HomeMy WebLinkAboutDRC-2005-001108 - 0901a06880805925INTSRNATToNAL
UneNruvr (USA)
CoRponeuoN
64255.Hwy.l9l I P.O.Box809. Blanding,UT845ll .435-678-2221(phone) t 435-67&2224(fax)
March 1,2005
Mr. Dane Finerfrock,
Executive Secretary,
Utah Radiation Control Board,
Utah Department of Environmental Quality,
Division of Radiation Control
168 North 1950 West
Salt Lake City, Utah 84114-4850
Re: State of Utah Radioactive Material License No. UT1900479
WHITE MESA MILL, BLANDING, UTAH
Semi-Annual Effluent Monitoring Report for Period
July 1,2@4 through December 3t,2W4
Dear Mr. Finerfrock:
As required by Utah Administrative Code, R 313-244 (incorporating by reference 10 CFR 40.65
(subpartl)), and License Condition ll.3 A of Utah Radioactive Materials License lJtrlgC047g,
enclosed is the semi-annual effluent monitoring report for the White Mesa Mill for the period July l,
2004 through December 31,2N4.
If you have any questions reg4rding this report, please contact Mr. Ron Berg or myself at telephone
number (435) 678-222f
Sincerely,
Mr. T. Kenneth Miyoshi,
Mill Manager,
White Mesa Mill
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Mr. Ron F. Hochstein, C.E.O./President, International Uranium (USA) Corporation
Mr. David C. Frydenlund, Vice President/C.F.O./General Counsel, International
Uranium (USA) Corporation
Mr. T. Kenneth Miyoshi, White Mesa Mill Manager, lnternational Uranium (USA)
Corporation
Mr. Tom Rice - Ute Mountain Ute Tribe
Dr.Richard V Graham, Manager, Radiation andlndoorEnvironments EPA Region 8,
ruSA Denver Central Files
ruSA White Mesa Mill Central Files
UPS - Next Day Service, Tracking Number - 128416710197398124
TABLE OF CONTENTS
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Table of Contents
Introduction and Overview
Figure 1.0.... ........WhiteMesaMillSamplinglocationMap
Section 1.0.. .. . .. ... . .Gas Stack Sampling
Section 2.0.. .. . .Environmental Radiological and Effluent Monitoring Data
Section 2.1...... .Environmental Radon
Section 2.2.... .....Direct Radiation
Section 2.3....... ......Vegetation
Section 2.4........ ..Environmental Air Monitoring
Section 2.5. ... . . . . .Ground Water Monitoring
Section 2.6.... .Surface Water Monitoring
Section 2.7..... .....Soil Sampling
Section 3.0.... .....Meteorological Data
Tables and Data Analysis Reports
Table I....... . ... ..Gas Stack Sampling Results
Table II. . . . ..Gamma Radiation Environmental Monitoring Results
Table III.. .. . .Vegetation Environmental Montioring Results
Table ry...... .......Environmental Air Environmental Monitoring Results
Table V... . .Ground Water Environmental Monitoring Results
Attachment I......... .......Groundwater Statistical Analysis By Shewhart-Cusum
Table VI.. . .. ...... . .Surface Water Environmental Monitoring Results
Table VII... .. . ... .Westwater Creek Sediment Environmental Monitoring Results
Table VI[.. .... .Soil Environmental Monitoring Results
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INTRODUCTION
ANI)
OVERVIEW
Gas Stack Sampling
2.0
1.1 The Mill was in abeyant operation from July 1,2004 through December 31,
20A4. Therefore no stack could be sampled, and no data collected during this
period. For periods when the Mill stacks are operational, gas stack sampling
information would normally be reported in Table I of this report.
Environmental Radiological and Effluent Monitoring Data
2.1 Environmental Radon
Radon 222 flix is not directly measured, at the Mill's boundary by the use of TLD
chips. ruSA demonstrates conformance to the revised limits and requirements of l0
CFR 20.1302 (b) (1) by use of computational methods.
2.2 Direct Radiation
Gamma exposure rates were determined for the third and fourth quarters of 2AO4
utilizing passive integrating devices. Thermoluminescent (TLD) dosimeters were
located at each high volume air sampling station: BHV-1, BHV-2, BHV-3, BHV-4
and BHV-S. Gamma data from location BHV-3 are used as background for direct
radiation because of its remoteness to the plant mill site (approximately 3.5 miles
distant). The gamma exposure radiation results from this location are subtracted
from results of other sample locations. Table II lists gamma exposure rate
measurements for the third and fourth quarters of 2004, before and after a
background correction has been applied to locations BHV-I, BHV-2, BHV-4 and
BHV-5. It is noted, however, that a comparison of these data to the results since
1988, indicates no increased trend in direct radiation at any location. Results for the
Period are consistent with and within the historic ranges in variation of previous
sampling data levels.
2.3 Vegetation
Vegetation samples are collected at three 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 of these
data compared with results of previous years indicates no increased trend in
concentration of Ra-226 or Pb-210 in vegetation growth. Results for the period are
consistent with and within the historic ranges in variation of previous sampling data
levels. Laboratory results are included in the attachments. Recent vegetation
samples were taken during a period of severe drought in San Juan County, which has
resulted in a scarcity of vegetation to be sampled. This could impact comparisons to
previous periods.
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Graphical representations of the vegetation sampling data for the White Mesa Mill
vegetation 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. Values
reported below LLD are by definition not quantifiable.
2.4 Environmental Air Monitoring
The environmental air particulate monitoring program is conducted at the White
Mesa Mill utilizing four high volume continuous air sampling stations located as
indicated in Figure 1 attached. Data from BHV-3, which is some 3.5 miles from the
Mill site, is used as background. With U.S. NRC approval, air sample station BHV-3
is no longer utilized to collect air particulate data because sufficient data have been
accumulated at BHV-3 to apply conservative background corrections to the other
sample location data. The results of radionuclide concentrations for air sampling
locations BHV-1 (approximately 0.5 miles south of nearest residence), BHV-2,
BHV-4, BHV-5, and BHV-6 are presented in Table IV. A review of the information,
comparing results to those from previous years indicate no upward trends in
radionuclide concentrations at any location. Laboratory results are included in the
attachments.
ln addition to the environmental airsampling locations, Bfry-1, BHV-2, BHV-4, and
BHV-5, which are air sampling locations required by the Mill's radioactive materials
license, an environmental air sampling monitor (BHV-6) was installed at the request
of the White Mesa Ute Community. This air monitoring station began operation on
July 1, 1999 and provides additional environmental air sample collection data at a
location between the Mill site and the White Mesa Ute Community. Environmental
air monitoring data for BHV-6 is also included in this report.
Graphical representations of the air sampling data for the White Mesa Mill since
inception of the air sampling locations are included with this report. Note that all
values that are reported below LLD values are not plotted on these graphs. Values
reported below LLD are by definition not quantifiable.
2.5 Ground Water Monitoring
The ground water monitoring program sample results for the third and fourth quarters
of 20O4 are presented in Table V. Quality Control samples and Quality Assurance
samples are indicated on the respective quarterly results. Analysis and discussion of
this information are included in Attachment I, Table V.
2.6 Surface Water Monitoring
Surface water samples were collected for Cottonwood Creek and are presented in
Table VL During the year Z0M,there was no water present in Westwater Creek at the
Mill's sampling location. Therefore, a sediment sample was collected from this
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location and results are presented in Table VII of this report. Data utilized in
generation of the surface water trend graphs, which accompany this report, are
reported in units of microcurie per milliliter (uCi/ml). No obvious analyte trend is
evident from comparison of previous data with Cottonwood surface water samples
collected for the currentreporting period. The third and fourth quarter sampling data
laboratory results for Cottonwood Creek are attached.
Graphical representations of the surface water sampling data for the White Mesa Mill
surface water locations since inception are included with this report. Note that all
values that are reported below LLD values are not plotted on these graphs. Values
reported below LLD are by definition not quantifiable.
2.7 Soil Sampling
Annual soil samples were collected in August 2004. Results of the laboratory
analysis are presented in Table VIII of this report. Soil sampling data, since the
Mill's inception of this program, are contained in Table VIII. No obvious analyte
trend is evident from comparison of previous data with soil samples collected for the
present reporting period. Laboratory results of the 2004 soil samples are attached to
this report.
Graphical representations of the soil sampling data of the program since inception are
included with this report. Note that all values that are reported below LLD values are
not plotted on these graphs. Values reported below LLD are by definition not
quantifiable.
3.0 Meteorologi-calData
As in prior reporting periods, an independent contractor, will prepare the White Mesa Mill
Semi-affiual Meteorological Monitoring Report for the period of July l, 20A4 through
December 31,2004. This information will be retained at the Mill site for review and
inspection.
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FIGURE 1.0
SAMPLING LOCATION MAP
IIIIII'IIIIIIIIIIII
BHV-2A
TO
BLANDING
ACruAL LOCATION OF BHV-2
IS +75O FEET
DT'E NORTH
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BLUFF
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TABLE I
STACK SAMPLING
MONITORING
REST]LTS
FORTHE
PERIOD OT
JULY 1,2004
THROUGH
DECEMBER 31 ,2004
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ruC - White Mesa Mill
Table I - Gas Stack Effluent Release
For the Period of July 1, through December 31,2004
I The gas stack samples will be obtained during those periods in which the circuits or equipment involving gas
collection systems are in operation, in accordance with Mill license condition No. I 1.2.
Constituent
3'd Quarter 2004
Date Sampled: NA
Mill in abeyant operation
4e Quarter 2004
Date Sampled: NA
Mill in abevant ooeration
U-nat conc.
U-Nat Release Rate
U-nat LLD
Ra-226 conc.
Ra-226 Release Rate
Ra-226LI-D
Th-230 conc.
Th-230 Release Rate
Th-230 LLD
Pb-210 conc.
Pb-210 Release Rate
Pb-210 LLD
No effluenu
Not measured -
Mill in abeyant operation
No effluent;
Not measured -
Mill in abeyant operation
TABLE II
ENVIRONMENTAL
GAMMA RADIATION
MONITORING RE,SIJLTS
FOR THE,
PERIOD OF
JULY 1,2004
THROUGH
DECEMBER 31 ,2004
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ruC - White Mesa Mill
Table II - Gamma Exposure Rate Above Background (mRem/Qtr.)
For the Period of July 1,2004 through December 3I,ZN4
Notes: (l) Third Quarter results are determined by subtracting measured background data
collected from Location BHV-3, 34 mRemietr. + 0.80 mRem/etr.
(2) Fourth Quarter results are determined by subtracting measured background data
collected from Location BHV-3, 3l mRem/Qtr. + 0.80 mRem/etr.
Location 3rd Quarter 2004 4th Quarter 2004
BHV-1
BHV-2
BHV-4
BHV-5
0.00 mRem/Qrr. + 0.00
0.00 mRem/Qtr. + 0.00
1.00 mRem/Qtr. + 1 l0
2.00 mRem/Qtr. + 0.90
0.00 mRem/Qtr. + 0.00
2.00 mRem/Qtr. + 0.90
1.00 mRem/Qtr. + 1.10
7.00 mRem/Qtr. + 5.20
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TABLE III
VEGETATION
ENVIRONMENTAL
MONITORING
RESTILTS
FORTHE
PERIOD OF
JULY 1,2004
TIIROUGH
DECEMBER 31 ,2004
TABLE III
INTEBNATIONAL UBANIUM CORP.
WHITE MESA MILL
FORAGE BADIONUCUOE DATA
NORTH EAST OF MILL
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SAMPLED
OATE
Aa-226 Aa-?26 LLO
VALUE ERROR uci/Kguci/Kg uci/Kg 5.0E-Oa
Pb-210 Pb-210 LLD
VALUE ERROB uci/Ksuci/Xs rci/Ks 1.0E-06
27-Ar6-81 3 !XlE-0r t.oE{)s 5.OE{)a t -10E-03 t_oE{}4 r.oE{6
2GOct-81 1.40E-&1-OE-Os 5-0E.O8 5.80E-04 8.OE-O5 1.0E45
15-Aor-82 1.31E-e 1.3E-05 t oF06 4.90E{4 7 0F45 R OE{15
Ol -rril-42 r 60E{)l 1.OE{)5 5_OE-OA 8-OOE44 1.7E44 1.OE{7
3(LN0-&2.67E41 1.r E-O6 't.0E{6 1.O8E{4 9.0E-06 1.OE{5
1}ADT€I}9.36E-0t 6 2F{A a oE4a n97E1)d q 3E45 I OE{)a
Ol Jul-83 1_12E-4v 12E45 ;.oE.06 1.84E-O4 t-2E-05 1.OE-06
30Jan-84 1.09E-O 8.0E{6 4.0E.06 7.AOE04 6.2E{5 6.0E{5
2EJun-64 a l?F-il 1 2E4A 2 oE{g 3 75E-03 1.5E{4 4-OE-04
l&Nd-84 s.6t E-{v 2.OE4/,2.OE47 7.a28-O3 3.3E-{X 7.0E-08
27-Mar-85 1.05E-0(3.0E-05 2 0F.O6 a r2F-oil 1d'E4rI 2 0F-O5
l5-hrl-ns a2rj84!7.OE{r 3-OE{)6 7.70844 1_3E{4 2-OE44
09-OctAs 1.15E-&1.0E-O5 3.0E{6 5.10E-O4 3.0E{5 2.0E-O5
2L)A^r-AB 5 72841 2 rE-05 4-OE{IA 2 49E-Oa 't oE-(x l.oE-os
loJuL86 5.OlE-O/1.3E-05 3.OE-06 1.57E-O3 1-7E-O3 2.0E-O4
1&D6c€6 A 7OF-IY 5 0Ei5 3 0E{)6 6 BOF-OA 3 0E45 3 0E46
2O-Ao..87 5.90E4 7.OE-O5 r-oE{)8 1.508-ftt t.oE{)4 t.oE-06
o5-run€7 1.608-0r 3.0E{5 5.0E{8 9.50E{4 4.0E-05 t.0E-06
2r-l)*-A7 2 1f}Elv 4 0E{5 5-OE.0e 1 70E-{Xl t.oE-04 1_OE{}6
19-Aor-88 4-sOE-Or 7.OE-05 5.OE.O8 1./OEdl '1.0E.04 r.0E-06
28.rul€8 3 20F{}a ? 2E.{t5 5 oE{)f,! s()E{)A 4 AEI}A t oE-o6
o7-Atr€g 5-6()E{)z 4.OE-O5 1.10E-O3 1.0E-01
06.Jun€g I 5nF4r 2 oE{}S ) anFJla 2 0F45
07-Nd-89 6-OOE-O/5-OE-O5 7.OE-06 2.()4E{t 7.OE-05 't.4E-O5
l7-Aor-90 2 EAFJ)T 3 0F-05 4 ()EJ)6 3 3()F-.r4 2 oFJ)6 2 )F-OB
20-run-9O l-8OE-Or 2.OE-O5 5.OE.08 320E-O4 2.OE-O5 1.OE{6
l7-Oct-go 6(lFJ)/2 0F$5 5 oE{)n 3 3OF-O/i 2 .lF46 I OF{6
to-Atr 91 i-20E4 2.0E45 s-oE{6 3.OOE-04 2.0E-O5 1.OE-O6
1.Jurtsgl o roF-o!1 RE{)s 2 rlF-O7 1 9(}F-{]4 2 0E{)5 2 oE47
2GNil-el 4.50E-Oz 4.0E-Os 5.OE-O8 1.O9E-O3 5.0E-O5 1.OE-06
7)-A.r-o,160F{',r!10F-O5 ?oEJ]e I 5(}E-()4 2 0E{f5 I OE{)s
1OJun.92 r.ooE-G 7.OE-O6 2.OE-O7 7.50E-Os 2.0E-O5 1,OE-O6
10.Jun-92 7 qoF-o!3 5E{ts 3 0F-O6 7 10F4a 7 0F{r5 2 0F{r5
llAor-93 3.70E-G 2.2E45 3-OE{6 2-80E-O4 3.OE-O5 2.OE-O5
26-Jun-93 3 .x)F{la r sE',J)s 3 0F{)6 4 3I)FJ!5 3 5F{15 2 0F45
12-Od-93 6-60E{X 2.7Efi l.oE{6 5.30E{4 6_OE-05 2.0E{5
1 -!vlav-g4 I AOF-(I2 a oF45 3 (}FJts L LOF.OA 6 (lFJ)s ? oF{w
leJul-g4 1.71E-(x 12846 r.oE-o8 3.OOE{5 6.rE{5 4.5E{5
28-Nor-94 2 /!IIF-nt I 5F-O5 '7F.n7 1 70F{Yr.I 1FJ5 R 3FJI7
I I -Aor-95 6.70E-(x 5.4E46 .6847 1..IOE-M 1.3E{5 7.9E47
06-hrl-Os I 50E-(x 1 5E{6 5E{t7 5 toE-os a 5F{6 7 AF{}7
15-Nw-95 5.50E-O{5.OE-06 .aE{7 6-70E-O5 t.oE-05 8.8E-07
23-Ao196 a 2oF-o!2 SE-(}6 5F-{t7 3 2()F-O5 4 5F4A I AF-O7
31Jul-96
1!-Nd-OB 3 ff)E-Oa 2 5E{16 I AE{l7 1 4{tE.1.,d 7 1E{6 g-3EO7
21-Abt-l)?1.1oE-(x 4.7E47 1.2E.o7 4-10E-05 3.6E-06 8.1E-O7
05-S€e-97 , toF{la IL?E47 I 3F{17 21()F{5 7 3E47 a7E{)7
zlNw-97 8-OOE-fi 12E-O6 5.6E-07 1.40E-o4 4_6E46 t.1E{7
2&Mar-98 <9.10E-05 o r F-n5 o 1 F-Os <4.50E-04 A EF./IA a EF-(W
'16-Jun-98 1-AOE-O!1.2E-06 6.3E{A 4.OOE-O5 1 aE-06 3.2F47
05-Ner€8 5.70E-of 1.0E-06 82E-08 8.70E-O5 5.0E-06 4.1E47
'1s-Aor-gE 2 iltE{lt 3 0E.06 ,2Efi 3 fl)F.04 I OE{s 6 0E-O5
07Jul-g{,6.O3E-Oa 1.4E-06 8.3E.08 l.zrOE-(X 4.7E-O6 42E47
o2-Dm-Og 2 3()E4!1 (}E{6 2 3E47 2 1()E-05 I OF-06 I 1E46
1-ADr{O 5()F-Or 3 ()FJt6 1 2FJ}7 1.608-04 8.08-06 5.9E-O7
22-Jrno0 I 2t)E-(X 1_OE-07 2.,l;E47 I 60E{4 1 0E{5 r -48-()5
2l-Otr{O .60E4(r.1E-O6 x.7E47 5.10E-O5 5.0E.O6 t.9E.06
3o-AorJ)l I mE-(r t oE47 24E47 <1 2Eltl I OE{17 2 4Ert7
14Jun-01 2.30E-ft 2.Oe47 9.9E-08 3.80E-O6 2.OE47 5.0E-O7
t 7-Ded{)l !t toE-of 21E46 1 ?E{J7 3 57E45 30E{)6 6 0E47
07-Mav42 3.30E-O{1.8E-O6 7.6E-O7 4.50E-O5 2.6E-06 1.OE-05
()7-ht142 5 55E{t5 2 AE46 7 BF47 s 3l F45 3 qF46 I OE{)S
15-Dm-02 7-75E{5 3.6E-06 7.6E-07 t _29t-()4 6_2E{6 i_oE45
21-Mat{'3 9.r0E-06 r.3E-06 3.6E-07 t.13E-O5 l.6E-O6 3.4E-O6
l(LJilGO3 soE.()5 t 3E-06 3.5E47 3 26E46 2 (lE{]6 7 AEI]A
2o+{w43 5.70E-O5 3.5E-O6 t.5E-O7 4-O5E-Os 5.8E-O6 8.3E-O7
08-ADr{4 q 3aE{5 3 7F-O6 t tFJ)7 5 AAF{}5 3 0F{6 5.5E-07
12Jun44 5.63E-O5 3-4E.06 r-8E-t)7 6-42E{5 5.9E{6 g.oE-o7
3GNo\r-04 8.41E-O5 5.50E{6 2.00E-08 2.4aE-04 l./toE-Os 3.00E{7
# OBSEAVEC 6.90E+O1 6 <nF+Ol 6.90E+Ol 6.90E+O,6.q)ErOl 6.9OE]Ol
ilAXIMI.JM 1.O5E-03 t -99E-()4 9-'toE-05 7 A2E-(B I mE-01 4 5()E-{)4
VIEAN 1.62E44 t.77E-O5 2.74E-c6 6.06E-O4 1_52E-O3 2.frt€-05
iTD DEV 216F-O4 2 A8E-05 I ldE-Os 1-t4E-&t 1.19E-O2 6 73F-{)5
:2nd quarter l gg8 rc rere (bclared a dsts dE to (,oght and m gmfr6 rere tako
TABLE lll (Conr)
INTERNATIONAL URANIUM CORP.
WHITE MESA MILL
FOBAGE RADIONUCLIDE DATA
NORTH WEST OF MILL
I
I
I
I
t
I
t
t
t
SAMPLED
DATE
Aa-226 Ba-26 LLDVALUE EBROB uCi/KSuCi/Kg rci/Kg 5.0E-08
Pb.2.IO PF21O LLD
VALUE EBROB uCtrKguoiiKg uci/Kg 1.0E-06
27-Attd-e1 2 73E8!5.OE{5 5-OE-OA 7_ toE-o3 3.OE-04 1.OE-06
2o-Oci-81 2-OOE-O,4 t,0E{5 5.0E{8 8.30E-04 5.0E-O5 t.0E-06
15-Aor-82 1.04E-0r 9.0E-06 7 ()FJt6 6 anE-04 5.OE-O5 d oE-os
olJril-82 2.OOE{t t_oE45 s-0E{a 2.20E44 9.OE-{)5 -oE-o7
3O-Nd-82 2.36E4(9.5E47 1.0E-06 8.00E-05 t.0E-o5 t.0E-05
1&ADr-8i!A 5AFJ)!t aFnS 2 0E-t)8 3 53E-04 'I gE{)S oE{)5
OlJul-83 'l.l9E{,!1-1E.05 5-OE{A 1.58E-O4 1.3E-O5 .0E-05
30Jan-84 9.78E-0f 7.0E-06 2.0E-06 2 t6F-(l3 3 4Fi4 3.0E-04
28Jun-84 ) oaE{)t I OE{)s 3-OE-{lO 1-50E-{}3 7.OE-O5 3.OE-08
14-Ne-84 6.O5E.{v 1.6E-(X 2.OE47 2-58E-O3 1.1E-O4 3.0E-08
27-Mar-85 1.108-0!8.0E-06 3 0FJt6 A R1FJ}4 L2F4'3 0F-O5
15-Ii-&5 6 toE{)t 6-OE46 2.OE{6 5-40E-O4 5.OE{s s.0E45
09-Oct-85 1.O7E-OI 6.0E{6 2.0E-06 3.80E-O4 3.08-O5 2.0E-05
2t-M^r-FA a A6E4r I aE{s 2.OE46 4 rtoE{3 't 9E-04 3 0E45
loJul-88 6_66E{l t.8E-O5 3.0E46 4.78E.O3 2.1 E-04 6.0E{5
18-Dsc-86 5.20E.0r I OF-Od 3 0E{t6 t 7()E43 't oE-(x 6 0E{5
20-Aore7 4.1oE4]'t-oE-04 5-OE4A 1.60E43 't.oE-o4 .0E{6
05Jur87 1.60E{'.3 ()FJ|s 5 oF-O 5 5nF-O4 A NFJIS oF{16
22-D*-e7 3.60E{v 5_OE{5 5-OE-04 '1.80E43 1.OE-{)4 .0E{ts
'l$Aor-88 2.60E-O]5.0E-05 5.0E-08 t.90E43 t.oE-o4 .0E-06
2A-ftrLAA 3 toE{tr t.sE{s s oE-oe 1 60E-()4 4-OE-05 oE-06
07.Aor-Bg 6.20E-Ol 5.OE-O5 1.70E-O3 1.OE-04
06Jun-89 3 4NFJV 3 0E45 7 4IIEJIA 30E{}5
07+{@-89 s_1oE-(x 6.OE-05 7.OE-06 l.OOE-O3 7.OE-O5 1.4E-05
17-ADr-9O 3 ANF{V 3 ()F-Os 4 0E-n6 4 AOF{)4 2 ()F-Os 2 2E4A
2OJun-90 1-70E-0l 2.OE-05 5.OE-O8 3.20E.O4 2.OE-O5 1_0E-06
't7-oct-90 8.80E-Ot 't 6F{)5 s oF{a 2 qoF-On 2 oFJ)a t oF{6
lo.Aor-gl 3_OOE-OI 3-OE-O5 s_oE.06 4. r oE.{x 2.OE-O5 'l.oE-06
1 lJun-91 s.10E-o 3 0FJ)5 ) oF47 L 7()F-f), oF-oa ) oFJ.t1
2GNd-91 5.OOE-&4.OE-05 5.OE-08 1.soE-o3 1.OE-t)4 1.OE-06
22-Nt-92 2 rx)F{)!e oF-o6 2 nE{!6 o 6()F-o5 t 4FJt5 I OF-Os
I 0-lun-92 6_50E.Ot 5_OE-06 2.OE-06 1-20E-()4 2-OE-05 't.oE-06
l0.run-92 I 20F-&a oE-{rs 3 oE{n 1)1E-O3 a oF-os 2 0E-O5
I 3-Aor-93 I.a{,)b-{)t 1.7E-015 3.OE-06 2.1oE-04 3.0E-Os 2.Oe-G'
26-rur93 s 20F41 I 9E45 3 0E{6 I 70E-O5 3 BF-Os ) oE45
l2-Oct-gg s.'toE-ot 2.3E-05 3.OE-06 7.10E-O4 6.OE-Os 2-OE-O5
l -M^v-qa I 2.lE-tu I OE{s 3 0E{}5 o aoE-()4 'I 6F-(l4 2 OE-r]d
'l9.Jul-94 3-73E-0!1.6E-06 8.4E-O8 7.80E-O5 7.1 E-O6 4.2E47
28-No\/-94 24 Ftr I 5E-O5 7F47 26,oE.M 1 3F-O5 eAF-O7
I t -ADr-95 8./toE-il 6.1E-06 5E.o7 1.20E-M 1.1 E-Os 7.5E-05
06Jul-95 I g(}F{)!I 5E{6 4E4-f 4 50E45 4 3FO6 7 2E47
15+lry-95 1.20E4 6.8E-06 .4E47 1.OOE-O6 5.8E-()6 7.1E47
23-40r-06 a 3()E4!3.3E{6 sE{7 6-AOE{)5 6 3F-O6 1 AF=O7
3lJul96
l4-Nd-O6 3 60E{V 2 5E46 I 6E{}7 a 5{)E45 5 6F{)6 44F47
21-ADt-97 3.30E.0t 2.3E-06 1-7E47 4.40E-Os 4.8E-O6 a-4E47
05-Sso-97 5 noE.{x 3 5F-{l7 | 6F-O7 3 20F-O5 q oF-o7 ., AF47
2(lNd-97 8.908-0(7.2847 i.4E47 3-rroE.()rl 5-7E{6 11E-O7
2$Mar-98 <9.20E{t q 2F{5 q 2F{5 </t 6OF-Or 4.6E-O4 4.6E-04
I 6Jun-98 < 6-5(}E-{)8 5_5E-O8 i.5E{a <3-20E{t7 32E47 32F47
05-Nw-98 4.20E4r 't.0E-06 lE-07 1.708-0/1,0E-0s s.5E-O7
1 5-Anr-99 6 20E{!1.OE{6 l.oE47 1 A{JE.{M 7 0E-O6 t oE-o7
OTJul-99 5.45E.OI 1.4E-06 8.3E.O8 9.20E-05 4.0E-06 4.2E-O7
ff2-D*-qq I loE4z 30E{6 22E{l7 2 AAE{j5 t oF{)6 1 tF{6
21-Aor-OO 3.70E-Ol .oE.06 2.4E47 2.708-04 1-OE{s 1.2E-06
2?"Jtn-OO 2-goE{a .oE-06 t.3E{7 2.ar)E44 2-OE{)s 1 7E-{]6
2l-Ds-oO 2.30E-0(4E{6 3.7E47 3.308-O4 5.0E-05 1.9E-O6
30-Aor-01 2-toE{)r oE{6 1 5E47 <7 6E-0i 7 6F.47
14Jun41 1.30E-O(4_OE-OA 1.2847 1.80E-O6 3.0E-O8 s.9E-07
,7{)m{)l 3 7()E4r 7 A7E4-,a-30E{)I 672E4!2MF.N 6 o(.}F{t:
7-Mav-t2 4.90E-05 2.&Eot 7.60E.0i 12AE4t 5.61 E{X I -OOE-0|
7-Jul42 A AAF./)I 4A)F-0[7 60FJl;n 3:lF{)!4.32E-0(I o(lFJ)t
1s-Dec-o2 1.50E{4 6-2E-06 7-6oE47 3_16E-0{1.O7E{)5 oE45
2r-Mar{3 5.00E-05 3.4E-06 2.71 E-06 <4-2e-6 4.20E-{)6
1(Lim-O3 5 6{)E45 2 0E{)6 tt.10E{l7 1 AaE{)d 5 t4F-O6 A 2FJ|A
2O-Nd-03 3.20E-O4 8.2E-06 1.70E47 4.89E44 1.25E-05 .3E47
&ADr{4 6 2qFJ)5 t F46 2 mF47 1.94E-O5 4-00E-06 1_0E-O6
12Jun44 5.51E{5 r-4E-O5 r.30E-07 l -a7E-o5 3 90E{}6 6 sE{)7
3GNov{4 7.50E{5 4.6E{6 2-0E-08 4.45E44 1.40E-O5 3.0E-O7
{ C}RSERVFE 6 6Frnl 6 AE{I 6 6E.{ll 6 6F+0t 6.5E+Ol 6.6E+01
,,AXIMUM 2-73E-O3 r.64E-O4 920E-O5 7.10E43 4.60E{4 il.60E{X
,lEAN I qqFJtd t.95E-05 2.94E-06 7.32E-U 5.42E0,5 2.3/E45
iTD DEV-3-67E-o,[2 91E45 1_17E{5 I 22E43 I 37F{)5 7 05F45
znd quarter o, 1906 re rere decleed a di$stef aea (fue to dolgtrt, rc samd6 w@ taken
I
T
T
TABLE lll (Cont)
INTERNATIONAL U RANIUM COHP.
WHITE MESA MILL
FORAGE RADIONUCLIDE DATA
SOUfi WEST OF MIII-
Pt-2r0 Pb-210 LLDVALUE ERROB uci/Kguca/Kg uciKg 1.oE-06
znd quarle, ot 1 996 Sd Juan Cqaly, Utah, w (bclded a dsader uea (tue to drouot no samDt6 rere
collEted during lhis period-
t
I
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t
I
VALUE EFIROB uca/Kguct/Kg uoi/Kg 5.0E{8
} OBSEFVEC 6.gE+01 6 9E{01 G llE+Il l 6.gErOt 6.8ErO1 6.9E{1
AXIMUM 9.50E-04 1.,€E-O4 7.90E45 1.65E{2 7 20E.M 3 qoE-()4
IEAN 1 2oE44 r.55E{5 2.76E-06 1.O7E-O3 6.gilE-Os 2^3r E-Os
it u. uEv.1-718-M 2-t1E'o5 1-OlE{)5 2 2aFJYt 1.34E-O4 6.39E-05
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ENEncyLAAOflATOilIE-9. tNC.'HfiSatCreekHighway(s2il1).pa tux3?58 . Caspec w82602TottFree88.23s.05t5'tui- -Ets-:-Fib75ii.6te . caspr@anergybi.q www.enersylab.com
I LABORATORY ANALYTICAL REPORT
Client: Intemational Uranium (USA) CorpProject: Late Fall Vegetation Sampling Event
Lab Order:
Report Date:
c04120208
0t/1'7t|sI
I
Lab ID: C04120208-001
Client Sample ID: Northwest Area 2.920 kg
Collection Date: I l/30/04 13-30
DateReceiyed: l2/03/A4Matrix: VEGETATION
Analyses
Analysis Date / By
10
0.3
D 0.02
I
I
t
METALS - TOTAL
Uranium, Activity
RADIONUCLIDES . TOTAL
Lead 2'10
Lead 21O precision (r)
Radium226
Radium 226 precision (r)
1',t2 pCi/kS
445 pCi/kS
14 pCi/kg
75.O pci/kS
4.6 pCt/kS
SW6020 O1t14lOS 03:24 / brrrrs
NERHL-65-4 OltOTtOS 1Z:2g I ttsNERHL-65-4 OltOZtOs tZ:29 I trsE903.0 pn3tw 13:50 / dfE903.0 12t23t04 B:SA I dJ
I Lab ID: C}4t2OzOt-OOz
Client Sample ID: Northeast Area 2.395 kg
Collection Date: I l/30/04 12:45
DateReceived: lZ/03/04Matrix: VEGETATIONIAnalyses
Analysis Date I By
10
D 0,3
D o.o2
T
I
I
I
I
t
I
METALS - TOTAL
Uranium, Aciivity
RADIONUCLIDES - TOTAL
Lead 21O
Lead 210 precision (t)
Radium 226
Radium 226 precision (r)
112 pCilkg
248 pCi/(S
14 pci/kS
84.1 pCi/kg5.5 pC:tlkg
SW6020 O1l14tOS 03:38 / brivs
NERHL-65-4 OI1OZIOS 17:29 t ttsNERHL-65-4 OltOilOS 17..29 I ttsE903.0 12t23lW 13:50 / dfE903.0 1z/23t0413:SO / df
Rcport
Dcfinitions:
RL - Analyte reporting limit.
QCL - Quality control timit-
D - RL increased due to sample matrix interference.
MCL - Maximum contaminant level.
ND - Not detected at the reporting limilI
T
I l-rac k# CO41ZO2Og F)age
LZI5IfJ!ZI'@Jrdzfit,T
Toll ftee 88.2?5.0sff ; obi'?515 . Fax 302234.
.'.4.,...'lww./639, caspr@energylab.( wwwehergytab.on
T
LABORATORY ANALYTICAL REPORT
Client: Intemational Uranium (USA) Corp
Project: Late Fall Vegetation Sampling Event
Lab Order: C04120208
Report Date: 0lln/A5tLab ID: C04120208-003
Client Sample ID: Southeast Area 2.168 kg
Matrix: VEGETATION
Collection Date: I l/30/04 12:15
DateReceived: 12/03/04
Analyses Result Units Qual RL QCL Method Analysis Date / By
339 pCi/ks D 0.316 pCiftS
84.O pCi/kg D O.O35.7 pCi/kg
I
T
I
t
I
I
t
T
T
I
t
I
T
METALS.TOTAL
Uranium, Activity
RADIONUCLIDES. TOIAL
Lead210
Lead21O precision (r)
Radium 226
Radium 225 precision (t)
pCi/kg sw6020
NERHL-6'4
NERHL-6$,4
E903.0
E903.0
01l14lOS 03:42 / bws
01107105 17:29 I tts
01lill$117:29 I trs
12123104 13:50 / df
12r23lV 13:50 / df
Rcport
DeI-rnitions:
RL -Analyte reporting lirnit.
QCL - Quality conlrol lirnit.
D - RL increased due to sample matrix interference.
MCL - Maximum contaminant level.
ND - Not detected al the reporting limit.I
I
I
Tr acR# Co4 1 2C.2Cj I Page
TABLE IV
ENVIRONMENTAL AIR
MONITORING
RESULTS
FORTHE
PERIOT)
OF
JULY 1,2004
THROUGH
DECEMBER 31 ,2004
TAruM
rremnoumNUil coRmnoN
HEMESAM[
AUBENT AIR RAOrcM'CUE PMICiMIESpch
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5.1515
4.9125
4.9041
4.2133
4.1935
4.3368
4.4327
4.3528
4.nu
4.40,20
4.3441
4.2597
4.O266
4.4966
4.M7
4.4U
3.8974
3.8921
3.9430
4.O416
3.8985
3.8679
3.910r
4.@78
3.9184
e trro
0.6319
o.4238
o.4207
0.3159
o.30r4
o.3938
0.3911
o.4il3
o.3325
0.4919
o.3063
o.3413
o.1417
34&t8.3
43529.4
53597.0
63656.8
73692.O
837n.O
97n.1
t00713.1
10833.s
224W.9
3098Sr.O
41036.3
51 1 r02
34838.3
4352S_4
53597.0
63656.8
7fi92.0
837Tt-0
wTn.t
713.1
108fr).s
224@.3
3G)89.O
41036.3
zfi29.9
8691.1
10067.6
10059.8
loo35.2
10085.0
7mo.1
9996.0
10120.4
1 1574.8
8580.7
1@47.3
'10073.9
1308.4 1 1,687,965
9,105,868
10,548,059
10,539,887
'10,514,113
10,566,290
7,314,U6
10,382,043
10,574,721
1 I,996,083
8.844,413
10,356,@6tn:mma
0.0560
0.0465
0.0399
0.0300
0.v287
0.0373
0.053s
0.0438
o.Gt14
0.0410
0.0346
0.0330
o-0136
'lN.zVo
100.6%
99.9%
99.806
99.6%
100.0%
69.4%
98.6%
100.4%
100.5%
99.3%
99.7"/o
C9 lPZ
36.5
37.O
37.O
37-O
37.O
37.O
36.9
36.9
36.9
36.6
36.4
16.4
36.4Tdals9l2144.O 4.440769 4-058492 o.3823 127580.3 132.813.380 o-0376 97-4v"158
Oate Tirn6
1
2
3
4
5
6
7
8
9
t0
11
12
13
7420312
7420306
75@500
7500494
7500488
750io/,l2
75m476
7500470
7500464
7500458
7500452
7500446
7fi0440
28-JunOt
0&Jul()4
12Jul-O4
t9Jul-O4
2&Jul{4
02-Aug-04
09Aug-04
lGAug-O4
23-Aug-O4
3GAug44
07-S6FO4
13-Sep-Ot
2GSeGO4
06Jul{4
'12-Jul-@
l9Jul-04
2&Jul{4
02-Arrg{4
0SArE-04
lGAW{4
2&Aug-04
30-ArE{4
07-Sepo4
1}Sefl)4
20-S6p04
27-SeG()4
4.62s3
4.&70
4.2306
3.9270
4.q208
4.-120a
4.3045
3.9883
4.0039
4.0525
4.1527
4.1376
4.0078
.4$74
4.4868
4.1374
3.874+
3.8K173
3.9162
4.0628
3.8660
3.8652
3.9513
4.0/.29
3.9509
3.9115
o.1786
0.r602
0.0932
o.0506
0.123s
o2046
4.2417
o.1?2,3
0.1387
o.t0t2
0.r098
o.1867
o.G)63
56028.9
64718.4
663,14.o
A63/14.0
721U.1
8?2212
908et.0
r@447.3
9928.2
,59062
242..8
s7363.7
L)Ail A
44699.6
56028.9
64718.4
66344.0
66344.0
721U.1
apz1.2
90864.0
447.3
9928.2
15906.2
2n2..8
321?637
11329.3
8689.5
't625.6
0.0
5760.1
9e9.5
8642.8
gs&r.3
9480.9
5978.0
7016.6
9440.9
't@90.9
11,7W,567
9,104,192
1,7@,179
o
6,034,991
10,,103,3G1
9,030,790
'10,013,510
9,906,513
6,195,579
7232243
9,731,049
10.,101.926
o-ot53
0.0176
0.0547
#otv/ot
0,@05
0.0197
0.9268
0.0122.
0.014t
0.0163
0.0152
0.0192
0.0093
98.v/"
r@.6%
16-1v"
0.v/o
57.16/o
1@.44/o
85.7"h
95.1%
94.1"/"
51.970
41.2%
u3.7vo
100-1%
36.5
37.O
37.O
37.O
17.O
37.O
t6.9
36.9
36.9
16.6
36.4
36.4
164
Totals 91 2144-O t-1"7t)677 4 03ian6 0.1390 97567.4 r01.466.008 #otv/ot 74.9/"36.8
Ta€Nel
2
3
4
5
6
7I
9
10
t1
12
13
742031
7420€0,5
7500499
7500493
750[487
7500481
7fiU75
7500469
7500463
7fiU57
7m0451
75@445
7500439
28-"bF(X
06Jul-04
12-Jul-O4
lSJulO4
2&Jul-04
02-Aug-o4
o&Aug-04
16Aug-04
2&Arlg{,4
3GAug-04
07-Sep-O4
1&SepO4
2GSeGo4
oGJul{4
12-rul-O4
1g.rul-o4
26-Jul44
02-Aug-04
0&Aug-04
leAug-o4
23-Aug-04
3GAug-04
07-SeF04
1$Sep-04
2GSep04
27-s.ailt]4
4.6959
4.674?
4.1463
4.(x53
4.o,847
4.1671
4.4374
4.O142
4.0E,42
4.OS't5
4.no4
4.O7e9
4.0rl71
4.4865
4.5079
3.9339
3.ffi77
3.8S!8
3.9ff1,|
4.1609
3.8809
3.8719
3.9387
4.O959
3.8909am?
0.2094
0.1703
o.2124
o.17t6
0.1909
o.2140
o.2765
0.1333
0,1823
0.r528
0-1245
o.1830
0-1008
1s}z3.4
27611.8
37538.8
47263.7
57305.7
67417.1
76048.5
85645.4
951n.2
,o1094.5
8122.5
17558.9
27651.'l
7600.3
18923.4
27611.8
37538.8
47263.7
57305.7
67417_1
76048.5
85645.4
95127.2
1@4.5
41?2..5
17558.e
11343.1
8688.4
9927.O
9724.9
1@42.0
10111.4
8631.4
9596.9
9481.8
s967.3
7U28.O
9436.41rc'
1 1,703,159
9,103,039
10,4@.750
10,189,@5
10,521,2fi
10,593,950
9,018,878
10,t27,721
9,907,454
6,184,48S'
72,8,g{xl
9,726,411
10.402.366
790.01
0-0187
o.v204
0.o174
0.0181
o.@@
0.@07
0.0133
0.0184
0.@47
0.o172
0.0188
0.0097
98.3%
100.67"
q\50/.
96.570
g9.670
1@.370
85.67"
95.?h
94.1"/.
51.8%
81.yh
g}.e/"
100-1%
16.5
37.0
t'|.0
37.0
)7.0
37.0
36.9
36.9
16.9
36.6
36.4
36.4
36.4
Totals 91 21U.O 4.208938 4.tM77 o_ 1 791 12(n50_8 1%,O2.,452 0.o189 92.w"16-8
I Perlod: June 28,2004 through Septerilba Zl,2@4lSrdl Qlafter 2(xl4)
BHV6 on stream 7o
Filte, Starl sbp
Page 2
I ,eek
BHV-6
Start
Total Volume:
Total
4.41E+06
Loading, PerCent
t
I
t
1
2
3
4
5
6
7I
9
10
11
12
13
ALL BHV on stream "/"
stad
91.0%
st@
T
I
I
I
I
I
I
I
I
I
I
11,695,511
9,101,782
10,406,303
10,186,804
10,528,048
10,588,71 I
9,009,265
'r0,034,513
9,914,4s4
6,170, t87
7,253,888
9,723,216
#
1
2
3
4
5
6
7I
9
10
11
12
13
742m,03
7500497
75@491
7s00485
7500479
7fiU73
7500/,67
7500461
7500455
7500449
7500443
7500437
7ryVtA3t
28-JUr}O{
oeJul44
12-Jul-04
19Jul-04
2&Jul{4
O2-Aug04
og-Aug44
16-ArE{4
23-Au9-04
3GAug-04
07-seP{x
13-S€p-04
o6.Jul-O4
12-Jul-04
1$Jul-O4
26-Jul{4
02-Aug{4
09Aug-04
leAug-o4
23Aug44
3GAug€4
07-Sotr04
l&Setro4
2GSep44
4.s013
3.9188
3.8418
3.9261
4.V241
3.y223
3.8710
3.9308
4.0020
3.9730
3.9196
3.9074
? OTAA
Totals 9l 2184.O 3 ATAi
$ooN(or
o)
soo6lFc{
@
soo6l
N
@
(l)
d8N\@
rtooGIoC!
I-
sfoo6t
@
t\
itooC\t
@
N
$(:)o(\l
@ot(oo ,oooooacloo
Jelaur clqnc/otu
I
T
I
I
I
t
T
I
I
I
T
T
I
T
T
t
I
I
I
I Perlod: September 27, 2q)4 through [lecember 27, 2(Xrf (4th Ouarter 2fi)4)
BHV-I onslream% 88.3%BHV-'r folal Volum€: 4.25E+06
Stop Stait Total Total Loading, peroent
BHV-2 Total Volurn€: 4.82E+06
Slop Start Total Total Loading, perc€nt
BHV-I Totalvolumo: 4.gaE+ffi
Slop Start Tolal Total Loading, perCent
BHV-s ToiatvohJms: 4.74E+O6
Stop Stan Total Totat Loading, percent
Page 1
I *;"* *:,iL, sff ;:;
T
I
I
I
I
I
T
I
T
I
I
t
I
I
I
I
t
BHV-2 on stream % 100.0olo
A/eek Filter Shrt Stop
BHV-4 on stream % loo.e/"
'A/eek Filter Start Stop
BHV-s on stream o,4 W.4y"
,Veek Filter Start Stop
Lil6rsTarsN6l
I
1
3
4
5
6
7
8
9
l0
n
t2
75@436
75@430
'15W4?4
?500418
'15W4t2
7500406
7s00600
7500594
?5005E8
7500582
15W576
7500570
?5(n554
27-Sep04
0.tOcL04
I l-Oct-04
I8-OcG04
25-Oct-04
0l-Nov-04
08-Nov-04
l5-Nov-04
22-Nov-04
29-Nov{4
06-Dec-04
l3-Dec-04
20-Dec-04
4-Oct-04
I l-Ocr-O4
l8-Oct-04
25-Oct-(X
l-Nov-04
E-Nov{4
l5-Nov-04
22-Nov-04
29-Nov-04
6Dec-04
l3-Dec-04
2GDec-O4
27-D&-M
1.9950
4.1 1 06
4.to26
4.9728
3.9752
4.45t2
4.1716
3.9070
3.9081
4.W29
4.0882
3.954t
3.9192
3.8966
4.W3
3.9595
4.6745
3.9059
3.9691
4.1t25
3.848E
3.8355
3.9307
4.039t
3.894t
? q?<R
0.0984
0.1033
0.1431
0.2983
0.0691
0-082r
0.0591
0.0582
o.u726
o.w22
0.049r
0.0607
o Mlt
56324.7
6@96.7
761 58.9
86264.4
90713.O
9105E.9
t0l104.6
tt224.l
21157.2
3t4t0.7
414t8.4
51549.5
6t(i27
4593 t.l
56324.7
ffi96.7
7615E.9
86264.4
773.0
9t058.9
I 104.6
tl724.t
2t357.2
3t410.7
4t48E.4
5 1549.5
r0391.6
n72.O
tw62.2
10105.5
450E.6
245.9
tw45.7
l0r r9.5
10133. I
10053.5
tw17-'t
1006l.l
t00?3.2
10,742,4&
10,23E,352
10,542,402
10,587,768
4J23,765
299,544
10,496,668
10,573,781
t0.5E7,992
10,419,413
10.387.420
10,370Jr0
to 19) 1a7
o.001vz
0.010r
0.0136
0.0282
0.0t47
o.274t
0.0056
0.0055
0.0069
0.0069
0.0047
0.0059
offil
lol.t%
96.9%
9-8%
t0[.3%
44;1%
2.8%
99.7%
t@.4%
too.5%
w.7%
tof.0%
99.8%
99 9q,
36.5
17.0
37.0
37.0
3',1-0
37.0
36.9
36.9
16.9
36.6
36.4
36.4
164
Tomls 9l 2tE4.O 4.0907077 3.9961077 o.09t6 I 15691.6 lm352559 0.0301 88.1%36.8
Gross Tlme
2
3
4
5
6
7
8
9
10
1'l
12
13
7500435
7500429
7500/,23
7500417
75@111
7s00405
7500599
7500593
7500587
7500581
7s00575
7500569
75fi)s63
27-S€trO4
0+Oct-04
1 l-Oct-o4
18-Oct-04
25-Oct-Ot
01-Nov-04
08-Nov-04
l5-Nov-04
22-Nov-O4
29}.lov-O4
06-Dec-(x
1$Dec-O4,tutu.-M
04-&{4
11-m{4
1 8-Ocl-04
25-Oct-04
01-Notr-O4
0&Nor,-04
l$No,-04
22-Nov-04
29Nov-Ol
0GD6c-04
1$Doc-04
2GO€c-O4
27-D*-(A
4. t062
4.1402
4.1608
4.2480
4.0086
4.24/,6
3.9@7
3.9364
3.9787
4.0868
4.2031
3.9617
3.9752
3.9230
3.9894
3.9382
3.8771
3.8945
3.9895
3.8928
3.8553
3.8870
3.y277
4.1270
3.85r8
3.897
o.1832
0.15@
o-1726
0.3709
0,1141
0.2s51
0.0699
0.081r
0.0917
0.1591
0.0761
0.1099
0.1205
61498.5
712fi!.3
81329.9
91465.1
101673.7
I 1657.7
2172..9
3t836.9
41899.0
51966.4
62020.3
72.15.6
421il-7
511 10.2
61498.5
7126?.3
81329.9
91465.1
1673.7
11657 -7
217P..9
31836.9
4'1899.0
51960.4
62020.3
77214.6
10988.3
9764.8
10066.6
10r352
1@08.6
9984.0
100652
'lot t4.o
10062.1
1m67.4
r@53.9
,0195.3
9939.1
I0,736,9E2
10,230,809
10,547,012
r0,618,886
10,695,788
10,460,470
10,517,043
10,568,034
10,513,80r
10,433,819
10,362,889
10,508,63s
10.244.561
U.UI /I
o.0147
0.m11
0.0349
0.0107
0.t244
0.0066
o-n7f
0.@87
0.0152
0.0073
0.0105
nnlta
tm.l%
96.90,6
99.9%
100.570
't01.3%
99.00/.
99,9"/.
r00.3%
99.8./o
99.9./"
99.70h
101.110
94.6
36.5
17.0
3't.o
37.0
37.0
37.0
16.9
36.9
36.9
36.6
36.4
36.4
164
Totals 91 2144.O 4.077923 3.e3@2 0.1542 131044.5 r36.438.n4 o.o147 1m.o%16.8
TI
2
3
4
5
6
7
8I
10
11
12
7fiUU
7500/.2A
7fiU22
7500416
7500410
7500404
7500598
7500592
7500586
7500580
75oo574
7500s68
7s00562
"t->op-tF04-&-04
11-Oct{4
18-Oct-04
25-Oct-04
0l-Nov-O4
08-Nov-O4
15-Nov-04
22-No\/{4
2$,Nov-04
06-06c44
'llDec-o4
2GOec-04
u4-uct-u4
11oct-04
18-Oct-04
25-ft{4
01-Nov-O4
08-Nov-04
ltNov-O4
22-Nov{4
29Nov-04
0eOec-04
1&Dec-04
zODoc-o4
27"Oec-o/
4.O127
4.0991
4.0360
4.1779
3.9910
4.1038
3.9s56
3.9156
3.9391
4.VU
3.9048
3.9324
e ola
3.9151
4.W74
3.923S)
3.8883
3.9279
4.V267
3.9032
3.8656
3.8785
3.9832
3.8a53
3.8662
3.4703
0.0976
0.@17
0.1121
0.2896
0.0631
o.on1
0.0524
0.0500
0.0606
0.0652
0.or95
0.0662
o.o5t5
5274.1
62627.2
7m41.4
a2873-1
92949.1
1030@.3
13040.4
231U2
33172.3
43258.5
53356.1
63/77.8
7U$2
4245/..6
5274/.1
62627.2
726A1.4
82873.1
92949.1
30fi).3
1@ro.4
231il.2
33172.3
43258.5
53356.1
63/'77.A
10289.5
9883.1
1@3t2
r 0191.7
10076.0
'10051.2
1004{i-1
10123.8
10008.1
r0@6.2
10097.6
10121.7
10r]2o-4
10,634,866
10,354,755
,o,534.@0
10,678,@2
10,s56,8@
10,530,87'
10,490,817
10,578,n4
10,457,380
10,453,303
10,447,!82
10,432,773
10.328.369
u.u z
0-@89
0.0106
o-@71
0.m@
0.@73
0.@50
0.0047
0.0058
0.0062
0.0048
0.m63
o.m50
1C2.1
98.07"
99.7"/"
101.106
100.0%
99.70/o
99.6%
l@.4%
99.3%
1W.1y.
1W.210
tm.4%
@ ao/^
36.5
3',t.o
37.O
37.O
37.O
37.O
36.9
36.9
16.9
36.6
36.4
36.4
164Totals912144.O 4.ms246 3-918585 0.0867 131043.6 136,438,298 0.@82 1m.07"36.8
Date Time
1
2
3
4
5
6
7
I
9
lo
fi
t2
t3
7s00433
750@.27
7fiU21
75004 t5
7s00409
7500403
7s00597
7500591
7500585
7500579
7500573
7500567
7500561
27-sEqo4.
04-Oct-O4
11-Oct-04
18-Oct-04
25-Oct-04
0'l-Nov-04
08-Nov+4
,5-Nor-(X
22-Nor-A4
29-Nov-O4
06Oec-04
13-Oec-04
20.Dac-o/
04-od-o4
11-oct{4
18-&-O4
25-Oct+t
01-Nov44
0&Norr-o4
15-Nov-04
22-Nclt44
29-Nov-{X
0GDec-04'lloec-O4
20-Dec{4
27-OecS4
.o3894
4.1488
4.04,97
4.2473
4.0149
4.1431
3.9891
3.9541
3.9861
4.0993
3.9749
3.9226
3.9574
3.9325
4.0449
3.9262
3.9128
3.9455
4.O116
3.9t34
3.8788
3.8917
3.9!160
3.9008
3.8353
3.8843
o.1oan
0. t039
0-1235
o.3345
o-0694
0.1015
o.0757
0.0753
0.@.+4
o.1033
o.o741
0.0873
0.073t
37959.2
47821.4
57880.3
68052.8
76045.5
86057.O
96096.1
106218.4
16242.2
26309.9
36408.5
4653p.7
565.14-8
27651.1
37959.2
47821.4
57880.3
68052.8
7m45.5
86057.O
9@96.1
6218.4
16242.2
263(x).9
36408.5
46530.7
109)8.
9862.2
10058.9
10172.5
79g2.7
10011.5
1003(t-1
10122-3
10023.8
1m67.7
100s.6
to1n.2
100 t8.1
1 10,654,@1
r0,302,8s7
10,538,944
10,657,966
I,S74,138
10,489,42
10,489,772
10,576,707
10,473,785
10,434,130
10.408.963
10,433,258
10.325.98S
0.0100
0.0r01
0.0117
0.cxt14
0.0083
0.0@7
o.@72
0.0071
0.0090
o.00s,
0.0071
0.0084
0-007r
1@..3g..
97.8%
99.870
100.97"
79.30/o
99.y/o
99.6%
10r).4/"
99.4%
99.970
1@.zvo
1W.4%
qq doa
365
37.0
37.0
3',1.0
37t
37.O
36.9
36.9
36.9
36_6
36.4
36.4
36.4Totals9l2184.O 4.UU77 3.q)1062 o.1094 t24497.7 t34.189-91 1 0.0105 98.4vo t6.8
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Perlod: September 27, 2q)4 through Oecember 27, 2(x)4 (4th OuarteJ 2004l Page 2
BHV-6 on stream 7"
,ek Filter
BHV-6
Stop Starl
TotalVolurno: 4.82E+06
Total Total Loading, Percent
ALL BHV on stream %
Slarl
97.3%
StopWesk
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2
3
4
5
6
7
8I
10
11
12
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Date On
1
2
3
4
5
6
8
9
t0
11
12
13
t5tN4:.tz
75A0r,26
7500/20
7500414
7500408
7500402
7so0596
7500590
7500584
75@578
7500572
7500566
7500560
27-SePO4
04-m-04
1l-Oct-O4
18-Oct-04
25-m-04
01-Nov-04
08-Nov-04
'15-Nov-04
22-Nov-04
29Nov-O4
o&Dsc-04
1$Dec-O4
2o-D6c-{X
04Oct04
11-od.o4
18-Oct-O4
25-tuO4
01-Nov-Ot
08-Nov-O4
15-Nov44
22-No/-O4
29Nov-O4
0GDec-o4
1}Dec-O4
20-Dec-o.4
27-Dec-O4
4.0236
4.15118
4.0095
4.1607
3.9873
4.1 115
3.9482
3.9@
3.9712
4.1016
3.9595
3.9119
39453
s.9232
4.0551
3.8914
3.8850
3.932s
4.U275
3.8856
3.8517
3.9033
4.ml1
3.8990
3.8419
3.8884
0.1004
o.ct)97
0.1r81
o.2t57
0.05rt8
0.0840
0.0626
0.0147
0.0679
0.0805
0.0605
0.0700
0.0569
68881.1
75742.2
88820.0
98982.5
109096.2
19149.7
?918r..9
39307.0
49343.9
59418.5
69499.0
79619.4
89637.4
58599.2
68881.1
78742.2
88820.0
989&2.5
9096.2
19149,7
29184.9
39307.O
49343.9
594 t8.5
69499.0
79619.4
1q287.9
9861.1
1007r.8
10162.5
1 01 13.7
't0053.5
1m35-2
10122,-1
10036.9
1m74.6
10080.5
10120.4
10018.0
ru,t uS,zrz
r0,331,705
10,558,746
10,647,488
10,596,360
10,&33,287
10,.185,697
10.576,498
10,487,473
10,441,281
10,390,306
10,43'1,433
to 325 nB6
o.0094
0.0096
0.0il2
o.@59
0.0052
0.(n80
0.@60
0.@52
0.0065
a.@Tt
0.0058
0.0067
o rn55
1C).110
97.8%
1W.0%
100.8%
100.3v"
99.71o
99.6010
100.4%
99.6%
9!).S/"
r00.0%
1@.4%
@L%
36.5
37.0
37.O
37.0
37.0
37.0
36.9
36.9
36.9
36.6
16.4
36.4
36.4
folab 91 2184.O 4.O14731 3.S2351 5 0.0!r12 131044.2 136.439.371 o_m87 1m.070 36.E
$oo6t(o
$l
$(fo$l(o
(\l
$oo(\t
(o$l
r
srooCI
@r
r
srgo(URo(o
$oo(\t
r*$lo
tfoo(\l
t-
o
$oo(\I
F-o
soooltr(\l
CD
Jeleu clqnc/our
ry.I.'4g'',-er,e. sv,,ery/u.\ vtyyxenelwaD.comt
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LLD's are ftom Rcgulatory Guidc 4.14t Ef'uent concentration provided by Intcrnationat uraniurn corporationr: .: \.lim2&a\iem.i(DlwiM_corra.tihl.ir\t{wtzxx.rfr
QuorterlDete Samplcd
Air Volumc Radlonuclide Conccntration
pCUr,t
Error
E"ctiiatc
lCllmI.,
L.L.D.
pCilml,
Eflluent
Conc.r
uailml.
% Eflluent
Coucentrationc04p.3n37{ftA
First Quartcr 2004
Air Volumc in mls
l.o2E+l I
N/A L00E-16""rh 9.00E-14
1.00E-16 3.008-142rfu
N/A r.@E-16 9.008-r3zt$6 t,54E-t4 3.378-16 2.@E-15 6.00E-13 z.s'fE+(n
Quarter/Datc Sampled
Alr Volune Radionuclide Concentztion
ILCVmL
Error
Estimatc
nAilm]t .
L.L.D.
pCilaL
Elflucut
Conc..
uailml.
% Etlluc.at
Concenlrationc04070081{olA
Sccond Quartcr 2004
Air Volume in ml.s
1.29F.+tt
-tu N/,A l.@E-16 9.@E-t4 l.ltE-01,3OIh
N/A 1.00E-16
1.00E-16
3.00E-14
9.00E-13
22he
2loor 3.@E-15 2.72E-t6
< t.llE{z
2.@E-t5 6.00E-t3 5.07E{r
QuarrterlDate Sempled
Air Volumc Radionuclidc Conceatration
pCllml".
Error
Estimatc
tCllml.
L.LD.
pCUmL
Eflluent
Couc.r
a(--i/nf .
%E;flhtqt
Concentrationc0,o9tt76{ot
Third Quaner 2004
. Air Volume in mls
1.36E+ll I
Elu
N/A t rylE 9.00E-14aorh
N/A 1.008-16,2fu 3.@E-14
N/A
3.8s8-16
L00E-16 9.@E-t3zq-
1.058-14 2.NE-15 6.00E-13 t.75E+oo
Quarterlllatc Ssnd€d
Air Volume Radionuclidc Conccntratlon
pCitmL
Err.or
Estimatc
rrCllmL
L,L.D.
lrCilnil.
Efflueut
Conc.r
nailml .
% Eftlucnl
Concentratiolco4tztttffit
Fourth Quaner 2004
Air Volume in ml.s
I 2oF+r r
^tu l.mE-I6 9.@.E-t4 l.llE-01,3OIh
N/A I fnl]-lr(3.00.E-14-?a N/A r.@E-162thb1.59E-t4
9.008-13
2.638-t6 2.00E-15 6.008-13 2.6E+ffi
,sssgtzrtwipI
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' CLIEIIII: MTEINATIONA! IJRA,NIUM CORPORATION
RILEASE NO. Starding Qrder
Quarter/Detc Sampled
Alr Volumc Radionuclide Conccntration
pCilmL
Emor
Estinste
afl/nf .
L.L.D.
pCilmL
Ellluent
Conc.'
n?ilml .
% Eflluent
Concentration
cw3l237N2A
First Quartcr 2fi)4
Air Volume in ml-s
L36E+ t I
Eu N/A 1.00E-15 9.@E-14
239rh N/A 1.00E-16 3.008-14 < 3.33841,ha N/A 1.00E-16 9.00E-r3
zloPb 2.0l.E-t4 3.25E.-t6 2.00E-15 6.00E-13 3.,()E+00
Quarter/Ilatc Saupled
Air Volumc Radionuclide Conccntrotion
pCVmL
Error
Estlnate
t(\ilnl.
L.L.D.
pCilmL
Ellluent
Conc.'
u?llml .
VoE;tllnrcuit
Conccntration
c04070081402A
Second Quarter 2004
Air Volume in mlx
1.36E+ ll
Elu N/A 1.00E-16 9.00E-14 l.llE-013hh< 1.008-16 N/A 1.00E-16 3.00E-14
22ha N/A r.00E-16 9.00E-r32rth3.09E-rs 2.088-16 2.00E-15 6.mE-13 5.15E-01
QuarterlDate Sampled
AirYolumc Radlonuclide Concentradon
pCUmL
Error
Estimatc
nAVnl,
L,L.D.
pCilrnL
Eflluent
Conc.f
n?lla:I.
% MIIucnt
Concenlration
co/[ptt76{ry2
Third Quarter 2004
Air Volunrc in ml.s
1.33E+ 1l
ttl,N/A 1.008-16 9.00E-14aornN/A 1.00E-16 3.00E-14zhaN/A 1.00E-t6 9.00E-132rhbt.73E-t4 3.538-t6 2.00E-15 6.00E-13 2.89E+N
Quarter/Dale Samplcd
Air Volume Radionuclidc Conccntration
pCilmL
Error
Estimatc
rCilnf .
L.Ltt.
pCllmL
Effiuent
Conc.t
nlrilml -
% Elllucnt
Conccotratlon
co4t2tttffi2
Fourth Quarter 2004
Air Volume in mlx
1.36E+l I
ttu N/A 1.00E-16 9.00E-14,"rn < 1.00E-16 N/A 1.00E-16 3.00E-14n\a N/A l.mE-I6 9.00E-13
zt116 1.308-14 I.90E-16 2.00E-15 6.00E-13 2.t68+@
LLD's are from Regulatory Guidc 4.14t Effluent Concentration pmvided by International Uranium Corporatiol
E: r:blaB2qx\iedinl @iw @rFflbr\ridblr4q:200a-nr
Track# co4121116 Page
lr-rrrrr"r--r--
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EIGUVOLT,IMD AIB SAITPLING RDPORT
:
CLIEM: SIEINATIONAL UMNIT M CORPOR/ITI{)N
REPORT DATE: JouarT f9,2005
BELEASSNO SttdiryOrdcr , :" : ,r' . ,i1....r .. :.: a-,,.:::l: , .: . , , . . . t:,, l
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Quarter/Dote Sampled
AIr Volumc Radionuclide Concentration
rCilmL
Error
Estlmatc
nAilml.
L.L.D.
pCilmL
Ellluenl
Couc..
rfilmr.
% Ellluent
Conccntration
cw3t237-003A
First Quaner 2flN
Air Volume in mlx
1.36E+11
Elu N/A 1.00E-16 9.00E-14 l.llE4l-5h N/A 1.00E-16 3.00E-14ufuN/A l.mE-16 9.00E-13
2roPb N/A 2.00E-r5 6.00E-13 <. 3.33E41
Quarier/Datc Sampled
Air Volumc Radionuclldc Concentration
pCllwL
Error
Esdmatc
lfilrf .
L.L.D.
pCillml,
Effluent
Conc.t
nCilmf .
% Efflucnt
Concentration
c04070081{03A
Sccood qlafter 2004
Air Volurne in ml-s
1.36E+ ll
Bru N/A t.mE-16 9.00E-14 l.llE{t2th1.268-16 9.73E-tE 1.008-16 3.00E-14 4.2tB4tohaN/A 1.00E-16 9.00E-13zrol53.328-15 2.ttE-t6 2.00E-15 6.008-13 5.53841
Quarter/Date Sampled
AirVolumc Radionuclidc Concentration
yCUmL
Error
Esdmatc
rfilnr.
L.L.D.
yCilmL
Effluent
Conc.'
nfilml .
% Efllucnt
Concentratioa
c04091176-003
fhird Quarter 2fi)4
Air Volurne in mls
1.0lE+ll
-tu N/A 1.00E-16 9.00E14,th 2.538-16 1.39E.-t7 1.00E-16 3,00E-t4 8.4/.E0t*RA N/A 1.00E-16 9.@E-I3zrol59.66E-t5 2.flE-t6 2.00E-15 6.00E-13 t.6tE+00
Quarrter/Datc Samplcd
Air Volume Radionuclide Concentration
pCilmL
Error
Esaimatc
o?ilml -
L.L.D.
gCilnL
Elflucut
Conc..
t?ilml.
% Efflucnt
Concentration
c0412111ilx)3
Fourth Quarter2004
Air Volume in ml-s
1.368+ t I
*u N/A 1.00E-16 9.00E-14thl.l5E-16 9.73E'18 1.00E-16 3.00E-14 3.83E-01,ha < 1.00E-16 N/A r.00E-r6 9.@E-13
zroPb t.378-14 1.96E-16 2.00E-15 6.00E-13 2.298+@
LLD'r rre frou Regulatory Guide 4.14I EftIuent Conccntration provided by fnternational Uranium Coraoration
E: r :\c lira2qx\itmtird_llmiu-cnp6..in\.i^bhvt2oo4.xL
Track* CO4121116 Page
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I
r: r:\cti.uzlx\iftmliEl-@tit8_@rrot !im\.i.$ln4qAr(X-rk
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cLIEItlTr INTEaNATIONALURANIUMCOBP9SATION
agPAT DArEr JTyIy 19,209r, .'' .,,'
r-,
:
RELEASENO; SrandiryOrdor ,, ',', ' " 1: "''.,
Quarter/Ihtc Samplcd
AirVolune Radonuclidc Cooccntration
rCVmL
Error
Estimdc
nCilml.
L.L.D.
PCUml.
Eflluent
Conc.r
nl-ila]I .
% Efflucnt
Concentration
c0403t2374i0/.4
First Quarter 2oo4
Air Volurnc in mls
1.30E+ I I
-tu < l.@E-16 N/A 1.00E-16 9.00E-14
zrerh t.t2E-t6 2.18E-t7 l.mE-16 3.00E-14 3.73E4t,T,a N/A r.00E-16 9.00E-13
2thb 8.EzE-15 2.3tE-16 2.008-15 6.00E-13 1.47E+@
Quarter/Datc Samplcd
Air Yolume Radionuclide Concentredon
pCilmL
Error
Estimatc
r(--l/nf .
L.L.D.
pCilmL
Efftuent
Conc.r
n?ilal .
%Etlhtqt
Concentration
30407@81-0044
tecoad Quarter 2fl)4
Air Volurne in ml-s
1.36E+ I I
-tu t. l8E-16 N/A LmE-16 9.00E-r4 l.3lE{lz,Th 3.llE-16 2.798-11 1.00E-16 3.00E-14 l.o4E+00
zzlF.a 1.258-16 2.378-17 1.00E-16 9.00E-13 t39EA2thb2.47E-t5 1.988-16 2.00E-15 6.00E-13 4.llE4l
Quarterlllale Sampled
Air Yolumc Radionucli&Concentrotion
pCUmL
Error
Estimatc
rfllnf .
L.L.D.
FCllmt.
Eflluent
Conc.r
nCllml .
% Effluent
Concentration
c04091176-004
fhird Quarter 2004
Air Volume in mfu
1.25E+ ll
ttu t.16E-16 N/A 1.00E-16 9.00E-14 1.28E{lzttrt.728-t6 2.12E-17 1.008-16 3.008-14 5.74E4t
"opa l.l8E-15 2.48F.-t7 1.008-16 9.mE-13 1.32E02zttSl.l0F-14 3. loE-I6 2.@E-ts 6.mE-r3 1.E3E+00
Quartcr/Ilete Samplcd
Air Yolume Radionuclidc Concentradon
yCilmL
Error
Estiuatc
lCilnl.
L.L.D.
pCilmL
Effluent
Conc..
rllilmf .
% Elfluent
Conccntration
c04l2llr@4
Fourth Quarter 2004
Air Volume in ml-s
1.34E+ lt
B'u l. l4E-r6 N/A 1.00E-16 9.00E-14 r.27E4l2rolhr.06E-16 1.69E-17 1.00E-16 3.008-14 3.s2E4l
z?6Ra N/A 1.00E-16 9.00E-13,,bb 1.59E-14 2.roB-t6 2.008-t5 6.00E-13 2.64E+AO
Track# CO4121116, Page
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IIIGEVOLUME AIB SAMPLING REPOST :
CLIENT:, nttIEnNATrOX.tLUnlUtmCOSpoR4frONREPORTDATE: JanuarTl9,2O0t
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Quarter/Ilatc Sampled
Air Volumc Radionuclide Concentration
ITCVmL
Erron
Estimatc
aCi,lmf.
L.LJ.
ttCilaL
Effluent
Conc.r
n?ilal .
% Eltlucnt
Concentradon
codolt237{p.sA
First Quartcr 2004
Air Volurrc in mt*
1.28E+ll
.,I'< 1.008-16 N/A 1.00E-16 9.00E-14!ort N/A 1.00E-16 3.00E-14zhN/A 1.008-16 9.00E-r3,rhb 8.r78-15 2.26E-t6 ' 2.008-ls 6.00E-r3 1.36E+OO
Quarter/Dalc Sompled
Air Volumc Radionuclide Concentration
pCilmL
Error
Estinstc
nCUlln]I,
L.L.D.
rCUrlL
Efflucnt
Conc.r
n?ila]I.
% Efflucut
Coucentration
c04(n0081o05A
Second Quartcr 2004
Air Volume in rnl.s
1.318+ll
-tu N/A 1.00E-15 9.@E-14 l.lrE{l2r\h N/A r.mE-16 3.00E-14 < 3.338-Ol22ha< I.@E-15 N/A 1.00E-16 9.00E-132rhb3.55E-15 2.2tE-t6 2.00E-15 6.00E-13 5.92E.4t
Quarter/Drtc Samplcd
AirVolumc Rsdionuclide CotrcentretioD
pCllmL
Error
Estimate
nCilml,
L.L.D.
pCilmL
Elfluent
Conc..
nf'ilml .
%$frlrlrent
Conccntration
c04091176005
Third Quarter 20o4
Air Volurne in rnl,s
t.25E+tt
Etu N/A 1.00E-16 9.00E-t4
'zrtt l.3EE-16 r.ytB-t7 r.008-16 3.00E-t4 4.5984122fuN/A 1.00E-15 9.00E-13,rhb t.xtE-t4 3.22r.-16 2.@E-t5 6.@E-r3 2.03E+N
Quarter/Ddc Sampled
Air Yolume Radionuclidc Concentration
pCllmL
Error
Estimatc
rl:Cilnl.
LL.D.
lCi/mL
EIIIuent
Couc.r
nCilml.
S EfiIuma
Concentratioa
c04l2lllfu()5
Fourth Quarter 2004
Air Volume in mI*
I.368+ I I
ttu 1.058-16 N/A 1.00E-16 9.@E-t4 l.r6E{lttrt.728-t6 2.35E-17 r.mE-r6 3.@E-14 5.73E4t"ha N/A I.00E-16 9.00E-132rhb1.528-t4 2.058-16 2.NE-15 6.00E-13 2548+@
LLD's are fmm Regulatory Guidc 4.I4t Effluent conccntration provided by International uranium corporation
G r:\.lkfi2(xx\iemrial sui6-corpo.ilihl.irtblMaq20oa_xl,
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Track# CA4121 1 16 page
TABLE V
GROUND WATER
E,NVIRONMENTAL
MONITORING
REST]LTS
FOR
THE PERIOD OF
JTILY 1,2004
THROT]GH
DECEMBER 31 ,2004
co
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I
LABORATORY ANALYTICAL REPORT
Client: International Uranium (USA) CorpProject: 3rd QuarterPOC Sampling
uJuol r'rl" "*n
Lab Order: C04090685
Report Date: l0/A5/04
Lab ID: C04090685-001
Client Sample ID: WMM\Y #5
Collection Date: O9/14/04 10:27
DrteReceivedz 09/16/MtMatrix: AQUEOUS
Method Analysis Datc / By
1000
50
500
1
51200 ugA
NO ugA
7270 ugfl-
ND ug/L
t
I
I
METALS. OISSOLVED
Chlorids
Nickel
Potassium
Uranium
Ezco..7
E20tr]..7
E20p..7
E200.8
09nq$ 11:08 / ls
09nAU 1'l:08/ts
09n4l$ 11:08/ts
09l29lo4 00:5E / blyt
Lab ID: CM090685-002
Client Sample ID: WMMW #l I
Collection Datez 09114/M 07:12
DateRecetued: 09/16/04
T Matrir; AQITEOUS
Analysis Date / By
1000
50
500
1
3420o ug&
ND ug/L
6760 ug/L
ND UgA
I
I
METALS . DISSOLVED
ChlorftJe
Nickel
Potassium
Uranium
E200.7
E.20o..7
E200..7
8200.8
O9l24lM 11:24 t ls
09l24l$ 11:21 I ts
Ogl24tW 17:24 I ls
OglzglW 01:05 / br ls
I Lab ID: C040906E5-003
ClientSamplelD: WMM\V#12
Collection Datez 09/14/04 10:55
DateReceivedz A9/6/MIMatrir: AQLTEOUS
Method Analysis Date / By
1000
50
500
1
55100 uglL
NO ug/L
12000 ugA
16 uglL
I
I
T
I
METALS. DISSOLVED
Chloride
Nickel
Potassium
Uranium
E2@.7
E2o,.7
E20i,.7
E200.8
09n4ru1 11:27 I ts
09n4l$ 11:27 I ts
09n4l$ 11:27 I tc
09129n4 Ot12 I bv,n-",:;6 e'i")al^\
t.6b t' ThlL
Rcport
Dclinitionr:
RL - Analyte repoding limil.
QCL - Quality control limit.
MCL - Maximum contaminanl level.
NO - Nol detecled at the reporting llmit.I
I
I Track# Co4ogo6as paoe
lffi Toll Frec ffi.2356t5 . &7{'- 0515 . Fax 302234.t&9 .'caspr@en*uhb.( . w*.enagylab.@n
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I
LABORATORY ANALYTICAL REPORT
Clienfi Intemational Uranium (USA) Corp
Project: 3rd Quarter POC SamPling
Lab Order: CM090685
Report Date: l0l05l04
Lab ID: C04090685-004
Client SampleID: WMMW#13
TLkP>4'L Collection Dilez 09113104 I I r00
DateReceived : 091 16104
Matrix: AQUEOUS
Analysis Date / ByResult Units Qual RL QCL Method
1O7O ug/L
NO uglL
ND ugA
ND ug/L
I
I
t
I
METALS. DISSOLVED
Chloride
Nicke!
Potassium
Uranium
10oo
50
500
1
EaAO.7
E200.7
EzW.7
E200.8
Oglr24l01 11:30 / ts
Ogliz4l$ 11:30 / ts
OSaUU 11:30/ts
Ogl29l04 01:19 / hpr
Lab ID: C04090685'005
ClientSamplelD: WMMW#l3A
Dftrc^fa 'f multt Collection Date: 09114104 07:12
DateReceivedz 09116104
Matrix: AQLJEOUS
Result Units Qual RL QCL Method
1000
50
500
1
33300 ugA
ND ug/L
6560 ug/L
ND ug/t-
T
I
I
METALS. DISSOLVED
Chlorido
Nickel
Poia$ium
Uranium
e200.7
e200..7
e200.7
E20o.8
Ogn4lV11:33/ts
Ogn4l$ t1:33 /ls
09n1t$ 11:33 / ts
09l29l$ 01:26/ bws
T
I
Lab ID: C04090685-006
Client Sample ID: WMMW #14
Matrix: AQUEOUS
Collection Datez 09/14/04 07:42
DateReceivedz 09/16/04
iedCIJ
Analyscs Result Units Qual RI, QCL Method Analysis Date I By
1000
50
s00
1
20900 ugr/L
NO ug/L
11600 ug/L
65 ug/L
t
I
T
I
METALS. DISSOLVED
Chloride
Nickel
Potassium
Uranium
E200.7
E200.7
E200.7
E200.8
09n4l0B 11:45 I ls
09n4M 11:45 / ts
09n4lo1 11:45lls
Ognglw 01:40 / h,YB
{.r+1 15-b ,.t'l,ql
'f.{+ *w' pt; lL
I
I
I
Rcport RL - Analyte reporting limit.
Dcfiuillons: eCL - Quality control limil.
MCL - Maimum contaminant level.
ND - Not detected al the reporting limit.
Track# co4090645 Pac,e
TW :' liiv(' :;; 6: -Fax sbr.iil: i 6fr :cifi deneWa6.( =' ; a,v,1a;. e;;a!uyao. cunTollFreaSS.?J5.615
I LABORATORY ANALYTICAL REPORT
Client: Intemational Uranium (USA) Corp
Project 3rd Quarter POC SamPling
LabOrder: C04090685
Report Date: 10105/04I
t
I
Lab ID: C04090585-007
ClientSample ID: WMMW#l4A
Matrix: AQUEOUS
Df, Bb{L-Collection Date: 09/13/04 10:30
DateReceivedz 09/16104
Analyses Result Units Qual RL QCL Method Analysis Date / By
METALS. DISSOLVED
Chloride
Nickel
Potassium
Uranium
NO ug/L
ND ug/L
ND ug/L
ND ug/L
E20tr,.7
E20{,.7
Ezfft.7
E2q).8
10q,
50
500
I
09n4l$ 11:46 /ts
Ogn4l$ 11:,08 /ts
Ognq$ 11:48 /ts
A9n9rc4Ot17 lbttsT
T
6lo^L
Lab ID: C04090685-008
ClientSamplc ID: WMMW#15
Matrix: AQLJEOUS
Collectiou Drte. 09114/04 0E:15
DateReceived: 09116/04
Analyser Result Units Qual RL QCL Method Analysis Dato / By
1000
s0
500
1
42o0r, ugr/l-
ND ug/l-
10100 ug/L
44 ug/L
I
!
t
METALS . DISSOLVED
Chloride
Nickel
Polassium
Uraniurn
e200.7
E240.7
E20/J.7
E200.8
Ogn4l$ 11:51 / ls
Ogn4n411:51 /ts
Ogl24l$ll:51 /ts
Ognglo4 10:38/ bw! r ll).Zbx 10-6 ,,t-zl ,vl\
Z-nr,xPt ,CzluI
I
I
Lab ID: C04090685-009
ClientSamplelD: WMMW#l5A
Matrir: AQUEOUS
Colleclion Dile: 09/15/04 07:0O
DateReceivedz 09/16/04
Analyses Result Units Qual RL QCL Method Analysb Date / By
METALS. DISSOLVED
Chloride
Nick6l
Potassium
Uranium
1000
50
500
I
52100 ug/L
10200 ug/L
101fi) ug/L
253 ug/L
E-200.7
E200.-7
E200.7
E200.8
09l24lU 11:54 / t!
Agn4lo| 11:5r /tr
09n4n4 f:g I te
Ogl29l04 10:45 / bvwI
I
l.1r r to-+ -C lrrl
l.?lr, to"?U lL
5-e.*r-.?5
T
I
T
I
Rcport RL - Analyle reporting limit.
Dtfioitionr: OCL - Ouality control limit.
MCL - Maximum contaminant level.
ND - Nol delected al the reporling limil.
-r r ac Kr* co4090645 PaC,e
r;iF;iaifrriiir;:'ibT '''wfi-:-Fa, eoi.m.''o1e .'ci,sper@enarsyt&.( 'wwwenarsvbb.am
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I
LABORATORY ANALYTICAL REPORT
Client: International Uranium (USA) Corp
Project: 3rd Quarter POC SamPling
LabOrder: C04090685
Report Date: 10105104
Lab ID: C04090685-010
Client Sample ID: WMMW#17
Collection Date:
DateRcceived:
09114104ll,,32
a9/rcla'
Matrix: AQLTEoUS
Anelysis Date / BY
1000
50
500
1
28300 usru
ND ug/L
13000 ug/L
27 ug/L
I
I
I
t
METALS. DISSOLVED
Chloridc
Nickol
Potassium
Uranium
E200.7
8200.7
E200.7
E200.8
Ogn4l0A 11:57 / tr
Og24lA 11:51/ ts
09I24|CA 11:57 / t!
09/29lg 11:40lbta n
I .6,3 \ lO 'A st-: l.AK
1.83^ tot 7C: /L
Lab ID: C040906E5-011
Client Sample ID: TriP Blank
Matrir: AQUEOUS
Collection Date: 09/13/04 09:00
DateReceivedz 09ll6lM
Analysis Date / By
1000
50
500
1
1030 ug/L
NO ug/L
ND ug/L
ND uS/L
I
I
I
t
I
I
I
I
Analyses
METALS. DISSOLVED
Chlorije
Nick€l
Potassium
Uranium
E.200.7
E200.7
EzW.7
E200.8
09l24lw 12:fi)/ ls
09n4lor' 12:fl)/ ts
09n4n4 12:00/ ls
ogl2gl0/ 1'l:47l bws
I
I
T
t
Rcport RL'Analytereportinglimil'
Dcfinitions: QCL - Quality control limit.
MCL - Maximum contaminant level.
ND - Nol delected al the reporting limit.
Trac\* CO4O9O685 Paee
srlErrg, gcvnaav..r-e,..rv. v.vdt..9.,..,t
Toll fieeffi.235.$t5 . 30T' 615, Fax 307.84.tfu .-cbsper@energylab.(- .mrueneryylab.om
QA/QC Summary Report
Client: Intemational Uranium (USA) Corp
Project: 3rd Quarter POC Sampling
Report Date: 10/05/04
'ffork Order: CM090685
AnaMo Result RL %REC LowLimit Hlgh Limil RPD RPOLimit Qual
Method: E2O0.7
Sample lO: C0409058$00lAtUSt
Pota33ium
Sample lD: C0,f09068il01AMS3
Chloride
Sample lD: C04090585-O0lAlUSOt
Polassium
Sample lO: C04I)90685-O0iAMSD3
Chloride
Matrix Spike
50.1 mgA
Matilx Spke
1il mgA
Matdx Spil<e Duplicate
54.0 mg/l-
Matdx Spike Duplicatc
149 mgA
7.5
3.3
12585
12585
85 125
85.70.50
,.0
0.50
1.0 97.8
Balch: R40736
09D4lM 11:11
09mqwfi:14
@fiz4t$ 11i17
20
09ti21lO1 11:21
20
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T
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ilethod: E200.8
Sample ]D: LRB
Uranium
Sample lD: C04090381{OtAttlS4
Uranium
Sample lD: C114090381-0OlAf,l9D.0
Uranium
Sample lD: C040$381-OtlAItlS4
Uranium
Sample lD: C040903E1-0llAItlSD4
Uranium
Method Blank
ND mg/l-
Post Digesiion Spiks
0.426 mg/t-
Post Dig$lion Spike Dup
0.411 mg/L
Posl Dig$lion Spike
0.126 mg/l-
Post DigBrtion Spike Dup
0.125 mg/l-
0.00030
0.00030
0.00030
0.00030
2.6
130
,30
70
70
105
83.2
Batch: R4O8A0
09ri2MX 14:O3
@t281O42'|.56
A
09t28101 22:03204
O9E9IMOO:O2
09129(X oO:O{,
20't01
Method: E200.E
Sample lD: LRB
Uranium
Sample lD: Gl!4090685{Xr9AlrlS/0
Uranium
Sample lD:
Uranium
Method Blank
ND mgA
Post Oigestion Spike
0.290 mglL
Posl Digestion Spike Dup
0.302 mg/l-3.8130
70
70
75 130
Balch: R4O$X)
O9t29lO1 1O:1O
O9l29lO1 10:52
A
09129/0,f 1O:59
204
Qurlilicn:
RL - Analyte reporiing limit.
NO - Not detect€d at the reporting limit.
A - The analyle level was grealer than four times the spike level.
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I IJ\BORATORY ANALYTICAL REPORT
Clicnt Intcrnational Uranium (USA) Corp
Projcct 4th QuarterPOc Sampling
Lrbordcn C04110533
Report Drts 12106104IL.bIIx C04110533-001
Clicnt Srmplc II) WMMW #5
Mrtrir: AQ{IEOIJS
Collocdon D*ez lll09.104 09:48
DrtcRcceived: I l/l l/04
Anrlyscr Rgult Unitl Qud RL QCL Mcthod Anrtysir Drt / By
1000
50
t0q)
I
510(x) ugrlND ue,L
8830 'rgrtNO no/L
I
I
T
ETAIS.DISSOLYED
Chloride
Nicld
Pobdum
Uradum
E200.7
E200.8
E?,J0,.7
E200.8
11l21llV 11:05 /tr
1AW 0{:30/bw
firuUU '11:05/tr
|AUM 04:30lbtrt
T I,rbIID C04110533-002
ClicntSrmplc IID m,IMW#ll
M*rir: AQLJEOUS
C-ollcctio lhtc: 1lO9/(X 08:05
IlrtcR.ceivGdz I I lll I M
I Anelyser ksult Utriti Qul RL QCL Mctlod Atrdycir Drtc/By
I
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reTAI.9.D}SSVED
Chtorld€
Nlctd
P6sium
Uradum
1000
50
1000
I
29500 ugrl
ND Ue,L
76S0 W/LND t'g/L
E2oo.7
E200.8
E20,o.7
E200.8
1112t2ilr1 1t:08 /tg
1U0an1(f:50/bra
11122f4 1l:08 /ts
nlwnl 04:50/b*!
Irb IIh CO4l10533-003
Clicnt Srnplc IID WMMW #12
Metrir: AQUEOLJS
Collition Detcz llf}9fi4 10:12
DeteRcccivcd: llllll04
Andyser Rcauh Unit!Qul RL QCL Mcthod Auelysir Drt l By
E?iJ0,.7
E200.8
emo.7
E200.8
1m0
50
1flXt
1
il7w usrtND ug,L
1370/J W/L16 Ilf,IL
I
I
I
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I
I
ETALS.IXIS(LVEI'
Chtaido
Nlcld
PoBslun
Uranlum
fimXY 11:11rlg
flhlw (r:tlrbr!
11llYtlU 11:11 I ts
flMnl (X:ttlbwa
Rcron RL -Andt1b reporling lirntDc[ridorr: OCL - eudity cootol llnlt
MCL - Mainum cdfinninatletd.
ND - tld deCctcd d tln reporling limil.
T
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I I.I\BORATORY ANALYTICAL REFORT
Client:
hoicct:
International Uraaium (USA) Corp
4th Qusrtcr POC Sampling
kb0rden C04110533
RcportDatc l2l$lWt
I
Irb IID CMll0533-004
Clhnt Srmph III WMMW #13
Mrtrir: AQUEOUS
Collccdon Detc: llCIt/04 lO30
DrteRcceivcdz ll llll 04
MCU
Anrtyser Rclutt Utritr Qrnt ru, QCL Mcthod Aulysis lhte/ By
iar.
ug/L
r.rC/L
r^p/L
t
I
reTAI,s.DISSOLVED
Chldl(b
NKJd
Pohdum
Urarium
20000
NO
91X)
ND
1000
50
lqx)
1
EAX).7
EZp.6
Ffr.7
EAD.8
11122fr111:18/ts
12lUtU 0{:59/bp
filUU 11:'18/ts
12104,101 Otl:50 / bE
I Irb II> C04110533-005
Ctbnt SrmplcIID WMMW #l3A
Mrtrir: AQLJECI,TS
collccdm lhtc: llr09/04 0t:05
DrtcRmcivcd: llllll04
MCI-/I An lpcr Rcault Utrttr Qnd RL QCL Mcthod Anelysls lletc / By
1000
50
1000
1
uC/L
UatL
rrS/L
ng/LI
I
TftTALS- OTSSOLVED
Chb.ido
Nkkd
Pobssh.rm
Uradum
20100
NO
9290
NO
E200..7
E200.8
Ez)o.7
E200.8
fifAUUfi:21 lls
121(X/Ot 05:04/bw
fifUUfi:21 lE
12(Xru4 05:0{ / bv6
LTbIIL C04110533-006
Clicnt Samplc ID: WMIT W #14
Mrtrir: AQLTEOI S MC17
Collecttom lletc: I l/(D/04 0t:40
IhtcR,ccctved: llllll04I
Anrl;lrc!Rcautt Unitr Qurl RL QCL Mcihod Anrtyfii llr& / By
19300 r{rLND rE^
11700 ng/LA2 ug/L
T
I
I
I
ETALS.DFSOLVED
Chb.iro
Nidd
P&eeium
Uraium
1000
50
1000
1
E2oO7
E200.8
EN7
EAn.8
firuzfil 11:58rti
12/0{n105:09/bG
fn:UU 11:58/ts
12lUM 05:09/bm
t
T
I
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R.pon
Dcftirlou:
RL - Analye reportng limL
OCL - Oudlycontd lint
MCL - Motrnum ccnlilinrt leid.
NO - l'ldrrffi aa ther@rtng lhiL
I
I LI\BORATORY ANALYTICAL REPORT
Clicnh Internatiqral lhanium (USA) Corp
Project 4th Quart€rFrc SamPling
L,rbOrdcr: C04110533
Rcport Dete 12J06104
T
I
Lrb II) C04l10533-007
Ctbnt Srmple III WMMW #14A
Mrtrir: AQITEOUS
Cottcction llrts I l/0UM 09:00
DrtcRcceived: ll llll04
Anelyscr RcsuL Unia Qul RL QCL Mctbod Anetysis lhtc / By
Emo.7
E200.8
EgJ/o.7
E200.8
1(x)0
50
1000
1
221W r{/l-ND r{/L
9720 qeA
ND WL
I ETAT.S.T'BSOLVED
Chhrid.
Nlcl(6l
Pobdum
Uranium
firAlU 12:01 Its
|AUM 05:33/brtfrua l20r rt.
12JU,M 05:33/blrI
T
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I,eb IID C04l10533-008
CllcntSamplcll} WMM!Y#I5
Mrtrir AQIJEOUS
Collcctio Drts I l/tD/04 0* 14
DrtcRccrivcd: llllll04
Anelyscr Rcault Unit!Qut RL QCL Mcthod Analysis Drt / By
I
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ETALS. DTSSOLVED
chH(b
Nld(€l
Potessium
Uradum
Emo7
E2(x}.8
e20,o.7
E2d).8
1000
50
1qro
1
40400 l.Brt
ND rrC^
10'100 tC/t
47 rJS/L
111122fit1 1201rrB
l2lmloa 05:42lbI!
11lZ2lU 12:.U lls
lZW103{2/btB
LrbII> C04l10531009
ClientSemplc ID: VMMIY #l5A
Mrtrir: AQUXOUS
Collcctioo lhte: I ll09l(X 09:fi)
IhtcRccrived: ll ll ll 04I
Anrlyscr R.$lt Unit!Qud nf, QCl Method Anrtysis Drte/ By
Fl,i/o.7
8200.8
E2il).7
E200.8
ro00
50
'r000
I
31t(x) ue^
5760 u/L
6240 u0/L2Sg ue/L
I
I
I
I
reTAIS. DT9SOLVED
Chbido
Nhtd
P6shrm
Urarium
fiEDIA 12Ol lt9llUM 05:.37rbsa
11tZ2M 1207 lb
12104,8105:47/bB
I
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Rcpon RL -Andyt teporlirp limilDa[ridor: OCL - Ouakyco.tbd lh1;t
MCL - ilainum cotarninart letrd,
ilo - Noa debced d th€ refrting limit
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I II\BORATORY ANALYTICAL REPORT
Clicm: Internatimal Lhurium (USA) Co'rp
Proicct 4th Quartcr POC SamPling
Lrb Ordcn C04l10533
Report Drtc lYMlO4ILrb IIL C04110533-010
Clhnt Semplc IID WMMV#I7
Collcction Drtc: I UA9fi4ll:00
DetcRecivcd: I lll l/04
Mrtrix AQLIEOUS
Rcault Uritg Qul
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ETALS.DESOLVED
Chlcri&
Nickoa
Pdalsiun
Uradum
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l2l0{,l0a 05:521brw
11t1U2tO11210rt!
l2l$l$ 05:52 /bw!
Irb IIL C04110533-0ll
Clhnt Srmplc IID TriPBlutk
Coltccdou Drtc: I 1fi9104 I l:fr)
IhtcRccciwd:. llllll04
MrtrL: AQLIEOUS
Relult Units
820,0.7
E2,}0.8
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EZro.8
1000
50
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256{10 tErL
ND tSrL
10400 ug/L
ND uS/L
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Chlqi(b
Nlcl(6l
Potasiutt
Urarium
11t2M 12',13rt3
12lUlU 05:50/bu!
lltullw 1213 /ts
12lUM 05:56/brr
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Rcpon RL-AnaDbrepodinglinLDcfiddo* OCL - Ouality contd linit
MCL - Mainum cmfnhsil le\d.
NO - Nd d€necrcd at the regCting linit
ATTACHMENTI
GROUNDWATER
STATISTICAL ANALYSIS
BY
SHEWHART. CUSUM METHOT)
DECEMBER 31 ,2004
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The NRC February, 1992 Environmental Assessment states that the Mill will use the Shewhart-
CUSUM control chart technique for interpretation of quarterly groundwater data from analyses of
chloride, nickel, potassium, and natural uranium on an intra-well basis.
Control chart methods are widely used as a statistical tool in industry because they provide a visual
tool for detecting trends and abrupt changes in concentration levels. The Shewhart-CUSUM control
chart method consists of plotting standardized constituent concentration data versus time.
Compliance is then evaluated by comparing the standardized concentrations against predefined upper
bounds, which are based on standard deviations. Once the concentration data is standardized, the
data is plotted versus time. Two upper bounds are plotted with the data. One is a statistical upper
bound for the cumulative sum data, while the other is an upper bound for the standardized mean data.
Compliance is evaluated by comparing the cumulative sum data and the standardized mean data to
the appropriate upper bound. If the cumulative sum data or the standardized mean data exceed their
respective upper bounds, they are considered to have exceeded their control limits or to be "out of
control", which would indicate a statistically significant increase in constituent concentration.
Copies of each of the current control chart plots for the White Mesa Mill groundwater Point of
Compliance ("POC") quarterly monitoring data are provided in this section. These plots include data
from the most recent quarterly POC sampling event in November 2004.
The software used by IUSA to interpret this data draws graphical time-plots of the data for each
analyte, and then performs a series of statistical tests to determine if it can draw a control chart for
that analye.
1. The software first checks how much of the data is above detection levels for the analyte. If
25 percent or more of the data is below detection limits, the software will not draw a control
chart and will draw a graphic plot with the label "Control chart not tried. More than 25
Percent non-detects." If the data passes this test (75 percent of the values are above detection
limits), the software proceeds with a second test.
2. The software then checks whether the data is random. If it finds the data not to be random, it
will not draw a control chart, and will draw a graphic plot with the label "High serial
correlation." If the data passes this test, the software proceeds with a third test.
3. The software lastly checks whether the data has a normal (bell-shaped or "Gaussian")
distribution. If it does not, the software will not draw a control chart and will draw a graphic
plot with the label "Variability does not appear Gaussian." If the data passes this test (is
normal or Gaussian), the software will draw a control chart
If the data does not pass one or more of the statistical tests and the software cannot draw a control
chart, it is not an indication that the analyte is out of control. A human interpreter can apply one or
more external practical tests to the resulting graphic plot to determine whether or not the analyte is in
control.
For example, if the data do not pass the normality test, and the graph contains the label "Variability
does not appear Gaussian," it may be due to the presence of a large number of sample results with
the same numeric value. The natural uranium activities in WMMW-5 and 11, among others, exhibit
this repetition of similar or identical values over time. ln each case, the data plot of the actual
activity is a line of nearly horizontal slope, and the software is unable to draw a control chart. This
graphic output does not mean the plotted parameter is out of control - it merely indicates the activity
SUAT\POCIxt020705
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of natural uranium at each of these locations has not been changing over the time interval sampled
and plotted.
If the data does not pass the randomness test, whether the results are static or exhibit a trend up or
down, and the graph contains the label "High serial correlation," this likewise does not mean that the
plotted parameter is out of control. For example, the plotted chloride concentration in WMMW-12,
whether viewed as the actual concentration, the square root of the concentration, or the logls of the
concentration, exhibits a gradual downward slope. This graphic output does not mean that the
plotted parameter is out of control. This parameter was in control, as indicated by previous control
charts, in earlier sampling periods when its value was higher than it is now. It remains in control at
the current lower concentration values as well, even though the software cannot currently produce a
control chart.
Similarly, in the case of the natural uranium activities in WMMW-I , 15, and 17, the plotted
parameters do not pass the randomness test, due to a trend in the data, and each graph contains the
label "High serial conelation." The trends are present, and the software cannot generate control
charts for these wells, whether the data is viewed as the actual activity, the square root of the activity,
or the logls of the activity. As described above, if the data does not pass one of the statistical tests,
and the software cannot generate a control chart, it does not indicate that the parameter is out of
control. In the case of the three wells mentioned above, the trend that prevented generation of a
control chart may appear upward when viewed over all the historic data, or downward when viewed
over the past 21 months or 7 sampling periods. However, all reported values for each of these wells
have remained within each well's previous upper control limit, established when the data for each
well was last random enough to generate a control chart. Hence, natural uranium activities in all
three wells remain in control.
The control chart method is a parametric test, that is, statistically valid control charts can be drawn
and interpreted for the measured concentration of an analyte, or for a mathematical function of the
analyte concentration. As stated above, one underlying assumption in this method is that the charts
and control limits be developed based on a parameter that has a normal ("Gaussian") distribution. In
some cases, the parameter that exhibits a normal distribution is the measured concentration of an
analye. ln some cases, the parameter that has a normal distribution is a mathematical function of
the measured concentration, such as the log, square root, or other power of the numerical
concentration value. The parameters used for White Mesa Mill data include measured concentration,
log of concentration, or square root (0.5 power) of concentration, as appropriate, to generate either a
new control chart, or a graphic output that can be compared to an existing control chart for the same
parameter from a previous monitoring period.
A summary interpretation of the control charts for the groundwater analytical results for chloride,
nickel, potassium and natural uranium for this monitoring period is provided below.
SVAT\POCIxIA2UO5
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Chloride
Monitoring Well 5: This parameter is in control as indicated by the control chart-
Monitoring Well 11: This parameter is in control as indicated by the control chart.
Monitoring Well 12: The analytical results are not random (high serial correlation), hence a control
chart cannot be generated. The last period when the concentration data were
sufficiently random to generate a control chart (1/98), the upper control limit
on the chart was approximately 80 mgll,. The current concentration is within
the previously established upper control limit, hence the parameter is in
control.
Monitoring Well
Monitoring Well
Monitoring Well
Nickel
Monitoring Well5:
Monitoring Well.11:
Monitoring Well 12:
Monitoring Well 14:
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.
This parameter is in control as indicated by the control chart.
All analytical values are below detection limits.
All analytical values are below detection limits.
All analytical values are below detection limits.
All analytical values are below detection limits.
All analytical values are below detection limits.
All analytical values arebelow 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.
SVAT\POCtxt020705
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Potassium
Monitoring Well 5:
Monitoring Well 1l:
Monitoring Well 12:
Monitoring Well 14:
Monitoring Well 15:
Monitoring Well 17:
This parameter is in control as indicated by the control chart.
The analytical results are not sufficientlyrandom (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 (l/99), the upper control limit on the
chart was approximately 20 mglL. The current 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.
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 (2/00), the upper control limit on the
chart was approximately 17 mgtL. The current 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.
SVATtFOCtxt020T05
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U-nat
Monitoring Well 5:
Monitoring Well
Monitoring Well 12:
Monitoring Well
Monitoring Well
Monitoring Well
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 (1/98), the upper control limit on the
chart was approximately 37 pClL.The current results are well within the
previously established upper control limit, hence the parameter is in control.
The analytical results are not normally distributed (not Gaussian). Hence a
control chart carurot 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 68 pCi/L. The current data
is within the previously established upper control limit, hence the parameter
is in control.
The analytical results are not normally distributed (not Gaussian). Hence a
control chart carmot be generated. The last period when the logarithmic data
were sufficiently normally distributed to generate a control chart (2104),the
upper control limit on the chart was approximately 30 pCi/L. The current data
is within the previously established upper control limit, hence the parameter
is in control. ln order to ensure consistency with past reports and to facilitate
comparison to the previously established control limit, both logarithmic and
actual value charts are included in this report.
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 (l/98), the upper control limit
on the chart was approximately 63 pCifi-. The current results are within the
previously established upper control limit, hence the parameter is in control.
ln order to ensure consistency with past reports and to facilitate comparison
to the previously established control limit, both logarithmic and actual value
charts are included in this report.
The analytical results are not sufficiently random (high serial correlation) to
generate a control chart. The last period when the concentration data were
sufficiently random to generate a control chart (6/01), the upper control limit
on the chart was approximately 57 pcilL. The current concentration is 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 (8i00), the upper control limit
on the chart was approximately 45 pClL. The current results are within the
previously established upper control limit, hence the parameter is in control.
SUAT\POCIxr02O105
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SURFACE.WATER
ENVIRONME,NTAL
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DECEMBER 31 ,2004
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Toll Free fi8.?J5.0515 , 007.< '515 . Fax 307."34.1d?9 ' casper@energylab.q Ywwenergylab.comI
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LABORATORY ANALYTICAL REPORT
Client: International Uranium (USA) Corp
Project: 4th Quarter Surface Water
Lab ID: C04l10058-001
Client Sample ID: Cottonwood Creek
Report Date:
Collection Date:
Date Received:
Matrix:
t2109/M
10127/M 10:05
t0t29lM
Aqueous
Analyses Result Units QuaI
MCI,/
RL QCL Method Analysis Date / By
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PHYSICAL PROPERTIES
Sollds, Iotal Dissolved TDS @ 180 C
Sollds, fobl Suspended TSS @ 105 C
METALS. DISSOLVED
Uranium
METALS. SUSPENDED
Uranium
RADIONUCLIDES . DISSOLVED
Gross Alpha minus Rn & U
Gross Alpha minus Rn & U Preclslofl {i)
Radium 226
Radlum 226 precision (t)
Thodum 230
RADIONUCLIDES . SUSPENDED
Radlum 226
Thorium 230
215
50.0
0.0033 mg/L
0.0005 mg/L
1.9
1.2
2.0
0.5
ND
ND
ND
mS/L
mga
.t0
1.0
0.0004
0.0003
1.0
0.2
0.2
0.2
o.2
ACilOC
E160.2
E200.8
E200.E
E900.1
E900.1
8903.0
E903.0
8907.0
E903.0
E907.O
fnAU19:22ldd
11nU04 12:O1 I dd
11t17lU 06:21 / bna
11117104 06:31 / bws
11|OUU 10:05 / rs
1tn3n410:05/rs
l1nAUfi:35 ldl
11n2l|t4 14:35 I dt
fiE4l$ 10:30/ph
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pCi/L
pCi/L
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pCiA
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Definitions: eCL - euality control limit.
D - RL increased due to sample matrix interference.
MCL - Maximum conbminant level.
ND - Not detected at lhe reporting limil.
-r r ack# co4 1 1 0058 Pao e
ENEflCY LABORATOEIES, lNC, . 239i, Salt Creek Highway (82ffi1) . P.O. &ox 3258 ' Caspe4 W 82il2
TollFreeM8.235.05l5 . il7.(''0515 . Fax 307.234.1639 . casryr@energylab.I ?n/tvw.energylab.Nm
LABORATORY ANALYTICAL REPORT
Client: International Uranium (USA) Corp
Project: 3rd Quarter Surface Water
Lab ID: C04080506-00I
Client Sample ID: Cottonwood Creek
Report Date:
Collection Date:
Date Received:
Matrix:
08fi3/04
0810910412:10
08/tt/04
Aqueous
Analysis Date / ByMethod
NICLI
Qual RL QCLResult UnitsAnalyses
t
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Solids, Total Dissolved TDS @ 180 C
Solids, Totat Suspended TSS @ 105 C
332 mdL
137 mg/L
10
1.0
A2540C
E160.2
08111104 17:04 I dd
OBll2lU 08:34 / dd
Rcport RL - Analyte reporting limil.
Dcfinitions: eCL - Guality control limit.
MCL - Maximum contaminant level.
ND - Not detected at the reporting limit.
Track# co40ao506 Paqe
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TABLE VII
soIL
ENVIRONMENTAL
MONITORING
REST]LTS
FORTHE
PERIOD OF
JULY 1,2004
THROT]GH
DECEMBER 31 ,2004
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TABLE VII
TNTERNATIONAL URANIUM (USA) CORPORATION
WHITE MESA MILL
WESTWATER SEDIMENT SAMPLE DATA
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SAMPLE
DATE
LLD
uCi/ko
RADIUM-226
RESULTS ERRORuCi/ko uCirko
NATURAL URANIUM
RESULTS LLDuCitko uCi/ko
09-Aus-04 <1.00E-051 ruA I t.ooe-os <1.00E-051 1.00E-05
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0515 . 307.{ 1515 . Fax 307.234.1639 , casper@energytab.( vwwenergytab.amToll Free 888.2&5.
LABORATORY ANALYTICAL REPORT
Client: Intemational Uraniurn (uSA) Corp
Project: Annual Soil Sampling
Lab Order: C04080505
Report Date: 09101104
Lab ID: C04080505-007
Client Sample ID: Westwater Creek
Collection Date: 08/091A4 12:45
DateReceiyed: 08/ll/04
Matrix: SOIL
Result Units Qual RL QCL Analysis Date / By
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Radium 226
Uranium
ND
ND
uCi/kg-dry
uCi/kg-dry
1.0E-0s
1.0E-05
E903.0
sw6020
0gl2Al04 15:05 I df
08l26lW 07:23 / bws
Rcport RL - AnaMe reporting limit-
Dcfiritions: eCL - euality control limit.
MCL - Maximum contaminant level.
ND - Not detecled at the reporting limil
Track# co4oaoSos Page
TABLE, VIII
SOIL
ENVIRONMENTAL
MONITORING
RESULTS
FOR THE
PERIOD OF
JULY 1,2004
THROUGH
DECEMBER 31 ,2004
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LABORATORY ANALYTICAL REPORT
Client: Intemational Uranium (USA) Corp
Project: Annual Soil Sampling
Lab Order: C04080505
Report Date: 09/01/04
I Lab ID: C04080505-001
Client Sample ID: BHV-l
Matrix: SOIL
Collection Date: 08/09/04 08:05
DateReceivedz 08/l l/04
Analyses Result Units Qual RL QCL Method Analysis Date / ByI
I
T
RADIONUCLIDES - TOTAL
Radium 226
Radium 226 precision (r)
Uranium
6.0E-04 uCi/kgdry
1.0E-04 uCi/kg-dry
6.1E-04 uCi/kg-dry
1.0E-05
1.08-05
E903.0
E903.0
sw6020
08120104 15:05 / df
08l2UU 15:05 / df
08l26lV 06:19 / bws
Lab ID: C04080505-002
Client Sample ID: BHV-2
Collection Date: 08/09/04 08:20
DateReceivedz D8lll/M
T Matrix: SOIL
QCL Method Analysis Date / ByI
I
RADIONUCLIDES . TOTAL
Radium 226
Radium 226 precision (i)
Uranium
4.0E-04 uCi/kg-dry
8.0E-05 uCi/kg-dry
2.5E44 uCi/kgdry
1.0E-05
1.0E-05
E903.0
E903.0
sw6020
OABUU 15:05/df
OBlzOl04. 15:05/df
08126104 06:44 / bws
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Lab ID: C04080505-003
Client Sample ID: BHV-3
Collection Datez 08/09104 09:15
DateReceivedz 08/ll/04Matrix: SOIL
I
I
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T
RADIONUCLIDES -TOTAL
Radium 226
Radium 226 precision (t)
Uranium
4.0E-04 uCi/kgdry
8.0E-05 uCifl(gdry
2.2E-04 uci/kg{ry
1.0E-05
1.0E-05
E903.0
E903.0
sw6020
08nUU 15:05 /df
08t20l04. 15:05 /df
08126104 06:48 / bws
I
I
I
Rcport
Dcfinitions:
RL - Analyte reporting limit.
QCL - Quality conkol limit.
MCL - Maximum contaminant level.
ND - Not detected at the reporting limil.
Ta2tck* (-ar^onE^
rdt Free 8ffi-235-0515 ' li;il "'iits-:-Fi1b7'iii'ii;ii' :'iwiaENERGY UIAO4ATO4ES, INC- '2393 Satt Creek Highway (&ffi\
inilFmazl 2A60s15 . 307.1 1515 . Fax 307.n4.1639 ' casper@
7l). P.O. Box3258 ' Casryr, WY82il2
@eneqylab.d www:energYlab.comI
I
I
LABORATORY ANALYTICAL REPORT
Client: Intemational Uranium (USA) Corp
Project: Annual Soil SamPling
Lab Order: C04080505
Report Date: A9l0ll04
Lab ID: C04080505-004
Client SamPle ID: BHV4
Collection Datez 08/O9/04 07:30
DateReceived: 08/l l/04
Matrix: SOIL
Analysis Date / BY
t
I
I
T
RADIONUCLIDES . TOTAL
Radium 226
Radium 226 Precision (i)
Uranium
6.08-04 uC/kg-dry
9.0E-05 uCir'kg-dry
5.1E-04 uCiftgdry
1-0E-05
1.OE-05
E903.0
E903.0
sw6020
08nU0415:05 / df
08n0lw 15:05 / df
08n6rc4 06:51 / bws
Lab ID: C04080505-005
Client Sample ID: BHV-5
Collection Date:
DateReceived:
08109/04 0'1:45
osnt/04
Matrir: SOILT
T
I
RADIONUCLIOES . TOTAL
Radium 226
Radium 226 Precision (i)
Uranium
1.0E43 uCiftgdrY
1.0E-04 uCi/kg-dry
1.4EO3 uCi/kg'dry
1.0E-05
1.0E-05
E903.0
8903.0
sw6020
0A2UA 15:05/ df
Ogl20lo4 15:05 / df
0A126104 06:55 / bws
T Lab ID: C04080505-006
Client Sample ID: BHV-6
Matrix: SOIL MCI./
Collection Date:
DateReceived:
O8/09104 07:55
DsllllM
Result Units Qual RL QCL Method Analysis Date / BYI
I
I
t
T
Analyses
RADIONUCLTDES . TOTAL
Radium 226
Radium 226 Precision (t)
Uranium
9.0E-04 uCi/kgdrY
1.0E-04 uCilkgdry
1.4E-03 uCiltgdrY
1_0E-05
1.0E-05
E903.O
8903.0
sw6020
o$l20lg4 15:05 / df
08t2OtO4 15:05 / df
08126104 07:02 / bws
I
I
I
Rcport
Defi nitions:
RL - Analyte rePorling limit-
QCL - QualitY control limit.
MCL - Maximum contaminant level.
ND - Not detected at the reporting limit.
-rr ack# ca4080505 Page