GROUNDWATER No. of Ct. Err, Ct. Err. Tank Farm Samples Maximum 951 Cl. Minimum 951 Cl. Average Cross Alpha (pCi/L) HIF 1 12 1.40 +0.83 0.00 +0.39 0.41 HTF 2 12 0.65 70.61 0.00 70.24 0.32 HTF 3 1* 1.35 71.00 0.00 70.39 0.60 HTF 4 1. 1.06 70.64 0.10 I0.34 0.45 HTF 5 12 7.37 51.87 0.10 50.34 1.40 HTF 6 12 6.64 +1.78 0.20 +0.29 1.17 HTF 7 10 1.04 [0.93 0.00 50.29 0.60 HTF 8 10 2.07 +1.14 0.21 +0.41 0.84 HTF 9 12 0.83 50.88 -0.10 30.34 0.30 HTF 10 12 0.62 +0.51 0.10 +0.44 0.39 HTF 11 12 1,29 70.80 0.10 70.21 0.48 HTF 12 12 0.87 70.58 0.10 70.21 0.42 HTF 13 10 1.07 70.70 0.21 70.41 0.46 HTF 14 6 1.24 +0.78 0.31 70.36 0.63 HIF 15 10 0.78 70.62 0.10 70.36 0.40 HTF 16 10 0.97 [+0. 71 0.10 30.19 0.48 HTF 17 12 0.88 +0.65 -0.10 +0.21 0.33 MTF 18 12 1.44 +0.75 0.21 70.41 0.79 HTF 19 12 1.45 71.02 0.10 70.44 0.60 HTF 20 12 1.06 70.64 3.31 70.'5 0.62 HiF 21 12 1.06 70.64 0.00 70.28 0.45 HTF 22 12 C.58 70.47 -0.10 +0.62 0.22 HTF 23 8 0.19 70.27 -0.21 70.59 0.02 HTF 24 9 0.48 ~+0.43 0.00 70.29 0.23 HTF 25 12 0.77 70.54 0.00 70.66 0.29 HTF 26 12 1.56 +1.04 0.31 I0.36 0.71 HTF 27 12 3.73 II.24 0.41 70.41 1.88 HTF 28 12 1.04 +0.72 0.00 IO.39 0.52 HTF 29 12 0.62 IO.83 0.10 IO.21 0.28 HTF 31 12 3.63 II.23 0.00 IO.39 0.89 HTF 32 12 0.58 I0.55 -0.11 70.22 0.22 HTF 34 12 0.87 [0.58 0.10 0.38 50.36
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TABLE 4-4 RADIOACTIVITY IN H AREA GROUNDWATER No. of Ct. Err. Ct. Err. Tank Farm Samples Ha x t:nua 9 57. C1. Ninimum 9 57. C1. Average Nonvolatile Beta (pCi/L) HIF 1 12 20.0 + 2. 4 9 0.53 +1.11 4.68 HIF 2 12 12.7 I2.11 1.55 71.50 3.52 HTF 3 12 35.5 53.27 7.95 31.93 17.0 HTF 4 12 18.0 +2.39 0.88 +1.33 3.15 HTF 5 12 73.2 35.19 1,72 31.24 42.4 HTF 6 12 33.6 +3.51 13.9 +2.22 26.2 HTF 7 10 3.60 11.56 1,42 +1.38 2.64 HTF 8 10 4.57 11.78 1.94 +1.54 3.40 HTF 9 12 15.9 +2.31 1.92 +1.33 6.12 HTF 10 12 3.24 +1.39 1.15 +1.36 2.21 HTF 11 12 5.47 +1.58 1.26 +1.25 2.44 HTF 12 12 3.39 31.67 -0.81 51.15 1.65 HTF 13 10 3.78 +1.49 0.00 +1.28 1.10 HTF 14 6 6.71 32.84 3.39 31.67 5.10 HTF 15 10 1.53 +1.61 0.00 +1.32 0.80 HTF 16 10 3.51 II.38 1.35 I1.19 2.11 HTF 17 12 5.25 +1.90 1.01 +1.34 2.29 HTF 18 12 4.77 31.53 0.24 31.31 2.47 HTF 19 12 4.80 +1.86 1.57 +1.49 2.46 HTF 20 12 2.36 71.30 0.37 II.21 1.20 HTF 21 12 3.84 II.45 0.74 71.32 2.11 HTF 22 12 6.01 31.78 0.67 31.49 2.62 HTF 23 8 3.60 +1.56 1.89 +1.49 2.59 HTF 24 9 1.21 I1.18 -0.55 71.25 0.22 HTF 25 12 1.85 II.26 0.39 II.36 1.21 HTF 26 12 9.69 72.19 5.55 71.92 7.11 HTF 27 12 13.4 I2.58 0.62 II.40 5.33 HTF 28 12 1.42 II.44 -0.26 +1.41 0.65 HTF 29 12 2.05 II.28 0.15 I1.32 0.68 HTF 31 12 7.65 32.08 0.40 {1.28 2.43 HTF 32 12 1.80 +1.37 -0.31 +1.28 0.58 HTF 34 12 3.17 I1.38 0.54 -II.39 1.71 l l l l l
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TABLE 4-4 RADIOACTIVITY IN H AREA GROUNDWATER No. of Ct. Err. Ct. Err. Tank Fa rm Samples Maximum 95% Cl. Minimum 9 57. C1. Average H-3 (pCi/mL) HTF 1 12 67.3 +2.13 32.9 +1.79 51.0 HTF 2 12 41.7 II.89 30.8 II.55 35.1 HTF 3 12 33.2 71.90 22.9 I1.38 27.4 HTF 4 12 37.5 II.98 29.8 II.59 33.1 HTF 5 12 47.4 +2.12 39.0 I I.77 42 HIF 6 12 41.4 I1.96 32.1 II.64 3 6 . t> HTF 7 10 14.8 {1.41 7.09 {0,98 10.2 HTF 8 10 33.1 +1.84 24.4 +1.51 27.6 HTF 9 12 125 {3.29 44.8 {2.00 78.3 HTF 10 12 117 +3.14 70.3 +2.40 90.6 HTF 11 12 116 +3.12 72.3 I2.27 91.7 HTF 12 12 170 {3.78 102 {2.66 137 HTF 13 10 34.6 +1.75 20.9 +1.43 29.3 HTF 14 7 114 I2.93 53.0 71.92 76.4 HTF 15 10 80.6 +2.65 39.0 II.75 57,6 HTF 16 10 59.3 {2.11 39.2 {2.02 49.2 HTF 17 12 69.9 +2.49 59.1 +2.11 63.4 HTF 18 12 33.0 {l.72 16.3 {l.46 21.8 HTF 19 12 13.4 +1.26 9.17 + 1.10 11.1 HTF 20 12 26.4 {1.75 14.4 31.23 17.9 HTF 21 12 60.5 +2.06 25.3 +1.64 43.9 HTF 22 12 21.7 {1.40 16.4 31.21 19.3 HTF 23 8 35.1 +1.88 26.6 +1.46 31.4 HTF 24 9 37.1 II 80 27.4 71.54 31.5 HTF 25 12 173 I3.47 14.3 II.42 95.8 HTF 26 12 24.2 II.64 13.2 II.24 15.9 HTF 27 12 19.2 II.53 12.5 II.18 15.5 HTF 28 12 14.5 II 41 5.91 70.94 9.68 HTF 29 12 24.2 II.65 13.7 II.40 20.1 HTF 31 12 15.3 I1.48 1.57 71.08 8.50 HTF 32 12 15.8 +1.44 11.1 +1.09 13.0 HTF 34 12 31.4 {l.81 19.4 31.39 24.0 Cr-51 (pCi/mL) i l HTF 5 1 0.00 +3.59 0.00 +3.59 0.00 ' HTF 6 1 0.00 I3.61 0.00 I3.61 0.00 HTF 7 1 0.00 73.95 0.00 73.95 0.00 HTF 8 1 0.00 53.94 0.00 53.94 0.00 Co-60 (pct /mL) HTF 5 1 0.00 +0.07 0.00 +0.07 0.00 HTF 6 1 0.00 {0.09 0.00 50.09 0.00 HIF 7 1 0.00 +0.06 0.00 +0.06 0.00 HTF 8 1 0.00 {0.06 0.00 {0.06 0.00
-198 -
TABLE 4-4 RADIOACTIVITY IN H AREA GROUNDWATER No. of Ct. Err, Ct. Err. Tank Farm Samples Maximum 95% C1. Hinimum 951 C1. Average Ru-103 (pci /mt) HTF 5 1 0.00 +0.26 0.00 +0.26 0.00 HTF 6 1 0.00 ~+0.28 0.00 70.28 0.00 HTF / 1 0.00 +0.25 0.00 70.25 0.00 HTF 8 1 0.00 {0.23 0.00 {0.23 0.00 Ru-106 (py /mt) HTF 5 1 0.00 10.77 0.00 30.77 0.00 HTF 6 1 0.00 +0.85 0.00 +0.85 0.00 HIF 7 1 0.00 70.81 0.00 70.81 0.00 HTF 8 1 0.00 30.69 0.00 30.69 0.00 Sb-125 (pct /mt) HTF 5 1 0.00 +0.20 0.00 +0.20 0.00 HTF 6 1 0.00 {0.22 0.00 {0.22 0.00 HTF 7 1 0.00 +0.21 0.00 +0.21 0.00 HTF 8 1 0.00 +0 .21 0.00 {0.2i 0.00 1-131 (pC1/mt) HTF 5 1 0.00 +38,0 0.00 +38.0 0.00 HTF 6 1 0.00 737.1 0.00 737.1 0.00 HTF 7 1 0.00 738.7 0.00 +38.7 0.00 HTF 8 1 0.00 339.1 0.00 339.1 0.00 Cs-134 (pci/mt) HTT 5 1 0.00 +0.07 0.00 +0.07 0.00 HIF 6 1 0.00 +0.07 0.00 70.07 0.00 HTF 7 1 0.00 70.08 0.00 +0.08 0.00 HIF 8 1 0.00 {0.08 0.00 {0.08 0.00 Cs-137 (pci/mt) HTF 5 1 0.00 +0.09 0.00 +0.09 0.00 HTF 6 1 0.00 +0.08 0.00 +0.08 0.00 HTF 7 1 0.00 {0.0' O.00 {0.07 0.00 HTF 8 1 0.00 +0.07 0.00 +0.07 0.00 l Ce-144 (pC1/et) _ HTF 5 1 0.00 +0.65 0.00 +0.65 0.00 HTF 6 1 0.00 {0.62 0.00 [0.62 0.00 l HTF 7 1 0.00 +0.69 0.00 +0.69 0.00 HIF 8 1 0.00 +0.71 0.00 +0.71 0.00 l l l l l 1
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TABLE 4o4 RADIOACTIVITY IN H-AREA GROUNDWATER No. of Ct. Err. Ct. Err. Tank Farm Samples Maximum 95% C1. Minimum 95% C1. Average U 238 (pct /st) HTF 5 1 0.00 +13.7 0.00 +13.7 0.00 HTF 6 1 0.00 711.1 0.00 +11.1 0.00 HTF 7 1 0.00 712.0 0.00 712.0 0.00 HTF 8 1 0.00 {10.3 0.00 {10.3 0.00 Cross Alpha (pCi/L) 241 H 2 0.48 +0.43 0.31 +0.46 0.39 Nonvolatile Beta (pCi/L) 241 H 2 11.7 +2.30 11.3 +2.00 11.5 1 3 (pci/mt) 241 H 2 635 +12.8 614 +6.36 625
- 200 - l 1
TABLE 4-5 CHEMICAL CONCENTRATIONS IN H-AREA GROUNDWATER Welle SCA Welle SCA ), 3-Area caeyee 5 4141s3
- 1. t* gree Caeyes buildlag
$RP Crad R '24 M . "'
StP Cits a ?2421.7 meters '*11) g,,,gt,ete, g g);cs '? scree, 2eee flesattea Caerdtnates t 63100.0 81.)*if.6 screen 2eee llevatten 63.* ?'.) Lette.se ll.200621'n Tet of Cas tes tie.at ion **.S? Latttede 13.269136'E Top gl Ca s teg g le v at teo $4.48 le*g h t ede 91.041?**'W Cas tPg NatefleI b C Lee g a t e d e 41.4+164J'W Casteg Maternal PTC P a r e-e t e t Pete*eter .*lts 0)'22 0' (9'l8 8? 0l l ' 0 ' 12'lb'I' saits 03 '1? F? C4'!9't? 09'l) D' 12!!6'9' g,, q,g p p,, p,, pg, Saeoling e.et 44 P oe p Pwep Pwep P .e p nater ties at ion seters 81.J 84 1 81 0 81 ' bater llevatten eeters 91.6 51.6 61.4 61.4 to tu 4.9 6.6 %9 i,' pu pu 6.2 10.0 ?.I t.5 Ceedusttutty make s 'ce 160 120 82 86 Cee d.s t iv i t y we%s te 100 260 l*0 128 70$ og 'L 48 166 TD5 es L 66 ?6 il 66
- arsenic og't 'O.N! ' O .NJ '0 M2 ' O.M2 Argents og L
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Bart.e og L C.01) 0,027 0.C1) 0.c36 serstitwo ogL ier, m .e Caset e eg.t og L 0. C O 2
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- 0. N $ 0 M5 Tot. crg. C a r b en eg L 1. M 10 0 JM 'lM og L ' i . Mc 't.000 1M <1.c:G 0.0;9 Tot. ceg. matsges 0.012 tot. Org- Malegen og L 0.0L1 0 011
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te t r at e l ee ce t he re og.L - '0 001 '0 001 fettacklercetkete og i <0.N1 <0.001 Tr u b l er ce t teee og L Tr a c %) e r oe t tene og L C.0C1 'O M1
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(3.0 - 50, ,; , 3.0 . . 50 og L og i C.CO2 . F*e a cia og L
~
0.002 * + . F*eev!t Yet. Org. f o r be= og L 1. <:0 'l.Cr0 t . ec 1.n;o Tot. Ora C a r b oe og L 41.0-03 ' t . r(< i . C S0 i t . CTO Tot. Org. Delegen og L ' . Ca t & Oc 5 0 (C 5 0 c( s Tet . Org. bal gen og-L ' C . D0 5 0 (0? 0.012 <C 2% Catbee Tet, og t . Catbon Tot. og/L . . Calert f ore og L CPloesfete og L * .
+ * *
. Ye l t ac h t et ee t te ne og/L T e t r ac hl er:e t $eae eg L * +
T r ic o n o r ce t + e.e og L Yt ts k le rcet here og 'L
- 1.1.1*TCt og L - . 1,1,n.Trt ,g L . . . .
s r us e al,*a ps6.- 1e c).O j.1 .c C ross Als *a ,s art 11.6 11 6 Il 4 ...t toevel. Beta C it.6 e. 9! 17.6
' *i e t . Be te ,C t 'i 8,1 10.4 1).. 10.8 ,Pcit /iLt 9.1 !).) 12.6 12.s T 3 t e l Ra d a .s ,Ci 6 '1 0 1.0 st,0 1,[ Tot al Bes t we pCa,ek 6 4. - 7,30 5,10 T r i t t .e FC6 *L 1).* } }. 2 3. . T e t t i .e holis EAS 13. B- Area tet eet 6ee las te snt Crad u 7;tse t '*iti ce te r A= alvee n les 'l' Coer guate a f $ 9 )}} 2 Screen 2ees tieratise **
'. e ' s
-)tL.S iccMS St s* Ae o li t e s . Table 6
- 21. l e a - 11)
Let h t se ~ ) ;t:79"t Y e., of (seteg tievation .1 Loe s t t see ti.e.9tt. . Ces as Faterhal P
mm) 11 0*i21'07 GCel 5s.* de t ec t ed t he f e n ce n t **'e Pata-e e* 1.teo C2'll 8' 04
- B a r t .e B e r v i l t .e ea L
- C a ss i .e og i J (<
- C a n a ss eg L .. 4 C*1etade og L 4' -
- r emi se og i - O v0 .
- Leas og L 0.032 C 01: 5 Oli 5 .
- e s i
- eg 1 0 920
- 5 elect.e sa L 0s. +
- 1. l i t a og i .)
- Sii.or og L 0.'.0 S.- a L .se og L 3 69 65 t 6. . ?t Titel FF;et*s'e og L 3.;91
- Tet. Org c e r t a. og i L.s0 ' l C )) 1 12 1 00:
- eae og L
- Tr n c e letee!* e o og 1 -
- 1. nt.de.e t- g . . .no .2.utt..
- m eg't iM n2 n. lio.
- avsem6s og L 0.002 . c . 00 2 < 0. M 2 <0.002 la v .e og/L 0 C1) *
- la r t ve og.L 0.066 0,01) 0.01 g, gig Sors 11two og L *
- Berillt.e og L * * *
- Caden e og 'L 'ON2 0.002 'C.CO2 0h* Cadet e og L c.N2 (0.N2 (0 M2 ' 0. M 2 Calc 6.e eg 't C.4') *
- C41st.a eg L 62 g 33 . 37.) .g.g Chlettaa ag't 3.1 *
- O terlde og,L 2.5 2.f ..g 2,7 C hr ee n .e esik 0. 0C 4 0. M4 s0.00. 40 E. C'reet e er'L 0.CCe <0.00 < 0. 004 . c . cC 4 Carter es-L * *
- Ce8ter *g L * * *
- Cventse og t *
- Cianide es-L * * *
- Fl.orade og:L 0.16 * *
- Pl=ernde og'L 0.11 0 10 <0.10 0.8) l tem eg L
- 0. 0C 4 0.016 0.012 0.C58 Irea es t 0. 0C 0 0.016 0 019 0.c)0
- a g n e s t .e eg 'L 1.30 - * *s g*e e n se og L 0 gj2 0.641 0.8 1 0.tte
- Stinas og L 7.30 f . ). 7.31 .
- Silser og 't 0 0020 40 0020 < 0. M2 0 <0.M20 5:45.s es:L 2.C% 2.50 2.tt 2.*e 5 + d t .* og'L 2.06 1.89 2.16 1,0)
- l DC'O 1.20 2.*4 Tot. og<L 40.?C) 4 0.CC) C C;$ C N3 fat, Org. saleges og>L ' 0. 0C 1 < 0 C01 ' C M) 'O N)
- te og L . * * .
- Te t r ac kler ee t *e re es L . Yetrachtereetheme egit * .
- t n u t me-e og L
- Trichlereetkeee og L * *
- l.l.l*TCt egrL - * .
- 0t .
- Beryllt.e eg,L * * *
- Caset.e eg'L < 0. 00 2 'C 002 <0.002 C WC2 C a se t .e og/L 0. M 2 <C.CO2 + 0 CC 2 CE*
- Cientes og L *
- C9a*6de og'L * * *
- f l.er tes es L C 12 C.15 0.10 C 25 F1.ortse og't '0.10 C.10 '0.10 0.12 t r ee og'L C . Cd 0.018 C.010 0 C22 Iros og7L 0.019 0.016 0 C26 0.02t Lead og'L 't 0?t *: CCs ' O. N4 ' 0.006 og't 0.C11 < C . 006 ' O . DC t 0.C:8
- a g
- e e n .e og 't 0 6t* 0.'1: 0.sta 0.721 .Lagnostve ead og/t C.*t2 0.576 0.46) 0.606
- aage*ese es L < 0 (C J 'O.00: <0 C;2 'C.N2 *aagenese og'L 0.03? 0.01) 0.Cl2 c. cit v
- Cerbe9 Tot. oget * * *
- Chlersfere og L ~
- e t r a t t n e r ee t t ene es L * *
- Tetra <nlereetteme o eg8 L'. l
- Trts*Lateet*eae eg k
- Titsklettetneme og'L *
- 1.1.1+tti og L - *
- 1.1.1+tCt og-L * * * -
- tt %1't Top o f (aste6 tlevotton 95.*3 Latitude ) ) . 2 '4 81 )
- r ter of Castes f les et see ?t.2)
- Sert.e og L 0.121 .
- og L 3.1 og L .
- Chlerlde Ch l er nie J.)
- 0. p g . . .
- 5 t her og 'L 0.CDC . . Silser e5 L *
- 2.67 2.?2 2.1% f od 6 A og L H,0 m).? St.4 $ 1. 2 S o4 t wo eg 'L 2*? Tetal FSesp* ate egit 0.C50 0.020 0.102 0.Ct)
- og'L 1. 0 'i.600 ' t .0X 1.60 og 't
- C a ,t
- Cb lere f ere og L . .
- t 'St " si Top of Cae 6*g flesetten e6 01 L e* g h t sd e 41. 4 510 54 N Cas teg *ater nal Pkc Leagttsde el till)l's Cas t*3 Peterial PtC seits C; ' l' 04'11 4' C' <$$ tc N g? P * * * *e.ly talte CI 2' B' i= ^t 8' Cll-t' y. e ' ,
- e t
- ce P.e, le*tti's
- ttes
- at er fle.at in oeiers 6e.6 et / 99.1 66 0
- st er t ies et ten meters 12.2 1;.; ';.2 47 th 4.) .,) .1 .0 F" pe 7.1 '.1 '.0 e.?
- D e r i l l L wo a.CC C CC ' c._:) Ca8* *s'i 'OL~ (0 00. ' O Cs . 6 002 l C o so l ue es-L 7 C . 0. .'
- s t a e o s .-e *a*gamese s c OC ;
- ee.e sa L . .
- e .e og L . T r ie nlev oe the=e et 'l *
- 1.1.1 Ts t og L . 3 .1.1
- T.~ f eg L . .
- een tece fles at toe 69.9 90.7 Latttwee il !?t?'t'% fer el Cast *g t!esettoe 't.20 Lattt de 3) 2'lltC'N for of Cas ang floret tes 71.9)
- at e r tiew.ttet eeters 47.7 te.i 48 tF.)
- arse *tt og L 0. E -0 N2 -0n. C.C02 ersonic eg:L 'O 002 * *
- Ser n a og L 0.03. ; 6.$ 0. W 1 0.044 Sert ~a og't G.Ce? - .
- 6evilla.o og L * - +
- Servilius Casolue og'L (0 00 ' O.Ml 4.002 no OC2 Cateue es L CE) 0.003 0.002 OM2 C a l e t ,o eg L .t.4 12.4 et t 21.1 Celstwo og L S.10 = *
- Cmtros.e og.L <0,0 .0. o; . u. 5 - . o t ee ws eg L a 0. 00. ( 0. 00. ca. m <c.m Cerret og L * . . Cep;er ogeL * *
- C=actie og L * * *
- Css'ide og L * *
- f loor t ee og L 0 10 0 12 0.2' l.10 Finrtaa og'L 5 0. ll' * -
- ire
- ogit 9M 0 M) 0 012 0.* M l t ee og-t 0.012 0.!!* 0.042 0.032 Lead og L r0.0:6 iC.004 (9 X6 'O C;t lea 4 og'L 4 006 0.CC? > 0E6 0. G4 7
- Sele
- t * *g L C! '0.042 ' O N2 0." ? Sele
- t d *g'k 4 0 OC 2 * *
- 561sta og L 9.2% '.7% 92) ininta og L 4.41 * *
- e*e l a og'l 5 0.002 * .
- To t t et h letee t *e se og L *
- 7 tic *leteettese eg i * + fetseneteettere og L + * . .
- Cres s AlrDa pc5 L 5.' () 0 r ),( '),g Cregg A}g6g p(g,L ?t.4 41.C $1.1 60.4
- a t e r t a l P i t, Le*gnt.co it.tt101)*e f es teg 9' ate t t al Pts P e + a-e v e e i ,(tj e; :. .- c. et #1 e i...- .- P a , e.e . e , 1 its 02 s .. o. ti,i, c 2i ., n. . .
- 4t.9 ester ! L e i e t t ee setete 71.6 'a 'O.S et t 74 et 54 S.? O.0 S.. Be Ph ).2 $.6 6 g ).2
- 5 eg ' 6. ti 4) is **5 og L It .
- Q . 0< 2 * *
- S e t t .* og L L.* w s .21 0 0CS B a r t .e og'L Q C40
- len116.o og L Be e s ! ! t .e og L .
- J e rs i .e og L 0 C", 0 O.::. 0 . 0i. e Case 4.s og L ' O 00 2 0 W? 0. ig 2 0 (;2 se;<nue *6 L t 6 6 10 9.00 5 41 Calsnoe og L 6.6% .
- Cisande eg L - * *
- Fl.ev de e6 L
- 10
- 16 0 18 s-
- II "Face et k 10 *
- t e rm og L ;i.. G s'C e .C et 0.i56 -
- enwes og ' $ M . o: * ^
- 4 . C +0* Si'*el et k ; OC * '0 OJ* '0 Ct* 'Ob Potaast.e og L 1.29 1 ;0 i St 0 e.w ti t a n a t .e es *i L 't - .
- Inntes og L . 12 ...* .,6) - 5 61 t e s og i 2.)?
- linser *e L :0 s'20 .s.. O 0023 L L..; Silier og L 'C 022C
- le d ; 2e og i le.2 11.1 ;* 3 .. I leis.e es L 4 . ). 1.41 1.4) 1.tt Tet e L P* asst at e og L 0 G43 0 030 C . C 'O O ;'O *etal P* asp
- ate eg'L 'O CIC 4.C20 '0 C20 C CA) 2tes og L 0 12) C .C) 0..;' C.15s 2 tat og-L 0 0:0 0. 0C 4 0.0.. w.C'S C) ' ee 3 6 og L 12.6 12.. C .1 12 5 Uj i as n + en L 0.42 <0.01 0.93 1.I' 10 og L <10 ' 3. 0 )t.C '5.C 50 eg L 6.0 = .
- P*ecale og's 0 (c2 0 CC -C,C) <0 0;% P*ewele og L *3 0:2 *
- Tet_ Gr g . Cerben og L 10 1.0". il C4 1. 1 Tot. Org. C a r t e* og'L 1% 1.00 e.2C 2. 30 Tst Ctg. manegem *g L c NS 0 (26 c:
- C cc:) Tot. Ctg. Salege= eg 'L <0 CrCi 50.065 < 0 N) ' O . CC %
- Carhoe tot. og L = 4 C< 1 CAler of ere og L +
- C* t o r s f e rs og L . < 2. 00 ) .
- 1: e ce t t er e og L Te t t sc h l e r cet *ece og L * * <0.00) t r a s h iev oe i t ees og L Tr.chlottetteme og L *
- 4. M
- l.1,1*!'s eg L - - 4 + 1.1.'. TCt og L = * < 0 Ni -
- l Se t a p4 6 L .?1 10 i ;c ' s4 Se*vol. So t a p( i L 11 ) 16.2 6% )*
- Te tt t e pC6 s'. 1692 66 C 169:' 4620 7tatt e p< a mL 2 ). 147 til 11'0
- n 4 e b3 10 120 lit 708 og'L g * '8'l INI 'E III 30' Ar seau og L < 0 M2 0 CO2 102
- 0. >;;.4
- I '8 L 0 OLO O 0** V. 0 M 0. C '. 6 0 Cit 0 L u' "g Lead es L G C;9 0.00? 0319 0 'c 0 *d og't jMt 'G.M -0.26 'C O ',4
- St1=er og L 0.0010 'I(N 20 0 0, . . 0. a;0 ISalv
- Te t r as
- le ree t 'pe og L . Te t t st e ler ee t ke ne og 'L tratt l e t ee t t e.e og L . . Tenchloroetbees og L =
- Ctens Alpta p;g i r)Q < ), Q g.) gg 6t H e AIP*a PO L = k IC #) 0 'I.2 '),0
- 8 ' d PCs et 26 6 22.0 20.6 20.5 Dello til Gla. 0 Aree leopage lastes Wells 850 SK. O&res Supage Sulas stP Cond a 71619,3 eetete '*11) IIP Cris a fit)t.9 esle t e f *lt i Coordinates 3 ilt a. 1 Sereen Zoe llevation 23 c14.4 Caetateates 3 16414 6 Setees 2 ,e gle stlem $2.2 68~
- sternal PeC L** git =8e 81.tS1609'h Castes estessel hC Paleeeter t,tte Cl#2. s* h 0* st (* 13 g ? 3r.); et Pere *eter 3 CI'2 39 h Ct.g? c'/13 g, to Ig gi lasti t
- g te t t od Pap P .e p P .e p P ,,e p I4*Dl4*g Pethes Pap P op Pa, 7,op ester glevat sc* estets 9; ) $2.. $2.4 g2,e 6eter gle atsp **ters 44 69.) 49.) to e p> rn 4 * ?.0 6,1 e3 PN pg ),) gg g,} gg C e+ 4.t t h = 6 t v vece se liv 4;0 149 210 C0'da t6snty 6.s' e s t e 31 26 23 2*
- I IIL** e8 k * -
- N. 0 30 .C u. 0 00. Cereesus og L 0u s 0 C4 -9.0C.
- s t* e s 4.e egdL 0.'al C .ett 0,131 c.7't
- a g
- e s t .e og 'l 3.611 0.910 C.62% C.926 Fa*gamese *g L 4C M2 C.0 2 0.000 0 011 *a-gaaese es L 0.001 0 CCe O CC? 0.02)
- 0.CX2 0.0002 unceol og .' -0 Z.' ' < 0 0 04 < 0 ; ,, C OC. Saul og L 'OW <0CA 0W 0.007 Potassi e esL 1.26 1.29 L N I ). P c t n e t .e et L 0 '?C 0.660 C $ 11 c 630 lele*tos og L ' O X2 L CCI ; Cc2 . C ca . 8eleenwe og L # C . 00 2 (0.001 ' 3.00 2 <c.CO2 tillea es L 11 0 11 0 11.g . Stitta og'L 6.21 6.19 4 60 Silier *g L >O ;.;0 <C u,;0 ' O N.0 0 CC . s ilve r ,a L 0 00 0 'O C0:0 0. N 2 0 0 00:0
- Ci ' C Mi C CC) 'O MS Tat. Ceg talsgee og L 'O 00 1 'O M5 ' O C4 5 <0 CGS Carlo tet- e sL , Cettes Tot. og L + .
- e me og,L . . Te t r at t l e t s.e t te se og,L + .
- w Casteg es tertal 94 Le*gttede Cas tes Patettal F.C Pareserer tales 01, p e t ;..:* st p ? 13 3 9 , t3 p' Fere*eter Ms Clf;a of c.- q 3, p/g 5 pt ge 0).g, sesent.g = t>ed r, eso, e ., r .. , 5 ***li's 4t hed P*** P et P.ee P ee p bater glevattpe meters 'O te.4 49.? tl 6 h et er glev at ten meters 66.8 41 1 46.4 66.9
- Csaande og't . . . Cvenide og L . . .
- 0.0*$ Iron og'L 0.011 0.017 C.C*2 0.062 et L 0.012 0 C.2 0.000 Lead og't < 0. 0C4 <c 004 < 0. C6 6 (0.006 Lead og't i o. xg 0 cog 0.cc, 20. c< g w ag*est e *agnett*e es L 0.133 0.214 0.261 0.6.g eg,L 1.41 1 ?3 g,.. } ;
- eg L 0 tai 0.370 1.!O O 42, Pe t a a s t as eg.L 13.0 8.60 4.92 S 60 Seleet = og L 0.;;2 s0.M2 C.C:2 0 N2 Selentse og L '0.0c2 (0.G2 'O CC2 '0.002 5tlace og L 3 11 3.c) ),ic . Saltas eget 19.0 22.4 22.1 .
- 1 er ee t h eme og L . 'O C;g Te t r ac t ler o4 th e se og 't . . .
- 6C S )'s top of Casseg gleiettee to.8)
- b) C -. 0. .
- r oe t .e og L + 0 K. 'J.00. 0 00. 40 0 % *
- r ee t .e og 'L 0.0;$ 0. 00 5 ' 0. 0a ( 0. 0C u p te r og L . Capper og L . . . .
- a s
- e s t .e og 'L 0.42^ 0.6') 0 . 9 C60 0.502
- 0. N 2 0. N ?
- 33 , . P o t s e e lse og<L 6.26 1 00 % C) 6.Ci le!entwo es L 0M -3 ;C. C SC 2 Cc: S e l e S t es et 't ' O. X 2 '0.002 ' 0. CC 2 = u. 00 2 Saltes *gL ' to ?.l; *.4 Silica og L 6.C1 4.52 6.10 .
- 1 CM <i C;. 2 ;0 Tot. Crg C e r he og L t1 X0 ( 1. E0 ' t .G 0 e l . CrA Tot. O'6- 'eItg** se 1 0 XI O no 9 LLC C cC $ ist. Cirp kale 6en of L '0.NS '0.005 0.CC% 'O.CCS Certen fet. og '. . . Certem Tot. e6'k C n ie r e f o re og L (*larefers og L . . .
- t e ts p ier re t teee og L . T e t s p ie r set keee og L . . .
- Cadn ive eg/L 'O.002 'C.002 '0.0C. ' O 0C 2 Cad, ion eg/L 'O.002 'O.002 'O.002 0.002 Calet a as<L 2.61 2.22 1.63 5 82 Calc to eg/L 96.5 29.6 21.0 22.7 Chlertde eg'L 3.9 4.1 6.) 3.1 Chlorade eg'L 2.0 2.0 2. 7 1.6 Chroete eg.L <0.006 ( f' f* '0.00* 'O.006 Chro m a eg. L 0.005 - 0.CN '0.006 <0.00 Cene r s.6 - L - -
- Cyanide et/L -
- Fluot .de eg:L 't.10 0.20 0.12 C.2) P1weride eg/L 0.15 0 31 0.16 0.63 tron og/L 0.005 0.067 0.079 0.0'9 Iron eg.L 0.010 0.026 0.066 0.016 Lead eg'L 'O.006 '0.006 <0.006 0.006 Lesd , git 0.011 C . 00 6 c0.006 '. 0. 0C 6
- ercury eg 't 'O.00?! 'O.C002 ' O . MC 2 'O.0002 e r c u r y eg't '0.0002 <0.C W '0.0C02 '0.00C2 Vnchel eg L 'O.004 (0.006 0.0C5 0.005 nckel eg;L 'O.00= ' O.00 'v.006 '0.00 Potaset s eg!L 1.06 0.680 0. 6 )0 0.581 Po t a a s t us egrt 15.8 2.90 6.19 2.99 S ele c t am eg 't 'O.002 (0.002 '0.CO2 (0 C02 Se te- to egrL 'O.002 'O.002 'O.002 '0.002 "titca eg 'L 6.11 6.05 5.26
- S a l .c a eg L 6.?S 6.C6 7.62 SL1ser es/L 0.0020 'O.0020 'O.0020 'O.0020 5 t i re r e s "t 0. 0C
- O < 0.M IO 0.040 ' O . C.; 2 0 Sodtwo eg 'l 23.) 16.9 15.6 15.0 Sodt e og'L 28.2 9.25 1. 6 9.12 Tetal Pkeseate og'L 0.020 <0.020 '0.C20 0.0'O Tetal P% esp
- ate es/t 0.138 'O.C;J C .. 0.160 Zinc ma 't 0.029 0 019 0.012 C.172 Zinc eg't 0.002 0.0" 0 0;* 3.002 503 fan N) eg/L 20.3 15.2 12.8 15.6 x03 tas M) rg'L 0.10 0.36 C et 0.60 50 5 e g 'l 3.0 (3.0 (5.0 '5.0 506 eg/L 10.0 ' ). 0 5. O P>emols eg't '0.002 'O.002 'O.005 '0.005 PFecols eg't 'O.002 + 0.0C 2
- M5 Tet. Cr g. Car bon =g/L 3.00 't.000 < t . 0 00 't.000 Tet, org. Carbon eg'L 1.00 (1.00 0 's .
- Ca?bt s Tet, eg'L -
- 0.005 0.005 0.006 Bersilkwe *g'l *
- Beryllte eg, L - +
- 0 . C 0* C5reste eg/L 'O 004 (C.Co* '0.006 <0.004 Cepper og . Copper og/L - -
- adaest.c og/L 0.610 0.792 0.756 0.??5 *agrenius eg'L 0.096 0.1 7 0.C90 0.103
- aagaaese eg!L ' O.002 0.002 0.002 0.00 2 *a gacese eg L 0.003 0.005 0.004 0.0C*
- er:arr eg et < 0. CC P ' O . CM 2 '0.0002 L CC. *ercarv og!L '0.0C02 0.0002 'O.0002 ro.CCC2 Nicael og rL 'O.CC. '0.0v. 'O.CC. ' 0. 0C ' gic.el , git co.006 10.00
- 0.004 <0.00 Potassia eg li 2.29 2.10 1.75 1.62 Potaiste eg/L 0.196 0.1 0 1.00 'O.500 S e t e n t ae og'L ' O.C C. 0.C;2 'O.002 'O . 0C 2 Se temio eg/l <0.CO2 s0.002 'O.002 <0.002 Silica eg'L 12.6 13 0 12.3 Stitca eg . 2.75 2.97 2.80 -
- Chlorofore egdL -
- Tetrachlercettere egiL -
- Trtctler et$ere *g t -
- Tr tc h teroe tkete og't
- TC E eg 't - - -
- lsa ide og L -
- Fl orade og L 0.10 0.16 0.3 0.27 F19erade og/L #0.10 0.17 0.11 0'.17 tren eg/L C.0:. 0.010 0.017 0.019 tree eg'L 0.019 0.079 0.013 0.020 Less =g'L < 0. 0C6 'O.006 0 . 0C e < 0. 00 6 Lead og L ' O . 0C 6 '0.006 0. C-0 6 +0.0C9
- ag-estos og!L 0.707 0.?01 0.696 0.687 w agrestue eg/L 1.C9 1.20 1.60 1.65
- a gaaese g/L <0.C'? C.003 0.002 C.027 *angaaese e" 1.05 1.57 1.65 1.60
- ercurs eg L 0.00C' <0.0002 0.0002 0 000. *ercury C.0C02 '0.C202 0.0 30 (0.0?02 Nachel eg/L '0.00- 'O.00= '0.00 <C... Michel a L 0.0:9 0. C. ) C.050 0.0 6 Potatst.= eg!L 1..) 1.30 1.36 0.991 Potassius egil 6.26 6.60 5.=7 6.67 Seleetwe eg'L 0.00 'O.CO2 5 0 C'; 2 -0.0C' selentse as L <0.002 0.002 0 DC: 0.002 Stitca es i 't 12.3 12.6 12.3 -
- Chlorofere ag'L -
- Trichlercetkeee eg'L
- Trichloreetkete og/L * -
- 51 ' 5pP Grid M 72522.1 meters (*St>
- Serviliwe eg.L -
- args ese egel 0.005 0.005 0.00 0.004 w aaga ese egel 0.302 0.616 0.341 s .50 w
- 200 :
- Or Tot * ".g.oCar l s bon og i 4.60 (1.C00 1.00 1.30 Tot . Org. Malegen og L < 0. 0G 5 '0.005 'O C05 '0.005 Tot. Org. Na':ges ogtt < 0. 00 5 (0.005 <0.005 <0.005 I C erb e* To t . eg L - - Carbee Tet, egIl - + +
- Te,rachlercetke-e *g.L T e t r a c h l er ^e t h e re e g .' L *
- Trickle *eeteeme estL
- TrichleroetPe*e sg/L + +
- 7.33 5.96 3 (48 38/L *
- 0.66 0.34 R$1 65C 07/14/87 Aluminum 0.053 Welle BTF 2. 3-Area Task Fare u$t 66 07/09/87 'sRP Grid M 71610.0 meters &$ti Alvetnus 0.046 Coordinates t 62175.0 screen tone tievation 78.)-72.2 CCPs scan de ected the followtati Nen Latttsde 3 3. 285598 'N Top of Castas tievation 45.49 Len8(tede 81. 64 2181 *W Castas Raterial Steel
- 5.17 4.56 e p03 (as #1 et L/ * -
- H55 68C 07/14/87 Latitude 31. 28 5200
- E Top of Castm8 tievatten 85.55 Alsetaum 0.014 Lonsit ude 81.662271*W Castes katerial steel ;
- 0.' t MSS ?! 07/21/81 Welle WTF 4. 5-Area Task Fare ast $3A 07/13/87 8AP Crte n 71630.0 weers (MBL) .
- u fop of Castes Elevation 86.22 Lo*81tude 81.642436*W Caste 8 Material Steel k55 833 01/13/87 Alusteve 0.069 Pa ramet e r cette 01/23/87 06/2?/07 07/28'81 10/26/87 {
- 4.41 2.42 Alweisen 0.080 NO3 las a) et/L -
- 0.51 0.30 l CCPS Scap detected the felle=tes Ecce ;
- N Top of Castes Elevation 93.20 Aluetsuo 0.051 Leesttede 41.641925*W Castas Material Steel 07/14/47
- 4.50 2.74
- 3.22 Alretnwe 0.042 po) ta, 3) .gft . . 4g,. ,9 o) g.gg RSS 86C 07/12/87 Ateetnam 0.167 RSS 46D 07/12/87 I Alvatnve 12.0
- m. ,- . . - _ _ . _ .. _ __. -
- N Top of Casteg Elevetton 93.05 Latttede 33.285181*N Top et Casing tievattoe 98.07 Longatede 81. 641615 ' W Casing Material Steet Locattede S t . H4 210
- W Castas Maternal steel Pa raae t e r M 03/)0/87 04/27/97 07/28/87 10126187 Patsaeyr, Celts 03t?0/87 04127/87 07/30'87 10/26/87 Sasplin g Method 8st! Sail Batt la ti saepi n Method Ball Ball Batt lat!
- 6.10 3.60 N03 (as it) og/L - - 0.77 0.92 NO3 (as K) og/L * = 0.95 0.02 Wella ET7 8. 5 Area Task Fare Well 377 16. E-Aees Tse6 Fare 5tP Cete N 71270.C me ter s f est ' stP Grti - D 71858.0 Mten W5L S Coordinates t 61965.0 Screen Zone !!evatten 86.6*80.3 Coordiastes t 61462.0 Screen tone Elevatten 15.9 79.4 Latttede 3 3. 2 84 5 0 3' N Top of Castes llevation 93.17 tatitude 3 3. 2 84 9 8 3 ' N Top of Casing tievat ten 98.72 Longitude 81. H 2074'V Castes Matettal Steel toestrude 81. H4540'W Casin8 Matettal Steel Paren ter M 03/30/87 0 127/87 07/28/87 10i;6 s* Parameter twits 03'30/87 C6 / 2 218 7 07/28'87 10tzt/87 Samplies Method ~ Ball Ball Ball Sell $amplias Method
- 3stl latl Sagl Water Elevation eeters 42 82.6 86.1 86 Water Elevatter, meters - 82.4 02.1 83.2 PW pH 5.2 6.5 4.3 4.5 pH pN 6.4 5.3 5.9 Condwe t t wit y veSe s /c m 53 26 34 34- Conduettvit? wehe s / s o 42 58 50 Sodium estL * - 460 2.71 Sodice og/L -
- 8.06 5.06 NO3 (as N) og'L -
- 2.06 1.76 NO3 fas N) og/L -
- 2.10 L98 Wells WTF 9, B-Area Task Fare Wells NTF 15. 9-Area Test Fare SEP Crtd N 71652.0 t"' N' SRP Cria N 71790.0 t"' '"ill Coordteates t 61648.0 $creen 2one Elevation 41.c 7e.e Coordtmates t 61353.0 $creea Zore fleset ten 85.6-79.5 La t it ude 33.284912'N top af Caetrg tievation 98.75 Latitude 3 5. 2 8 a4 5 6' A Top at Casing tievatten 98.29 Longitude 81.643519*W Castes Material Steel Longitude 81. M65J1'W Casteg vaternal stect Pareaeter t% t r a 01/27167 (%#27/87 07/28'87 10/26>87 Parameter Vetts 03f30/87 4 /2 47 07/10687 10'26-87 Sampiteg Method lat! Sail Batt latl 5a3p11r3 Method Batt latl latt tail Water tievattea eeters 79.7 82 83.5 83,2 heter Elevattom seters 81.4 82.3 83.1 83.2 pu ph 6.3 6.6 6.2 6.4 pu pn 5.0 4.0 6.2 .9 Conductivity behestce 77 93 3tr 52 Condwettwity vehes/cm 54 52 69 52 ledium og'L * - 4.62 3.99 Sodtwa agtt . - 7.98 3.b N03 (as N) og'L *
- 0.52 0.38 No3 tas N) og/L =
- 3.56 1.00 P
- 6.37 6.2? Sodium og/L * =
- 2.60 NO3 (as N) og/L *
- 0.47 0.27 NO3 (as 3) og/L * * - 6.62 Wells WTT 11. 9 Area Tseh Fare Welle 57717. 3 Area Task Fare str Crad W 71398.0 " ' " ' "5 0 $17 Cete N 72600.0 ** * " ' " S l '
- 4.96 4.19 Sedtue es/L *
- 5.07 3.57 MO3 tan N) og/L *
- 0. 54 0.65 503 (as N) og/L * -
- Cond uc t ivit y enho s /c m 46 53 66 65 Cordettivity vehes/cm 70 62 63 54 sodive og/L *
- 3.91 2.89 Sodice eg/L *
- 7.10 5.25 NO3 (as n) og/L *
- 0.72 0.56 NO3 (as N1 og/L * *
- 2.16 e213m
- 3.81 2.S4 NO3 (as N) o g /L - - 3.30 3.13 Nc3 (as N) og/L - - 3.51 3.86 Wells BTF ti, E-Area Task Fars Wella ETF 27, 3-Area Tank Fars
- 1.20 1.59 Noj (as N) og/L - 1.99 1.56 I
- 6.53 a.79 Sedive sg/L = - 4.58 6. 3C NO3 (as 53 ogfL - - 1.93 1,80 NO3 (as N) og/L - - - 4.88 Wells 577 26, 3 Area Task Fare Welle 377 31. E- Area Task Faru SRP Grid M 71362.6 t S t i st? Crtd W 7076/.0 eeters (*12 Coordinates t 62775.6 Screen lose E!*vatten 66.7-78.6 Coordinates t 42662.5 $6reen fece Elevatton 81.3-15.2 Latitude 33.286030*N Top of Castes 11avation 101.77 Latitude 3 3. 2 844 84 *N Top of Castes llevattee 99.88 Longitude 81.6=0119'h Casing Naternal PVC Longitude 81.639221'W Castes Waterial FVC Paraweter LY t t s 03130/87 04127<8? 07'30'87 10/26'87 Pa r a-e t e r tvits 01/26/87 06/27'87 07/30/87 10126'87 f empting Nethod latl latl Ball Ball laspling Method Batt latl latt last heter tievatten seters 82.9 86.2 83.1 83.5 Water 11evatten seters 82.3 83.1 83.9 84 pu pH S.? 6.3 S.6 S.2 pH pH 4.9 6.0 4.7 6.9 ConductLvity vahos/ce 42 60 S4 43 Cor d ve t t vit y unne s /c m 104 71 42 43 Sodive 6.29 2.15 sodiva ogfL
- S.71 1.20 eg/L og/t
- 9. 64 0.8e i
- 6 ).O Latttode 13.29sS22'N Top of Casing tiesation 79.94 Latitude 33.295:62 N Top of Cas teg tievation Of.))
- sternal PSC Lee s t t ade 01.6 3 6100 W Castrig wat ernal PVC Para *eter l'a t t s 01/20'87 Cs#30'87 08'I?'87 10'I7'8' Para-eter Latts 01/2 '81 06'30 8* 07/29/97 10'09'87 Saeplieg eethod PueP PueP Pump Pu-P laestles e t h od P4ep Puey Puep Pwep het er 11er at ion eeters 72.s 73 73 72.8 mater ties at ton eetets 72.) '2.8 72.8 F) pu pv 4.0 6.' S.O 4.8 e pH 4.1 6.) S.1 5.2 C oed *c t ivit y wees /ce 54 43 39 'l Ceadwettwitv wees / c m 30 20 28 18 TD5 egiL 26 *
- TM egdL 12
- Arsenic og/L 0.00
- Arsenic eg/L <0.002 * -
- ear te og'L 0.0C5
- Bervittum og/L -
- Se n t i two es/L * *
- Cadetwo eg't '0.002 *
- Cadstue estl 'O.002 * -
- Calctwo eg't 0.507 Chlertde og/L 3.7
- C51ertde ag'L 2.) * *
- C h r oe t as eg/L '0.004
- Chreetse og/L
- 0.006
- Correr og/L -
- C3aalde eg'L
- Csanide og'L * *
- Fluerade egli 'O.10 *
- Flaertda og/L '0.10 *
- I r oa og/L 0.C16 * *
- le va eg/L 0.0l= - -
- Lead es/L 0. 0c m 0.006 Lead e'g L 0.01:
- 0.012
- a g e e s t ua eg 't 0.695 *
- a g no s ti.e eg 't 0.327 - *
- aagaaese ogst 0.020 ' ar gaus e og/L 0.017 - *
- ercsrv et L/ 0.00C6
- 0.Ct:6 e r c o ,y og't 'O.000 -
- sic.el og+L * *
- Potasst*e et/L 0.665 * -
- Setentus eg/L < 0. 00 2
- S e t r e twe. eg'L eg- '0.00 1116ta og/L 1.1) *
- Stlita eg't 2.81 * * -
- Tot al P* esp >at e eg/L 0.023 -
- Tatat N epeate eg'L 0.030 -
- Itec eg'L *
- NO) f as N) *g'L 2.50 *
- 50) tas 4) eg'L 0.60 -
- PFeac's eg'L (0.002 Tot. Crg. Carben es'L ' 1. 000 '! 0C0 Tot. Or g. Ca rbon eg 'L '1.000 't.000 Tet. Org. Malegen eg'L ' 0.005 0.015 Tot. Crg. laelegen eg't '0.0C5 <0.005 Carbee Te t . eg'l
- Carbon Tet. a g 'l - *
- Chlorofore og/l
- Chlerefere eg'L
- Te t rach tercet hene es'L Te t r ac h l or ee t keee es/L *
- Tr a c m le r ce t* eae og'L 1,1,1 TCt og't Trtchteroethere es L - -
- Cress Alp *a pct /L ').O -
- Cress Alpha 1.0 *
- PCL/L Woevel. Beta pC s, L 2.5
- 4evel. leta pct /L ' 2. 0 -
- Tetal todase PCL't 1.0
- Total Badswe ac t ' L <!.0
- Tr i t t w's FCL'al 22.5 23.* Tritive pClioL 16.$
- 16.1 -
- arsente eg'L '0.002
- Arsease og/L (0.002
- Bartwo eg'L 0,C05 lartwo eg'L 0.010 * * -
- Serv 11two eg 'L - *
- Casei.m og/L '0.002 C a sa t ee og L '0.002 - -
- C a lc t wa es. L 0.676
- Chlersde og/L 2.5 Chlertse es!L 2.1
- Chroetwo og/L (0.004 *
- Chroes4e og<L ' 0. 0 0*
- Copper *g!L
- Co ppe r *g'L *
- Craetde eg'L Csastde eg'l * *
- Flwornde og'L 'O 10 -
- a gae s t a o g 'L 0.492 *
- ercury og/L < 0. 000 2 ' O . CC O
- vercur- og 't < 0. 0cC 2 ~0.0002
- htenet og/L hickel eg L *
- Petasst.e eg/L 0. 99 Pe t a s s ive es!L 0.286
- 1 Setentwe es/L 0 CO2 Selentwo eg'L 'O.002 1 5Litca *g/L L ))
- Silica *g!L 3.12 5 Liver og'L ' O 0C 2 0 -
- Settaa es't 1.08
- Sod t wo eg/L 1.8%
- 2tec og'L *
- Itec eg L -
- NO) tes O ogrL 1.60 *
- Pmecels eg 't 'O.002 -
- Tet. Org. C a r b es og'L 't.000 't.000 Tot. Org. C a t h om og L ' t . 004 - 'l.000 Tot. Crs. Malegea et/L -0.00) * '0.05 Tot. Org. Nalogen eg/L 0 01) 0.039
- Carven Te t . og'L Carten fet. eg 't * -
- Chlorofors *g L
- 0.001 Te t r a c h loree t t e *e eg't Tetrachloreethere eg'L *
- 0. 0C $
- Trich tercetheee og'L *
- 0.111 -
- 1.1.1 TC t es 'L * *
- Cross Alpha FC1/L ' ). 0
- Gross Alpha F44'l 3.2 * *
- s e *vol. leta pct /L 2.7 xonvol. Bete rClit 10.6
- Tetal Radium pCL/L (1.0 Total Radtwe PCtil (1.0 * *
- Tritt.* FCL/*L 14.9 16.6 Tritive pCaret 9.67 10.7
- i l
- Csamide og'L - -
- a ge e s t um eg't 0.259 0.25) 0.260 Famgaasse egit 0.0Ce 0.010 0.008 0.010 Hercury eget 0.C007 0.00C2 '0.0002 'O.020 '
- Chlorefere eg/L -
- Trachloroetteee og/L - -
- Fluoride eg't (0.10
- lren og/L 0.00 6
- Lead og/L 0.026 -
- agsest.= eg L 0.hl) - -
- aaganese og'L 0.C12 - -
- ercury og'L (0.C002 = 0,0002 hacael og't * * -
- Total F*osphate og 't 0.030 .
- 40) (as 51 og'L 1.75 54 eg 't <3.0 Phenols eg/L ' C 0C 2 +
- Chlorofore egrL Tetrachloroethere og/L *
- Tr ic h l oroe t te me og/L - -
- 1.1,1 TC t eg/L - - -
- Neavel . Set a pC U L 1.6 -
- Total Radtvo pct /L 1.3 -
- Arsente eg/t (0.002 (0.002 (0.002 Arsente og/L (0.002 (0.002 (0.002 lartoe og/L 0.0!! 0.007 0.004 sarive og/L (0.004 0.006 0.007 Be ryllt.se og/L * =
- 8erylltwo og/L * *
- Ca de t us estt (0.002 (0.002 (0.002 Cedetus og/L (0.002 (0.002 (0.002 Calct eg/L 6.85 2.S0 1.13 Calttue og/L 1.02 1.70 0.743 Chler t de es/L 2.9 1.0 2.4 Chloride og/L 3.1 3.0 2.5 Chrom ve og/L #0.006 (0.006 0.004 Chroetus es/L (0.004 (0.004 0.004 Coppe r og/L = *
- Copper og/L * *
- Cyanide og /L * -
- Cyantde ag/L = .
- Plworide og/L 0.18 (0.10
- Ploertde og/L 0.23 (0.10 -
- 5 tive r eg/L (0.0020 'O.0C20 'O.0020 Stiver og/L 40.0020 (0.0020 (0.0020 Sodtoe og'L 7.30 2.72 2.02 5edlue eg/L 1.60 1.09 0.74 Total Phosphate es/L 0.070 0.072 0.040 Total Phosphate og/L 0.030 0.140 0.090 line ogfL - =
- time og/L * *
- h03 tas 3) es sL 1.40 1.7S 1.57 N03 (as s) es/L 0.95 1.21 1.22
- 6.2 - Antteeny (0.003 i l Cendve t te t ty vehos 'es
- 120
- CCMS Scan detected the following Bese
- eg/L * - -
- Entrite as attregee (0.1 Beryllive estt . . .
- CCMS Scas detetted the fellewtsgi Dome i Chlertie og/L - = = !
- Anttoosy (0.003 l CCM5 Sean detected the followlege Roce e
- I'
- egit . .
- Pet e s s t wo Setent e og/L + * .
- Total Phosphate esfL * *
- tiet eg/L * * -
- Tot. Org. Carbon og/L - -
- l Tot. Ot s. Maloges og/L -
- I Cross Alpha pst/t * *
- nonvel. Bet a pct /L = . .
- I l
- lartue og/L 0.010 - *
- Berylltue eg/L - * * = letylltue og/L - * *
- Cadstos eg/L (0.0v2 - -
- Cadstus og/L (0.002 * *
- Calttee og/L 1.45 - *
- Calsive og/L 0.491 * -
- Chloride og/L 1.4 - * -
- Chreague og/L (0.004 -
- Chreatue og/L '0.006 * *
- Copper eg/L 0.015
- 0.015
- Copper og/L 0.021 -
- Plvertde og/L (0.10 * * -
- Lead og/L 0.015 * - Lead .es/L 0.010 * *
- Magnostwo eg/L 0.276 - -
- Magnestus eg/L 0.297 * *
- Manganese og/L (0.002 = . . Manganese og/L (0.002 * *
- Pe rcu ry eg/L (0.0002 * - . Pe r c u ry es/L (0.0002 - *
- Nickel og/L = - * -
- Petaastom og/L 0.970 - - -
- Stitca eg/t 4.18 * - *
- Seetun og/L 1,64 - * -
- i Total Phosphate og/L 0.030 - - - Total Phosphate og/L 0.0+0 * - a l Itas og/L * * * -
- WO3 (as W) og/L 0.70 * * -
- Phenols eg/L (0.002 * * -
- Tot. Org Carbon og/L (1.000 * (1.000
- Tot. Org. Ralegen og/L (0.005 - (0.005 -
- Chlerefere og/L * * - -
- Tetrachloroettene og/L * * -
- Tetrachloroethene og/t * * * -
- Trichloroetteet og/L - = *
- 1.1,1
- TC t es/L - - *
- 1.1.1-TCt eg/L * - .
- 1 g
- Cross Alpha pct /L 1.6 - * -
- Total Radtue PC t/L 0.7 - . -
- Arsenic og/L (0.002 * . -
- 3 art == eget 0.010 . . .
- Calstue og/L 0.402 * .
- r ni er t d e og/L 2.5 -
- a Chloride o g / !. 2.3 . . . >
- Chroetus og/L (0.006 * . . I Copper og/L 0.005 * (0.006 -
- Cyanide eg/L - * *
- Cyantse 0.0c3 .
- Pluoride - og/L (0.10 = .
- 4 1ren og /t 0.030 - - - trae eg/L 0.047 . . .
- Magnostue og/L 0.236 * *
- Nanganese og/L 0.002 * -
- Margaeese og/L 0.006 * - -
- Petssat9e eg/L 0.730 . . .
- 5elentwo og/t (0.002 - -
- litica eg/L 4.18 * *
- Silica eg/L 3.83 . . .
- Silver og/L (0.0020 - - .
- Sodtwo og/L 1,10 . . .
- Tetal Pusphate og/L 0.020 - -
- 21 sc eg/L * * *
- Zies eg/L . . . .
- NO3 (as N) og/L 0.61 . -
- 50e eg /L (3.0 - (1.0 -
- Phenets eg/L (0.002 = .
- Tot. Org. Carben eg/L 1.50 - (1.000
- Tet . Org. Carbon eg/L (1.000 Tot. Org, Malegen eg/L '0.005 (0.005 (1.000 . i s - -
- Cerben Tet, og/L * *
- Carben Tet. og/L * . . .
- Trishloroettene og/L - - . .
- 1.1.1*TCt eg/L = . .
- Cross alpha put/L (3.0 *
- 1 eenvol seta pct /L 2.8 - *
- towel . Seta PCl/L 2.7 * .
- Trtttwo PCL/st 9.54 = - .
- Acalytes. Table 6-25, Wel. 11)
- Aralvsta detected the ( e ll ow s m g Para =eter Vaits 03/19 87 05/21/87 09/10:87 11/23'87 Saerlieg Pe t>c s P ue , Pwep P ue , Puep COB 2 C3/18187 Water Elevert eeters 66.7 64.9 65.1 65 Pestikerke Aralysis detected the f ell ow s e g .
- Arse ac ag/L (0.002 '0.002 -
- Cadet 2e og 'i ' 0. 702 <0.002 -
- Csas.de og/L - . - -
- 1 r oe og/L 0.648 3.12 0.356 Lead og L 0.0C9 0.076 0. EC 8 V a s e e s t as og 'L 1.10 1.31 =
- Wschel og'l - * *
- Pe t a s s t en e g 'I 1.61 1.5 .
- Stitta og L 5.C9 6.9)
- c*lerofors eg/L -
- T C t egel - - -
- N Tep of Castas Elevation 83.69 Latttede 3 3. 24 9 306' N 81.677626'W Leegit.de 81. 6 8 3 2 3 9 "a Castag Faterial F)C Lorgttwde Cas t"6 Material Pic Parameter .atts 03/194%? 05/21/97 09/10/97 11'23e67 Para *eter Vatte 03/15/8' O.*28'97 08/10/97 11'10 87 P see P eep P eep Peep
- Arseetc egIL ( 0. 0c 2 'O.002 - - Aresenc estt ' O. 002 -
- Calcaws eg/L 3.50 4.07 - Calesse eg'L 6.96 - *
- Chlertde eg't 3.5 2.3 Chloride og/L 3.1
- Chrootse og/L (0.006 <0.006 - C h r oo t se og/L '0.C0*
- C . 0 04 -
- Cyantse og1L * *
- F l aer t da og/L 0.16 0.10 * . Fluertde eg 't (3.10 - -
- 1ron eg.L 0.105 0.111 0.061 1ron estL 0.021 - -
- ageentue og'L 0.5S? 0.720 - . Fa g e e s t .a eg't 0.3 8 - -
- e rc u ry og'L (0.0002 <0.0032 - "ercurP eg't 'O.0002 * *
- Po t as s t we agit 0.310 - * -
- Siher ee't *0.0020 'O.0020 - 5tiser og L (0 0020 *
- S e d t .a eg/L 12.5 11.1 - sed t s, og/L 2.?8 - -
- Itac eg 't - Itac ag'L 503 (as 5) es't 1.10 -
- NO) fas 2) eg't 2 . C-3 2. DC -
- Tet. Org. Cartee og'L 1.C0 1.00 ' t . 000 Tot. Org. Carbon eg/L (1.000 (1.000 'l.000 'l.000 Tot. Org. Malegen og'L 0.C05 '0.0C5 0.022 Tot. Org. Halegea eg/L 0.628 0.422 0.627 0.)98 Carbon Tet . et/L 'O.C01 -
- Trichtercethe*e og'L - - - Tenchletoette o eg/L 0.503
- 0 656
- 1,1,1.!Ct eg't < 0. 001 . (0.025 -
- Crees Alpha ( 3.0 * *
- Crees Alpha pot /L ( 3,0 2.0 . . pct /L eo evel. Beta pct /L 7.1 5.3 . %eevel. Bete pC11L (2.0 -
- Tot al gad t we pClat 0.7 0.7 1.3
- Tot al pad tve FCL/L 0.6 -
- Trtttom PCL/et 292 - 364 . T r it t wa PCtlet 37.6 - * *
- 105 og'k 14 Arseetc eg/L c0.000 * -
- lartue eg/L 0.005 -
- Bartue eg'L ( 0.006 - -
- serv 11tue og!L - -
- Calcive og L 0.964 -
- Calclue og /L 1.00 *
- Chlertde *g't 2.5 -
- CS1erade eg'L 2.7 *
- C
- r o* t a eg'L 0.c4. 0 . C% Cxtestus estt (0.00* * *0.006 Ccprer eg/L * *
- Copper eget *
- Cvastie og/t - -
- Cssetde es/L F1.stide og/L 0.10
- Fluoride ag!L <0.10 -
- 1ron esfL 0.019 - -
- Lead es k 0. 0C 0 0.012 -
- Matel og-t - -
- Potasstaa es 1 0.390
- Potasstue og /t 0.190 - -
- Stitta es't 2.7)
- Stitca egil 3.*8 * *
- 5tiver eg L 0.02:0 -
- S o f t *e eg'L 1.36 -
- SC. eg/L 12.0 -
- l .MC fet. Org. Carbem eg/L (l.000 1.00 1.000 2.00 Tet. Org Malegen eg L 0.016 0.007 C.CC9 0.0;4 Tot. Org. Malegen eg/L 'O.005 10.005 '0.005 so.005 Carben Iet eg;L (0.001 ' O C;1 -
- Ye t r ac hlor oe t t ene og L (0.001 <0.001 -
- Tractioreetheet eg/L 0.006 * <0.C01 -
- C E eg'L ' O . CG -
- C.ross Alpha pC t. L ').O - -
- son el. Beta SCL'L '2.0 Nocsol. Deta pC t / L <2.0 - *
- Tc t al Radiue pct /L 0.6 - ;ct al Radios PCLIL 0.9 - - -
- Trttive pCL'el 13.7 -
- h at er 11evat .on eeters 66 66.3 hater Elevattoe 't.g 11.7 10.4 11.0 gn 11.9 11.. 11.3 11.5 yM pH SM 535 656 C oe d uc t iv i t y uc es c e 1900 990 1700 16t0 Cenductivity ve he s /c m 1600 1600 ,
- Araenic eg't 0.002 ar sen ts og L <0.002 - ' O . C4 2 Yargue eg/L D.012 partue og/L 0.016 -
- t e r r11 t ue eg t - berylltue eg/L j Casetum eg:L (0.002 - Casstas eg/L (0.002 -
- og/L 166 - Calttue og/L 130 -
- chroetus eg L c.1C0 - 0.0 .
- Chroet.e eg?L 0.C66 0.'55 Cepper eg'L - - Co p pe r eg 'L * -
- 3.024 -
- Lead og>L 0.199 * 'O.006 *
- stoel eg,L - %senet og L * * * -
- l Petasetue eg/L - *
- Selectue eg'L Silica estl 5.56 - - Stitca eg 2.11 I Stiver e g L.' t <10020 - * -
- Sodive eg'L 6.79 -
- i Te t al thos p* ate 3.C.0 ic t al FFes;*ste o g: L 0.027 * -
- Zinc eg/L - *
- I 1.87 *
- M3 fas O eg'L
- 50 og/L 1C.0 - - -
- Preacle s e 't *
- eg/L 1.60 26.0
- i tot. Crg. Carben og/L 1.30 '1.000 ( l . C 00 cl.0c0 Tot. Or g. Cerben Tot. Org. Matogen eg'k C.C27
- O 039 I Tot. Org. Malogen og/L 2.69 2.65 1.56 0.).3 Carton Tet. eg/L 0. 01 <0.100 Carbon tet. es/L '0.001 - < 0. C41 -
- C *. l o r e f e r e et/L 0.CC6 '0.100 Te t r ap lerae t hene og't (0.001 * '0.001 Tetrachloroethere eg L ' L OC 1 - < 0. t >0 0.002
- 0.03)
- og L 5.20 ) . 00 t r ic h lor ee t *eee agrL Trickloreethe*e <0.001 'O.001
- 1.1.1 TC t og/L ' C . 001 * '0.100 1.1.1 tC1 og/L
- Cross Alpka pct'L (3.0 Cross Alpha pct /L < 3. 0 pCL L Moev sl . Se t a pCL/L S.a -
- Mewol. Beta 11.0
- Total Bedtue pCill 't.0
- cl.0 -
- TC$ et L / 24 * *
- Arsents og/L C0.002 * (0.002 - Arsente es/L (0.002 *
- Bartve es/L 0.005 * - -
- Cadelve og/L (0.002 * * -
- Chler t de eg/L . 2.) - *
- Chlertde eg/L 2.S * *
- Chroetus eg/L (0.0% - ( 0.0% -
- Cyanide og/L * * - -
- Plverida og/L (0.10 - - -
- Iron og/L 0.C66 - 0.061 -
- Magnostes es /L 0.773 * * - Magnostwo es/L 0.390 * *
- j Manganese og/L 0.021 - 0.035 - Manganese es/L 0.025 . 0.030 -
- Percury as/L (0.0002 = * -
- Nichel eg/L * - * -
- Pot ass tue og/L 0.803 * * -
- Bilica og/L 2.37 - *
- Stitca og/L 3.96 - * -
- Silver og/L (0.0020 * * -
- 5edium og/L 4.89 * *
- Total Phosphate eg/L 0.032 * * -
- 2tas eg/L * * *
- n03 (as E) es/L 0.48 * * -
- Pbene t s og/L (0.002 = - -
- Tot. Org. Carbon eg /L (1.000 + 1.10
- Tet. Org. Carbon eg/L 2,00 - (1.000 -
- 0.055
- Carbon fet. og 'L 'O.001 *
- Carben Tet. o g /L (0.001 * ',0.010 +
- Chloroform og/L (0.001 * 'O.010 -
- Tetrachtereethene eg/L (0.001 * (0.010 -
- Trichloroettene og/t 0.062
- 0.330 a 1.1 l* TCt og/L ( 0. 00 1 *
- Cross Alpes PC 1/ L 1.8 - * - Cross Alpha pct /L (3.0 - =
- l Menvel . seta act/L (2.0 * -
- uenval. Beta pct /L 3.6 * - -
- Total Radium pct /L (1.0
- 2.6
- T r it ive pct /ek 10.4 -
- Tritive PC1/eL 120000 -
- i Wells Csa 3A C* Area Beatter Seepage lastes Wells Cgg SA, C. Area Besctor Seepage laa tse
- Arsents og/L C0.002
- CO.002
- arsente og/L (0.002 = (0.002 .
- Be ryll 6 wo og/L * - . - terylltua eg/L = * * *
- Casetwo og/L (0.002 * - *
- q Chlettde og/L 2.9 - =
- Chlertde et /L 1.6 * * - l 1 Chr eat un eg/L (0.00e -
- C,pper og/L - - * - Copper egrL * * *
- Cyanide eg/L - * - - Cyanide og/L = * * -
- Ires es/L 0.006 -
- Iron eg/L 0.013
- 0.029
- Lead as /L ( 0. 0M
- t0.006
- Lead og/L 0.007 * (0.006
- Magneetwo og/L 1.11 * .
- Magnostue es/L 0.I'* - *
- Manganese og/L 0.017 .
- Mercury es/L r0.0002 * *
- Nickel og/L - - *
- Nickel eg/L = - * -
- S e len ha og/L (0.002 * *
- Selent== og/L '0.0C2 - * -
- S ilve r og/L (0.0020 * * -
- sattus eg/L 6.71 * *
- Total Phosphate og/L 0.160 * * -
- lies og/L - - * -
- NO3 (as N) og/L 0.62 * * *
- 104 og/L 10.0 a * -
- Phenels es/L (0.002 * *
- Tot. Org. Cerben e./L 3.00
- 27.0 -
- Carben Tet. eg/L (0.001 * (0.002 + Carbon Tet, og/L ( 0. 0C 1 * '0.010
- l Chlerefore og/L '0.001 *
- Chlorofore eg/L (0.001 =
- a Tetrachtereethese /L (0.001 * (0.002
- Tetrachloroethe*e eg/L - 0.203 * '0.010
- i f rit hlor oe t he ne es/L og 0.00)
- 0.049 = trachtereethene og/L 0.010 - 0.0$0 -
- Cross altha t.a/L ( 3.0 * * - tross Alph. pct /L ( 3.0 * *
- Nonvel. Beta pct /L 3.3 * *
- Nenvol. Bets pct /L S.) = . -
- 2.6 - Tetal Sadtve pct /L (1.0 - 1,3 -
- Trtatwo pCaleL 7850 - 6360
- e224e
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