DRC-2002-001023 - 0901a06880805922

lnternational Uranium (USA)
CorPoration
White Mesa Mill
SUA-1358 Docket No. 40-BOB1
Semi-Annual Effluent RePort
July 1, through December 31 ,2001
CoPY to
Mr. Ronald E. Berg
Radiation SafetY Officer
White Mesa Mill
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IJnqxrunr (USA)
Conpontrrox
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6425 S. Flrv,v. 191 n I'.C). Box 809 . Blandine, UT84511 . 435-678-2221 (phone) . 43b-6i}-2224 (iax)
February 24,2002
United States Nuclear Regulatory Commission
Regioo IV, Arlinglon Fieid Office
611 Ryan Plaza Drive
suite 1000
Arlingtorr, Tl{76011
Re: INTERNATIONALIIRANITII4(USA) CORPORATION
SO{"IRCE MATERIAL LiCENSE No. SUA-1358
WHITE MESA MILL, BLANDING, UTAH
Semi-Ar,nual Efluent J\'fonitoring Report fur Feriod
July 1 , 2001 through l)ecember 3l , 2001
Dear Sir/Madame:
As requirai by the Code of FederalRegulations, Title 10, Part 40.65, and License condition 11"3 A
ofNRC Materials License No. SUA-I358, enclosed is the serni-annual efluent monitoring report lbr
the V/hite Mesa Mill for the period July 1, 2001 to December 31,2001.
Ifyou irale any questions regarding this report, piease cor,tact Mr. Ron Berg or h4r. Richard Bartiett
at telephone number [phone].
'tr;'el
Ron E. Eerg,
Radiation Safety Oflicer
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Copies to: Mr. Melvin Leach, Chief
Fuel Cycle Licensing Branch
Division of Fuel Cycle Safety and Safeguards
Office ofNuclear Material Safety and Safeguards
U. S. Nuclear Regulatory Commission
2 White Flint Norrh, Mail Stop T-8A33
11545 Rockville Pike
Rockville, l:tD 20852-27 3 8
Dr. D. Blair Spitzberg
Senior Health Physicist
Division of Reactor safegrrards and Emergency preparedness
Region IV, Arlington Field Office
U. S. Nuclear Regulatory Commission
611 Ryan Plaza Drive
Suite 1000
Arlington" TX 76011
Richard tr. Bartlett
Ron F. Hochstein
MchelleR. Rehmann
william J. sinclair, utah Department of Environmental eualityMr. Tom Rice - Ute Mountain Ute Tribe
Central File
U. S. Mail - Express Mail, Return Receipt - EU016873519US
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Gas Stack Samnlins
No gas stack samples were collected on any White Mesa Mill effluent gas pollution control
systems for the period July 1, 2001 through December 3l,2}fir. The Mill was in abeyant
operations for the above period and these systems were not operating. This ffirmation
would normally be reported in Table I, therefore no data was collectedduring this period.
Environmental Radiologica_l and Effluent Monitoring Data
2.1 Environmental Radon
Radon 222 flttx was not directly measured, because IUSA's license allows IUSA to
demonstrate conformance to the limits and requirements of 10 CFR 20.1302 (b) (1)
by rse conputations, methods, and programs (i,e. 'MILDos - A computer program
for Calculating Environmental Radiation Doses from Uranium Recovery
Operations").
))Direct Radiation
Gamma exposure rates were determined for the third and fourth quarters of
200 l utilizing passive integrating devices.
dosimeters were located at each high volume air sampling station: BHV:1, gi1.-2,
BHV-3, BHV-4 and BIIV-S. Data from location BlfV-3 are used as a background
sample for direct radiation because of its remoteness to the plant mill site
(approximately 3.5 miles distant). The gamma exposure radiation results from thislocation are subtracted from results of other sample locations. Table II illustrates
gamna exposure rate measurements for the third and fourth quarters of 2001 after a
background correction has been applied to locations Blfv-l, BHV-2, BIIV-4 andBHV-5. A comparison of this data to the average gamma exposure rate value in
mRem/quarter at each location since 1988, indicates no increased trend in direct
radiation at any location.
2.3 Vegetation
Vegetation sanples are collected at tlrree (3) locations around the mill periphery. The
sampling locations are northeast, northwest and southwest of the mill facility.
Vegetation samples are collected during early spring, late spring and fall (growth
seasons). Vegetation sample results are presented in Table III. A review ofthis data
compared with results of several previous years indicate no increased concentratiorr
of&a-226 or Pb-210 in vegetation growth. Laboratory results are attached.
Graphical representations of the vegetation sampling data for the White Mesa Mill
vegetation sarnpling locatiors since inception are included with this report. Note that
all values that are reported below LLD values are not plotted on these graphs. The
basis for this approach is that a value reported to be below LLD is by definitionnot
quantifiable.
2.4
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3.0
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Environmental Air Monitoring
The environmental air particulate monitoring pro$am is conducted at the White Mesa
Mill utilizing four high volume continuous air sampling stations located as indicated
in Figure 1.0 attached. High volume air sample station BHV-3 is no longer utilized
to collect air particulate data, with U.S. N.R.C. approval for backgrotmd correctional
application to other mnpling locatiors, because zufficient data has been accumulated
at B[W-3 to make appropriate background corrections to the other sample location
data. The results of radionuclide concentrations for air sampling locations BHV-I,
BHV-2 (nemest residence) Blrv4 and BHV-5 are presented in Table IV. A review
of the inforrnation, comparing results to those from previous years indicate no
potential upward trends in radionuclide at any location. Laboratory results are
attached.
Graphical representations of the air sampling data for the White Mesa Mill air
sampling locations since inception are included with this report. Note that all values
that are reported below LLD values are not plotted on these graphs. .The basis for
this approach is that a value reported to be below LLD is by definition not
quantifiable.
Ground W?ter Monitoring
The ground water monitoring program sanple rezuhs for the third and fourth quarters
of2001 are presented in Table V. Quality Control samples and Quality Assurance
samples are indicated on the respective quarterly results. An analysis and discussion
of this information is attached as Attachment I. Table V.
2.6 Surface Water Monitoring
Surface water samples were collected for Cottonwood Creek and are presented in
Table VI. The results and samples of surface water samples for Westwater Creek
were collected and reported in fust half of 2001. No obvious analyte trend is evident
from comparison of previous data for Cottonwood surface water collection or for
westwater creek sediment sanrples. Laboratory results are attached.
2.7 Soil Sampling
Annual soil samples were collected in August 2001 and the results are reported in
Table VIII. No obvious analyte trend is evident fromcomparison ofprevious data for
samples. Laboratory results are attached.
Meteorological Data
McVehil-Monnet,Inc-, will prepare the White Mesa Mill Semi-annual Meteorological
Monitoring Report for the period of July l, 2a0l through December 31, 2001. Thist
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information will be retained at the Mill site for review and inspection.
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III
STACK SAMPLING
MOI\ITORING
RE,STJLTS
FOR
TI{E
PE,RIOD OF
JULY 1,2000
THROT]GH
DE,CEMBER 31,2000
IUC - White Mesa Mill
Table I * Gas Stack Ellluent Release
For the Period of Jug I through December 31, 2001
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Constituent
3rd Quarter 2001
Date Sampled: NA
Mill in abeyant operation
4ft Quarter 2001
Date Sampled: NA
Mill in abeyant operation
U-nat conc.
U-Nat Release Rate
U-nat LLD
Ra-226 conc.
Ra-226 Release Rate
Ra.226LLD
Th-230 conc.
Th-230 Release Rate
Th-230 LLD
Pb.210 conc.
Pb-210 Release Rage
Pb-210 LLD
Not measured -
Mill in abeyant operation
Not measured -
Mill in abeyant operation
EI\VIRONMENTAL
GAMMARADIATION
MOI\ITORING RESTJLTS
FOR
THE
PERIOI)
OF
JtiLY 1,2001
TIIROT]GH
DECEMBER 31,2001
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ruC - White Mesa Mill
Table II * Gamma Exposure Rate Above Background (mRem/Qtr.)
For the Period of July 1,2001through December 31,2001
Notes: (1) 3rd Quarter resuhs are determined by subtracting measured background data collected
from Location BFfV-3, 26.0 mRem/Qtr. + 0.80 rnRem/etr.
(2) 4th Quarter results are determined by subtracting measured background data collected
tom Location BF{V-3, 30 mRem/Qtr. t 3.0 mRem/etr..
Location 3rd Quarter 2001 4th Quarter 2001
BIIV-1
B}IV-2
BI{V-4
B}IV-5
0.00 mRem/Qtr. + 0.00
1.00 mRemlQtr. + 1.30
2.00 mRemlQtr. + 0.90
4.00 mRem/Qtr. + 1.10
0.00 mRem/Qtr. t 0.00
0.00 mRem/Qtr. + 0.00
0.00 mRemiQtr. + 0.00
5.00 mRem/Qtr. + 4.30
IMERMTIOMI UMIUM (USA) CORP
WFIITE MESA MILL
DIRECT MDIATION
MRTOTR
IMERMTIOML URNIUM (USA) CORP
WIITE MESA I\4ILL
DIRECT RADIATION
MR/OTR
INIERMTIOML URANIUM (USA) CORP
VVIIITE MESA MILL
DIRECT RADIATION
MilOTR
INTERMTIOML URNIUM (USA) CORP
ffiITE MESA MILL
DIRECT RADIATION
NlRIQTR
IMERNATIONAL URANIUM (USA) CORP
WIITE MESA MILL
DIRECT RAOIATION
MR/OTR
INfERNATIOML URNIUId {USA) CORP
ffiITE I\4ESA MILL
OIRECT RADIATION
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VEGETATION
EI\VIRONMEl\TAL
MOI\ITORII\G
REST]LTS
FOR
TI{E
PE,RIOI)
OF
JIILY 1,2001
TI{ROt]GH
DECEMBER 31, 2001
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TABLE III
INTERNATIONAL URANIUM CORP
WHITE MESAMILL
FORAGE RADIONUCLIDE DATA
NORTH EAST OF MILL
SAMPLED
DATE
R+226 Ra-226 LLD
VALUE ERROR uCilKguci/Kg uci/Kg 5.0E-08
Pb-210 Pb.210 LLDVALUE ERROR uci/KguCilKg uci/Kg 1.0E-06
27-Aila-81 3.90E-04 1-OE-05 5.OE-08 1.10E-o3 10E-O4 1.0E-06
20-Oct-81 1.40E-04 1-0E-05 5.OE-08 6.80E-04 8 0E-O5 1 0E-O6
1s-ADr-82 1.31E-o4 1_3E-O5 1.0E-06 4.90E-04 7.0E-{15 8.0E-05
01-Jul-82 1.60E-(N 1_0E-05 5.0E-O8 8.OOE-04 1.7E44 1 0E-07
30-Nov-82 2.678-06 t.'lE-06 1.0E-06 1.08E-O4 9 0E-06 1.0E-05
13-Aor-83 9 36E-O5 6.2E-06 8 0E-09 4.97E-04 I 3E-O5 1.0E-04
o1-Jul-83 'l 12E44 1.2E-05 6 0E-06 1.84E-04 1.2E-05 1,0E-06
30'Jan-84 1 09E-04 8.0E-06 4.0E-06 7.80E-O4 6.2E-O5 6.0E-05
28-Jun-84 3.47E-O4 1.2E-05 2.0E-09 3.75E-03 1.6E-04 4.0E-08
'14-Nov-84 5.61E-04 2.0E44 2.OE47 7.82E-03 3.3E-O4 7.0E-08
?7-Ma.-85 1 05E-03 3 0E-05 2.0E-06 3.22E-O3 1.4E44 2.OE-O5
1 5-Jul-85 8.20E-05 7.0E-06 3.0E-08 7.70E44 1.3E-04 2.OE44
09-&-85 1.1 5E-04 '1.0E-05 3.0E-06 5.1 0E-04 3,0E-Os 2.0E-05
24-Mar-86 5.72E44 2. t E-05 4_0E-06 2_49E43 1.08-04 1.0E-05
1 0-Jul-86 5.01 E-04 1.3E-05 3.0E-06 1.s7E-03 1.7E-03 2.OE-O4
18-Dec-86 8.70E-04 5 0E-O5 3.0E-06 6.80E-04 3.0E-05 3.0E48
20-ADc87 5 90E-O4 7 0E-05 5.0E-08 1.50E-03 1.0E-04 1.0E-06
05-Jun-87 I 60E-O4 3.OE-05 5.0E-08 9.50E-04 4 0E45 1.0E-06
22-Def,-87 2 10E44 4.OE-05 5 0E-O8 1.70E-03 1.0E-04 1.0E-06
1 9-ADr-88 4 50E-O4 7.OE-05 5 0E-O8 1.40E-03 1_0E-04 1.0E-06
28-Jul-88 3 20E-05 2.2E-O5 5.OE-O8 1,50E{4 4.4E44 't _0E-06
07-ADr-89 5.60E-O4 4.OE-O5 1.1 0E-03 1.0E-01
06-Jun-89 1.50E-04 2.OE-Os 2.30E-O4 2.0E-0s
07-Nov-89 6.00E{4 5.OE-05 7.0E-06 204E-O3 7 0E-05 'l 4E-O5
17-ADr-90 2.60E44 3.0E-05 4_OE-O6 3_30E-04 2 0E-05 2 2E-O5
20-Jun-90 1.80E-tM 2.0E-05 5.0E-O8 3.20E-O4 2.0E-05 't 0E-06
17-Oct-90 1.60E-O4 2.0E-05 5.0E-08 3.30E-04 2.0E-05 1.0E-06
1 0-ADr-91 1.20E-O4 2.OE-O5 5.0E-O6 3,00E-04 2.0E-Os '1.OE-06
1 1-Jun-91 9.'10E-05 1.6E-05 2.OE-O7 1.90E-O4 2.0E-O5 2.OE-O7
20-Nov-9'l 4_50E-04 4.0E-05 5.0E-08 1.09E-03 5.0E-05 t.0E-06
22-ADr-92 3.60E-05 1.0E-05 2.0E-06 1.50E-04 2.0E-05 t,0E-05
10-Jun-92 1.00E-05 7.0E-06 2.Oe47 7_50E-05 2.0E{5 t.0E-06
10Jun-92 7.90E-05 3.5E-05 3.0E-06 7.10E-04 7.0E{5 2.0E-05
13-Apr-93 3.70E-05 2.28-05 3.OE-06 2.80E-04 3_0E-05 2.0E-05
26-Jun-93 3.00E-05 1.5E-05 3.OE-06 4.30E-05 3.5E-05 2,0E-05
12-Oct-93 6.60E-05 2.78-05 3,0E-06 5.30E-04 6.0E-05 2.0E-05
1 1-Mav-94 t 80E-04 4.08-05 3.0E-05 4.4AE44 8,0E-05 2.OE-04
19-Jul-94 1 71E-05 1.2E-06 9.0E-08 3.00E-05 6.1E-06 4.5E-06
28-Nov-94 2.40E-O4 1.5E-Os I 7E-O7 1.70E-04 1.1E-05 8.3E-07
1 1-ADr-95 6.70E{5 5_4E-06 1.6E-07 1 40E-04 1.3E-05 7.9E-O7
06-Jul-95 1.50E-05 1_5E-O6 1,5E-07 5.10E-O5 4.5E-06 7.6E-07
1 5-Nov-g5 5.50E-O5 5.0E-O6 1_8E-07 6.70E-05 1 0E-O5 8.8E-07
23-ADr-96 5_20E-05 2.5E-06 1_5E-07 3.20E-O5 4 5E-t)6 1 8E-07
31-Ju196
14-Nov-g6 3.00E-05 2.5E{6 1 8E-O7 1.40E-O4 7.1E-06 9.3E-07
21-tur-97 t.10E-05 4.7E-07 12E47 4_ 1 0E-O5 3_6E46 6.1E-O7
05-SeD'g7 't.10E-05 4.3E47 1.3E-07 2.1 0E-O5 I .sL-U I 6.7E-O7
20-Nov-g7 8_00E-o6 1.2E-06 5.6E-07 1.40E-04 4_6E-06 1.1E-O7
23-Mar-98 <9.10E-05 9.1 E-05 9.1 E-05 <4.50E-04 4.5E-04 4.5E-04
16-Jun-98 't 80E-o5 1_2E-O6 6.3E-O8 4 t}tlF-t)s 1.8E46 3.2E-O7
O5-Nov-g8 5.70E-05 1.OE-06 a 2E-O8 8 70E-O5 5.0E-06 4"1E-O7
15-ADr-99 2.OOE44 3.OE-O6 12E47 3.00E-04 1 0E-O5 6 0E-05
07-Jul-99 6.038-O5 1.4E-O6 8.3E-O8 1.40E-O4 4.7E-OA 4 2E-O7
02-Dec-g9 2.30E-Os 1.0E-06 2.38-07 2.1 0E-05 't oE-o6 1.1E-06
21-ADr-00 L50E-04 3.0E-t)6 1.2E-07 1.60E-04 8.0E-06 5.9E-07
22-Jun-O0 1_20E-06 1.0E-07 2.88-07 1.60E-M t.0E-05 1.4E-06
21-Dec-00 1.60E-06 1.'t E-06 3.7E-07 5.1 0E-05 5.0E-06 1_9E-06
30-Apr-01 1 00E-o6 1.0E-07 2.4E47 <1 2E-06 t.0E-07 2.4E-O7
14-Jun-Ol 2.30E-O6 20F47 9.9E-08 3.80E-06 2.OE-O7 5_0E-07
'17-Dec.ol 9.1 0E-O6 2.4E46 1.2E47 3.57E-05 3,0E-06 6.0E-07
# OBSERVED 6.00E+o1 6.00E+01 6.00E+01 6.00E+01 6,OOE+01 6 00E+ol
VIAXMUM 1.05E-O3 1.99E-O4 9.10E-05 7.82E43 1.00E-01 4_50E-O4
fiEAr.r 1.79E-O4 1,99E-05 3.10E-06 6.86E-04 I 75E-O3 2.62E-05
iTD. DEV.2.27E44 3.03E-O5 1.21E-05 1.21E-O3 l.2aE42 7.17E-05
'2nd quarter 1996 we wge d*lared a dimster dw to dmught and no silpleg wm taken
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TABLE lll (Cont.)
INTERNATIONAL URANIUM CORP
WHITE MESA MILL
FORAGE MDIONUCLIDE DATA
NORTH WEST OF MILL
SAMPLED
DATE
R*226 Ra-226 LLD
VALUE ERROR uci/KguCi/(g uci/Kg 5.0E-08
Pb-210 Pb-210 LLD
VALUE ERROR uCi/KguCi/Kg uCi/Kg 1.0E-06
27-Nra-81 2.73E43 5.OE-05 5.0E-08 7.1 0E-03 3.0E-04 1.0E-06
20-OcLg1 2.OOE-04 1.0Ei05 5.0E-08 8_30E-04 5.0E-05 1.0E-06
15-ADr-82 1.04E-04 9.0E-06 7.0E-06 6,40E-04 5.0E-05 4.0E-05
01-Jul-82 2.00E-05 1.0E-05 5.0E-08 2,20E{4 9.0E-05 1.0E-07
30-Nov-82 2.36E-0€9,5E-07 1.0E-06 8.00E-05 1.OE-Os 1.OE-05
13-ADr-83 8.58E-05 't.48-O5 2.0E-08 3.53E-M 1.9E{5 1.0E-05
01-Jul-83 1.19E-04 1.1E-05 5.0E-O6 1.58E-04 1.3E-05 1.0E-O5
3OJan-84 9.78E{5 7.0E-06 2.0E-06 2.16E-03 3.4E-O4 3.OE-04
28-Jun-84 2.08E44 1.0E-05 3.0E-09 1.60E-03 7.0E-0s 3.0E-08
14-Nov-84 6.05E-04 1.6E-04 2.0E-07 2.58E-03 1.1E-04 3.0E-08
27-Mar-85 1-10E-04 8.0E-06 3_0E-O6 8.63E-O4 4.2E-o5 3.0E-05
15-Jul-85 6.10E-05 6.0E-06 2.0E-06 5.40E-04 5.0E-05 5 0E-05
0g-Oct-85 1.07E-04 6.0E-06 2.0E-06 3.80E-04 3.0E-05 2 0E-O5
24-Mar-86 8.86E-04 1.88-O5 2 0E-06 4.40E-03 1.9E-(i4 3.0E-05
10-Jut-86 6.66E{4 1 8E-05 3_0E-06 4.78E-03 2.1E-O4 6.0E-05
l8-Dec{6 5.20E44 1.0E44 3.0E-06 1.70E-03 1.0E-04 6.0E-05
20-ADr-87 410E4/,1.0E-04 5.0E-08 1.60E-03 1_0E-04 1.0E-06
05-Jun-87 1.60E-04 3 0E-05 5.0E-08 5.50E-04 4.OE-05 1.0E-06
22-D*-87 3.60E-04 5.0E-05 5.0E-08 1.80E-03 1.0E-04 1.08-06
1g-Apr-88 2.60E-04 5.0E-05 5 0E-O8 1.90E-03 1.0E-04 1.0E-06
28-Jul-88 3'roE-05 1 9E-05 5 0E-O8 1 60E-04 4 0E-O5 1.0E-O6
07 Apr-89 6.20E-04 5 0E-O5 1 70E-O3 't oE-04
06-Jun-89 3_40E-04 3 0E-O5 7.40E-04 3.0E-05
o7-Nov-89 510E-M 6 0E-05 7.OE-06 1 00E-o3 7.0E-05 1 4E-05
17-Apr-90 3.60E-O4 3-0E-05 4.0E-O6 4_80E-O4 2_OE-05 2.2E-O5
20-Jun-90 1.70E-04 2.0E-05 5.0E-O8 3.20E-04 2.0E-O5 1.0E-06
17-Oc{-90 8.80E-O5 '1.6E-05 5.0E-08 2.90E-04 2_0E-05 't.0E-06
10-ADr-91 3.00E-04 3,0E-05 5.0E-O6 4j0E 04 2.0E-05 1.0E-06
'11-Jun-91 3_10E-04 3.0E-05 2.0E-o7 4.70E-O4 2_0E{5 2_OE-O7
20-Nov-g1 5 00E-o4 4.OE-O5 5.0E-08 1 50E-03 1.0E-04 1.0E-06
22-ADt-92 2.00E-o5 8.0E-06 2.0E-O6 9.60E-05 t.4E-05 1.0E-05
lo-Jun-92 6.50E-06 6.0E-06 2.0E-O6 1.20E-04 2.0E-05 1.0E-06
10-Jun-92 1.2AE44 4.0E-05 3,0E-06 1.218-03 8.0E-05 2.0E-05
13-ADr-93 1 _80E-05 1 7E-05 3.0E-o6 2.10E-04 3.0E-05 2.0E-05
26-Jun-93 5.20E-05 1.9E-O5 3.0E-06 1,70E-05 3 6E-05 2_0E-05
12-Oct-93 5.10E-05 2.3E-05 3.0E-06 7j0E-o/-6.0E-05 2.0E-05
1 1-May-94 1.20E44 1.0E-05 3.0E-05 9.80E-04 't.6E-04 2.OE-O4
19-Jul-94 3.73E-05 1.6E-06 8.4E-08 7.80E-05 7.1E-06 4.2E47
28-Nov-94 2.40E-04 1.5E-05 1.7E-O7 2.60E-04 1.3E-05 8.3E-07
1't-ADr-95 8 40E45 6.1E-O6 1 5E-07 1 20E-04 1.1 E-05 7.5E-05
06-Jul-95 1.90E-O5 't _5E-06 1.4E-O7 4.50E-O5 4.3E-O6 7.2E-O7
'15-Nov-95 1.20E-0d,6.8E-06 1.4E-O7 1.00E-o5 5_8E-06 I .1L-U I
23-ADr-96 a 30E-o5 3.3E-O6 1.9E-O7 6.80E{5 6.3E-06 1.8E-07
31-Jul-96
14-Nov-96 3.60E-05 2.5E-06 1.6E-O7 8.50E-05 5.6E-O6 8_4E-07
21-ADr-97 3.30E{5 2.3E-06 1.7E47 4.40E-05 4.8E-06 8.4E-O7
05-S€o-97 5.40E-06 3.5E-07 t.6E-07 3.20E-05 9.0E-07 7.8E-47
20-Nov-97 8.90E-06 7.2E-O7 5.4E{7 3.40E-04 6.7E-06 1.1E-O7
23-Mar-g8 <9_20E-05 9.2E-05 9.2E-05 <4.60E-04 4.6E-04 4.6E-04
l6-Jun-98 < 6.50E-08 6.5E-08 6.5E-08 <3.20E-07 3.2e47 3.2E-O7
05-Nov-g8 4.20E-05 1.0E-06 t.'t E-o7 1_70E-O4 t.0E-05 5.5E-07
15-Aor-99 6 20E-O5 1.0E-06 ,.0E-o7 1 40E-M 7 0E46 1 0E-07
07-Jul-99 5 45E-05 'l-4E-O6 8.3E-O8 s.20E-05 4.0E-06 4 2E-47
02-Dec-g9 1.toE-(H 3.0E-O6 2.2E47 2,80E-05 1.OE-O6 1.1E-06
21-Aor-00 3_70E-05 1_0E46 2.4E-O7 2.70E44 1.0E-O5 1.2E-06
22-Jun-00 2.90E-05 1.0E-06 3.3E-O7 2.80E-04 2 0E-05 1.7E-06
2'l-Dec-OO 2.30E-06 1.4E-O6 3.7E-07 3.30E-04 5.0E-0s 1.9E-06
30-ADr-01 2_10E-05 1.0E-06 1.5E-07 <7.6E-07 N/A 7.6E-07
l4-Jun-01 1.30E-06 4.0E-08 1.2E-O7 1,80E-06 3.0E-08 5.9E-07
1 7-Dec-01 3_70E-05 7.67E-O7 8_30E-O8 6.72E-0s 2.62E-06 6.00E-07
F OBSERVED I OE+OI 6.0E+O1 6.0E+01 6_0E+O1 6.0E+01 6.0E+01
dAXIMUM 2.73E43 1.64E 04 9.20E-O5 7.10E-O3 4.60E-O4 4.60E-04
UIEAN 2.07E44 2.1 1 E-05 3.15E-06 7.85E-04 5-8'tE-05 2.sl E-05
iTD. DEV 3,83E-04 3.01E-05 1 23E-O5 1.26E-03 8,60E{5 7.37E-05
'2rd q@rte. cf 1996 we w delaEd a disstq aBa dre to dn€ht, m silples were laken
TABLE lll (Cont.)
INTERNATIONAL URANIUM CORP.
WHITE MESA M}LL
FORAGE RADIONUCLIDE DATA
SOUTH WEST OF MILL
SAMPLED
DATE
Ra-226 Ra-226 LLD
VALUE ERROR uci/KguCi/Kg uCi/Kg 5.0E-08
Pb-210 Pb-210 LLD
VALUE ERROR uCi/Kgucifl(q ucifl(g 1.0E-06
27-Aua-81 9.50E-04 2.0E-05 5.0E-08 1.50E-04 1-0E-05 1-0E-06
21-oct-81 3_00E-05 3.0E-06 5.0E-08 1.50E-04 2.0E-05 1.0E-06
15-Apt42 1_37E-05 3.0E-06 3.0E-06 3_80E-O4 4.OE-O5 4.0E-05
01-Jul-82 3.40E-04 2.0E-05 5.0E-08 3.68EO3 2"7E44 1.08-07
30-Nov-82 1.75E-05 3.0E-06 2.0E-06 7.92E-O4 4,0E-06 2.0E-05
14-Aor-83 7.13E-04 7.3E-05 9.0E-O8 2.51 E-03 3.0E-04 3.0E-04
01-Jul-83 5.39E-05 4.5E-06 2.0E-06 6.88E-04 4.3E-05 4.0E{5
30-Jan-84 6.40E-O5 7.0E-06 4.0E-06 1.208-03 1.0E-04 4.OE-O5
28-Jun-84 8.27E45 6.3E-06 3.0E-09 1.80E-03 1.0E-M 9.0E-08
14-Nov-84 2.72E-U 1.5E-04 2.08-07 4.70E-03 7.2E-04 3.0E-07
27-Mar-85 4.738-04 1.6E-O7 3.0E-06 7.07E-04.3_6E-05 3.0E-O5
15-Jul-85 6.60E-05 7.0E-06 4.0E-O6 4,90E44 3.0E-05 3.0E-05
0g-Oct€5 2.83E44 2.0E-05 7.0E-06 1.50E-03 1.0E-O4 7.0E-05
24-Mar-86 1 57E-O4 1.0E-05 4.0E-06 4,14E-O3 1.8E-04 3.0E-05
1 0-Jul-86 3 78E-04 1 0E-05 2.0E-06 1.65E-02 7.OE-44 1.0E-04
18-Dec-86 260E44 2 0E-O5 2.0E-06 '1.70E-03 1.0E-04 1.oE-M
2o-Aat-87 4.10E44 7.0E-05 5.0E-08 2.20e43 1.0E-04 1.0E-06
0S.Jun-87 2.90E-04 4.0E-05 5.OE-O8 7.50E-04 5.0E-05 1.0E-06
22-De,:.87 1 80E-O4 3.0E-Os 5.0E-O8 2.40E-03 1.0E-04 1.0E-06
1g-Apr-88 2 30E{4 5.0E-05 5.0E-08 2.90E-03 1.0E-04 1.0E-06
28-Jul-88 1.50E-M 3_0E-O5 5 0E-08 4.30E-03 2_0E44 't.0E-06
07-ADr-89 3.'t 0E-o4 4.0E-05 4.20E-O3 ,l.oE-(x
06-Jun-89 1_30E{4 2,OE-05 1.50E-03 1.0E-04
07-Nov-89 4_30E-04 5-OE-05 1.4E-05 3 50E-03 1.4E-O4 2.7E45
28-Mar-g0 2.508{4 3.0E-05 5.0E-O6 2.3SE-03 5_0E-05 2.5E-05
1 3-Jun-90 1.10E-04 2.0E-05 5.0E-O8 6.60E-O4 3.OE-O5 1.0E-06
23-tu-90 8.10E-05 1.4E-05 5.0E-O8 6.10E-04 3.0E-Os 1.0E-06
10-ADr-91 40E-05 1.1E-05 5.0E-06 2.20E-04 1.OE-Os 1 0E-06
1 1-Jun-91 8.00E-05 6.0E-O6 2_0E-O7 1.20E-O4 ,.oE-05 20E-O7
20-Nov-g1 6.50E-05 1.4E-05 .0E-08 9-10E-04 5.0E-05 t.0E-o6
22-Par-92 1,60E-05 7.0E-06 2.0E-06 3.20E-04 2.OE-05 t.0E-os
to-Jun-92 1 90E-O5 '1.0E-05 2.OE-O7 2.20E44 2.OE-O5 1 0E-O6
08-Dec-92 1.60E-05 '1.88-05 3.0E-06 7.60E-O4 6.OE-05 2.0E-O5
1 3-ADr-93 2.60E-05 2.0E-05 3.08-06 3.40E-04 3_OE-05 2.0E-O5
27-Jun-93 3_00E-05 1 4E-O5 3.0E-O6 0.00E+00 3_0E-O5 2_0E-O5
27-Od-93 3.10E-05 1-6E-05 3.0E-O6 4.20E44 6.0E-05 2,0E-O5
01-May-94 2.00E-05 5.0E-06 3.OE-Os 3.90E-04 a.oE-o5 2.OE-OA
1 9-Jul-94 1.75E-05 1_7E-06 7.6E-08 1.30E-04 7.8E-06 3.8E-O7
1&Nov-94 1.00E-04 9.0E-06 5E-07 2.60E-04 1.2E-O5 7.4E-O7
05-Apr-95 1_70E-O5 1.5E-06 6E-07 1.60E-04 1.5E-05 8.1 E-07
07-Jul-95 6.40E-O6 6.0E-07 4E47 4.40E-05 4.2E46 7.OE-o7
09-Nov-95 2.30E-O5 22F46 7E-O7 6.60E-05 9.6E-O6 8.3E-07
24-Mr-96 420E45 2.2E-O6 7E-Ol '1.00E-04 6.7E-06 1.8E{7
31-Jul-96
'14-Nov-96 2.10E-Os 2-0E-06 1.6E-O7 1 90E-O4 7.3E-06 8.2E-07
2'l-AD.-97 5.50E-O6 4.2E-O7 1.4E47 3 30E-O5 3.9E-06 7.OE-O7
05-SeD-97 5.308-06 3.2E-O7 1.3E-O7 1.90E-O5 6.9E-07 6.3E-07
20-Nov-97 2.50E-05 9.5E-07 9E-07 1.30E-04 4_7E-06 1 2E-O7
26-Mar-98 <7.90E-05 7.9E-05 /_9ts-U5 <3.90E-04 3-9E-04 3 9E-04
16-Jun-98 3_80E-07 t.4E-07 3E-08 <1.7E-O7 1.7E-O7 1.7E47
09-Nov-g8 4.30E-05 1.0E-O6 7.6E-08 2.50E-04 1.0E-O5 3.8E-07
15-ADr-99 2.40E45 1.0E-06 't 2E-O?'1.70E-04 8_0E-06 52E-O7
07Jul-99 223F.45 8.6E-07 1.2E47 2.30E-04 7.0E-06 5.9E-07
07-D*-99 .50E-O4 3.0E-06 2.OE47 1.70E-05 1.0E-O6 '1.0E-06
21-AD!-OO .00E-(N 2.0E-06 12E47 '1.108-04 7.0E-06 6.1 E-07
22-JUwOO .30E-06 LOE-O7 +E-U/2_00E-o4 1 0E-05 1 2E-O6
21-Dec-00 .20E-06 9.0E-07 z.4E-O I 1.20E-O4 3.0E-O5 1 2E-06
3o-ADr-0'1 80E-06 1.0E-O7 1.7E-O7 <8 3E-O7 N/A 8.3E-O7
14-Jun-01 2.60E-06 2.0E-07 9.9E-O8 1.10E-O6 2_0E-08 5_0E{7
17-D@-O'l 2.63E46 4.6E-05 1.2E-O7 9.40E-05 3_7E-O6 6.0E-07
r OBSERVED 6.0E+01 6.OE+01 6.0E+O1 6 0E+O1 6 OE+OI 6.OE+O1
VTAXMUM 9.50E-04 1.44E-O4 7.90E-05 1.65E-O2 720E44 3.90E-04
tilEAN 1.28E44 1.71E-05 3_08E-06 1.21E43 7.77E-45 2 60E-O5
;TD. DEV.1.82E44 2.54E45 1.08E-05 2.36E-03 1-40E{M 6-80E-05
"2nd qErts of l9S we Bw d@bred a dister ffi dw to d.ought, no sampls wffi taken
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2393 Salt Creek Highway (8260i ) ' PO. Box 3l|c ' Casper, WY 82602' Fax [phone]' casper@energy/ab.cr, wwwenergylab.com
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Project:
LABORAI'ORY ANALYTICAL REPORT
International Uranium (USA) Corp
Late Fall Vegetation Samples 2001/White Mesa Mill
Lab Order: CA100666
Report Date: 01llll02
I
I
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t
Lab ID: C01120666-001
Client Sample ID: North East Forage
Analyses
Lead 21O
Lead 210 precision
Radium 226
Radium 226 precision
MCL/
Result Units Qual RL QCL Nlethod
Collection Date: 1211'1101 10:41
DateReceived: 12120101
Nlatrix: VECETATION
Analysis Drte / By
RADIONUCLIDES, TOTAL
3.57E-05 uCilkg
2.97E-06 t
9.1E-06 uCiikg
2.4E-06 r
6.00E-07
1.20E-07
NERHL-65-4 01104102 15:42 l.Ph
NERHL-65-4 01104102 15:42 I ph
E903.0 01107102 23:02 I rs
E903.0 0110710223:-02 lts
Lab ID: CA1120666-002
Client Sample ID: North West Forage
Collection Date: 12117101 10:59
DateReceived: 12120101
Matrix: VEGETATIONI
t Analyses Result Ilnits Qual
MCL/
RL QCL Nlethod Analysis Date I By
t
RADIONUCLIDES, TOTAL
Lead 210
Lead 210 precision
Radium 226
Radium 226 precision
6.72E-05 uCi/kg
2.62E-06 r
3.7E-05 uCi/kg
7.6E-07 r
4.208-07
8.30E-08
NERHL-65-4 01104102 15:42 t Ph
NERHL-65-4 01104102't5:42 I ph
E903.0 01lOBl02 00:02 / rs
E903:0 01108102 00:02 / rst
I
Lab ID: C01120666-003
Client Sample ID: South West Forage
Analyses
Collection Date: 12117 101 10:04
DateReceived: 12120101
iVlatrix: VEGETATION
Result Ilnits Qual
MCL/
RL QCL Method Analysis Date / ByI
T
T
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RADIONUCLIDES, TOTAL
Lead 210
Lead 210 precision
Radium 226
Radium 226 precision
9.4E-05 uCi/kg
3.72E-06 r
4.6E-05 uCi/kg
2.63E-06 r
6.00E-07
1.208-07
NERHL-65-4 01104102 15:42 I Ph
NERHL-65-4 01104102 15:42 lPh
E903.0 01108102 01:01 / rs
8903.0 01108102 01:0'l / rs
Report
Definitions:
ND - Not detected at the reporting limit
MCL - Maximum contaminant level
RL - Analle reporting level
QCL - Quality control limit
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THROUGH
DECEMBER 31,2001
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INTERNATIOML URANIUM CORPORATION
WHITE MESA MILL
SBIENI A]R RADIONUCLIDE PARIICULATES
u(r,hL@l,di:: ::: €+.rv-:r::i:
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URANIUH M]
GRASS LLD %
THORIUT+z{RADlUl,l 226
GROSS COUNTING LLD
30NC Eih ERROR llF-16I Mmr
1+Deo81
29M*42
3GJ^82
27-Sep82
3J+83+&r{3
3G.r+83
10d-83
3J*84
2-4{'44
2JJ-8,1
1-@-84
2-Jh85
1-Apr-851J85
3GSep85
2-J*86
1-As-86
3G.rn36
27-Oct{6
'1+D&-86
1GMtr-87
'11-MalE7
9SeF87
2-N@{7
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1&Mar8a
1tA4ts88
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1+44F89
1 3NoF89
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11A4-90
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11-FeL91
19Ma}tsg1
12-Arg-91
11-Nc91
'lGFeF92
1 1-MEltsg2
1GA.gig20+Ns92
0+Feb-93
l&Mar93
lGA4i93
0&N*93
07-Feb.-94
@May9.l
Ogluqga
07-N@94
07-Feb-95
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TABLE M (Cryl )
INTERNATIOML URANIUM CORPORATION
WHITE MESA MILL
AMBIENT AIR RADION(rcUOE PARTICUIATES
lci,rd
LOCAI ION. :: :,: :EH\A2::::::t
t
t
I
I
I
T
grrFf qsts 1sf h 3d 4h
% [rc wled 100.0016 84.5% 99 9.,6 99.8%Arvctre. SCF x 1o6 4.66 4.42 4.& 4.72
PERIOD
URANIUM NAT.
adNa 'fih /iErA\ Mm
THORIUI',+ 230
GROSS COUNTING LLD %
CONC LCih FRROR llF-l$ Mre
IlmtuF 2u
GRO$ COUNTING LLD %
I AD 2tO
GRG'S CO{,}NTING LLD %
6Na r^h FPPOF /lE-tA\ Mff
zesopor
l+Oer-81
29ltlr{2
3c-tn32
27-Sep829J&€3+ Fr{33O-t+83
3&-E3SJsa{
2+F€4
2-.[+.&t
1-Od-8,t2-J+85
1-Ar{s.r-i185
3Gsetr05
2-Js!86
t-Ap.4630.b86
27{.1-85
ItDe86lEUr47
t1-May87
9S€p87
2-Ns87
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l&May88ItA+88
1+N*88
,}Feb-3S
1tM.}!ag
1a-Aaag
13|.lor€9
12-Fet90
1+Margo
13A.rgr90
12N@91t-bgtllMa)t'gi
r2-A{-91
'l t-NG91
lGFob-g2
1 l-Morgz
tOA!-92@Ne9209b93
lO-MaF93
1GArg.g3o&Ne93
07-FeFg,l
oglrEy94
OgAa.S{
07-N*94
O7-Feb-95
@ilaf95
04AJ9"95
,l-N*95
0+Feu96
{Flra}96
0+41996
0&Ne96
oEFeugT
0+Mar97
11-A4€7oue98
2&Apr-98
3i+.l-98
2&SctrgE
2&t)e+98
2!l.Mr-s
o3-r}99
27-S+S
2&De+99?-rk-@26.l}@
26SelO0
2AOec{O
2AMr"{}l
G2-.1.l0't
z,Ase}o1
1.8F15 1F164.62816 tE-167.07E15 9E168.8.rE-16 7817123F1s '1Er6
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5 31E16 3E-rA,t.06F16 tE-182.71E-16 8E-r83.r3F16 1E-r72.78F15 58184.63F18 3E-'i83.06E-16 3E-184.3,rE-16 3E-185.80E-t6 1*175.06E-16 TEIA,t.71E-15 2E-181.r4F15 2E-171.@E-15 4E-189.32F16 1E-161.66E-16 1F166.0s8-t6 tB'168.72F17 rF16t,15E-16 tE-169.02E-t7 tF'r64.81E-17 tE-'61.5,tE-16 1Et62.38Fr6 18161.0'tE-16 2E-165.20F17 3F212.39F16 1*20.mE+00 3F181.90E16 2E-18o.ooE+m 2FlB223E-t8 28182.'t5E-16 2E-179.29F17 1Ft69.21*17 1F161.18Ft6 1E-169.,+0F17
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2.laE-oz
9.24E-B
1.41E{2
1.77E422.$E42
5,28E-02
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5.70F03
5.40E-fi1
5.55E{2
0.56tu3
5.56E{2
5.38E{3
4_30F03
0-00E+00
7.40E+t
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3.12E-02
2.6'1F02
4.,47F03
1.28E$2
7.12E-O3
1.06H28.12rc
5..r8E{3
7.45E-03
s.56F02
9.26FA
1.61E-028.68M
'1.1 5E-02
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TABLE Iv (Cqt.)
INTERNATIONAI URANIUM CORPORATION
WHITE MESA MILL
AMBIENT AIR RADIONUCLIDE PARIICUTATES
!crtr,LocAIoN.,,, :, :Bgv:?, :.,,:
PERHCD
UXMIUM NAI-
GROSS LLD %
THORIUS M
GROSS C]OUNTING LLD %
RADtUti+ 226
GROSS COUNTING LLDmNa rnk FPP^P ,{RlA\ ur
LEAD -2,I0
GROSS COUNTING LLD %
anrl^ rch FOF6P /lRiAl Mr
2SS€p81
1+De-818Mrs2
3G-l+82
27-Sele23J{r83
+Apr{3
3O*Da3
30d-833-J*a4
2-Arf{/.2-!|84.I'GM
2-J485
1-4tr-85t-*!85
3GSep85
2-Jn86
'l-Apr-85
3G.fr$6
27Ad-86
1+Oeo.86leMr{7
,1+'rar87gsep.87
2-Ns87IdFM
1&MEr8a
1'A-EF88
1+NovAA'llFeb-8g
ltMayas
l+AJg-89
1+ltor{g
,?Feb-go
t+iiraygotlA{igotlN*90
1l-Feb-91
13Maf9'l
l?A.9.91tt-N*91
lGFeb-g2
11-May92lCAr-92eN*92{x}Fs93
'lGlrEtsg3
t0-AE-93
0&NG93
07-Feb-9,1
@Mar94
o+A.EF9,I
07-Ns94
07-FeU95
fgMay95
BAJg,95
1l.N*95
0'FeS96
06lra}96
05"4r"A96
0BN*96
06F€b-97
0+iih}!97
I 1-ArE-976J*98
2&Apr-98
3't-1.i98
2esep982AD*98
29Mr-99
03..11.9s
27-Stp.99
2gOe+99
2&Mr{o
2+.lrlm
2&SclOO
2GOec-00
2GM*{1
02J,}01
z+Scp{131-k-01
3.488{2
3,18F02
7-52E{:}7.66m
1.19E42/t.10H3
6.12E6
3.82E-03
6.02E-03
1-AaH2
1.06E-02
3-,l8rc
2.00E-o1
0.mE+m
2.mH3
0.mE+oo
2-6FO2
1_61H2
8.s8E{3t28H2
262m,1.02H3
,t.32F03
4.82E43
4.88E-03
1.62S2
2.28E-03
4.16F03
I 428-03
8.90E{3
2. t0E-o3
2.62H3
3.35E{3
8.86E-O3
7.68F03
1.,15E-O3
3.68E43
9.32E-(N
1.01E{3
t.,13H3
2.82E-0,r
1.62EG
1.8,tF03
4.@€!05
8.@E-0,{
I.59E-03
3.20E{4120H3
0-(nE+@
2.68H'l
,{.6',2E-Ol
1-23E{1
1.51F01
1.33E{1
1.57E{'l
1.2E-O1
1.74F15 1F151.598t5 1E-163.76E-16 5-16
3.E3E-16 5817
5 95E16 tE15
2.O5F16 5E-17
Lod in Lab3.06E-16 rE-16't.91E-16 rE-153.01E-16 1E-168_22E't6 5E-175.29E-16 5E-171.7{E-15 5F17't.00E-17 58160.00E+00 5E-17t.0,tF16 5Et70-mE+00 5E-161.03F15 tE-158-0,rF16 2E-18,t,29E-16 28176.45E-t6 1Er0
I 31815 3E-t8
2-0tF16 3E-t82.16E-16 4E t82.41E-t6 2E-172.44E-16 .{E-17
8.08Ft6 6El8'1.14F16 3E-18z08Fl6 3E-184.21F16 3E-184..(5E-16 4E-''71.05816 1E-181.31E-15 2E-'i81.67E-16 2E-174.,13E-16 3F183.8,{E-16 1E-167.27E.',17 1F16t.84E-16 1816,t.66E-17 1Et65-05E17 1F167.14E17 1E.'r61.4'tE-17 'Ft58.12E17 1E-'t69.18Ft7 1Er62.00E18 2E-184.00E-17 3F217.94E-17 'tE-Z1.60E-17 3*726.00E17 2E-180.008+00 28181.61816 2F162.77E16 2E:177.39E-17 1E-169.(EF17 1Ft67.90F17 'tE-16
9.,t0E-'17 1Er67.30E17 1Et5
3-16F16
3.,flF16
1-31Ei6
3.mF16
3.16F16
3.41E.16
t-3rFt6
3.@816
3-16F16
3.41F16
1.3'tE-16
3.00E-16
3.r6E-16
3.,t1F16
1.3''E-16
3.ma16
3.t6F16
3.,l.lF16
't.31F16
3.00F16
3. t6E15
3.4tF16
131E-16
3,00E-16
tF16 3.OtHt1F16 i.68E-01
3F15 1.75E{16F17 7_m*O21816 4.80E{t2*17 4-t0E-O25E-17 231922E-t6 3.20E426F18 1.e2E{1
1 F1 6 3.17E-425E-17 25lE{18Ft6 Z06E{1
4E-17 2.37E{27E-17 2.37E427E-17 9.20H24E-t6 0.mE+m7E-17 3.3,rE414E-t5 1.06E{15E-18 6-42E-031E-17 5.89&22E-18 3.30H22E-t7 0.mE+005E-18 4.00E-02,{E-18 6.53EO22F16 7.27E4.2,tE-18 7.738422E17 8.50E{21E-17 1.34E-O21E-17 1.02E-011E-17 9.778421E-16 1.59E-027F18 0.@E @9E-18 1.9sE-O23E-18 1_29FO27F18 0.mE+0o
1E-16 8.17E-O21816 9-57FO21E't5 1.47E421E-16 2 BE41
tEl6 217E42
't Ft6 2.O7E422E-17 7.30H42E-17 7.83E-032F19 1.93H24E-18 1.108-024E-18 8.93Eo34F18 0.008+004Fl8 1 .69E-024E-18 2.00E-034E-18 0.00E+m4F18 0.008+00
4E-17 9.33tu21E-16 ?,3E-01
'r Et6 3-33E-011Ft6 3.20E{'l1E-16 3.27601tE16 3.07E 0''
9-02E16 .t.16E.16
5 mE16 3 mE-15
5.25E-16 6 3AE-162.16E-16 2.24E-16r.44F,15 2.74F't6'1.23E'16 3.11E-t76.9,{F17 2318179.59E-r7 1.52F163.05E-16 4.98E17
I 51E-17 5 19E-t77.52E-16 1.7?F.-165.'l8El6 7 89Ft51.10E-'t7 6.t6F177.10E-17 127E-16
2.76F1 6 2.A2E-160.&E+@ {.76E-1,1l mEt5 131E-153.17F16 3.7tE-15't-93E-17 6.94E.171.77E-'t6 2_18E-179.89F17 {.@E-17
0.00E+m 2.0oF17l-20E16 .{-00E17
1.96E-16 9.00Ft72.18E-16 t-508-162-32E-16 6.00E172.ssF16 6.00F't7
4 l4E-77 t mE-163.6F16 8.mEr72.93E-16 3.mE-174.78E-17 1.65F17O-00E+00 1.mE-'175.85E-r7 210E-173_87E17 4.00E-170.mE+0O 1.@E-172.54E-16 1.00E-16
2.A7El 5 2.N*17't.3,4F16 5.00E-t78.,t8E-18 8.008-177-,+0E.17 6.0OE176.22E-'17 8.@F'172.19F18 3.00E-162.35E-J7 3.80E-175.80E-J7 200E-154.19E-17 2.30E172.68E-17 1.80817o.mE+fi) 5.30E-175.O7E-17 4.10E-17
6 mE-14 3 40E170.@E+@ 1 AE-17
0 mE+m 6mEr7
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2_26F16
1.39E-1 6
3-,13E-16
1,31E-16
't.3sF16
3.43F16
131F16
2.26F16
1.3E-16
3.43F16
1.31E-16
2.26E-16
'1.398-16
3.43E-t6
1.31 E-1 6
2.26Ft6
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3.43816
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4FlA 7.71E-035E-18 112W
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1 F16 1 .11E-O21815 1078@1F16 9.56E-031E-16 489E-6
z_orr ro,.30E-16 1.38E-16{.08E16 3.72E-151.{tF'15 ''.BE-15
5.35E-16 2.3sEr61.10E-16 s.528176.11F17 5,958-172.08816 1.62E-162.79E-16 5.73E-17o.@E+(O 5.73E-'175.20F17 4.89E-171.10816 915F170.00Elm 9.15E-177.80E-17 9.35E 174.10E-17 6-82F170.mE+00 9.36E-170.00E+(D 4.66E-'171.25E-16 1.49F161-54E-16 I sE-172.83E-16 1.72E-174.r6F15 r.@Fi64.''6E-17 4-00E-175.73E-17 3.00E-177.38E-17 3-00E-173.52E-17 '1.10F16
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2E-t5 1.79E-012E-15 3.76E{11F15 1-748412Ft5 213E{11E-t6 2.20E-Or5E-r6 1.15E-011E-15 4.34E{1tFl,t 1-65E-01'1E-15 1.35E{'8816 3.4'1E{18E-16 1.1oE-018EJ6 2.05E318E-r6 2.t6E-014E-15 1.51E-0,1tE-16 2.12E{12E-1s 2 46E-01
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TABLE lV (Cdl.)
INTERNATIONAL URANIUM CORPORATION
W}TITE MESA MILL
AMBIENTAIR RADIONUCLIDE PARTICUMTES
1rC:ih
LOCATION: ::::: iEi{iid;:::i:
Orqr Aatq, 1sr ?d 3.d atl
% lire ffited 100.7% 95.O% 99.90,6 99.8%7A 4&
PERIOO
URANIUM NAT.
GRGSS LLD 'h
THORIUM- 230
GROSS COUNTING LLD OA
RADlUtii
GROSS COUNTING
anNa rffrf EPonO
m
LLD %
LW -ztu
GROSS COUNTTNG LLD
2$S€p8l
1+Dec{1
29M142
3G.l}E2
27-9eP82
}JSE3
+Apr-83
3(}.lDe3
30d-833J*84
2-Apr{.f
2-Jr}&l
1-&€42-Jd5
l-Apr-85
t-J.t85
3SS.p€5
2-Jh86
1.Apr{6
3GI+8527&-S'ItDe-86
1+Mrfi
11.Maf87
9Sep872-Nd{7
tBFets88
l&Mar88
1+Argl88
1aN@88
'1!Feb-89
1tM4tsE9
1+A{F89
13No+ag
1?FeS9O
1+M6y9O
13Arg-90
12-N*90
.l 1-Feb"g1llMargt
12-A.p-91t'l-N*91
1&Feb-92
't t-May92
1GA.Ei92(&N*92
09Fet93
1GMpf93
lGA.E-930&Ns93
07-Feb-9.{
@Mayg4
094.8-9.1
07-N*9407-bss
0gME}r9509^{*95
1t-|.loAg5
0!FeS$
OeMry96
6ArSi96
06Ns95
06Feb-97
0+Ma}Fg7
11+r-{F970SJ*98
2&Ap.-98
31J-t98
2&SeF98
2&Dc+98
29irs-90(B.l}9S
27-Sep99
2eDec99
Z-M*-00
2e-r+m
2eS.poO
2&Decs
2&Md',
02-.lJ{1
21-Sep0t
5.20E-15 1F16 t.04E 014.53E-r5 1Et6 9.68021.06E-15 9E-16 2.12E426.03815 6E-17 1.21E-011.26E-14 1F16 2.s2E-011.33815 5E-'17 8.66E-02'1.25F15 5E-17 2.fi-.O23.73815 1E-16 7.46E032.5,tE-16 1E-'t7 s.08EO32.76E-r5 1E-16 5.52F024.27E-t6 5E-17 8.5,{E432-57E-'i5 5E-17 5 t{E-024.18E-16 5E-17 8.36E-03
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2.50E-16 1E-18 5.@A036.50E-15 5E-17 t.30Fol9.63F15 2E-17 1-93&18.928-'rs 3E-t8 1,78E-018.90E-15 1E16 I 7aE-Or
1_92E-15 1E-r6 3.84F022.91E-t5 1E-16 5.82E-02t-67F16 tE-16 334ES1.87E-16 iE-16 3.7{E-034.85F16 1F16 9.70E031.n*16 1F16 3.51H31.83E-16 1F16 3.66E-03{.40E-'16 'rEr6 6.80E-039_09E-17 2E-18 1.82E-032.07E.16 3E-21 4 14H31.73E-16 1E-D 3.46E432.70E-17 3E-72 5.408{49.@E-17 2E"1E 1.80E-030.008+00 2E-18 o.mE+@1.'toFt5 2E:t6 1.83E-013.80E-16 E-17 6.3H13.85E-15 1F16 6 {2EOl6.21E-17 .tF16 ,.O,tE-013.70F16 1E..15 6.17F019.40E-17 1E-r6 r-578-01r.45E-16 1F16 2.12e4'll.43E l,t 1E-t6 2.38E+0t1.19E-14 1E-16 t.98E+01,r_55E"15 1Ft6 7.s8E-Or7-78E-16 1E-16 t-30E+00
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I SF15 1116 1 !tut
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2E-11 2.49E-011E-17 3-36E-0t2E-16 2-61E-012E-r6 't.11F01
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TABLE IV(Cdt,)
INTERNATIONAL URANIUM CORPORATION
WIIITE MESA MILL
AMBIENT AIR RADIONUCLIDE PARTICUUTES
lri,trl
LOCATION: : : : :,-Btlv2i: : : :: :
% tim wted 93-1% 99.30,6 100.(P 98.90,6
Ar Votft, SCF x 1 E6 ,0.39 4 96 4.& 4,68
PERIOD
UMNIUM MI
GROSS LLD %
THORtUt+230 RADIU}+ 226
GROSS COUNTING LLD %
LEAD -210
GROSS CIUNTING LtD %
CONC. rfi,t. ERROR llE-16) MPC
2&SeP81
1+Dcc-81
29Mr42
30-rt$82
27-ScF82
3Jh83
4-Apr-8:l
3G.I+83
3&J31J*84
2-AIr-8,t
2J-}84',-&-84
2J&35
l-An €5
t--E r85
3Gsetr852Jn86
1-A!.-86
3&JrD86
27-Od-86
,5.Dec86
l GMa-87
1 1-Idsr87
9sep47
2-No$87
1trcb-88
1&May88
1 5.At EF88
1+N@-88
13Fob"ag
ItMaFA9'l+A.B{9,l3l.loF89
1 2-Fetgo
t.t-lta)tsgo
llA{tsgot2-N*g)
1 l-Feb-91
'llMalFgl
12+r,$91lttusi
'lGFeb-92
1 t-Marg2
1GA4rg2
O&tloA92
@Fe+93
1GMar93
IGA.q-93
0+NoF90
07-Feb.94
GMar94
ogA,EFg,l
07-t'los94o7-s95
0+MaF95
oo*ar95
1 l-tloFgs
0+F!O-96
06MaF96
0}^usF96
06floF96
0CFeF9?
0tMay97
1 t-Arg.g7
05-1498
2A&r-98
3l-J198
28-Sep9828hS
29Md-99
@.Ll9s
27-S.+99
2&D69927-M*s
2G.rlOO
26setr00
2&De+00
2SMr{l02-tl{t
2+Sep{t
2.14E-15 1Ft5 4_8AF024.8,t+15 1E-16 9-68E-O2
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1 El 6 4.97E+@lE-15 3.07E+001E16 1.SE+OilE-16 8.17E+oo1E15 2.84E+m1F16 1-17E+011F'16 2.07E+0t1F16 {.5E+0o1F'16 ,t.13E+00
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7 SE-16 7 7AE-17
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1 F't6 3.nE-U2tEl6 I208O24F15 5.s5E-022Ft6 6.95H2
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1.53E-14 2.28E-t52.98E-r4 8.16E151.80E-t5 1.89F152.35E-14 ,t.65815
4-32Ft4 2.80Fr5
3 0rE-14 l.aoEtsz63E-14 1.00Er52.08F14 1.'t3F151_83Fl,t 2.92F15,+.67E1,r 2.10F0r2.21E-14 1'20E.151_57E-14 't.3Ft5
z42E-14 1.26F 5125F.-14 I O2Et52.t5F1,t 1.,+2E-159.20E-1s l.fiE-1s1.13E-16 t-mFt5L72E-11 5.04E-162.18F't,t 2_008152.O2E-14 2.mE162.82*11 2.mE-16
7 .23e.11 t 00E-t5328F14 2.00E-162:t7E-'t1 4.00F151.nE-14 5.00E-163.36F1,{ 2.00E-16z1E-11 2@E-162,15E-14 3.@Ft63.43E-t4 2-@E-1 65.O2E14 2.'10E-161-43E-1,1 t-00E-161.50F14 1.008-184.09F14 5-mF163,88F14 3.mE-'t63.{9F14 1.00F151.27e-11 2.00E-161.56E-14 4.00E-163.89E-1,{ 1.@F1s2.50E-1,t 1.@E-'t5t.&El4 4 mE-i61.27e-11 3.006163.69E-1,t 6.00F17t.43E-1,r 2.00E-16t-59F1,1 2.mE-162.21E-14 2.mE-163.41E'14 5.00E-161.83E-r4 4.00E-161.70E-14 5.00E-162.UE-14 3,00F'r63.atEt,a 7.mE158.308-15 2.00E-t60.mE+00 2.19F16
o.OoE+CrO 1.888159_35Ft5 4.00F16,r.34F15 2.06F165.60E-'t5 1.29F16,t.47E-15 2.2sE-r67.30E-15 3.87E-t67-54E-15 5.83F155-75F15 3.0,0E-161.21E-14 5.32F't66.1{E--15 2 92E-164-75E15 2.8,18154.92E-t5 2.00F16{.68E-15 NIA7.35E-15 3,47F167.01Fi5 ,r.r)3F16
3.95E-'t5 2.0.tE-16
1 43E14 319F15
I 15815 3 298-167.20E15 3.26F168.2E:t5 3.16E-r67.56E-15 3.'t2E-t67-72815 3.24F164.36Fr5 2.5sE t67.67E-t5 4.45E-167.mFt5 d.28F166.13F15 7.50e-167.,t8Ft5 2.57F166.988-15 1.59E-164DF-1a ' OlF-tA
I
'1/ll94 Md ir weirruffidaspq
I
I
TABTE V
INTERNATIONAL URANR,,M CORPORATION
WHITE MESA MILL
AMEIENT AIR RADIONUCLIDE PARTICUT-ATES
uo,irt
LOCATION: i:::: :qqvri: ::,::
grsao5ltr 1d hd +L 1tl
% tim @qaled 96.4% 100.9% 100.0'6 98.9%ArVdme,SCFxleS 4.82 4.75 4.il 4.67 -
I
I
t
l,
I
PERIOD
URANIUM NAT.
GROSS LLD %
THORIUT+ Z:O
GROSS COUNTING LLD %
,roluk @
GRGSS COUNTING LLD GROSS COIJI.ITING LLD %
mNC rfih FRROR l1El6) Mrc
LEAD -210
2&Dc993GMr{02aJbff)
2$Seloorocofi)
2&M141
02Jl-01
2+Sep0l
s.OiFls 'iF16 5.55E+m7-46816 1E16 I29 E015_40F16 1Fl6 6_008013.75F15 1Ft6 4.t7Ht5.2tE-16 1Fr6 5.79turr.42Fr6 1Fl6 t.58E-01r.81Fr6 1Fr6 2-0tF0l3_08F16 1E-t6 3.42E-01
3 31E15 1E-16 3 68Ht
1-37F15 6-98F17 1E-16 4.57E+0o2.89F15 1.2sF16 1E-16 9.63E+0o
525F16 5-0,1E-17 lF16 1.75E+m3.53F'16 3.62F'r7 1E'16 1.18E+002-23F16 1.78 17 tF16 7.,1,1801339F16 5o4E17 lE-16 't.13E+m<1.@F16 NA 1F15 <3.33S1
1,66E.16 3.59F17 1E-16 5.52E41
1.0'tE-16 1.01F17 lE-16 3.37E{J
r 5E16 272E17 1F16 ,t.15E{1
8.72E-t6 523E.17 tFt6 9.53F021.3rE-15 6.3F17 1Ft5 1.46H13.mF15 1.68E-17 1Et6 3.33E-026,1'lE't6 5.34E-17 1Ft6 6.79H21-91E-15 2.88E-17 't815 2.12E423.28E-17 2.80E-17 1E-16 3.4(E{2<r_@E-16 NA 1Fl6 <1.rlFO2
<1.@F16 fUA tFt6 <1.1'tF021nE16 3m817 tEr6 2 0E-02
7.56E-15 3.05F16 1F16 1.26E+m8.10E-15 3-17F16 lF'16 1-s5E+m7.83F'15 3.16F16 1F16 ,l.30E+Cr0
,t.83F15 293F16 1E-'16 8.05E-0t6.41F15 ,1.61Fr6 1E-16 1-02E+008.57E-15 4.70Ft6 1E-16 'i..€E*m
6.15F15 7.06FrG 1F16 1.03Er@6.95E-o2 Z,7EIA 1E-16 1.16E+008.59E-15 t.TE:16 1E-15 1.43E+m
Period: October 01, 2001 through December 31,2001 (4th Quarter 2001)
BHV-1 on stream % 99.8%
Page 1
Week StopStartFilter Stop
Stop
Stop
Total
BHV.1
Sla rt
BHV.2
Start
Total Volume
Total
4.72ErO6
Loading, Per Cent
4.72E+O6
Loading, Per Cent
4.72E+06
Loading, Per Cenl
4.68E+06
Loading, Per Cent
Number Date
BHV-2 on stream %
Week Filter Start
BHV-4 on slream %
Week Filter Starl
BHV-5 on stream %
Week Filter Start
99.8%
Stop
99.8%
Stop
98.9%
Stop
BHV.4
Start
BHV.5
Start
Stop
Total Volume
Total Total
Total Volume
Total Total
Total Volume:
Total Total
Netare T Time Time On Stream SCFM
1
2
3
4
5
6
7
BI
10
11
12
13
71 30583
7130577
7130571
71 30565
7130559
71 30553
7130547
7134541
7130535
7130529
7130523
7130517
7130511
0'1-Oc!o1
0B-Oct01
1s-Oct-O1
z2-Ocl-o1
29-Oct-01
05-Nov-01
12-Nov-01
1 9-Nov-o 1
26-Nov-o1
03-Dec-01
10-Dec-01
1 7-Dec-o1
24-Dec-O1
08-Octo1
1 5-Oct01
zz-Oct-O1
29-Oct-0'l
05-Nov-01
12-Nov-o1
19-Nov-o'l
26-Nov-01
03-Dec-01
10-Dec-01
'17-Dec-0'l
24-Dec-O1
3 1-Dec-01
4.6'180
4.5923
4.6222
4.6892
4.6061
4.6468
4.6042
4.5410
4.5552
4.5219
4.5640
4.5291
4 4572
4.4373
4.4940
4.4380
4.434',1
4.4835
4.4791
4.4603
4.4408
4.4650
4.4395
4.4716
4.4471
4.3846
0.1 807
0.0983
0.1842
0.2551
o.1226
o.1677
0.1 439
o.1002
0.0902
o.oB24
o.0924
0.0820
o.o726
a6770.4
96594.8
1 06677.6
18283.2
26883.0
36960.B
47046.6
56931 .8
6701 6.9
77042.8
a7162.3
97281.9
107278 3
76484.6
86770.4
96594.8
6677.6
18283.2
26883.0
36960.8
47046.6
56931,B
6701 6.9
77042.8
87162.3
97?A1 I
1 0285.8
9824.4
1 0082.8
1 1605.6
8599.8
'10077.8
1 0085.8
9885.2
10085.1
10025.9
101 19.5
101 't9.6
9996.4
1 0,31 0,654
9,848,140
10,107 ,164
'1 1,633,644
8,620,580
10,416,061
10,424,329
10,2'16,996
1 0,423,606
10,362,418
10,459,160
10,459,264
10.33'1.928
0.0175
0.0100
o.o182
0.02'19
o.0142
0.01 61
0.0138
0.0098
0.0087
0.0080
0.0088
0.0078
o oo70
102.O%
97.5y.
100.0%
115.10/.
85.3%
100.oo/,
100.1%
98.1%
100.1%
99.5%
100.4%
100.40/o
99.2%
35.4
35.4
35.4
35.4
35.4
36.5
36.5
36.5
36.5
36.5
36.5
36.5
36.5Totals912144 0 4.580554 4.451915 0.1286 1 30793 7 133 613 q43 o.0125 99.8%36 1
Number Gross Tare Net Time Time Time On Stream SCFI\,I
1
2
3
4
5
6
7
8
I
'10
11
'12
'13
7'
7
7'
7'
7'
7'
7'
7'
7'
7'
7'
30582
30576
30570
30564
305s8
30552
30546
30540
30534
30528
30522
3051 6
3051 0
01-Oct-o1
08-Oct01
15-Oct-01
22-Ocl-j1
29-Oct01
05-Nov-o1
12-Nov-o'l
1 9-Nov-O1
26-Nov-01
03-Dec-01
1 0-Dec-o1
'17-Dec-01
24-Dec-A1
08-Oct-01
15-Oct-o'l
22-Ocl-O1
29-Oct.01
05-Nov-01
1 2-Nov-o1
19-Nov-o'1
26-Nov-O1
03-Dec-01
'10-Dec-o1
'17-Dec-o1
z4-Dec-O1
31 -Dec-o1
4.8890
4.7059
4.AO72
4.9132
4.7489
4.8532
4.8143
4.7105
4.5799
4.6047
4.5739
4.5669
4 6133
4.3991
4.5120
4.4515
4.4257
4.5075
4.4876
4.4175
4.4213
4.4735
4.4822
4.4512
4.4423
4.4737
0.4899
0.1939
0.3557
o.4875
o.2414
0.3656
0.3968
o.2892
0.1064
o.1225
o.1227
o.1246
0,1 396
1 06699.8
1 6525.0
26591 .6
34215.4
4680't.2
56876.1
66977.0
76848.7
86936.4
96973.5
107091.3
17211.3
27200 7
96384.9
6699.8
1 6525.0
26591.6
38215.4
46801.2
56876.1
66977.0
76a48.7
86936.4
96973.5
7091.3
17)1 1 3
10314.9
9825.2
10066.6
11623.8
8585.8
1 0074.9
10100.9
9871.7
10087.7
1 0037.1
10117.8
10120.O
9989.4
'10,339,825
9,848,941
1 0,090,925
1 1,651,888
8,606,547
10,413,063
10,439,936
'10,203,043
10,426,293
1 0,373,994
10,457,403
10,459,677
1 0.324 693
0.o474
0.0'197
o.0352
0.0418
0.0280
0.0351
0.0000
0.0283
0.0102
0.o1 1B
o.o117
0.0't 19
o 0135
102.3%
s7.5%
99.9%
85.2%
99.9%
100.2%
97.9%
100.1%
99.6%
'1o0.4%
't00/%
95.1%
35.4
35.4
35.4
36.5
36.5
36.5
36.5
36.5
36.5
36.5
Jb5Totals91184.0 4.721608 4.457315 o 2643 130815 I '133 636 )2A o.0227 99.8%36 I
Date Date arc Net Time Time Time Liters Stream SCFM
1
2
3
4
5
6
7
8
I
10
11
12
13
7'
7
7
7'
7'
7'
7"
71
71
71
71
71
30581
30575
30569
30563
30557
30551
30545
30539
30533
30527
30521
30515
30509
01-Oct-o'l
08-Oct-01
15-Oct-01
22-Oct-01
29-Oct01
05-Nov-01
12-Nov-o1
19-Nov-01
26-Nov-01
03-Dec-01
10-Dec-o.1
1 7-Dec-01
24-De.c-o1
08-Oct-0'
15-Oct-o'
22-Ocl-O'
29-Oct-0'
05-Nov-0
1 2-Nov-o
19-Nov-0
26-Nov-o
03-Dec-0'
1 o-Dec-0'
1 7-Dec-o'
24-Dec-0'
31 -Dcc-o-
4.5785
4.5069
4.6077
4.6145
4.5647
4.6B93
4.5413
4.4660
4.5724
4.5514
4.5'110
4.4879
4.5234
4.4017
4.4180
4.4353
4.3917
4.4755
4.5030
4.4305
4.3945
4.4984
4.4920
4.4311
4.4178
4.4613
0.1768
0.0889
o.1724
0.2228
0.0892
0.1863
0.1 108
0.0715
0.0740
0.0594
0.0799
0.0701
0.0621
1 2055.9
21878.2
31 948.6
43575.7
52121.3
62228.8
72276.2
82205.7
92259.O
1 02333.3
12450.2
1709.5
1 2055.9
21878.2
31948.6
43575.7
52121.3
62228.8
72276.2
82205.7
92259.0
2333.3
12450.2
22575.8
10346.4
9822.3
10070.4
11627.1
8545.6
10107.5
10047.4
9929.5
1 00s3.3
1 0074.3
101 16.9
10125.6
9962.7
10,371,401
9,846,034
10,o94,734
'1 1 ,655,196
8,566,249
10,446,757
1 0,384,640
'1o,262,783
1 0,390,738
10,412,443
10,456,473
10,465,465
10.?97 097
0.0170
0.0090
o.o171
0.0191
0.0104
0.o178
0.0107
0.0000
0.0000
0.00s7
0.0076
0.0067
o 0060
102.6%
974%
99.9%
115.3%
84.8"/o
100.3%
99.7%
98.5%
99.7"/o
99.9%
100.4"/o
1 00.5%
98.8%
35.4
35.4
35.4
35.4
35.4
36.5
36.5
36.5
36.5
36.5
36.5
36.5
36.5otals91184.0 4.555 4.442369 o 1126 1 30829 133 650 01'1 0.0098 s9.80/"36 1
#Date Date Tarc Net Time Liters
1
2
3
4
5
6
7
8I
10
11
12
13
7'
7'
7'
7.
71
71
71
71
71
71
71
71
30580
30574
30568
30562
30556
30550
30544
30538
30532
30526
30520
30514
3050B
0'l-Oct-o1
08-Oct-01
15-Oct-o1
22-Ocl-01
29-Oct-01
05-Nov-0''12-Nov-o-
'19-Nov-o'
26-Nov-0'
03-Dec-0'
1O-Dec-0'
1 7-Dec-01
24-Dec-O1
08-Oct-01
1 5-Ocr01
22-Oct-01
29-Oct.o'l
05-Nov-01
1 2-Nov-01
1 9-Nov-01
26-Nov-o1
03-Dec-01
'lO-Dec-01
17-Dec-01
24-Dec-o'l
31-Dec-o1
4
4.5720
4.6350
4.6873
4.5793
4.6172
4.6208
4.4928
4.5506
4.5639
4.5451
4.5026
4.5573
6075 4.3999
4.4543
4.4337
4.4027
4.45s4
4.4362
4.4492
4.3947
4.4564
4.4724
4.4323
4.3932
4 476?
o.2076
o.1177
0.2013
o.2846
0.1239
0.1 810
o.1716
0.0981
o.0942
0.0915
o.1128
0.1094
oo811
24501.8
34323.2
44390.1
5601 5.2
64580.6
74671.9
83555.7
93423.1
1034a2.8
13551.1
23665.8
33789.3
43762.5
14161.2
24501.8
34323.2
44390,1
5601 5.2
64580.6
7467',t .9
83555,7
93423.1
3482.8
13551.1
23665.8
33789 3
1 0340.6
9821.4
1 0066.9
11625.1
8565.4
10091 .3
8883.8
9867.4
1 0059.7
1 0068.3
10114.7
10123.5
9973 2
10,365,587
9,845,',t32
10,091,225
1 1 ,653,191
8,586,097
10,430,014
9,181,984
1 0,1 98,598
1 0,397,353
''|0,406,242
10,454,199
'10,463,294
'10,307.950
0.0200
o.0120
0.0199
o.0244
o.o144
o.o174
0.01 87
0.0096
0.0091
0.0088
0.0108
0.0105
0.0079
102.6%
97.4%
99.9%
'115.30/.
85.0%
100.1y.
BB.1%
97.9%
99.8%
99.9%
1 00.3%
100.4%
98.9%
35.4
35.4
35.4
35.4
36.5
36.5
36.5
36.5
36.5
36.5
36.5
91 2184.0 4 579338 4 435123 o.1442 129601.3 1 32.380.866 o 0141 98 90/36.1
Period: October 01 ,2001 through December 31,zOU (4th eua(er 2001)
BHV-6 on stream %98.9%
StopWeek Filter Start
Page 2
Stop
BHV-6
Start
Total Volume
Total Total
4.67E+06
Loading, Per CentNumberDate Gross Tare fime Time Time On Stream
1
2
3
4
5
6
7
8
9
'10
11
12
13
1 30579
130573
I 30567
t30561
I 30555
I 30549
I 30543
130537
I 30531
I 30525
I 3051 9
130513
30507
01-Oct-01
0B-Oct-01
15-Oc!01
22-Ocl-O1
29-Oct-01
05-Nov-0'
1 2-Nov-o'
'19-Nov-o-
26-Nov'0'
03-Dec-0'
1 0-Dec-0'
1 7-Dec-0'
24-Dec-o'
0B-Oct-0
15-Oct-0
22-Ocl-j
29-Oct-0
05-Nov-0
1 2-Nov-o
'19-Nov-0
26-Nov-0
03-Dec-0
1 0-Dec-0
'17-Dec-0
24-Dec-O
31 -Dec-o
4.5835
4.5596
4.6135
4.6304
4.5535
4.6271
4.5633
4.5050
4.5388
4.5155
4.5462
4.4927
4.5413
4.4142
4.4593
4.4379
4.3952
4.4480
4.4627
4.4265
4.4023
4.4445
4.4415
4.4313
4.4012
4.4701
0.1693
0.1 003
0.1756
0.2352
0.1055
0.1 644
0.136B
0.1027
0.0903
0.o740
0.1 149
0.0915
o o712
45553,4
55378.5
65444.4
77066.6
85645.1
95726.1
105770.4
14423.7
24492.O
34552.5
44669.2
54789.4
6477) a
35225.6
45553.4
55378.5
65444.1
77066.6
85645.1
95726.1
5774.4
14423.7
24492.O
34552.5
44669.2
54789.4
10327.8
9825.1
1 0065.9
11622.5
8578.5
'10081 .0
1 0044.3
8653.3
1 0068.3
1 0060.5
'10116.7
10120.2
9983.4
10,352,756
9,848,841
1 0,090,223
11,650,584
8,599,229
10,4'19,368
10,381 ,436
8,943,747
10,406,242
10,398,180
1 0,456,266
1 0,459,884
10.3'18 492
0.0164
0.0102
o.0174
0.0202
0.0123
0.0.158
0.0132
0.01 15
0 0087
0.0071
0.0110
0.0087
0.0069
102.5%
97.5%
99.9%
115.3%
85.'l%
100.0%
99.6%
85.870
99.9%
99.8%
100?%
100.4%
99.0%
4
35.4
35.4
3s.4
36.5
36.5
36.5
36.5
36.5
36.5
36.5
36.5Totals912184.O 4.559262 4 433746 0.1255 129547 5 132,325.248 0.0123 98 9%JOtln7 t1t99
ALL BHV on stream 7o
Week Start
99.4%
Stop*Date Date
1
3
4
5
6
7
I
9
10
11
12
13
7130572
71 30566
71 30560
71 30554
71 30548
7130542
71 30536
7130530
7'130524
71 3051 I
7130512
71 30506
7 129200
01-Oct-o'
08-Oct-o'
15-Oct-0'
zz-Oct-o'
29-Oc!0'
05-Nov-0
1 2-Nov-o
1 9-Nov-o
26-Nov{
03-Dec-0
10-Dec-0
'17-Dec-0
24-l'tef-O.
08-oct-0't
15-Ocl0'l
2z-Ocl-O1
29-Oct-01
05-Nov-01
1 2-Nov-o1
1 9-Nov-o1
26-Nov-0'1
03-Dec-01
1 0-Dec-0 1
'17-Dec-0'1
24-Dec-)1
3.1-Dec-O1
4.4504
4.4664
4.4512
4.4432
4.4345
4.4050
4.4367
4.4727
4.4367
4.3912
4.4454
4.4740
7094.4
Totals 9'1 2144.0 4 4445
T
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lf$rie:*ENEBGY LABORATOBIES, lNC. . 2393 Sa/t Creek Highway (82601) ' PO. Box 3258 ' Casper, WY 82602
Toll Free 888.235.05/5 . 307.235.05/5 ' Fax [phone] . casper@energy/ab.com ' wvtw.energy/ab-com
IIIGH VOLTIilTE AIR SAMPLING REPORT
CLIENT: INTI.RNATIONALIRANTLINICORPORATION
REPORT DATE: January 21.2002
RELEASE NO.
SAJVIPLE ID:
Standing Order
B}IV-I
I
Quarter/DateSampled Air
Volume Radionuclide Concentration
pCilmL
Error
Estimate
pCilmL
L.L.D.
pCilmL
Effluent
Conc.*
pCilmL
7o Effluent
Concentration
01-31982-l
First Quarter 2001
Air Volume in ml-s
1.32E+ l1
narIJ 3.10E-16 N/A 00E-6 9.00E-4 3.45 E-01
,r5h < 1.00E-16 N/A 00E 6 3.00E 4 < 3.33E-01
,roRa N/A 00E 6 9.00E 3 < 1.1 1 E-02
2ruPb 7.198-15 3.77E-16 00E-6 6.00E 3 L20Ii + 00
0l-34218-1
Second Quarter 2001
Air Volume in ml-s
1.138+ 11
IrrIfJ r <aE 6 N/A 00E-6 9.00E 4 l 69E-01
,,,Th I.MF,6 7.16E-18 .00E-6 3.00E 4 4.798-01
1.77E-6 4.30E-18 ,00E-6 9.00E 1 .9'18-02
rluPb 7.2t8-5 1.2-tE-16 .008-6 6,00E 3 l.20ri+00
c01 100126-001A
Third Quarter 2001
Air Volume in ml-s
1.31E+ I 1
natIJ 1.03E-6 N/A 00E-6 9.00E 4 l.l5.E-01
t'Th < 1.00E 6 N/A 008-6 3.00E-4 < 3.33 8-01
"Ka < 1.00E 6 N/A 00E-6 9.00E-3 < 1 11.8-02
8 09E J r.68E-16 00E 6 6.00E-J 1.358;+00
c02010098-001A
Fourth Quarter 2001
Air Volume in ml-s
1.34E+ 11
tJ 00E-1 6 N/A 008 6 9.00E-14 t.11E-01
arrTh 00E- r 6 N/A 008 6 3.00E-14 3.331i-0 I
'Ra .00E-16 N/A 00E 6 9.008-13 1.lllt-02
ruPb .39E-15 r.59E-16 00E-6 6.00E-13 2.32li-01
65.J.. vi*o usru'tl'
i:i,J,a:11
l:
:'l+lo:-
LLD's are from Regulatory Guide 4.14
* Effluent Concentration provided by International Uranium Corporation
ir.ir !.; i-
lit'i
I ii0.
lmh: r:\reports\cLients2002\inlcrnaaional_uranium corp\air\bhv,lq200i.xls
t ,ENEBGY LABOBATORIES, lNC. " 2393 Sa// Creek Hrghway (8260/) ' PO. Box 3258 ' Casper, WY 82602
Toll Free 888.235.0515 ' 307.235.0515 ' Fax [phone] ' casper@energy/ab.com' wwwenergy/ab.com
HIG}I VOLUNIE AIR SANIPLING REPORT
CLIENT:
REPORT DATE:
RELEASE NO.
SANIPLE ID:
INTERNATIONAL URANIU]VI CORPORATION
.larru:rrv 21. 2002
Stlnding Order
BH\'-2
I
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l,
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LLD's are lrom Regulatory Guide 4.14
* Eflluent Concentration provided by International Uranium Corporation
t
I
Quarter/D:rte Sampled Air
Volume Radionuclide Conceutration
pCilmL
Error
Estimate
pCilmL
L.L.D.
pCilmL
Effluent
Conc.*
pCi/mL
% Eff'h.rent
Concentration
0t-31982-2
First Quarter 2001
Air Volume in ml-s
1.32E+11
',"'U < 1.00E 6 N/A 00E-6 9.00E-4 < 1.11Ir-01
-"Th < 1.00E 6 NIA 00E 6 3.008 4 < 3.3311-01
Ra < 1.00E-6 N/A 00E-6 9.00E J 1.1 1E-02
"'"Pb 6.95E-5 3.728-16 00E 6 6.00E J 1.16E+00
01-34218-2
Seconcl Quarter 2001
Air Volume in ml-s
1.268+71
,'"'U < 1.00E-16 N/A 1.00E 6 9.00E-4 t.1 18,01,,,Th < 1.008-16 N/A 1.008 6 3.00E-4 < 3.33Ii-01
'-"Ra < 1.00E-16 NiA 1.00E-6 9.00E,J 1. 118-02
Pt 6.56E-i5 t.27E-16 1.00E-6 6.00E 1.09E + 00
c01 100i26-002A
Third Quarter 2001
Air Volume in ml-s
i.31E+ 11
U < 1.00E 6 NIA 00E-16 9.008 4 < 1.1 1E:-01
tn < 1.008-6 N/A 00E-16 3.00E 4 < 3.33E:-01
< 1.00E-6 N/A 00E-16 9.00E J I .1 1E,-02
"'"Pb 6.16E 5 1.508- 16 00E-16 6.00E J 1.03E +00
c02010098-002A
Fourth Quarter 200i
Air Volume in ml-s
1.34E+ 11
< 1.008-16 N/A i.008,6 9.00E-4 1.1 1E-01
arrTh < 1.008-16 N/A 1.008-6 3.00E-4 < 3.33E-01
,rORa < 1.00E-16 N/A 1.00E-6 9.008-,< 1.118-02,,,Pb 2.20E-15 1.72E-16 1.008 6 6.00E I 3.67E-01
lmh: r:\reports\clietrts2lJ02\interMtiorul_nnrLirrm_corp'rir\bhv4ql001.xls
t
I
ENEBGY LAEOBATOBES, lNC. . 2393 Salt Creek Hlghway (82601) ' PO. Box 3258 ' Caspet WY 82602
To//Free888.235.0515.307.235.05/5'Fax[phone],casper@energy/ab.com'www.energylab.com
t
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* Effluent Concentration provided by International Uranium Corporation
HICH VOLUIIIE AIR SANIPLING REPORT
CLIENT:
REPORT DATE:
RELEASE NO.
SANIPLE ID:
INTERNATIONAL URANIUM CORPORATION
.lrrnurry 21,2002
St:rndirrg Order
BTIV-J
QuarteriDateSampled Air
Volume Radionuclide Concentration
pCilrnL
Error
Estim:tte
pCilmI-
L.L.D,
pCilnJ-
Effluent
Conc.*
pCiltnL
% Efflr.tent
Concentration
0l-3t982-3
First Quarter 2001
Air Volume in ml-s
1.34E + 11
nnr{J 1.45E-16 N/A 1.00E 6 9.00E 4 1.618-01
fh < 1.00E-16 N/A 1.00E 6 3.00E 4 < 3.33 8-01
Ra < 1 .008-16 N/A 1.00E 6 9.00E j < 1.11E-02
Pb 6.3'7F.-15 3.5EE-16 1.008 6 6.00E J 1 .06Ii + 00
0t-34218-3
Second Quarter 2001
Air Volume in ml-s
1.33E + 11
',".U < 1.00E-16 N/A 008 6 9.008 4 1 .1 1.8-01
il < 1.00E-16 N/A .00E 6 3.00E-4 < 3.33.8-01
"'"Rz < 1.00E-16 N/A .00E 6 9.00E--)1- 1 1.8-02
Pb 6.99E-15 1.30E-16 .00E 6 6.00E-)1.17ti+00
c01 100126-003A
Thircl Quarter 2001
Air Volume in ml-s
1.31E+11
natIJ 1.91E 6 N/A 00E 6 9.00E-14 2.12"3-01
rrufh 1.05E 6 2.828-18 00E 6 3.00E-1 4 3.5 1 ,3-01
Ra z.olE 6 2.548-1't 00E 6 9.00E-13 2.23)?.-42
-'"Pt 8.04E 5 t.648-16 008 6 6.00E-13 1 .34E'+00
c02010098-003A
Fourth Quarter 2001
Air Volume in ml-s
1.34E+i1
rrarfJ 38E 6 N/A 008 6 9.00E-i 4 1.54t3-01
Th .00E 6 N/A 00E 6 3.008-14 < 3 3313-01
,roRa .00E 6 N/A 00E 6 9.00E-13 < 1 .1 1ll-02
,r,rPb .838 5 1.64F-16 00E 6 6.00E-13 3.06ti-01
hnh: r:\reports\clients20{)2\irtenutioml_uranium-corp\'air\bhv4q2001.xls
I
ENEBGY LABOBATORIES, lNC. . 2393 Sa/l Creek Highway (82601) ' PO. Box 3258 ' Casper, WY 82602
To//FreeBBB.235.05/5.307.235.05/5.Fax[phone]. [e-mail]'www.energylab.com
HIGH VOLUME AIR SAMPLING REPORT
CLIENT: INTERNATIONAL URANIUI\,{ CORPORATION
REPORT DATE:
RELEASE NO.
SANIPLE ID:
January 21,20A2
Standing Order
BHV--s
Quarter/DateSampled Air
Volume Radionuclide Concentration
pCilmL
Error
Estimrte
pCiltri-
L.L.D.
pCilmL
Elfluent
Conc.*
pCilri,
Vo Eflluent
Concentration
01-31982-4
First Quarter 2001
Air Volume in ml-s
1-24E+11
nalu 4.278 6 N/A 1.00E-6 9.00E 4 4.15L-01
,ruTh 2.19E-6 4.218-1'7 1.00E 6 3.00E 4 7.321t-0t
Ra 1.89E-6 2.448-17 1.00E 6 9.00E J 2.10I.--02
Pb 6.t3E 5 7.50E-16 1.008 6 6.00E J 1.02E +00
01-34218-4
Secon.l Quarter 2001
Air Volume in mlx
1.418+11
NAIIJ 452E 6 N/A .00E 6 9.00E 4 5.0211-0 1
ln 4.028 6 5908-17 00E 6 3.00E'4 1.34E +00
,roRa < 1.008 6 NiA 00E 6 9.00E-J < 1.11H-02
,trPt 7.488 5 2.518-16 008 6 6.00E-J 1.25E +00I
LLD's are from Regulatory Guide 4,1,1
* Effluent Concentration provided by International Uranium Corporation
I
I
I
c01 100126-004A
Thircl Quarter 2001
Air Volume in mlx
1.318+ 11
U"IJ 4.658 6 N/A 1.008 6 9.00E-14 5. 1 6It-01
iru.Ih 2.068 6 1.448-t7 I.00E-6 3.00E-14 6.88Ii-01
Ra 2.028 6 3.75F,-17 r.00E 6 9.00E-13 2.2411-02
Pb 6.98E-5 1.59E-16 1.00E-6 6.00E-13 1.16E+00
c0201 0098-004A
Fourth Quarter 2001
Air Volume in m]-s
1.33E+11
utIJ''7.40E-6 N/A 00E-16 9.008 4 8.23ri-o1
,ruTh 3.51E-6 3.848-17 00E-1 6 3.00E 4 1.178+00
,ruRa 3.648-6 3.41E-t-7 00E-16 9.00E J 4.0481-A2
t'Pb 4.128 5 2-038-t6 .008-16 6.00E f,7.86r'-01
Inh: r:\reports\clielts20ll2\irltenutiorul_uraniun_corl\air\bhv4q2()01.xls
I
ENEBGY LABORATOBIES, tNC. - 2393 Sa/t Creek Highway (82601) ' PO. Box 3258 ' Casper, WY 82602
To//FreeBBB.235.05/5 . 307.235.05/5 . Fax [phone] . [e-mail]'www.energy/ab.com
HIG}I YOLIIME AIR SAMPLING REPORT
CLIENT:
REPORT DATE:
RELEASE NO:
SAMPLB ID:
INTERNATIONAL URANTTN{ CORPORATION
January 21,2002
Standing Order
BII!'-6
I
I
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* Effluent Concentration provided by International Uranium Corporation
I
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-rn,ll,',.'.ir. i','.:: il0.
"f n '. -r n -.llr :'",
Quarter/Date Sampled Air
Volume Radionuclide Concentration
pCilmL
Error
Estimate
pCilmL
L.L.D.
pCilmL
Effluent
Conc.*
lrCilmL
7o Effltrent
Concentration
0l-31982-5
First Quarter 2001
Air Volume in ml-s
1.35E,+ I I
natu 1.42F.16 N/A 00E-6 9.00E-4 1.58r3-01
,,,Th < 1.00E- 16 N/A 00E 6 3.00E-4 < 3.33E-01
,,T,a < 1.00E-16 N/A 00E 6 9.00E-3 < 1.1111-02
2iuPb 6.17E-i5 "1 .068-\6 00E 6 6.008-3 t.03E:+00
01-3421 8-5
Second Quarter 2001
Air Volume in ml-s
1.37E+ 11
""'u t.8tE 6 N/A 00E 6 9.00E-4 2.0 1 ll-0 I
,ruTh 1.668 6 3.598-17 008 6 3.00E-4 5.52E-01
,roRa < 1.00E-6 N/A .00E-6 9.00E-l l. I 111-02
rluPb 6.95F.-5 2.578-16 .00E 6 6.00E 3 1. 16E,+00
:0 I 100126-005A
Ihird Quarter 2001
Air Volume in mls
1.31E+ 11
u 3.08E-6 N/A 1.00E-6 9.00E 4 3.42ta-01
,,,Th t.01E-6 L01E-17 r,00E 6 3.00E 4 3.37L-01
,roRa t.778 -6 3.038-17 1.008 6 9.00E 3 1.9711-02
,,,Pb 8.59E-5 t.72E-16 1.00E 6 6.00E )1.43E +00
c02010098-005A
Fourth Quarter 2001
Air Volume in ml-s
1.32E + I 1
natu 3.31E-16 N/A 00E-16 9 00F.-4 3.688-01
,,,Th 1.25E-16 2.728-17 00E-16 3.00E-4 4. 15It41,ha 1.098-16 1.00E-17 008-16 9.00E-1 1.21L-02
,,,Pb 3.14E-15 r.858-16 00E-16 6.00E-J 5.241 4t
lmh: r:\repons\clients2002\international_uranium_corp\air\bhv4q200l.xls
ENEBG. LABOBATOBTES, lNC. . 2393 Satt Creek Highway 18260/ ) ' PO. Box 3258 ' Casper vyY 82602
To// Free BBB.23i.0st5 . Jl;:ii;.'o-its-:-iri iozzst. to'Js "cbsper@energv/ab.com
' www.energvtab com
CLIF"NT:
REPORT DATE:
DATE Sfu\{PLED:
HIGH VOLLME AIR ANALYSIS REPORT
INTERNATIONAL IJRANTI]M CORPORATION
January 21, 2002
4th Quarter 2001
I
T
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, l r',-: I il fl i':1 fl 1': .-'. ..i..r-,'' ) t
EPA Method 200.8 903.0 907.0 NERHL-65-4
Laboratory
Number
Sample
I.D.
Uranium
pCi/fiIt.
Radium-226
pCi/filt. I *,-
Thorium-230
pCiifilt. I * t'
Lead-Z10
pCilfilt. I *,-
c02010098-001A I BHV-l 8.6 5.1 0.9 3.2 1.3 6s7 I 27.2
c02010098-002A BHV-2 6.2 3.6 0.8 r.9 0.9 609 26.6
c02010098-003A I BHV-4 24.6 13.0 1.3 1 1.0 2.6 655 27.2
c02010098-004A BHV.5 105 48.8 4.5 47.8 5.1 485 25.1
c02010098-005A BHV.6 49.7 t4.7 1.3 17.6 3.6 703 27.8
c02010098-006A BHV-Blank 6.0 < 0.4 1.1 0.6 <2.0
LLD pCi/filt 0.4 0.4 0.4 0.2
Imh: r:\repors\cliens2002\internationa[-uranium-corp\air\ppf4q2001 xls
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RE,ST]LTS
FOR
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OF
JULY 1,2001
TO
DECEMBER 31,2001
(x -rr=;= 6
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ENEBGY LABOBATOBIES, INC- ' 2393 Sa/t Creek Highway (8260/) ' PO. Box 3258 ' Caspe, WY 82602
To// Free8B8.235.05/5 . '-?.235.05/5 . Fax [phone] ' casper@energ)1 -'om'www.energy/ab.com
I
LABORATORY ANALYTICAL REPORT
Client: Internationai Uranium (USA) Corp
Proiect: White Mesa Mil1
Lab Order:
Report Date:
filunl illb t/+'w!
c01090279
09lula1
T
t
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Lab ID: C01090279-001
Client Sample ID: WMMMWl lA
Analyses
N{CLI
Result U-nits _ !y-f I!QCL Nlethod
Collection Date:
I)ateReceived:
Nlatrix:
09104101 13.56
09112101
AQUEOUS
Analysis Date / By
8.80t't"METALS, DISSOLVED
Chloride
Nickel
Potassium
Uranium
aa
ND
AO
0.0013
1.0
0.050
'1.0
0.00030
E200.7
E200.8
8200.7
E200.8
mg/L
mg/L
mgi L
mg/L
Agl17l01 16:19/cp
09/18/01 19:51 / ts
09117101 16:19 / cp
09/18/01 19:51 / ts
I
I
I
Lab ID: C01090219-002
Client SampleID: WMMMW1lB
Analyses Result Units Qual
Collection Date:
DateReceived:
llatrix:
MCL/
RL QCL Method
091A4101 13:56
0911210r
AQUEOUS
Analysis Date / By
METALS, DISSOLVED
Chloride
Nickel
Potassium
Uranium
,o
ND
AO
0.00',l9
1.0
0.050
1.0
0.00030
E200.7
E200.8
E200.7
E200.8
mg/L
mg/L
mg/L
mg/L
Ogl17l01 16:23 I cp
09/19/01 12'.27 lls
09117101 16:23 I cp
09/19101 12:27 I tsI
I
Lab ID: C01090219-003
Client Sample ID: WMMMW23
Analvses Result Units Qual
Collection Date:
DateReceived:
Matrix:
MCL/
RL QCL lVlethod
09i04/01 13:18
09112101
AQUEOUS
Analysis Date / By
ND mg/L
ND mg/L
ND mg/L
ND mg/L
I
T
I
T
I
T
I
METALS, DISSOLVED
Chloride
Nickel
Potassium
Uranium
1.0
0.050
1.0
0.00030
E200.7
E200.8
E204.7
E200.8
09117101 16:27 I cp
09/19/0'1 12:32 I ts
09117101 16:27 ! cp
09/'19101 12:32 lts
Report
f)efinitions:
ND.
MCL
P': iI li0
h/*,1 ilb
Maximum contaminant level QCL - Quality control limit
i -_I I
I ENEBGy LABOBATORIES, lNC. . 2393 Salt Creek Highway 18260/) ' PO. Box 3258 ' Casper, WY 82602
To// Free BBB'235'05/5 ' -* - 235'0515 ' Fax 307'234' /639 ' casper@energyl' am ' www'energylab'com
I
T
LABORATORY ANALYTICAL REPORT
Client: International Uranium (USA) Corp
Project: White Mesa Mill
Lab Order: C01090279
Report Date: 09124101
!
I
I
t
Lab ID: C0109A219-004
Client Sample ID: WMMMWl4
Analvses Result Units
Coltection Date: 09107101 1 tr:10
DateReceived : 091 12101
Nlatrix: AQUEOUS
MCL/
Qual RL QCL Method Analysis Date / By
7,.u-E-a ^ctI^t- t c.z<tE(METALS, DISSOLVED
Chloride
Nickel
Potassium
Uranium
a1
ND
12
0.098
mg/L
mg/L
mg/L
mg/L
1.0
0.050
1.0
0.00030
8200.7
E200.8
8200.7
E200.8
Ogl17l01 16:31 / cp
09/19/01 12:37 I ts
Ogl17l01 16:31 / cp
09/19/01 12:37 I ts
Latr trD: C0i090279-005
Client Sample ID: WMMMW5
Chloride
Nickel
Potassium
Uranium
Collection Date: 09107101 12:13
DateReceived: 09 I 12101
Matrix: AQUEOUSt
I
T
MCL/
a11lyr.._ .,, Result Units Qual RL QCL Method Analysis Date / By
METALS, DrssoLVED bw , b6vvc;r/
51
ND
0.00098
mg/L
mg/L
mg/L
mg/L
1.0
0.050
1.0
0.00030
E200.7
E200.8
8200.7
E200.8
09117101 16:34 / cp
09/19/01 12:43 I ts
Ogl17l01 16:34 / cp
o9/19/01 12:43 I ts
t
t
Lab ID: C01090279-006
ClientSampleID: WMMMWlT a b+ n-er,/Sl rii:::::*:i. f{illi,
"
liICLI
RL QCL MethodAnalysesResult Units Qual Analysis Date / By
I
I
METALS, DISSOLVED
Chloride
Nickel
Potassium
Uranium
34 mg/L
ND mg/L
14 mg/L
0.039 mg/L
1.0
0.0s0
1.0
0.00030
E200.7
E200,8
E200.7
E200.8
Ogl17lO1 16:38 / cp
09/19/01 17:39 / ts
ogl17l01 16:38 / cp
09119/01 17:39/ts
l,
I
I
T
I
Report
Definitions:
ND - Not detected at the reporting Iimil
MCL - Maximum contaminant level
RL - Analye reporting Ievel
QCL - Quality control limit
aii.l.iiri.:: i.i' F',li[[ ilO'
, -, .r -' .l 'r ii t .^' :.i
-! -lt-)
I ENERGY LABOR.ATORIES, lNC. ' 2393 Sa/t Creek Hiohway (8260/) ' P.O. Box 3258 ' Casper, WY 82602
To// Free 888.235.05/5 . -"'235.05/5 ' Fax 307.234. /639 ' -casper@energy/ '"- 1m ' wvvw.energy/ab.comt
I
LABORATORY ANAIYTICAL RE PORT
Client: International Uranium (USA) Corp
Project: White Mesa Mill
Lab Order: C01090279
Report Date: 09124101
mg/L
mg/L
mg/L
mg/L
I
T
I
T
Lab ID: C01090279-007
Client Sample ID: WMMMWl2
A.nalvses
Chloride
Nickel
Potassium
Uranium
Collection Dile:. 09107141 D23
DateReceived : 091 12/41
Matrix: AQUEOUS
3i-E'8rc'h/METALS, DISSOLVED /,fi.$ p(,:/(
Result Units Qual
t3
ND
IJ
0,020
lVICL/
RL QCL Nlethod Analysis Drte / By
1.0
0.050
1.0
0.00030
E200.7
E200.8
E200.7
E200.8
09117101 16:42 I cp
09/19/01 17:50/ts
09117101 16:42 I cp
09/1S/0't 17:50 / ts
34.I
I
Lab ID: C01090279-008
ClientSamplelD: WMMMW15
Analvscs
_1.{
Result Units Qual
Collection Date: 09107/01 12:01
DateReceived: 09112101
Matrix: AQUEOUS
t E'glrC
t ft,l{
MCL/
RL QCL Method Analysis Date / By
I
METALS, DISSOLVED
Chloride
Nickel
Potassium
Uranium
53 mg/L
ND mg/L
10 mg/L
0.051 mg/L
1.0
0.050
1.0
0.00030
E200.7
E200.8
E200.7
E200.8
09117101 '16:46 / cp
Ogl19l11 18:00 / ts
09117101 16:46/cp
09/19/01 18:00/ts
T
t
Lab ID: C01090279-009
Client Sample ID: WMMMWlTA
A-nalyses
Collection Date: 09107/01 i3:00
DateReceived: 09112101
Matrix: AQUEOUS
Result Units Qual
MCL/
RL QCL Method Analysis Date / ByliMETALS, DISSOLVED
Chloride
Nickel
Potassium
Uranium
41
ND
14
n n20
1.0
0.050
1.0
0.00030
E200.7
E200.8
E200.7
E200.8
mg/L
mg/L
mg/L
mg/L
09117101 16:50 / cp
09/19/01 1B:11 /ts
Ogl17l01 16:50 / cp
09/19i01 18:11 /tsT
I
T
,t i,
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I
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Report
Definitions:
ND - Not detected at the reporting limil
MCL - Maximum contaminant level
RL - Anal)4e reporting level
QCL - Quality control limit
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ENERGY LABORATOBES, lNC. . 2393 Sa/l Creek Hlghway (82601) ' PO. Box 3258 ' Casper, WY 826A2
To//FreeBBB.235.05/5 . 307.235.0515 . Fax [phone] . casper@energy/ab.com'www.energy/ab.com
LABORATORY ANALYTICAL REPORT
Client: International Uranium (USA) Corp
Project: 4T}J 1142001 POCSample EventWhiteMesaMill
Lab Order: C01110372
Report Date: 12103101
Lab ID: C01110372-001
Client Sample ID: WMMMW5
Analyses
/,,/"n/
Result Units Qual
,^r;W*Collection Date: 11/06/01 11:50
DateReceived:. lll13l0l
Matrix: AQUEOUS
ilncLI
RL QCL Method Analysis Date / B'y
ND mg/L
0-0005 mg/L
1
1
0.05
0.0003
E200.7
E200.7
E200.8
E200.8
11l16lU 10:46 / cp
11116101 10:46 / cp
11128101 04:20 / smd
11lZAlU 04:20 / smd
MAJoRToNS /lrUnru^ tt t,
:::::;, 3,sstz-touufn( ss ms/L
3'abt|'t *k 7 mstL
METALS, DISSOLVED
Nickel
Uranium
Lab ID: C41110372-002 Collection Date: 11/05/01 11:00
f)ateReceived:. 11113101
Matrix: AQUEOUS
crientSamplelD: wMMMw5A ?,"r& qf Syr*r*^ ?hr+ h
S^a/e col(a.f,-r"n-
Result Units QualAnalyses
MCL/
RL QCL Method Analysis Date / By
I
t
I
t
l'
I
T
t
t
I
T
T
I
I
l,
I
I
T
t
ND
ND
ND
ND
mglL
mg/L
mg/L
mg/L
MAJOR IONS
Chloride
Potassium
METALS, DISSOLVED
Nickel
Uranium
1
1
0.05
0.0003
E204.7
8200.7
E200.8
E200.8
11116101 11:03 / cp
11116101 11:03i cp
11128101 04:26 / smd
11128101 04:26 / smd
Lab ID: C01110372-003
Client Sample ID: WMMMWIl
Collection Date: 11i06/01 08:48
DateReceived: 11113101
Matrix: AQUEOUS
Analyses Result Units Qual
MCLI
RL QCL Method Analysis Date / B;r
MAJOR IONS
Chloride
Potassium
METALS, DISSOLVED
Nickel
Uranium
l.At t'l ,r}il^|,*
L.otttb' f c' f{ 7
I E200.7
1 E200.7
11116101 11107 I cp
11116101 11iO7 I cp
11l2BlO1 04:47 / smd
11l2AlU 04:47 lsmd
ND
0.0015
mgi L
mg/L
mg/L
mg/L
0.05
0.0003
E200.8
E200-8
Report
Definitions:
ND - Not detected at the reporting limit
MCL - Maximum contaminant ievel
RL - Anal),te reporting Ievel
QCL - Quality control limit
TRA,Ciilt'lG llc. P,\GE ti0.
I i3l?R0lrilil::
ENEBSY LABOBATORTES, lNC. , 2393 Salt Creek Highway (8260/) ' PO. Box 3258 ' Casper, WY82602
To// Free 88B.235.0515 . 307.235.05/5 , Fax [phone] . casper@energy/ab.com'wwwenergylab.com
LABORATORY ANALYTICAL REPORT
Intemational Uranium (USA) Corp
4Tll 114 2001 POC Sample Event White Mesa Mill
Lab Order: C01110372
Report Date: 12103101
Lab rD: coll10372-001 D,^Dltc,t*L 4 u:nnrqrqbr rt
Client Sample ID: WIvIMMWI lA - I $
Analvses
Collection Date: 11/06/01 08:48
DateReceived: 11113101
Matrix: AQUEOUS
Result Units
MCL/
Qual RL QCL lVlethod Analysis Date / By
MAJOR IONS
Chloride
Potassium
METALS, DISSOLVED
41
7
mgll
mgll
E200.7
E.2A0.7
E200.8
E200.8
11116101 11:11 I cp
11116101 11:.11 I cp
11128101 04:52 / snd
11128101 04:52 / sndQ..l8r-'"lc
Lab ID: C01110372-005
Client Sample ID: WMMMWl2
Analyses
Nickel
Uranium
ND mgiL
0.0014 mg/L
Collection Date: 11106101 12:34
DateReceived lll1,3l01
Matrix: AQUEOUS
Result Units Qual
MCL/
RL QCL Method Analysis Date / By
I
I
I
I
I
I
I
I
t
I
I
t
I
I
I
I
I
t
T
MAJOR IONS
Chloride
Polassium
Lab ID: C01110372-006
Client Sample ID: WMMMWl4
$il|"''' ill'.t*, ot ly
^QUranium ---l ^-ll
F,200.7
E200.7
E200.8
E200.8
Collection Date:
DateReceived:
Matrix:
MCL/
RL QCL Method
11116101 13:06 / cp
11t16101 13:06 / cp
11128101 04:58 / snrd
11128101 04:58 / sntd
1110610109:47
r1l13l0l
AQUEOUS
Analysis Date / By
EO
12
mg/L
mg/L
ND mg/L
0.0182 mg/L
Analyses Result Units Qual
MAJOR IONS
Chloride 24 mgil
potassium mgll
METALS,DISSOLVED - t A;:::1, 4 .st L-6 ut; \ilfl . |i.. ffiil
ll.rtuo'pll(
Report ND - Not d.,.[iJ,n'. r.oon,nr,iru-
1
I
0.05
0.0003
E200.7
E204.7
E200.8
E200.8
11116101 13:09 / cp
11116101 '13:09 I cp
11128101 05:19 / sntd
11128101 05:19 / sntd
RL - Analyte reporting Ievel
QCL - Quality control Iimil
TRA.CHiIiG l;C. P,\Gi: [10.
I I 3l:?R0ilC0:i
MCL - Maximum contaminant level
ENEBGY LABOBATORIES, lNC. . 2393 Sa/t Creek Hlghway (82607) ' PO. Box 3258 . Casper, WY 82602
To//FreeBBB.235.0575 ' 307.235.0575 . Fax [phone] ' casper@energy/ab.com.wwwenergylab.com
LABORATORY ANALYTICAL REPORT
Client: International Uranium (USA) Corp
Project: 4TH 114 2001 POC Sample Event White Mesa Miil
Lab Order: C01110312
Report Date: 12103101
Lab ID: C01 110372-010 Collection Date: 11/09/01 09:30
DateReceived: lll13/01
Matrix: AQUEOUS
Client Sample ID: WMMTW4-12;;; af se{tr'r ew aLffi,,,
NICL/
Analvses Result Units Qual RL QCL Method Analysis Date / By
MAJOR IONS
Chloride
Potassium
METALS, DISSOLVED
Nickel
Uranium
ND mg/L
ND mg/L
ND mg/L
ND mg/L
1
1
0.0s
0.0003
E204.7
E200.7
E200.8
E200.8
11116101 13'.25 I cp
11116101 13:25 I cp
11128101 06:44 / smd
11l2BlO1 06:44 / smd
Lab ID: C01110372-011
Client Sample ID: WMMTW4-13 ye/ec 6D BbL
Result I-lnits Qual
Collection Date: 1 1/09i01 09:30
DateReceived z 1l/13101
Matrix: AQUEOUS
Method Analysis Date / By1rylv::l
MCL/
RL QCL
I
I
I
I
I
T
I
I
I
I
T
I
I
I
I
I
I
I
I
MAJOR IONS
Chloride
Potassium
METALS, DISSOLVED
Nickel
Uranium
ND
ND
mg/L
mg/L
1
1
0.05
0.0003
E200.7
E20A.7
E200.8
E200.8
11116101 13:29 I cp
11116101 13:29 I cp
11128101 06:49 / smil
11128101 06:49 / smrJ
ND mg/L
ND mg/L
a:Lab ID: C01110372-012
Client Sample ID: WMMTW4-14
Analyses
-rr;p CD, Bh^L
Result IInits Qual
Collection Date:
DateReceived:
Matrix:
MCL/
RL QCL Method
11/09/01 09:30
ty13l0r
AQUEOUS
Analysis Date / 81'
MAJOR IONS
Chloride
Potassium
METALS, DISSOLVED
Nickel
Uranium
ND
ND
ND
ND
mgiL
mg/L
mg/L
mg/L
F.200.7
E200.7
0.05 E200.8
0.0003 E200.8
11116101 13:32 I cp
11116101 13:32 / cp
11128101 06:54 I smd
11128101 06:54 / smd
Report
Definitions:
ND - Not detected at the reporting limit
MCL - Maximum contaminant level
RL - Analye reporting level
QCL - Quality control limit
TRACiitl.iG !t0. PAGE t'{0.
| !31'?R0lir 05
ENEBGY LABOBATOBTES, tNC. . 2393 Sa/t Creek Hrghway (8260/) ' P.O. gox 3258 ' Caspet WY 82602
To//Free888.235.0575.307.235.0515.Fax[phone] - [e-mail]'www.energy/ab.com
LABORA.TORY ANALYTICAL REPORT
Client: International Uranium (USA) Corp
Project: 4TH ll4 2001 POC Sample Event White Nlesa Mill
Lab Order: C01110372
Report Date: 12103101
Lab ID: C01110372-001
ClientSamplelD: WMMMWl5
Analvses
Collection Date: 1 1/06/01 1 1:00
DateReceived: llll3l0l
Matrix: AQUEOUS
Result Units Qual
MCL/
RL QCL Method Analysis Date / By
MAJOR IONS
Chloride
Potassium
METALS, DISSOLVED
Nickel
Uranium 2.^Lr Lll
-ertl*\ ND
^ l' li o.o43o
8204.7
E20A.7
E200.8
E200.8
Collection Date:
DateReceiYed:
Matrix:
MCL/
RL QCL Method
11116101 13:'13 / cp
11116101 13:13 / cp
11128101 05:25 / snrd
11128101 05:25 / sntd
11i06i01 11:00
t1fi3l0l
AQUEOUS
Analysis Date / By
54 mg/L
10 mg/L
Lab ID: C01110372-008
Client Sample ID: WMMMWi58 Sp'L $ n,rtr
Result Units QualAnalvses
I
I
I
T
I
t
I
I
l:
T
I
:
I
I
l,"
I
I
-t:
I
I
mgi L
mg/L
mg/L
METALS, DISSOL
Nickel
Uranium i
MAJOR IONS
Chloride
Potassium
Lab ID: C01110372-009
Client Sample ID: WMMMW1T
115
29
E200.7
E200.7
E200.8
E200.8
11116101 13:17 I cp
11116101 13:17 I cp
11l3AlU 16:20 / ts
11130101 16:20 / ts
VED
iLe,
t.488'b,u|,14r,
Analyses Result Units Qual
Collection Date: 11/06101 14:00
DateReceived: 11/13101
Matrix: AQUEOUS
Method AnalYsis Date / BY
isICLI
RL QCL
MAJOR IONS
Chloride
Potassium
METALS, DISSOLVED
J4
1a
mg/L
mg/L
mg/L
mg/L
1
I
0-05
0-0003
E200.7
8200.7
E200.8
E200.8
11116101 13'.21 I cp
11116101 13:21 I cp
11130101 16:25 / ts
11130101 16:25 I tsUX"J,, E.s? tr?...*l*{ ..}i,,
S.fzrto'-?Cll.
Report ND - Not detectdl at lhe repofling limit
Definitions: MCL - Maximum contaminant revel
RL - AnalYe reporting level
QCL - Quality control limit
TRA,Ci,{tFif i.:c, P,\GE }t0.
I i372fi0nilIr,
GROUNDWATER
STATISTICAL AI\ALYSIS
BY
SI{EWHART-C T]S T]M ME THOD
DECEMBER 31, 2001
The NRC February, 1992 Environmental Assessment states that the Mill will use the Shewhart
Cusum control chart techlique for interpretation of quarterly groundwater data. Copies of each of
the current control chart plots for the White Mesa Mill groundwater point of compliance quarterly
monitoring data are provided in this section. These plots include data from the most recent quarlerly
point of compliance sampling event in December 2001.
The control charl method is a parametric test. The underlying assumption in this method is that the
charts and control limits be developed based on a parameter that has a normal distribution. ln some
cases, the parameter which exhibits a normal distribution is the measured concentration of an
analfle. In some cases, the parameter is a function of the measured concentration, such as 1og, square
root or other power of the concentration. The parameters used for white Mesa Mili data include
measured concentration, 1og of concentration, or square root (0.5 power) of concentration, as
appropriate, to generate a new control chart, or a graphic output that can be compared to an existing
controI charl.
A summary interpretation of the control charts for this monitoring period is provided below.
Chloride
Monitoring Well5:
Monitoring Well 1 1:
Monitoring Well 12:
Monitoring Well
Monitoring Well
Monitoring Well
Nickel
Monitoring Well 5:
Monitoring Well 11:
Monitoring Well 12:
Monitoring Well l4:
Monitoring Well 15:
Monitoring Well 17:
This parameter is in control as indicated by the control chart.
This parameter is in control as indicated by the control chart.
The analy'tical results are not random (high serial correlation), hence a control
chart cannot be generated. The last period rvhen the data were sufficiently
random and nomrally distributed to generate a control charl (1/98), the upper
control limit on the chart was approximately 80 mg/L. The current data is
within the previously established upper control limit, hence the parameter is
in control.
This parameter is in control as indicated by the control chart.
This parameter is in control as indicated by the control chart.
17: This parameter is in control as indicated by the control chart.
t4
15:
Al1 analytical values are below detection limits.
All analytical values are below detection limits.
Al1 analyical values are below detection limits.
All analytical values are below detection limits.
A1l analytical values are below detection limits,
All analy,tical values are below detection limits.
The parameter is in control.
The parameter is in control.
The parameter is in control.
The parameter is in control.
The parameter is in control.
The parameter is in control.
H : \Users\StafflMRRPOCtxtO202
I
I
T
T
I
I
I
t
I
T
T
I
t
I
T
I
t
t
I
Monitoring Well 12:
Monitoring Well 14: This parameter is in control as indicated by the control char1.
Monitoring Well l5:
Potassium
Monitoring Well
Monitoring Well 1t:
Monitoring Well 17:
U-nat
Monitoring Well5:
Monitoring Well 1l:
5: This parameter is in control as indicated by the control chart.
The analytical results are not sufficiently random (high serial correlation), or
normally distributed (not Gaussian), to generate a control chart. The last
period when the logarithmic data were sufficiently random and normally
distributed to generate a control chart (1199), the upper control limit on the
chart was approximately 20 m/L. The current logarithmic data is well within
the previously established upper control limit, hence the parameter is in
control.
The analytical results are not random (high serial correlation), hence a control
chaft cannot be generated. The last period when the data were sufficiently
random to generate a control chart (1199), the upper control limit on the chart
was approximately 18 mgil. The current data is well within the previously
established upper control limit, hence the parameter is in control.
The analyical results are not sufficiently random (high serial correlation), or
normally distributed (not Gaussian), to generate a control chart. The last
period when the logarithmic data were sufficiently random and normally
distributed to generate a control chart (2100), the upper control limit on the
charl was approximately 17 mglL. The current logarithmic data is well within
the previously established upper control limit, hence the parameter is in
control.
This parameter is in control as indicated by the control chart.
The analy,tical results are not sufficiently random (high serial correlation), or
normally distributed (not Gaussian), to generate a control chart-they've
been nearly constant. The last period when the data were sufficiently random
and normally distributed to generate a control charl (1/98), the up per conhol
limit on the chart was approximately 100 pCi/L. The current logarithmic
results are well within the previously established upper control limit, hence
the parameter is in control.
The anallical results are not normally distributed (not Gaussian). Hence a
control chart cannot be generated. The last period when the logarithmic data
were sufficiently normally distributed to generate a control chart (8/00), the
upper control limit on the chart was approximately 80 pCi/L. The current data
is well within the previously established upper control limit, hence the
parameter is in control.
H :\Users\S tafflMRR\POctxto2 02
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Monitoring Well 14:
Monitoring Well 15:
Monitoring Well 17:
The analytical results are not normally distributed (not Gaussian). Hence a
control chart cannot be generated. The last period when the logarithmic data
were sufficiently normally distributed to generate a control chart (3199), the
upper control limit on the chart was approximately 400 pCi/L. The current
logarithmic results are well within the previously established upper control
limit, hence the parameter is in control.
The analytical results are not sufficiently random (high serial correlation) to
generate a control chart. The last period when the logarithmic data were
sufficiently random to generate a control chart (1/98), the upper control limit
on the chart was approximately 60 pCi/L. The current logarithmic results are
well within the previously established upper control limit, hence the
parameter is in control.
The analyical results are not sufficiently random (high serial correlation) to
generate a control char1. The last period when the data were sufficiently
random to generate a control charl (6/01), the upper control limit on the chart
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previously established upper control iimit, hence the parameter is in control.
The analytical results are not sufficiently random (high serial correlation) to
generate a control charl. The last period when the data were sufficiently
random to generate a control chart (8/00), the upper control limit on the chart
was approximately 45 pCilL. The cunent logarithmic results are well within
the previously established upper control limit, hence the parameter is in
control.
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I ENERGY LAAOBATABIE.
To// FreeBBB.235.05/5 ' 307.
'UC. . 2393 Salt Creek Highway (8260/) ' P.O. Box'^'8 . Casper, WYB260205/5 . Fax [phone] . casper@energy/ab.c ,- www.energy/ab.com
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Client: Intemational Uranium (USA) Corp
Project: 4th Qtr. 2001, Surface Water
Lab ID: C01120306-001
Client Sample ID: Cottonwood A
LABORATORY AN,dI,YTICAI- REPORT
s4a. hoffi"J
Report Date:
Collection Date:
Date Received:
Nlatrix:
01101t02
12106101 15:52
12ltU01
AQUEOUS
!Analyses Result Units Qual
MCL/
RL QCL Method Analysis Date / By
1.0
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PHYSICAL PROPERTIES
Solids, Total Dissolved TDS @ 180 C
Solids, Total Suspended TSS @ 105 C
METALS, DISSOLVED
Uranium
METALS, TOTAL
Uranium
RADIONUCLIDES, DISSOLVED
Radium 226
Radium 226 precision
Thorium 230
RADIONUCLIDES, TOTAL
Gross Alpha
Gross Alpha Precision
Radium 226
Radium 226 precision
Thorium 230
0.0851 ,glr- 5'?bl '''r**
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12/12101 09:58 / ers
12112101 08:02 / ers
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12131101 13:48 / smc
12/19101 '10:00 / ph
12/20101 '12:30 / rs;
12120t01 12:30 / r:;
121311O1 12:47 I sllc
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12119101 10:00 / p'r
646 mg/L
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D efi n itio ns:
ND - Not detected at the reporting limit
MCL - Maximum contaminant level
QCL - Quality control limit
RL - Anal)4e reporting Ievel
P,f,{lt ti0.
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I ENERGY LABOBATOBIE
Toll Free 888.235.05/5 ' 307:-
'UC. ' 2393 Salt Oeek Highway (5260/) ' PO Box. -.05/5 ' Fax [phone] ' casper@energy/ab.c"
9 , Caspet WY 82602
; www.eneryy/ab.com
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LABORATORY ANALYTICAI REPORT
Client: International Uranium (USA) Corp
Project: 4th Qtr.2001, Surface Water
Lab ID: C01120306-002
Client Sanrple ID: Cottonwood B
Report Date:
Collection Date:
Date Received:
Matrix:
0U08102
12106101 15:52
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RL QCL Method Analysis Date / By
pCi/L
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PHYSICAL PROPERTIES
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METALS, TOTAL
Uranium
RADIONUCLIDES, DISSOLVED
Radium 226
Radium 226 precision
Thorium 230
RADIONUCLIDES, TOTAL
Gross Alpha
Gross Alpha Precision
Radium 226 '
Radium 226 precision
Thorium 230
642
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12112101 09:59 / es
12112101 08:02 / es
12120101 17:57 lls
12l2OlO1 17:30 / ts
12131101 15:48 / smc
12131101 '15:48 / smc
12119101 10:00 / ph
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12120101 12:30 / rs
12131101 '14:48 / smc
1213110'l 14:48 I smc
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Definitions:
ND - Not detected at the reporting limil
MCL - Maximum contaminant level
QCL - Qualitycontrol limit
RL - Analyte reporting level
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Ti/iFree AAA.255.05/5 . 30r: - 05/5 . Fax [phone] ' casper@energylab.c ' www.energy/ab.com
Client:
Project:
LABORATORY ANALYTICAL REPORT
International Uranium (USA) Cory
White Mesa Mill
Lab Order: C01080747
Report Date: 10/01/01
Latr ID: C01080747-001
Client SamPle ID: BHV-4
Collection Date:
DateReceived:
Matrix:
MCL/
RL QCL Method
08/23101 10:13
0812'7101
SOIL
Analysis Date / BYResult Units QualAnalyses
METALS, DISSOLVED
Uranium
RADIONUGLIDES
Radium 226
Radium 226 Precision
1.43
no
0.1
mg/kg
pCi/g
t
0.02
0.1
sw6020
E903.0
E903.0
09128101 02:57 / ts
09112101 01:08 / rs
Ogl12101 01:08 / rs
I
I
t
T
T
I
t
T
I
T
I
T
T
t
t
T
T
T
T
Lab ID: C01080747-002
Client SamPIe ID: BHV-5
Collection Datel
DateReceived:
Matrix:
MCL/
RL QCL Method
08123101 10:24
08127101
SOL
Analysis Date / B1Result Units QualAnalyses
METALS, DISSOLVED
Uranium
R,ADIONUCLIDES
Radium 226
Radium 226 Precision
1.66
1.2
0.1
mg/kg
pCi/g
t
0.o2
0.1
sw6020
E903.0
E903.0
09128101 03:02 i ts
Ogl12l01 02:09 / rs
ogl12l01 02:09 / rs
Lab ID: C01080747-003
Client SamPIe ID: BHV-3
Collection Date:
DateReceived:
Matrix:
Method
0812310111:00 7
o8l2llAl
soIL
METALS, DISSOLVED
Uranium
RADIONUCLIDES
Radium 226
Radium 226 Precision
MCL/
Result Units Qual RL QCL
0.43 mglkg 0.02
0.1
Analysis Date / B'Y
Analyses
pCi/g
!
Ogl28l01 03:07 / ts
Ogl12101 03:09 / rs;
09112101 03:09 / rs;
;:,ii;l ' ',1. l,',tlI l:C.
'-.1;'; -r', -,;) il '' -,il,-
--: i,l I - ., j'i 1...,1 i .t -'.
sw6020
E903.0
E903.0
0.4
0.1
MCL - Maximum contaminant level QCL - QualitY control limit
ENERGY LABOBATORIES. tNC. . 2393 Sa/t Creek Highway (8260/) ' PO. Box Scsg ' Casper WY 82602
To//Free888.235.0515 ' 307.. 05/5 . Fax [phone] ' casper@energy/ab.c, wtvw.energy/ab.con
LABORdTORY ANALYTICAL REPORT
Client: Intemationai Uranium (USA) Corp
Project: White Mesa Mill
Lab Order: C01080747
Report Date: 10/01/01
Lab ID: C01080747-004
Client Sample ID: BHV-2
Collection Date: 08123101 11:37
DateReceivedl. 08127101
lVlatrix: SOIL
Analyses Result Units Qual
MCL/
RL QCL Method Analysis Date / By
METALS, DISSOLVED
Uranium
RADIONUCLIDES
Radium 226
Radium 226 precision
0.43 mg/kg
0.6 pCi/g
0.1 r
0.02 sw6020
E903.0
E903.0
0.1
09128101 03:28 / ts
09112101 04:09 / rs
09112101 04:09 / rs
Lab ID: C01080747-005
Client Sample ID: BHV-I
Collection Date: 08123101 11:48
DateReceived : 08127 101
Matrix: SOIL
1f: .t:.
i
i'.
I
i
i
:
Analyses Result Units Qual
MCL/
RL QCL Method Analysis Date / By
T
t
T
I
I
I
T
I
I
t
I
!
T
T
I
I
!
t
I
ai
ii
;j
l'I
I
METALS, DISSOLVED
Uranium
RADIONUCLIDES
Radium 226
Radium 226 irecision
1.47
1.0
0.'l
mg/kg
pCi/g
+
sw6020
E903.0
E903.0
09128101 03:50 / ts
ogl12101 05:'10 / rs
osl12l01 05:'10 / rs
'a
I
t'rl
Report
Definitions:
ND - Not detected at the reporting limit
MCL - Maximum contaminant level
RL - Analyte reporting level
QCL - QualitY control limit
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